Office hours will be by appointment.
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| Week | Date | Topic | Homework Due | |
|---|---|---|---|---|
| 1 | W Aug 23 | Light, rejection MC | ||
| 2 | W Aug 30 | Colorimetry | sensor simulation | |
| 3 | W Sep 6 | Colorimetry 2 | sensor simulation 2 | |
| 4 | W Sep 13 | Picking random variables (Dave) | Primitive 3D scene | |
| 5 | W Sep 20 | Importance sampling 1 | pinhole camera and motion blur | |
| 6 | W Sep 27 | Importance sampling 2 | thin lens camera | |
| 7 | W Oct 4 | Fresnel equations | Importance sampling | |
| 8 | W Oct 11 | BRDF (Dave) | Cornell Box | |
| 9 | W Oct 18 | Survey of BRDF models | Fresnel equations | |
| 10 | W Oct 25 | participating media | Beer-Lambert Law | |
| 11 | W Nov 1 | Radiometry | Participating media | |
| 12 | W Nov 8 | Avoiding ray marching | Subsurface scattering | |
| 13 | W Nov 15 | Adjoint tracing | Heyney-Greenstein Phase Function | |
| 14 | W Nov 22 | Discussion | Rayliegh Phase Function | |
| 15 | W Nov 29 | Other Monte Carlo methods | Cool effect or project | |
| 16 | W Dec 6 | Adjoint photons |