計算機圖形學（英文版）

Preface
Chapter 0: Getting Started
　Visual Communication and Computer Graphics
　General Concepts in Visual Communication
　　Use Appropriate Representation for Your Information
　　Keep Your Images Focused
　　Use Appropriate Presentation Levels for Your Information
　　Use Appropriate Forms for Your Information
　　Be Very Careful to be Accurate with Your Display
　　Understand and Respect the Cultural Context of Your Audience
　　Make Your Interactions Reflect Familiar and Comfortable
　 Relationships Between Action and Effect
　3D Geometry and the Geometry Pipeline
　　The Scene and the View
　　3D Model Coordinate Systems
　　3D World Coordinate System
　　3D Eye Coordinate System
　　Projections
　　Clipping
　　Choosing Perspective or Orthographic Projections
　　2D Eye Coordinates
　　2D Screen Coordinates
　Appearance
　　Color
　　Textures
　　Depth Buffering
　The Viewing Process
　　Different Implementation, Same Result
　Graphics Cards
　A Basic OpenGL Program
　　The Structure of the Mai n O Function on OpenGL
　　Model Space
　　Modeling Transformation
　　3D World Space
　　Viewing Transformation
　　3D Eye Space
　　Projections
　　2D Eye Space
　　2D Screen Space
　　The Science in the Program
　　Appearance
　　Another Way to See the Program
　OpenGL Extensions
　Summary
　OpenGL Glossary for the Chapter
　Questions
　Exercises
　Experiments
Chapter 1: Viewing and Projection
Introduction
　Fundamental Model of Viewing
　Definitions
　　Setting Up the Viewing Environment
　　Defining the Projection
　　View Volumes
　　The Orthographic Projection
　　The Perspective Projection
　　Calculating the Perspective Projection
　　Clipping on the View Volume
　　Defining the Window and Viewport
　Some Aspects of Managing the View
　　Hidden Surfaces
　　Double Buffering
　Stereo Viewing
　Viewing and Visual Communication
　Implementation of Viewing and Proiection in OpenGL
　　Defining a Window and Viewport
　　Reshaping the Window
　　Defining a Viewing Environment
　　Defining a Perspective Projection
　……
Chapter 2: Principles of Modeling
Chapter 3: Implementing Modeling in OpenGL
Chapter 4: Mathematics for Modeling
ChaDter 5: Color and Blending
Chapter 6: Lighting and Shading
Chapter 7: Events and Interactive Programming
Chapter 8: Texture Mapping
Chapter 9: Graphical Problem Solving in Science
Chapter 10: Rendering and the Rendering Pipeline
Chapter 11: Dynamics and Animation
Chapter 12: High-Performance Graphics Techniques
Chapter 13: Interpolation and Spline Modeling
ChaDter 14: Nonpolygon Graphics
Chapter 15: Hardcopy
References and Resources
Appendix
Index