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Mathematics for Game Programming and Computer Graphics

You're reading from  Mathematics for Game Programming and Computer Graphics

Product type Book
Published in Nov 2022
Publisher Packt
ISBN-13 9781801077330
Pages 444 pages
Edition 1st Edition
Languages
Author (1):
Penny de Byl Penny de Byl
Profile icon Penny de Byl

Table of Contents (26) Chapters

Preface 1. Part 1 – Essential Tools
2. Chapter 1: Hello Graphics Window: You’re On Your Way 3. Chapter 2: Let’s Start Drawing 4. Chapter 3: Line Plotting Pixel by Pixel 5. Chapter 4: Graphics and Game Engine Components 6. Chapter 5: Let’s Light It Up! 7. Chapter 6: Updating and Drawing the Graphics Environment 8. Chapter 7: Interactions with the Keyboard and Mouse for Dynamic Graphics Programs 9. Part 2 – Essential Trigonometry
10. Chapter 8: Reviewing Our Knowledge of Triangles 11. Chapter 9: Practicing Vector Essentials 12. Chapter 10: Getting Acquainted with Lines, Rays, and Normals 13. Chapter 11: Manipulating the Light and Texture of Triangles 14. Part 3 – Essential Transformations
15. Chapter 12: Mastering Affine Transformations 16. Chapter 13: Understanding the Importance of Matrices 17. Chapter 14: Working with Coordinate Spaces 18. Chapter 15: Navigating the View Space 19. Chapter 16: Rotating with Quaternions 20. Part 4 – Essential Rendering Techniques
21. Chapter 17: Vertex and Fragment Shading 22. Chapter 18: Customizing the Render Pipeline 23. Chapter 19: Rendering Visual Realism Like a Pro 24. Index 25. Other Books You May Enjoy

Processing pixel by pixel

Shaders are run on the GPU in parallel. GPUs require a different type of coding and therefore are written in a different language. We will be using the OpenGL Shader Language (GLSL), which looks very much like C/C++. For the specifications, see https://www.khronos.org/opengl/wiki/OpenGL_Shading_Language.

We will be creating a shader to process vertices and a shader to process fragments. Together, these will replace all the OpenGL drawing operations we’ve used to date. This will give you a chance to explore the movement of mathematical operations from the CPU to the GPU while at the same time understanding how mathematics principles transcend the graphics environment in which they are applied.

The first shader type we will explore is the vertex shader. This code processes one vertex at a time while running multiple versions of itself in parallel, each processing a different vertex. The simplest vertex shader that can be written is one that can...

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