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Semi-Regular Mesh Extraction from Volumes
Visualization 2000 Proceedings: Salt Lake City, UT
  • Z. J. Wood, Caltech
  • M. Desbrun, Caltech
  • P. Schroder, Caltech
  • D. Breen, Caltech
Publication Date
We present a novel method to extract iso-surfaces from distance volumes. It generates high quality semi-regular multiresolution meshes of arbitrary topology. Our technique proceeds in two stages. First, a very coarse mesh with guaranteed topology is extracted. Subsequently an iterative multi-scale force-based solver refines the initial mesh into a semi-regular mesh with geometrically adaptive sampling rate and good aspect ratio triangles. The coarse mesh extraction is performed using a new approach we call surface wavefront propagation. A set of discrete iso-distance ribbons are rapidly built and connected while respecting the topology of the iso-surface implied by the data. Subsequent multi-scale refinement is driven by a simple force-based solver designed to combine good iso-surface fit and high quality sampling through reparameterization. In contrast to the Marching Cubes technique our output meshes adapt gracefully to the iso-surface geometry, have a natural multiresolution structure and good aspect ratio triangles, as demonstrated with a number of examples.
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Citation Information
Z. J. Wood, M. Desbrun, P. Schroder and D. Breen. "Semi-Regular Mesh Extraction from Volumes" Visualization 2000 Proceedings: Salt Lake City, UT (2000) p. 275 - 282
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