| Class | Date | Topic | Presenter | Reading |
|---|---|---|---|---|
| 1 | Apr 2 | Introduction | Instructor | |
| 2 | Apr 4 | Differential Equations | Instructor | Differential Equation Basics by Andrew
Witkin and David Baraff Lecture notes |
| 3 | Apr 9 | Particle Systems | Instructor | Particle System Dynamics by Andrew Witkin |
| 4 | Apr 11 | Particle Systems | Edward Lixandru | Particle Systems - a Technique for Modeling a Class of Fuzzy Objects |
| 5 | Apr 16 | Particle Systems | Matthew Alpert | Flocks, herds and schools: A distributed behavioral model |
| 6 | Apr 18 | Rigid Bodies | Instructor | Rigid Body Simulation by David Baraff
Section 2 (pages G4-G15) |
| 7 | Apr 23 | Rigid Bodies | Rachid Ounit | Realistic Animation of Rigid Bodies by James K. Hahn |
| 8 | Apr 25 | Rigid Bodies | Calvin Phung | Collision Detection and
Response for Computer Animation by Matthew Moore and Jane Wilhelms |
| 9 | Apr 30 | Character Control | Juan Leon | Animating Human Athletics by Jessica K. Hodgins et al. |
| 10 | May 2 | Character Control | Irene Chen | SIMBICON: Simple Biped Locomotion Control by KangKang Yin et al. |
| 11 | May 7 | No Class | ||
| 12 | May 9 | Fluids | Muzaffer Akbay | Stable Fluids |
| 13 | May 14 | Fluids | Wojciech Karas | Practical Animation of Liquids |
| 14 | May 16 | Fluids/Control | Lingli Wang | Articulated Swimming Creatures |
| 15 | May 21 | Solid/Fluid Coupling | Steven Cook | Two-way coupling of fluids to rigid and deformable solids and shells |
| 16 | May 23 | Cloth | Hannah Guo | Large Steps in Cloth Simulation |
| 17 | May 28 | Deformable Objects | Chi Gou Yipeng Qu |
Deformable Objects Alive Eulerian-On-Lagrangian Simulation |
| 18 | May 30 | Fracture | Jieyan Chen Yao-Jung Chuang |
Meshless animation of fracturing solids Adaptive Fracture Simulation of Multi-Layered Thin Plates |
| 19 | June 4 | Inelastic Deformation | Chaoyi Liu Zhao Zeng |
Embedded thin shells for wrinkle simulation Modeling Inelastic Deformation |
| 20 | June 6 | Viscoelasticity | Muzaffer Akbay | Fast Viscoelastic Behavior with Thin Features |