LectureNotes

This page will be populated with links to notes from the lectures.

These are notes that I make for myself for the content of the lectures. The Powerpoint slides are (usually) not projected in class - they are used as notes.

Students in the past seemed to like having access to these.

In general, the notes will be made available after the lecture (to give me a chance to correct mistakes).

• Lecture 1 - Intro
• Lecture 2 - Lights, Cameras, Eyes
• Lecture 3 (part A) - Intensity and Quantization
• Lecture 3 (part B) and Lecture 4 - Sampling
• Lecture 5 - Sampling and Resampling
• Lecture 6 (part A) - Sampling and Warping
• Lecture 6 (part B) - Raster Algorithms
• Lecture 7 - Color
• Lecture 8 - Color, Image Compression
• Lecture 9 (part A) - Lossy Compression
• Lecture 9 (part B) - Polygons
• Lectures 10 and 11 - Transformations and Coordinate Systems
• Lecture 12 (part A) - 3D Rotations
• Lecture 12 (part B) - Projections and Perspective
• Lecture 13 - OpenGL Survival
• Lecture 14 - Projection and Visibility (Details of Shadow Matrix derivation)
• Lectures 15-16 Curves (handwritten notes with derivations)
  (up to, but not including Approximating curves)
• Lecture 17 Approximating Curves
• Lecture 18 BSplines and also an attemp to write up an explanation of blending
• Lecture 19 Lighting
• Lecture 20 Texture Mapping
• Lecture 21 Texture Mapping 2 (Interactive Rendering Hacks)
• Lecture 22 Modeling and Polygons
• Lecture 23 Surfaces
• Lecture 24 Subdivision
• Lecture 25a Subdivision (Catmull-Clark)
• Lecture 25b Rendering
• Lecture 26a Rendering 2
• Lecture 26b Graphics Hardware
• Lecture 28 Animation

Project 1:

1. Project 1 Discussion Slide
2. Project 1 Related Data
3. Note on Floyd-Steinberg Dithering method
4. Filter Examples