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Creating Curve-Based Garments with Custom Weave Patterns
Curve-based fabric authoring workflow supporting custom weave patterns and fiber thicknesses from fine threads to thick yarns, used for Strange World's costumes.
Abstract
In Walt Disney Animation Studios’ "Strange World", the handmade quality of the costumes was a creative need for representing the technological limits of the setting, Avalonia. We expanded and standardized our curve-based fabric authoring workflows to provide simplified artistic controls, handle complex woven patterning, and support common finishing techniques like hems and stitches.
How to read this
- Category
- Production talk: curve-based garment authoring workflow
- Contributions
- Demonstrates an expanded, standardized curve-based fabric authoring workflow with simplified artistic controls
- Handles complex woven patterning and varied fiber thicknesses, from fine threads to thick yarns
- Supports common finishing techniques such as hems and stitches, used for the costumes in Strange World
- Context
- Continues Disney's curve-based cloth and fiber authoring practice, building on the Encanto embroidery and cloth fiber workflows (Velasquez 2022).Builds on: Embroidery and Cloth Fiber Workflows on Disney's Encanto
- Correctness
- Studio practice, not peer-reviewed; results are production-proven on Strange World, where the handmade-costume look was a deliberate creative goal, so transferability to other pipelines is not the claim.
- Clarity
- Accessible and practitioner-oriented; a single read conveys the workflow intent, with detail living in the demonstrated tooling.
- How to read it
- Read for the artist-facing controls and how weave patterns and finishing are authored from curves; one pass suffices unless you are replicating the fiber-authoring approach.
Builds on
Built upon by
Nothing yet.
Related work
- Directing Cloth Draping through Blended UVs 2025 / SIGGRAPH
- Untangling Cloth 2003 / SIGGRAPH
- Art-Directed Costumes at Pixar: Design, Tailoring, and Simulation in Production 2018 / SIGGRAPH Asia Courses
- SNUG: Self-Supervised Neural Dynamic Garments 2022 / CVPR
Keywords
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