TailorRig: Controllable and Structured Auxiliary Skeleton Generation for Garment-Aware Rigging
Humanoid rigging for modern characters with complex garments remains challenging due to the need for dense auxiliary skeletons and precise skinning control. Existing automatic methods primarily recover rigs from geometry, providing limited artist control over auxiliary articulation and often lacking explicit semantic or kinematic-chain structure for dense garment bones, leading to instability and weight bleeding. We present TailorRig, a framework that reformulates garment-aware humanoid rigging as a structured, controllable full-rig generation problem. This formulation shifts the goal from automatic rig recovery to artist-driven rig authoring, where both body-template compatibility and au...
| Authors | Yajing Chen, Xin Chen, Saidan Lu et al. |
|---|---|
| Primary category | cs.CV |
| Published | 2 November 2026 |
| Last updated at source | 5 November 2026 |
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