(Ebook PDF) C Game Development By Example 1st edition by Siddharth Shekar 1789537347 9781789537345 full chapters

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ISBN-10 ‏ : ‎1789537347 

ISBN-13 ‏ : ‎9781789537345

Author :  Siddharth Shekar 

Explore modern game programming and rendering techniques to build games using C programming language and its popular libraries Key Features Learn how you can build basic 2D and complex 3D games with C Understand shadows, texturing, lighting, and rendering in 3D game development using OpenGL Uncover modern graphics programming techniques and GPU compute methods using the Vulkan API Book Description Although numerous languages are currently being used to develop games, C remains the standard for fabricating expert libraries and tool chains for game development. This book introduces you to the world of game development with C . C Game Development By Example starts by touching upon the basic concepts of math, programming, and computer graphics and creating a simple side-scrolling action 2D game. You’ll build a solid foundation by studying basic game concepts such as creating game loops, rendering 2D game scenes using SFML, 2D sprite creation and animation, and collision detection. The book will help you advance to creating a 3D physics puzzle game using modern OpenGL and the Bullet physics engine. 

C++ Game Development By Example 1st Table of contents:

1. Section 1: Basic Concepts
2. C++ Concepts
3. Program basics
4. Variables
5. Strings
6. Operators
7. Statements
8. Iteration
9. Jump statements
10. Switch statement
11. Functions
12. Scope of variables
13. Arrays
14. Pointers
15. Structs
16. Enums
17. Classes
18. Inheritance
19. Summary
20. Mathematics and Graphics Concepts
21. 3D coordinate systems
22. Points
23. Vectors
24. Vector operations
25. Vector magnitude
26. Unit vectors
27. The dot product
28. The cross product
29. Matrices
30. Matrix addition and subtraction
31. Matrix multiplication
32. Identity matrix
33. Matrix transpose
34. Matrix inverse
35. GLM OpenGL mathematics
36. OpenGL data types
37. Space transformations
38. Local/object space
39. World space
40. View space
41. Projection space
42. Screen space
43. Render pipeline
44. Vertex specification
45. Vertex shader
46. Vertex post-processing
47. Primitive assembly
48. Rasterization
49. Fragment shader
50. Per-sample operation
51. Framebuffer
52. Summary
53. Section 2: SFML 2D Game Development
54. Setting Up Your Game
55. An overview of SFML
56. Downloading SFML and configuring Visual Studio
57. Creating a window
58. Drawing shapes
59. Adding sprites
60. Keyboard input
61. Handing player movement
62. Summary
63. Creating Your Game
64. Starting afresh
65. Creating the Hero class
66. Creating the Enemy class
67. Adding enemies
68. Creating the Rocket class
69. Adding rockets
70. Collision detection
71. Summary
72. Finalizing Your Game
73. Finishing the Gameloop and adding scoring
74. Adding text
75. Adding audio
76. Adding player animations
77. Summary
78. Section 3: Modern OpenGL 3D Game Development
79. Getting Started with OpenGL
80. What is OpenGL?
81. Creating our first OpenGL project
82. Creating a window and ClearScreen
83. Creating a Mesh class
84. Creating a Camera class
85. The ShaderLoader class
86. The Light Renderer class
87. Drawing the object
88. Summary
89. Building on the Game Objects
90. Creating the MeshRenderer class
91. Creating the TextureLoader class
92. Adding Bullet Physics
93. Adding rigid bodies
94. Summary
95. Enhancing Your Game with Collision, Loops, and Lighting
96. Adding a RigidBody name
97. Adding an enemy
98. Moving the enemy
99. Checking collision
100. Adding keyboard controls
101. Game loop and scoring
102. Text rendering
103. Adding lighting
104. Summary
105. Section 4: Rendering 3D Objects with Vulkan
106. Getting Started with Vulkan
107. About Vulkan
108. Configuring Visual Studio
109. Vulkan validation layers and extensions
110. Vulkan instances
111. The Vulkan Context class
112. Creating the window surface
113. Picking a physical device and creating a logical device
114. Summary
115. Preparing the Clear Screen
116. Creating SwapChain
117. Creating Renderpass
118. Using render targets and framebuffers
119. Creating CommandBuffer
120. Beginning and ending Renderpass
121. Creating the clear screen
122. Summary
123. Creating Object Resources
124. Updating the Mesh class for Vulkan
125. Creating the ObjectBuffers class
126. Creating the Descriptor class
127. Creating the SPIR-V shader binary
128. Summary
129. Drawing Vulkan Objects
130. Preparing the GraphicsPipeline class
131. ShaderStageCreateInfo
132. VertexInputStateCreateInfo
133. InputAssemblyStateCreateInfo
134. RasterizationStateCreateInfo
135. MultisampleStateCreateInfo
136. Depth and stencil create info
137. ColorBlendStateCreateInfo
138. Dynamic state info
139. ViewportStateCreateInfo
140. GraphicsPipelineCreateInfo
141. The ObjectRenderer class
142. Changes to the VulkanContext class

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