This is an advanced course on photo realistic image synthesis. The course will cover the theory of global illumination computations and will give an introduction to Monte Carlo and Quasi-Monte Carlo methods as one way of solving the rendering equation. In addition, we will discuss surface appearance models, and their representation based on spherical harmonics or wavelets, leading to other photo realistic rendering techniques such as precomputed radiance transfer methods. The goal is to achieve real-time global illumination.
The topics covered in this course are:
- Monte Carlo Integration and Simulation
- Quasi-Monte Carlo Methods
- Path Tracing and Bidirectional Path Tracing
- Metropolis Sampling
- Photon Mapping
- Appearance Modeling
- Spherical Harmonics and Wavelets
- Ambient Occlusion
- Real Time Rendering
Overview on script and exercises in ILIAS.
- SWS: 2 V + 2 Ü
- ETCS: 6 LP
- Course ID: INF4165
- Computer Graphics (GDV)
- basic Python skills
The course will be taught in English.
- you will develop your own rendering pipeline in the exercises
- exercises must be presented in exercise meetings
- groups of 2 students are allowed
- With 60% of the exercise points you earn 0.3 bonus for the final grade if you pass the oral exam
- final grade + exercise bonus