Course overview/Computer graphics overview
- Hearn & Baker, Chapter 1
Precept 1: On TclTk
User interaction
- H&B, Sections 2.1-5
Intensity, Quantization and Dithering
- H&B, Sections 14.3-4, Chapter 15
Precept 2: On Tcl/Tk and OpenGL
Basic Signal Processing
Representing 2D Geometry, scan converting lines and polygons, filling polygons
- H&B, Section 3.1-6., 3.11-3.12
Precept 3: More about assignment 1
Splines and Splinegons
- H&B, Section 10.8 to p. 333
2D geometry, transforms and clipping
- H&B, Sections 5.1-4, 7.3-7.4.
Precept 4: On assignment 2
Clipping, viewport to window mapping, collision detection
- H&B, Section 6.1-8
Hierarchical modelling Video show, end of 2D
Precept 5: More on assignment 2
Representing 3D, Boundary Representations, Winged Edge Representations, Constructive Solid Geometry, Sweep Representations
- H&B, Section 10.1-10.5, 10.14-10.18
3D transforms, clipping in 3D, basic projection
- H&B, Section 9.1, 11.1-11.7
Precept 6: On assignment 3
3D viewing transforms, stereo, ...
- H&B, Sections 12.1-12.5
Precept 7: More on assignment 3
Hidden Surface Removal
- H&B, Section 13.1-13.10
- H&B, Chapter 9
3D Lighting
- H&B, Section 14.1-14.3, 14.5
Precept 8: On assignment 4
More Rendering
- H&B, 14.8-14.9
Ray Tracing
- H&B, Section 14.6
Precept 9: More on assignment 4
Radiosity
- H&B, Section 14.7
Surfaces
Assignment 4 Due
Precept 10: On assignment 5
CatchUp and Video: Toy Story!
Precept 11: More on assignment 5
Animation
- H&B, Chapter 16
Special Topics : Computational Geometry and Algorithm Animation
Precept 12: Assignment 5 due
Special Topics : Walkthroughs and Virtual Reality
Total Review