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Mesh-Driven Generation and Animation of Groomed Feathers

Rasmus Haapaoja, Christoph Genzwürker, MPC

SIGGRAPH15 citesCFX

MPC's proprietary grooming software Furtility has long created hair, fur and feathers for film characters, but feather grooms were time consuming and technically challenging.

Abstract

MPC's proprietary grooming software Furtility has long created hair, fur and feathers for film characters, but feather grooms were time consuming and technically challenging. This work extends the toolset with a geometry-based, mesh-driven feather system that streamlines the workflow, reducing the time to finalize a hero feathered character from months to weeks.

How to read this

Category
Production talk / pipeline tool: a mesh-driven feather grooming system
Contributions
  • Extends MPC's Furtility grooming toolset with a geometry-based, mesh-driven feather system
  • Streamlines the feather grooming workflow, reducing hero feathered-character finalization from months to weeks
Context
Builds on MPC's in-house Furtility grooming software (hair, fur, feathers) and on prior feather work for film creatures such as 'Feathers for Mystical Creatures: Pegasus' (2010).Builds on: Feathers for Mystical Creatures: Pegasus
Correctness
Studio practice rather than peer-reviewed; the time-saving claim is production-proven on hero characters but is anecdotal to MPC's pipeline and tooling, so generalization to other studios is not established.
Clarity
Accessible workflow-oriented write-up; a single first pass conveys the approach and the artist-time payoff.
How to read it
Read once for the workflow and the mesh-driven idea; focus on how geometry drives the groom and where artist time is saved, no deep second pass needed unless you are building a similar grooming tool.

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