Class Notes

• Some comments
• Chapter 1, An Invitation to Computer Graphics
  • Chapter 1 notes
  • Some Other Notes
• Chapter 2, On to OpenGL and 3D Computer Graphics
  • Glut
  • GlBegin
  • Code for these notes
  • Middle of the Chapter
  • Hidden Surface Removal
  • Animation with glutTimerFunc
  • Projections
• Chapter 3, An OpenGL Toolbox
  • A quick look at vertex lists
  • A link to the models page
  • Vertex Arrays
  • Vertex Buffer Objects, intro
  • VBOs, the Code
  • Text in GLUT
  • Code
• Chapter 4, Transformation, Animation and Viewing
• Chapter 5, Inside Animation: The Theory of Transformation
  • Introduction to Transformations
  • The Orthographic Projection
  • Cleaning Up Transformations
  • A final example
  • Code
• Chapter 11: Color and Light
  • Color
  • Lights, in OpenGL
• Chapter 8, Triangulation
  • Triangulation
• Introduction to Shaders
  • An Exercise
  • Pipeline Overview
  • New OpenGL Calls
  • Attributes and more VBO
  • One more drawing program
  • Uniforms
  • GLSL part I
  • GLSL part II
  • Lights again
  • All the code in this section
• Chapter 14: Raster Algorithms
  • Raster Line techniques
  • Code
• A cheater day or two, Ray Tracing
  • one
  • one.pov
• Chapter 12: Textures
  • Introduction
  • Some Code
  • Shader Textures
  • Procedureal Textures
• Chapter 6, Advanced Animation Techniques
• Chapter 7, Convexity and Interpolation
• Chapter 9, Orientation
• Chapter 10: Modeling in 3D Space
• Chapter 13: Special Visual Techniques
• Chapter 20: OpenGL 4.3, Shaders and the Programmable Pipeline, Liftoff
• Chapter 21: OpenGL 4.3, Shaders and the Programmable Pipeline, Escape