Computer Graphics Laboratory ETH Zurich

Exercise Locations

Room:	Assistant:	Day:	Time:
CAB H52	Daniel Cotting (dcottinginf.ethz.ch), Jens Keuchel (keucheljinf.ethz.ch)	Tuesday	14.15-16.00
CAB H56	Christian Sigg (chrsigginf.ethz.ch), Remo Ziegler (zieglerrinf.ethz.ch)	Tuesday	14.15-16.00
CAB G56	Christian Voegeli (cvoegeliinf.ethz.ch), Remo Ziegler (zieglerrinf.ethz.ch)	Thursday	08.15-10.00

Exercise Groups

• Registration for the exercise groups no longer available.

Recommendations

• Participation
  At least 75% of the exercises.
• Group work
  Homework can be handed in by groups of two students.

• OpenGL Rendering
  [Exercise sheet] 
  [Source code] 
  [Introduction to OpenGL Programming (1 slide per page)] 
  [Introduction to OpenGL Programming (4 slides per page)] 
  [Introduction to OpenGL Programming (6 slides per page)] 
  [Exercise Discussion (1 slide per page)] 
  [Exercise Discussion (4 slides per page)] 
  [Exercise Discussion (6 slides per page)] 
  [Solution] 
  
• Light and Colors
  [Exercise sheet] 
  [Exercise Discussion (1 slide per page)] 
  [Exercise Discussion (4 slides per page)] 
  [Exercise Discussion (6 slides per page)] 
  [Solution] 
  
• Transformations and Projections
  [Exercise sheet] 
  [Exercise Discussion (1 slide per page)] 
  [Exercise Discussion (4 slides per page)] 
  [Exercise Discussion (6 slides per page)] 
  [Source code] 
  [Solution code] 
  [Solution maple sheet] 
  [Solution practice] 
  [Solution theory] 
  
• Lighting, Shading and Multipass Rendering
  [Exercise sheet] 
  [Exercise Discussion (1 slide per page)] 
  [Exercise Discussion (4 slides per page)] 
  [Exercise Discussion (6 slides per page)] 
  [Source code] 
  [Solution code] 
  [Solution practice] 
  
• Filtering, Fourier Transform, Aliasing
  [Exercise sheet] 
  [Exercise Discussion (1 slide per page)] 
  [Exercise Discussion (4 slides per page)] 
  [Exercise Discussion (6 slides per page)] 
  [Image 1] 
  [Image 2] 
  [Solution] 
  
• Mipmaps, Convolution, Fourier Transform
  [Exercise sheet] 
  [Source code] 
  [Exercise Discussion (1 slide per page)] 
  [Exercise Discussion (4 slides per page)] 
  [Exercise Discussion (6 slides per page)] 
  Attention! There is a mistake on slide 13: magnification and minification are exactly the other way round.
  [Exercise sheet (Additional exercise)] 
  [Solution code] 
  [Solution (Additional exercise)] 
  
• Linear Filtering, Edge Detection, Wiener Filter
  [Exercise sheet] 
  [Exercise Discussion (6 slides per page)] 
  [Lenna image] 
  [Solution] 
  
• (Non-)linear Diffusion
  [Exercise sheet] 
  [Exercise Discussion (6 slides per page)] 
  [Nonlinear diffusion toolbox] 
  [Solution] 
  
• Variational Calculus
  [Exercise sheet] 
  [Exercise Discussion (6 slides per page)] 
  [Solution] 
  
• Gaussian Distribution, Maximum Likelihood Estimation
  [Exercise sheet] 
  [Solution] 
  
• Perceptron, Support Vector Machines
  [Exercise sheet] 
  [Exercise Discussion (6 slides per page)] 
  [Solution] 
  [Perceptron exercise: Matlab files fakedata+visualize] 
  [Classification Java Applets]