Lecture: Foundations of Graphics

Course

Tutor(s):
Start: 3rd Nov
Dates: Tue. 10:00 - 11:15, Tue. 12:00 - 13:15, Tue. 16:00-17:15, VRLab (LBH I.80)
Course number:

An elementary introduction to kinematics and ordinary differential equations for Physics based modelling (rigid body motion, etc.)
Basics of numeric integration
Clustering algorithms for data compression
Robust Statistics (RANSAC, etc)
Optimization techniques
Monte Carlo methods with applications to photorealistic rendering
Polynomials and subdivision schemes for curves and surfaces.

Please inscribe yourself into the mailinglist at: extern https://lists.iai.uni-bonn.de/mailman/listinfo.cgi/vl-fog. In case you have only little knowledge in programming, we advise you to register for the basic lab course. We wish everyone a good start !

	Exercise 0: General-remarks Assignment sheet (PDF document, 116 KB) fog15_framework.tex (TeX document, 582 Bytes)
	Exercise 1: Introduction to MATLAB Assignment sheet (PDF document, 115 KB) framework-01_solution.zip (ZIP archive, 2.9 KB)
	Exercise 1: Introduction to Python Assignment sheet (PDF document, 119 KB)
	Exercise 2: Transformations Assignment sheet (PDF document, 157 KB) framework-02.zip (ZIP archive, 345 KB)
	Exercise 3: ODEs Assignment sheet (PDF document, 181 KB) framework-03.zip (ZIP archive, 2.3 KB)
	Exercise 4: Monte-Carlo-Integration Assignment sheet (PDF document, 144 KB) framework-04.zip (ZIP archive, 3.7 KB)
	Exercise 5: Circle-fitting Assignment sheet (PDF document, 1.0 MB) framework-05.zip (ZIP archive, 127 KB)
	Exercise 6: Segmentation Assignment sheet (PDF document, 148 KB) framework-06.zip (ZIP archive, 515 KB)
	Exercise 7: PCA and SVD Assignment sheet (PDF document, 147 KB)
	Exercise 8: Fourier-Analysis Assignment sheet (PDF document, 188 KB) framework-08.zip (ZIP archive, 45 KB)
	Exercise 9: Parametric-Curves Assignment sheet (PDF document, 133 KB)
	Exercise 10: Pysically-based-Rendering Assignment sheet (PDF document, 603 KB) framework-10.zip (ZIP archive, 283 KB)