Fluids and Level Sets
Thursday, 12 August
1:45 - 3:30 pm
Petree Hall D
Session Chair: Juan Buhler, PDI/DreamWorks

Galilean Invariance for Fluid Simulation A novel technique for implementing an adaptive grid for fluid simulation. The technique is largely based on the principle of Galilean Invariance. Maurya Shah USC Institute for Creative Technologies mauryash (at) usc.edu Jonathan Cohen Rhythm & Hues Studios Penne Lee Frederic Pighin USC Institute for Creative Technologies
DD::Fluid::Solver::SolverFire The practical realities of developing fire simulation software for visual effects. Nafees Bin Zafar Digital Domain nafees (at) d2.com Henrik Falt Mir Zafar Ali Chamberlain Fong Digital Domain
Creating Animations of Fluids and Cloth With Moving Characters A computer-simulation technique for creating animations, including fluids and cloth with moving characters. Nobuhiro Kondoh Toshiba Corporation nobuhiro.kondoh (at) toshiba.co.jp Atsushi Kunimatsu Toshiba Corporation Shuuji Sasagawa Toshiba Information Systems Corporation
RLE Sparse Level Sets A novel scalable level-set representation, the RLE sparse level set, and its usefulness in representing traditionally animated polygon-based characters with both fidelity and robustness Ben Houston Frantic Films ben (at) exocortex.org Chris Batty Mark Wiebe Frantic Films