Last Updated
Latest News
| 2009/11/19 | An additional remark for HW2 skeleton code has uploaded. |
| 2009/11/16 | HW2 skeleton code has modified and readMe has uploaded.Please see readMe for more information!! |
| 2009/11/10 | Slide of Dr. Chen's talk is uploaded |
| 2009/11/09 | HW2 skeleton code is uploaded |
| 2009/10/13 | HW1 guide is uploaded. |
| 2009/10/13 | If your openGL environment setting has not finished.It is strongly recommended using Visual C++.If it still doesn't work,please contact with us. |
演講: GP-GPU shader language and architecture
時間: 2009/11/09 (Monday)
講員: 陳維超博士
Midterm
Time: 2009/12/07 (Monday)
期中考是open-book，可以攜帶各種紙本資料、課本與參考書。期中考的範圍至11/23上課範圍為止。
Homework #2
Deadline: 2009/11/30 (Monday)
You are required to do the following things in homework #2:
1. Flat shading Gouraud shading
2. Phong shading
3. 至少設置3組OpenGL光源 (glLight), 請分別設定在物體右前上方, 左前下方, 左後下方
You can use OpenGL functions to implement Flat shading and Gouraud shading.
Implement phong shading with shading language.
Reference
1. HW #2 Guide link
2. Shader code example link
3. GLSL Tutorial http://www.lighthouse3d.com/opengl/glsl/
4. GLSL Document http://www.opengl.org/documentation/glsl/
5. OpenGL Reference Page http://www.opengl.org/sdk/docs/man/
6. HW #2 skeleton code link
7. HW #2 skeleton code readme:link
8. Additional remark for HW #2 skeleton code:link
Expected Result:
1. Flat Shading:
2. Gouraud Shading:
3. Phong Shading:
Homework #1
Deadline: 2009/10/26 (Monday)
You are required to do the following things in homework #1:
1. Load a 3D model file of TRI format. Draw it in wireframe mode and view it in perspective view.
2. You should provide object rotation mode and camera rotation mode, and implement basic transformations such as rotation, translation, scaling and shear.
3. The camera (eye) can be moved around and into the model.
4. Clipping is required. Try to show the difference between clipping and non-clipping.
** You can not use functions gluPerspective and glFrustum !!
Download 3D Models and TRI format link,
Balls.tri link
Example code link
Tri Loader link
Expected Result:
Lecture Notes
Lecture slides
OpenGL slides and resources
Edward Angel's slides
HW1 Guide slides
Text Book
Interactive Computer Graphics: A Top-Down Approach Using OpenGL5th edition