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Fluid Simulation
Wednesday, 3 August
8:30 - 10:15 am
Petree Hall C
Session Chair: Joe Kniss, University of Utah
Cartesian Grid Fluid Simulation With Irregular Boundary Voxels
The simulation grid can often be seen in fluid simulations. Using irregular boundary voxels in fluid simulation and advection, we are able to capture more detail than we can with traditional methods.
Doug Roble
Digital Domain
doug_roble (at) siggraph.org
Nafees bin Zafar
Digital Domain
Henrik Falt
Digital Domain/Sony Pictures Imageworks
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Fluid Simulation Via Disjoint Translating Grids
An adaptive fluid-simulation technique that splits the computation domain into multiple moving grids. Using this technique, we are able to simulate fluids over large spatial domains.
Jonathan Cohen
Rhythm & Hues Studios
Frederic Pighin
University of Southern California, Institute for Creative Technologies
Sanjit Patel
Anson Chu
University of Southern California
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A Semi-Lagrangian Contouring Method for Fluid Simulation
A semi-Lagrangian surface tracking method for use with fluid simulations. This method maintains an explicit polygonal mesh, which defines the surface, and a supplemental octree data structure.
Adam W. Bargteil
University of California, Berkeley
adamb (at) cs.berkeley.edu
Tolga G. Goktekin
James F. O'Brien
John A. Strain
University of California, Berkeley
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Gigantic Deformable Surfaces
Demonstration of the Compact RLE (a highly scalable and efficient level set representation) and massive model representation (+1 Bvoxels), ray-trace rendering, and full sparse-fluid simulation.
Ben Houston
Frantic Films
ben (at) exocortex.org
Michael B. Nielsen
University of Arhus
Christopher Batty
Frantic Films
Ola Nilsson
Ken Museth
Linköpings universitet
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