ETH Zurich, Department of Computer Science
Shape deformation and editing has received much research attention in the past decade. Many works have proposed to formulate deformation as a variational problem and have achieved impressive deformation quality via nonlinear elastic energy minimization. However, usually such high deformation quality comes at a significant computational price. In this talk I will discuss a series of works that reformulate shape deformation as a skinning problem. The main challenge then lies in pre-computing meaningful weight functions and optimizing the (reduced) degrees of freedom in real time. I will show that, when done right, skinning leads to shape deformations that compete with PriMo and other nonlinear elasticity models while running at unprecedented speed.
PDF-File (print version)
Monday, June 11, 2012, 17:15 Uhr
Zuse-Institut Berlin
Takustraße 7
14195 Berlin
Lecture Hall (rotunda, ground floor)
Organizer:
M. Alexa (TUB), J. Döllner (HPI), P. Eisert (HUB), H.-C. Hege (ZIB),
K. Polthier (FUB), J. Sullivan (TUB)