歐陽明 Ming
Ouhyoung
ming[at]csie.ntu.edu.tw
(PDF )
Introduction_to_WebGL_Siggraph_2017_Courses(Edward
Angel)
Introduction_to_WebGL_Complete_Slides(Edward
Angel)
CS433_13_OpenGL_transformations
CS433_16_Viewing_transformation
ICG2017_Appendix_2_User_Manuel
Reference
papers for term projects
News
about this course, including assignments最新修課消息與進度(含作業)
Because of 2021 and 2022/4 COVID-19, we will have online/distance learning materials below.
(因應2022/4 新冠病毒肺炎, 2022 遠距教學使用VIDEO 檔案)
1. ICG_Part1_ppt_week1.mp4 Download
2. ICG_Part1_ppt_week2.mp4 Download
3. WebGL introduction Download
4. Homework demo in WebGL Download
5. Transformations, part 2 Download
6. Home Work 1 Input format: Triangles explanations Download
7. Unit 3 download perspective transformation, and 3D clipping
8. Unit 4 download_1, (Shading) download WebGL, and homework demo
9. Unit 5 download Curves and Surfaces
10. Unit 6 download Bezier curve, Splines, Bezier Patch
11. Unit 7 download Splines, Bezier Patch DEMO, and homework DEMO2
12. Unit 8 download Bspline Patch demo, intro. The Rendering Equation
13. Unit 9 download Ray Tracing 1
14. Unit 10 download Ray Tracing 2
15. Unit 11 download Term Project Intro.
After mid-term exam,
A1 , part 1, Volume Rendering, course recording, Download
A2, part 2, Volume Rendering course recording, Download
A3, part 3, Volume Rendering course recording, Download
B1, , Part 1, The Rendering Equation, Radiosity, course recording, Download
B2, Part 2, Radiosity , course recording, Download
B3, Part 3, Radiosity , course recording, Download
Industry Talk (by Kevin Wang, video link within the Powerpoint file), Download
C1, Part 1, Graphics Hardware, GPU, Download
C2, Part 2, State of the art GPU and GPGPU applications: Download
D1: Term project discussion (starts at 10 minutes, last for 20 minutes): Download
Format explanations for 3D Models:
3D
Models
Text Book
Interactive Computer Graphics: A Top-Down Approach Using WebGL 7th edition
by Edward Angel (Author), (Author)