Course title / code
Advanced Computer Graphics (CI5326701)
Credits
Graduate level / 3 credits
English lecture (EMI)
Course objectives
We will focus on the principle, mathematical description of 3D for computer graphics field, and dedicate for developing quality 3D and color applicaitons.
Outline of lectures
Graduate level (EMI) Teaching about the principle and algorithm of of 3D computer graphics and dedicating to build up the ability of writing programs for 3D modeling and color rendering.
- Introduction and 3D Computer Graphics Review
- 3D Model Files Format
- Basic Math and Linear Algebra
- 2D and 3D Transformation
- 3D Projection and Viewing
- 3D, Depth and Stereoscopic Render
- Lighting and Shading Algorithm
- Brief Introduction to Parallel Processing
- webGL / OpenGL (+Shading Language)
Textbooks
Professor will provide slides and related sample codes for Textbooks learning.
References
Peter Shirley, “Fundamentals of Computer Graphics,” 3rd edition, A. K. Peters, ISBN: 9781568814698 (Primary Use) Edward Angel, “Interactive computer graphics a top-down approach using OpenGL,” (5th edition), Addison-Wesley, ISBN:9780321535863 (Supplemental Textbook)
Notice
You should have the ability of writing programs for solving problems. All assignments will need the skill.
Grading
Participation, feedback(10%)
Homework assignments (40%)
Midterm project (25%)
Final project (25%)
* the proportion will be confirmed after 1st week of the semester
Prerequisites
You should have learned “Engineering mathematics” or “Linear algegra”, and known matrix operations.
Misc.
The followings are selected samples from lecture
Color model render: [LINK]
PBR Texture model render: [LINK]
Shadow & Lighting: [LINK]
HDR360 render: [LINK]
3D Scan Files (IDW2023 Poster)：[LINK]
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