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Computer Graphics - AS 18 - Course Material

Lecture Slides

The lecture slides will be available as a PDF on this page according to the lecture schedule. Please use duplex and B&W printing. Download is restricted to computers within the ETH Network (IP = 129.132.*, 195.176.*, 10.5.*, 10.6.*)

Session Topic
21.09.2018 Introduction
Shape Representation Intro
24.09.2018 Polygonal Meshes & Texture Mapping
28.09.2018 Light and Matter
Ray Tracing
01.10.2018 Acceleration data structures
05.10.2018 Appearance Modeling
Radiosity
08.10.2018 Microfacet Theory
12.10.2018 Monte Carlo Integration
15.10.2018 Direct Illumination I (updated)
19.10.2018 Direct Illumination II
22.10.2018 Global Illumination I
26.10.2018 Global Illumination II
29.10.2018 Sampling and Antialiasing
02.11.2018 Participating Media I (updated)
05.11.2018 Participating Media II
09.11.2018 Machine Learning for Light-Transport Simulation
12.11.2018 Sub-Surface Scattering
16.11.2018 Bidirectional Path Tracing and Metropolis Light Transport
19.11.2018 Geometric Capture
23.11.2018 Denoising Monte Carlo Renderings
Adaptive Rendering Techniques
26.11.2018 Point-Based Graphics
30.11.2018 Procedural Textures and Modeling
03.12.2018 Animation I
07.12.2018 Animation II
Animation III
10.12.2018 Image-Based Rendering
14.12.2018 Light Fields
17.12.2018 Research Outlook:
Fluid Simulation (Dr. Vinicius C. Azevedo)
Visualization (Dr. Tobias Günther)
Media Technology Center (Dr. Severin Klingler)
Interactive Geometry Lab (Alexandra Ion)
Post Production (Dr. Tunç Aydın)

Exercise Slides

The exercise session slides will be available as a PDF on this page according to the exercise schedule. Download is restricted to computers within the ETH Network (IP = 129.132.*, 195.176.*, 10.5.*, 10.6.*)

Session Topic
21.09.2018 Nori Introduction
28.09.2018 Exercise 1 Introduction
12.10.2018 Exercise 2 Introduction
19.10.2018 Exercise 3 Introduction
03.11.2017 Exercise 4 Introduction (updated)
09.11.2018 Final Project Introduction

Literature (available as online resources and hard copies at the ETH library)

General

  • Foley, van Dam, Feiner, Hughes: Computer Graphics: Principles and Practice, Addison-Wesley, 1995
  • Shirley, Ashikhmin, Gleicher, Marschner, Reinhard, Sung, Thompson, Willemsen: Fundamentals of Computer Graphics, A K Peters, 2005

Main book for rendering part

  • Pharr, Humphreys: Physically Based Rendering (Second Edition), Morgan Kaufmann, 2010





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