Advanced Computer Graphics

  • Instructor
    • Ming-Te Chi(紀 明德), Assistant Professor
    • Mail：mtchi@cs.nccu.edu.tw
    • Office：大仁 200213
    • Office hour: 
    • Tel:  ext. 62773
  • Class time:  三  567
  • Classroom:  大仁 200301
Week Topic Slides Note
01 02/25 Introduction Syllabus
slide-intro
02 03/04 physically based rendering
- Raytracer		 slide
03 03/11 physically based rendering
- Radiosity
Raytracer
Radiosity
04 03/18 physically based rendering
- photon mapping
05 03/25 Render package slide blender
06 04/01 Non-Photorealistic Rendering
- stroke-based rendering		 slide stroke based rendering

Renderman spec
07 04/08 Non-Photorealistic Rendering
- feature edges		 NPRpapers
08 04/15 Non-Photorealistic Rendering WYSIWYG NPR
09 04/22 Midterm Project Lighting Challenges
pixie
blender2pixie
RenderMan Repository

download
 
10 04/29 Non-Photorealistic Rendering Moxi
11 05/06 Point-based rendering Midterm project demo
12 05/13 Point-based rendering Final project proposal
13 05/20 運動會（停課）
14 05/27 Texture synthesis SIGGRAPH 07 COURSE
TexturePaper abstract
15 06/03 Texture synthesis Final project short report(2)
16 06/10 Computational Photography SIGGRAPH 08 COURSE
Final project short report(2)
17 06/17 Computational Photography Final project short report(1)
18 06/24 Final Project Demo
Midterm project - rendering with shader
96753501
96753501		97753033
97753033
97753003
97753003
97753006
97753006

97753010
Final project

texture synthesis
96753501

Curve Analogies
97753033

Suggestive contour & Gooch render
97753010



Artistic Thresholding   
97753006
  • Grading
    • Paper presentation (30%)
    • Midterm Project (30%)
    • Final Project (40%)
    • Class Participation (bonus)
  • Text book
  1. Physically Based Rendering : From Theory to Implementation by Matt Pharr
  2. Non-Photorealistic Rendering by Bruce Gooch
  3. Proceedings of ACM SIGGRAPH Computer Graphics
  4. Interactive Computer Graphics: A Top-Down Approach Using OpenGL, 5/e
    by Edward Angel

·   

Update: 2009/04/29