texture-driven-mesh-fittinglisted

# Texture-Driven Mesh Fitting This skill fixes the common failure: a texture is mapped correctly, but the mesh silhouette underneath is wrong. The mesh adapts to the source contour; the texture is not stretched to hide a wrong mesh. ## Preconditions - Structural parts are segmented (`source-part-segmentation`). - Each part has a contour/mask and, if textured, an atlas region (`atlas-uv-fitting`). - The object is source-locked in front X/Z before depth is added. - Canonical view policy is resolved (`multiview-constraint-solver`) if views conflict. ## Workflow 1. Extract source contour from the texture/wireframe region. 2. Extract current mesh boundary in the same projected coordinate space. 3. Build ordered contour correspondence by arc length, named landmarks, or seam/control points. 4. Move boundary vertices to source contour positions. 5. Move interior vertices by smooth interpolation, piecewise-affine warp, or thin-plate-spline style deformation. 6. Preserve UV parameterization by remapping boundary-fitted local coordinates into the atlas rectangle. 7. Re-render overlay; do not proceed to look-dev until texture-region silhouette passes. ## Acceptance gates - Per-part source/product bbox center and size within tolerance. - Boundary maximum sample error below tolerance after normalization. - Texture atlas region does not visibly bleed outside the fitted mesh in front view. - Named landmarks (`leaf_tip`, `base_left`, `base_right`, `face_corner`, etc.) pass `landmark-fi