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Maya 2022: New Features for Rigging
Senior Product Owner Will Telford presents the Maya 2022 rigging updates including Component Tags, Deformer Falloffs, and topology-independent procedural workflows for character deformation.
Abstract
Autodesk Senior Product Owner Will Telford walks through the rigging additions in Maya 2022, centered on moving deformation toward procedural, topology-independent workflows. He demonstrates Component Tags as named component collections stored on the shape that drive deformer membership through Boolean expressions and replace group ID, group part, and deformer set nodes, plus their use in proximity wrap bind tags. He covers Deformer Falloffs as reusable node networks for weighting, including primitive (sphere and plane), blend, and paintable component falloffs with layered non-destructive weight painting, and transfer falloffs that remap weights across changed topology. He also introduces the GPU-accelerated solidify and morph deformers, the latter using component match lookup tables and surface-relative spaces to do partial deformation that offloads work the blend shape previously handled.
How to read this
- Category
- Production talk: Maya 2022 rigging features walkthrough
- Contributions
- Demonstrates Component Tags, named component collections stored on the shape that drive deformer membership via Boolean expressions and replace group ID, group part, and deformer set nodes
- Shows Deformer Falloffs as reusable node networks for weighting (primitive, blend, paintable, and topology-remapping transfer falloffs) with layered non-destructive painting
- Introduces GPU-accelerated solidify and morph deformers, with morph using component match lookup tables and surface-relative spaces for partial deformation that offloads work from blend shapes
- Context
- A product update talk continuing Autodesk's rigging-tool lineage (following New Character Rigging and Animation Tools in Maya), pushing deformation toward procedural, topology-independent workflows.Builds on: New Character Rigging and Animation Tools in Maya
- Correctness
- Vendor product demonstration, not peer-reviewed; the workflows are production-oriented and shown by the product owner, so readers should treat capabilities and benefits as presented rather than independently benchmarked.
- Clarity
- Highly accessible to riggers; a single viewing conveys the features, with hands-on testing in Maya being the real second pass.
- How to read it
- Watch for which legacy nodes each feature replaces (Component Tags vs group ID/deformer sets, morph vs blend shape); revisit specific segments when you actually rebuild a rig to use the procedural, topology-independent path.
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