'The rigorous exposition of much of the mathematics underlying computer graphics is a welcome achievement. Binding this with a guide to implementations in OpenGL makes for an outstanding resource, for teaching and for reference.' The Mathematical Gazette

• 1. Introduction; 2. Transformations and viewing; 3. Lighting, illumination and shading; 4. Averaging and interpolation; 5. Texture mapping; 6. Color; 7. Bezier curves; 8. B-Splines; 9. Ray tracing; 10. Intersection testing; 11. Radiosity; 12. Animation and kinematics; Appendix A: mathematics background; Appendix B: RayTracing software package.

'The rigorous exposition of much of the mathematics underlying computer graphics is a welcome achievement. Binding this with a guide to implementations in OpenGL makes for an outstanding resource, for teaching and for reference.' The Mathematical Gazette

• 1. Introduction; 2. Transformations and viewing; 3. Lighting, illumination and shading; 4. Averaging and interpolation; 5. Texture mapping; 6. Color; 7. Bezier curves; 8. B-Splines; 9. Ray tracing; 10. Intersection testing; 11. Radiosity; 12. Animation and kinematics; Appendix A: mathematics background; Appendix B: RayTracing software package.

'The rigorous exposition of much of the mathematics underlying computer graphics is a welcome achievement. Binding this with a guide to implementations in OpenGL makes for an outstanding resource, for teaching and for reference.' The Mathematical Gazette

• 1. Introduction; 2. Transformations and viewing; 3. Lighting, illumination and shading; 4. Averaging and interpolation; 5. Texture mapping; 6. Color; 7. Bezier curves; 8. B-Splines; 9. Ray tracing; 10. Intersection testing; 11. Radiosity; 12. Animation and kinematics; Appendix A: mathematics background; Appendix B: RayTracing software package.