This directory contains PowerPoint slides from my class. There are 43 lectures
(AngelCG00.ppt-AngelCG42) that are the basis of the senior/first year
graduate class I teach for Computer Science and Engineering students.
There are also eight supplementary lectures (AngelCGE1-AngelCGE8). Each
lecture is for a 50 minute class session.

AngelCG00.ppt: Introduction
AngelCG01.ppt: What is Computer Graphics?
AngelCG02.ppt: Image Formation
AngelCG03.ppt: Models and Architectures
AngelCG04.ppt: Programming in OpenGL I
AngelCG05.ppt: Programming in OpenGL II
AngelCG06.ppt: Programming in OpenGL III
AngelCG07.ppt: Input and Interaction
AngelCG08.ppt: Callbacks
AngelCG09.ppt: Better Interactive Programs
AngelCG10.ppt: Geometry
AngelCG11.ppt: Representation
AngelCG12.ppt: Transformations
AngelCG13.ppt: Transformations in OpenGL
AngelCG14.ppt: Building Models
AngelCG15.ppt: Classical Viewing
AngelCG16.ppt: Computer Viewing
AngelCG17.ppt: Projection Matrices
AngelCG18.ppt: Shading I
AngelCG19.ppt: Shading II
AngelCG20.ppt: Shading in OpenGL
AngelCG21.ppt: Implementation I
AngelCG22.ppt: Implementation II
AngelCG23.ppt: Implementation III
AngelCG24.ppt: Buffers
AngelCG25.ppt: Texture Mapping
AngelCG26.ppt: Texture Mapping in OpenGL
AngelCG27.ppt: Compositing and Blending
AngelCG28.ppt: Programmable Pipelines
AngelCG29.ppt: GLSL I
AngelCG30.ppt: GLSL II
AngelCG31.ppt: Hierarchy I
AngelCG32.ppt: Hierarchy II
AngelCG33.ppt: Objects and Scene Graphs
AngelCG34.ppt: Particle Systems
AngelCG35.ppt: Curves and Surfaces
AngelCG36.ppt: Parametric Cubic Curves
AngelCG37.ppt: Bezier and Spline Curves and Surfaces
AngelCG38.ppt: Rendering Curves and Surfaces
AngelCG39.ppt: Curves and Surfaces in OpenGL
AngelCG40.ppt: Ray Tracing
AngelCG41.ppt: Radiosity
AngelCG42.ppt: Parallel Rendering

AngelCGE1: Marching Squares
AngelCGE2: Virtual Trackball
AngelCGE3: Displays
AngelCGE4: Fractals
AngelCGE5: Sampling and Aliasing
AngelCGE6: Bump Mapping
AngelCGE7: Environment Maps
AngelCGE8: Reflection and Transmission