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® Programming Guide,
published by
Addison Wesley Professional;
ISBN 0-201-60458-2.
If you want to get all the source codes, please
download
them.
Since the following examples are run as Java Applications, you can only click
to view the source code of the example.
Double-Buffered Program: double
Polygon Stipple Patterns: polys
Enabling and Loading Vertex Arrays: varrays
Using Modeling Transformations: model
Wireframe Sphere with Two Clipping Planes: clip
Planetary System: planet
Robot Arm: robot
Reversing the Geometric Processing Pipeline: unproject
(no image)
Lighting Model: scene
(only for GLUT example)
Moving a Light with Modeling Transformations: movelight
Two-sided Lighting: tea
Different Material Properties: material
Approximate Real Materials: teapots
Using glColorMaterial(): colromat
Three-Dimensional Blending: alpha3D
Antialiased Lines: aargb
Antialiasing in Color-Index Mode: aaindex
Five Fogged Spheres in RGBA Mode: fog
Using Fog in Color-Index Mode: fogindex
Polygon Offset to Eliminate Visual Artifacts: polyoff
Using a Display List: list
Multiple Display Lists to Define a Stroked Font: stroke
Defining a Complete Font: font
Drawing, Copying, and Zooming Pixel Data: image
Pixel Replacement Using Color Tables: colortable
Using Two-Dimensional Convolution Filters: convolution
Exchanging Color Components Using the Color Matrix: colormatrix
Compute and Diagram an Image's Histogram: histogram
Computing Minimum and Maximum Pixel Values: minmax
Demonstrating the Blend Equation Modes: blendeqn
Replacing a Texture Subimage: texsub
(only for GLUT example)
Three-Dimensional Texturing: texture3d
(only for GLUT example)
Mipmap Textures: mipmap
Binding Texture Objects: texbind
(only for GLUT example)
Automatic Texture-Coordinate Generation: texgen
Routines for Jittering the Viewing Volume: accpersp
Scene Antialiasing: accpersp
Jittering with an Orthographic Projection: accanti
Depth-of-Field Effect: dof
Quadrics Objects: quadric
(only for GLUT example)
Bezier Surface: bezsurf
Lit, Shaded Bezier Surface Using a Mesh: bezmesh
Using Evaluators for Textures: texturesurf
NURBS Surface: surface
The NURBS Tessellation Callbacks: surfpoints
Trimming a NURBS Surface: trim
Picking Example: picksquare
Picking with Depth Values: pickdepth
Feedback Mode: feedback