計(jì)算機(jī)圖形學(xué)

Chapter 1 Introduction .  
Chapter 2 Digital Image Fundamentals  
  .1 The RGB and CMY Color Models  
2.2 Color Representation  
2.3 Lookup Table  
2.4 Display Devices  
2.5 Printing Devices  
2.6 Image Files  
Chapter 3 The OpenGL API  
3.1 OpenGL Basics  
3.2 OpenGL Syntax and Convention  
3.3 Setting up OpenGL on a PC  
3.4 A Sample Program  
3.5 Visualizing the Mandelbrot and Julia Sets  
3.6 The Color-Index Mode  
3.7 Managing Windows  
Chapter 4 Scan Conversion  
4.1 Lines  
4.2 Circles  
4.3 Ellipses  
4.4 Region Filling  
4.5 Characters  
4.6 Antialiasing  
4.7 OpenGL Programming  
Chapter 5 3D Preliminaries  
5.1 The Polygon-Mesh Representation  
5.2 Hidden-Surface Removal  
5.3 Projection  
5.4 The 3D Graphics Pipeline  
5.5 OpenGL Programming  
Chapter 6 Transformations  
6.1 Basi Transformations  
6.2 Special Transformations  
6.3 Composite Transformation Matrix  
6.4 OpenGL Programming  
Chapter 7 Color and Shading Models  
7.1 Light and Color ..  
7.2 The Phong Model  
7.3 Interpolative Shading Methods  
7.4 OpenGL Programming  
Chapter 8 Viewing and Clipping  
8.1 Viewing Transformation  
8.2 Clipping Algorithms  
8.3 OpenGL Programming  
Chapter 9 Interaction  
9.1 Interactive Devices  
9.2 Interactive Techniques  
9.3 OpenGL Programming  
Chapter 10 Parametri Representations  
10.1 Interpolation Methods for Splines  
10.2 Bezier Curves and Surfaces  
10.3 B-Splines  
10.4 Rational B-Splines and NURBS  
10.5 OpenGL Programming  
Chapter 11 More on OpenGL  
11.1 Error Handling  
11.2 Query Fun tions  
11.3 Bitmaps and Pixel Operations  
11.4 GLU Quadrics  
11.5 Texture Mapping  
11.6 Depth Cuing  
11.7 Stencil Buffer  
11.8 A umulation Buffer  
Chapter 12 Beyond the Graphics Pipeline  
12.1 Ray Tracing  
12.2 The Radiosity Method  
12.3 The Rendering Equation  
Appendix 1 OpenGL Functions  
Appendix 2 Vectors  
Appendix 3 Matrices  
Appendix 4 Answers  
Index ...