Course syllabus:
1. Introduction
What is interactive computer graphics?
What is graphical user interfaces (GUI)?
What is virtual reality?
  What is OpenGL and shading language?
2.  Viewing in 3D
  Parallel projection
Perspective projection
Basic raster graphics algorithms for drawing 3D primitives
3.   Geometric transformations
3D clipping
4. Visible-surface determination
  Z-buffer algorithm
Binary space partition trees (BSP)
Visible-line determination
5.  Illumination and shading
Flat shading
Gouraud shading
Phong shading
Color and vertex normal interpolation
7. OpenGL Shading Language
OpenGL-ES, Unity3D (game engine, editor)
8.   Photo-realistic graphics
  Recursive ray tracing
Volume rendering: marching cubes method
Radiosity method: progressive refinement approach
9.   Graphics Hardware and Graphics Processing Unit (GPU)
10. Implementation and practice
Graphics data set
spheres plus checkerboard
a teapot
a hallway of a building
a complete church
a new computer science building under construction 
brain data (X-ray) of computed tomography
How to construct the new building data for 3D graphics?
Other modeling methods and tools
11. Demonstration and Term Project