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Viewing report
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High Performance Virtual Clothing Dynamics. Edition No. 1
VDM Publishing House, Oct 2008, Pages: 332
There are three major problems in modeling the
natural motion of virtual clothing in a 3D
environment: (1) a large number of contact points,
(2) the computations of collision information in the
presence of numerical errors, and (3) interactions
with objects having sharp features. We proposes new
techniques that successfully address the three
problems. The experimental results show that the
proposed techniques can be applied on virtual
garments with complex geometry and on unique
interactions between continuous and non-smooth
surfaces. Our techniques are classified into four
categories: (1) culling non-colliding subsurfaces in
collision detection, (2) intrinsic collision
detection, (3) collision response, and (4) the
editing and simulation of special virtual garments.
The techniques have been integrated into a high
performance system for virtual clothing dynamics.
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