Discrete
Differential Geometry: An Applied Introduction
SIGGRAPH 2006 Course
- Course notes
- Lecture 1 slides: Introduction to DDG: A Didactic Walkthrough by Peter Schröder
- Lecture 2 slides: What Can We Measure? (11/06/06) by Eitan Grinspun
- Lecture 3 slides: Geometry on Polyhedral Meshes by Konrad Polthier
- Lecture 4 slides: Curvature Energies, Shells, and Cloth by Eitan Grinspun
- Lecture 5 slides: Discrete Exterior Calculus (DEC) by Mathieu Desbrun
- Lecture 6 slides: Applications of DEC (Fluids, Meshing) by Mathieu Desbrun
- Lecture 7 slides: Discretizing the right Geometry (11/06/06) by Peter Schröder
- Lecture 8 slides: Variational Integrators in Time (Time vs Space) by Ari Stern
Discrete
Differential Geometry: An Applied Introduction
SIGGRAPH 2005 Course
- Course notes
Please note: The 2006 course notes, above, include many important corrections as well as valuable additional chapters - Lecture 1 slides: Introduction by Peter Schröder
- Lecture 2 slides: Didactic Walkthrough by Eitan Grinspun
- Lecture 3 slides: Geometry Processing by Peter Schröder
- Lecture 4 slides: What can we measure? by Eitan Grinspun
- Lecture 5 slides: Discrete Shells and Curvature by Eitan Grinspun
- Lecture 6 slides: Bary Coords & Whitney Forms by Mathieu Desbrun
- Lecture 7 slides: Discrete Simplicial Fluids by Mathieu Desbrun
- Lecture 8 slides: Surfaces from Circles by Peter Schröder
- Lecture 9 slides: Meshing by Mathieu Desbrun