Complete Game Asset Workflow - The Treasure Chest

Sculpt metal pieces using sub tools and dynamic brushes to carve edges, add scratches, oversell detail, store morph targets, and test materials for a polished game asset workflow.

Block in wood planks with clay build up, flatten, and Morfe targets to separate pieces; emphasize organic flow, natural edges, and subtle scratches for realism.

Sculpt secondary details like straps, locks, and buckles using move brush, masking, and negative strokes. Add texture with clay build up, surface noise, and leather spray for a worn look.

Refine the treasure chest by sculpting secondary details—straps, holes, scratches, and a leather texture—using alpha brushes, spray techniques, and dynamic edges for a worn, believable hinge and lock.

Finish the treasure chest asset by using shadowbox to sculpt a cube in 3d space, adjust resolution, then repeat cohesive detailing across edges and back for an organic look.

Attach and align the latch components, rotate and scale them into place, then apply procedural noise and scratches to give the lock a hand-done, aged look.

Learn to create a reusable bolt mesh from a single detailed bolt, apply procedural noise and targeted brushes, duplicate around the model, and add subtle edge wear for consistency.

Place bolts on the front and sides of the chest, duplicate and mirror them using Subtotal Master, then scale, rotate, and merge sections to complete the design.

Present your game asset by adjusting materials in Zebra's, using madcap wax, and rendering with BPR to produce a JPEG for quick approval to your art director.

Edit topology on the treasure chest by placing vertices, using mirror symmetry, and aligning polygons to preserve silhouette; separate chest, straps, lock for flexible texturing and efficient uv mapping.

Refining topology for the treasure chest emphasizes vertex placement to preserve silhouette, especially corners, while creating a clean low-poly cage. Mirror, plan UV mapping, and ensure in-game readiness without over-decimation.

Decimate a high-res treasure chest in ZBrush using the decimation master plug-in, after splitting into lock, straps, and chest subtools, then export each part for topology and baking.

Import the ingame mesh, organize low and high resolution layers, and perform a test bake to preview normals, UVs, and texture results using auto map and transfer maps.

unwrap UVs for a treasure chest by exporting clean geometry, applying a Blinn material, and using checker textures with planar and cylindrical mapping to create crisp, well-fitted UVs.

Learn to unwrap and map metal pieces of a treasure chest using planar and cylindrical UV mapping, maintain texel density, and place UVs within the zero to one space.

Practice finalizing a treasure chest UV map by selectively unwrapping straps and the lock, projecting from camera, and organizing shells into zero-to-one space for consistent texel density and clean painting.

Master the high-poly to low-poly baking workflow in Maya, duplicating layers, separating pieces to avoid overlapping UV maps, and baking texture maps like the normal map and ambient inclusion maps.

Paint selection masks on the diffuse map to separate wood, metal, and leather using color channels, then set up textures in Maya with the diffuse and normal maps.

Apply base colors to the treasure chest model, then refine textures after baking, and iteratively adjust straps, the lock, wood, metal, and leather colors to match the final vision.

Paint the diffuse map for the treasure chest by layering light and dark wood tones to separate planks, color-picking in HSP, and using AMAP as a guide while refining highlights.

Master painting diffuse metal textures in Photoshop by layering color variations, highlights, and scratches on bolts and edge details, while applying diffuse, normal, and specular maps for depth and consistency.

Paint diffuse straps with a metal color, refine edges with highlights and shadows, and use overlays to break monotone texture while checking your work often to avoid costly mistakes.

Enhance wood textures by layering lighter and darker browns across the wood flow, adding shadows and highlights with new layers, blend modes, and color overlays to create depth and realism.

Refine metal and leather textures by painting highlights on edge details, layering color overlays, adjusting shadows and contrast, adding dirt and random marks, and finalizing textures with levels and sharpening.

Create and apply a specular map, adjust values for wood and metal, and craft a presentation shot in Maya with ambient and directional lighting.

Import a decimated strap mesh into 3D Coat, retopologize with points, faces, and strokes, and use extrusion and symmetry to craft clean quads. Export the topologies for game asset workflows.