SATO generates artist-quality meshes by ordering tokens as triangle-strip chains that encode UV boundaries, enabling unified triangle/quad outputs and outperforming prior methods in quality and coherence.
author Panetta, J
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A new geometric optimization method generates synchronized deployment trajectories for elastic geodesic grids by approximating node paths from inverse tracing and solving a non-smooth polyline problem to drive stable finite element simulations.
citing papers explorer
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Strips as Tokens: Artist Mesh Generation with Native UV Segmentation
SATO generates artist-quality meshes by ordering tokens as triangle-strip chains that encode UV boundaries, enabling unified triangle/quad outputs and outperforming prior methods in quality and coherence.
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Geometric Guidance for Globally Synchronized Deployment of Elastic Geodesic Grids
A new geometric optimization method generates synchronized deployment trajectories for elastic geodesic grids by approximating node paths from inverse tracing and solving a non-smooth polyline problem to drive stable finite element simulations.