Lecture sets
Will appear as the course goes. Access with username: cse472 and the password can be found on D2L. Alternatively you may use your cse account.
- Course Overview 01-20
- OpenGL Basics 01-25
- Light and Color 02-01
- Vertex shader to experiment with shader editor website , 02-03
- Moving to 3D 02-03
- Transformations 02-08
- Texture Mapping 02-10
- Geometric Data Structure 02-17
- WebGL 02-17
- Illumination 02-22
- Raycasting 03-22
- Raytracing 03-24
- More Textures 03-29
- Projections 03-31
- Review for Exam 04-07
- Radiosity
- Field Visualization
- Texture Synthesis
Notice: Some lecture sets are very large because they contain a large number of images.
This is the home page for CSE 472: Computer Graphics.
Yiying Tong, instructor, ytong@msu.edu
Hayam Abdelrahman, TA, email to Hayam
This course will study the use of computer graphics for image and animation creation. Students will study 3D modeling and rendering. We will learn how to create and render 3D images and animations. We will also study the underlying mechanisms used by various rendering technologies.
The course syllabus is available in PDF format.
Discussion Forum at Piazza
Course resources
- Shader-based OpenGL base window class for MFC ShaderWnd.zip
- Textured Shaded Cube Example ShaderTest.zip
- Andrew Witkin and David Baraff - Physically Based Modeling: Principles and Practice
- Paper Presentations
Demos
- The transformation demostration: TransformDemo.zip
- The slither demonstration: slither.zip
- The curves demonstration program: curves.zip
- The physics demonstration program: physeeks.zip
- The radiosity demonstration program: radiosity.zip
Notice: The demonstration programs assume the Visual Studio 2005 runtime.
Other course websites:
- Stanford (Undergrad/Grad)
- MIT (Undergrad)
- CMU (Grad)
- Berkeley (Undergrad)
- Caltech (Grad)
- UIUC (Grad)
- Cornell (Physically-based Simulation)
- Columbia (Undergrad)
- USC (Undergrad)
Assignments (Submission through Handin, Grades on D2L)
Due dates:
- Normally at 11:59pm (email Hayam or me if you have questions)
- Step #1 (the access is controlled through cse accounts) Due Wednesday, Feb. 3rd.
- Step #2 Due Wednesday, Feb. 17th.
- Step #3 Due Friday, March 5th.
- Step #4 Due Thursday, Apr 8th.
- Project 1 (group project) Due Friday, Apr 2nd
- alternative libRayIntersection , in case your library has an issue, try this version. You may overrride what's in the project folder with the content of the zip file and recompile.
- Term project Due on final's day (Monday, Apr 26)