Seminar Interactive Computer Graphics

Prof. Dr. Bernd Fröhlich
M.Sc. Adrian Kreskowski
 

This course introduces the theoretical foundations and practical techniques of interactive computer graphics. It is based on modern OpenGL and contemporary programming languages such as C++ or Python, together with the shader language GLSL.

The course focuses on the guided exploration of core concepts in 2D and 3D computer graphics and their direct implementation in hands-on programming assignments. In this way, it combines conceptual understanding with practical application.

Topics include:
    • the structure and operation of the rasterization-based graphics pipeline
    • transformations and camera models
    • geometry processing
    • lighting and material models
    • implementation with shader programs (GLSL)
    • texturing
    • fundamental principles of real-time rendering

Throughout the course, students implement these concepts step by step in their own applications, developing a deeper understanding of how key methods in 2D and 3D computer graphics are formulated algorithmically and implemented as interactive software systems.

A final project provides students with the the opportunity to integrate and extend the methods covered in the course in the form of an independent interactive visualization or a small rendering application.

This seminar requires undergraduate level knowledge in linear algebra and solid programming skills in either C++ or Python.

Information regarding the enrollment will be published here shortly in addition to the announcement during the project fair on 7th April.

Assessment is based on:

• the performance throughout regular graded tests
• the preparation and presentation of selected seminar topics
• active participation in discussions of topics presented
• the performance throughout practical assignments
• the implementation and documentation of a final mini-project