Computer Graphics 2019
Instructor:
- Ming-Te Chi (紀明德)
- email: mtchi AT cs.nccu.edu.tw
- Office hour: Monday 10:10~12:00
- 數位學習平台wm5
- Previous Courses: (2016Fall) (2015Fall) (2013Fall) (2012Fall) (2011Fall) (2010Fall) (2009Fall) (2008Fall)
Classroom:
- 大仁樓 20102教室
- Monday D56 (pm 1:10~4:00)
Pre-requisites :
- Computer programming skills in C or C++.
- Basic concepts in data structures and Linear Algebra.
TA:
- 鄭緒辰
- 大仁樓200207。cgclass@cs.nccu.edu.tw
| Week | Topic | Slides | Resource |
|---|---|---|---|
| 01 02/25 | Introduction (Ch. 1) | slide-intro | OpenGL
offical
webpage GLInfo2 |
| 02 03/04 | Ray tracing (Ch.
4) |
slide-ray |
|
| 03 03/11 | OpenGL programming | slide-opengl | Fixed pipeline coursenote Siggraph OpenGL coursenote 2001 GLUT Tutor glut32 freeglut lab1-slide example codeblock16.01 (web) mesa3d dll |
| 04 03/18 hw1 |
OpenGL programming Modern OpenGL programming |
slide-opengl vao slide |
Programmable pipeline
resource SIGGRAPH 2013 Course Notes Introduction to Modern OpenGL Programming opengl sample code SIGGRAPH 2016 Course Notes Introduction to WebGL Programming |
| 05 03/25 hw1-step2 |
Transformations (Ch. 6) |
slide-transformation |
glm: OpenGL math |
| 06 04/01 |
Transformations (Ch. 6) |
slide-transformation |
glPushmatrix() example: atom2 |
| 07 04/08 |
Viewing & Projection (Ch. 7) |
slide-vp (~p50) |
projection
matrix stl mesh format |
| 08 04/15 | Image warping and morphing |
slide07 | paper
list Graphics papers link ACM Digital Library Thaddeus Beier, Shawn Neely, "Feature-Based Image Metamorphosis", Proc. SIGGRAPH'92 lab-image |
| 09 04/22 hw-swgl |
Image warping and morphing Shading (Ch. 10) |
slide-shading |
sigvis Teddy: A Sketching Interface for 3D Freeform Design SIGGRAPH 1999 |
| 10 04/29 | Midterm
Exam 2:10~4:00 |
||
| 11 05/06 |
Pipeline & Rasterization (Ch.
8) |
slide-rast |
|
| 12 05/13 Proposal |
Pipeline
& Rasterization (Ch. 8) |
||
| 13 05/20 | Shading (Ch. 10) |
slide-shading | Three-Point
Lighting lab-phong glsl-phong example webgl - Phong shading |
| 14 05/27 |
Discrete Techniques - Image operation |
slide-image |
Visual
glBlendFunc Tools 陳 哲生‧我為何不用伊登色環。2016 |
| 15 06/03 |
Programmable pipeline webgl / glsl |
slide-glsl | WebGL three.js abstract presentation A |
16 06/10 |
Texture mapping |
slide-texture | abstract presentation B least square |
| 17 06/17 | Texture mapping Selected Topics: Global illumination |
slide10 |
Povray Nvidia Optix |
| 18 06/24 |
Final project demo |
|
| Homework |
deadline |
requirement |
resource |
| hw1 | 03/17 23:59 upload form |
Raytracer - step1
|
hw-ray-slide (上課筆記版) ppm-example |
| hw1-step2 |
03/26 23:59 upload form |
Raytracer - step 2
|
hw-ray-step2-slide |
| hw-swgl-0 |
Matrix
operations note: matrix is column major in OpenGL |
hw-swgl-0 code |
|
hw3-swgl-1 |
04/21 23:59 upload form |
Transformations
& Projection 1. Uncomment the code in the
softPath() in hw-swgl1.cpp
2. Implement the functions in swgl.cpp. |
hw-swgl-1 code OpenGL 2.1 manpage (用firefox打開，以顯示正確的矩陣表示) |
hw4-swgl-2 |
05/22 23:59 upload form |
Hidden
Surface
Removal & Rasterization. 1. Implement the BresenhamLine()
and swTriangle() in hw-rast.
2. Implement the swTriangle() in hw-rast. 3. z-buffer algorithm readme |
hw-swgl2-rasterization |
| hw | Shading |
||
| Final Project Paper implementation |
|
 style-based GAN 104703053 project page |
 colorization 104703010 |
 Color2Gray 104703035 |
 Painterly Rendering 105703005 |
 Subsurface Scattering 104703024 |
 CSG 104703046 |
 Automatic Triage for a Photo Series 105703031 project page |
 Perceptually Based Downscaling of Images 104703005 |
 Feature-Based Image Metamorphosis 104703020 |
 Color Harmonization 104703040 |
 CycleGAN 107753005 |
 X-Toon: An extended toon shader 105703019 project page |
 View Morphing 103703029 |
 Motion blur in Ray Tracing 105703047 |
 Non-Photorealistic Lighting Model 104703021 |
 Computer-generated floral ornament 104703023 |
 Image Smoothing via L0 Gradient Minimization 105703039 |
 Bilateral Filtering for Gray and Color Images 105703021 |
 Globally and Locally Consistent Image Completion 107753033 |
 Hybrid image 105703013 |
 A simple and Efficient Error-Diffusion Algorithm 105703051 |
 Exaggerated Shading for Depicting Shape and Detail 105703037 |
 Reaction-Diffusion 105703052 |
|
Grading:
- (40%) Homework
- Ray Tracer
- 3D wire-frame viewer
- Rasterization & hidden Surface Removal
- Gouraud & Phong shading
- (30%) Midterm Exam
- (30%) Final Project
- (bonus) Class Participation
Text book:
- Fundamentals of Computer Graphics, 4/e. by Peter
Shirley, Steve Marschner. A K Peters. 2015 (web)
- Interactive Computer Graphics: A Top-Down Approach Using OpenGL, 6/e by Edward Angel
Reference book:
- OpenGL Programming Guide: The Official Guide to Learning OpenGL, Version 4.3, 8/e, by OpenGL Architecture Review Board, Dave Shreiner, Mason Woo, Jackie Neider
- Computer Graphics Using OpenGL (3rd Edition) by Francis S Hill Jr.
- Real-Time Rendering, Third Edition. by Tomas Akenine-Moller, Eric Haines, Naty Hoffman