(Ebook PDF) Game Development Patterns and Best Practices 1st edition by John Doran, Matt Casanova 178712696X 9781787126961 full chapters

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ISBN-10 ‏ : ‎178712696X 

ISBN-13 ‏ : ‎9781787126961

Author :  John P. Doran, Matt Casanova 

You’ve learned how to program, and you’ve probably created some simple games at some point, but now you want to build larger projects and find out how to resolve your problems. So instead of a coder, you might now want to think like a game developer or software engineer. To organize your code well, you need certain tools to do so, and that’s what this book is all about. You will learn techniques to code quickly and correctly, while ensuring your code is modular and easily understandable. To begin, we will start with the core game programming patterns, but not the usual way. We will take the use case strategy with this book. We will take an AAA standard game and show you the hurdles at multiple stages of development. Similarly, various use cases are used to showcase other patterns such as the adapter pattern, prototype pattern, flyweight pattern, and observer pattern. Lastly, we’ll go over some tips and tricks on how to refactor your code to remove common code smells and make it easier for others to work with you. By the end of the book you will be proficient in using the most popular and frequently used patterns with the best practices.

Game Development Patterns & Best Practices 1st Table of contents:

1. Reader feedback
2. Customer support
3. Downloading the example code
4. Downloading the color images of this book
5. Errata
6. Piracy
7. Questions
8. Introduction to Design Patterns
9. Chapter overview
10. Your objective
11. What are design patterns
12. Why you should plan for change
13. Understanding UML class diagrams
14. Relationships between classes
15. Inheritance
16. Aggregation
17. Composition
18. Implements
19. Separating the why and the how
20. Understanding the separation of concerns
21. An Introduction to interfaces
22. Polymorphism refresher
23. Understanding interfaces
24. The advantages of compartmentalizing code
25. The structure of the Mach5 engine
26. Mach5 core engines and systems
27. The app
28. The StageManager
29. The ObjectManager
30. The graphics engine
31. Tools and utilities
32. The problems with using design patterns in games
33. Setting up the project
34. Summary
35. One Instance to Rule Them All – Singletons
36. Chapter overview
37. Your objective
38. An overview on class access specifiers
39. The static keyword
40. Static keyword inside a function
41. Static keyword in class definitions
42. Static as a file global variable
43. Pros and cons of global variables
44. What is a Singleton?
45. Keeping the single in Singleton
46. Deleting our object correctly
47. Learning about templates
48. Templatizing Singletons
49. Advantages/disadvantages of using only one instance
50. The Singleton in action – the Application class
51. Summary
52. Creating Flexibility with the Component Object Model
53. Chapter overview
54. Your objectives
55. Why a monolithic game object is a bad design
56. The monolithic game object
57. The problem with object behavior
58. The benefits of the monolithic game object
59. Why inheritance hierarchies are inflexible
60. Organizing the code by what it does, not what it is
61. Avoiding the Diamond of Death
62. The Strategy pattern and the Decorator pattern
63. The Strategy pattern explained
64. The Decorator pattern explained
65. The Component Object Model explained
66. Implementing the Component Object Model
67. Implementing components
68. Creating and removing objects and components
69. Performance concerns
70. Summary
71. Artificial Intelligence Using the State Pattern
72. Chapter overview
73. Your objectives
74. The State pattern explained
75. Introduction to State Machines
76. An overview of enumerations
77. Acting on states
78. Issues with conditionals
79. Expanding on the State Machine
80. The State pattern in action – the M5StateMachine class
81. The State pattern in action – StageManager
82. Issues with FSMs
83. Summary
84. Decoupling Code via the Factory Method Pattern
85. Chapter overview
86. Your objective
87. The trouble with switch statements
88. The Dependency Inversion Principle
89. The Factory method pattern
90. The Static Factory
91. The Dynamic Factory
92. Creating our Stage Builders
93. The template builder
94. Creating the Dynamic Factory class
95. Using the Dynamic Factory
96. Creating a component and Object Factory
97. The Templated Factory
98. Architecting versus over-architecting
99. Summary
100. Creating Objects with the Prototype Pattern
101. Your objectives
102. The trouble with using a factory for game objects
103. Using builders with objects
104. Solution – reading from files
105. The Prototype pattern explained
106. The virtual constructor
107. The problem with constructors
108. The benefits of a virtual constructor
109. We don’t need to know the type
110. No need to subclass
111. It’s easy to make exact copies
112. Examples of the clone method in Mach5
113. The Gfx and collider components
114. Cloning an object
115. Choosing a copy constructor
116. Covariant return types
117. Loading archetypes from a file
118. Archetype files
119. The object manager
120. Summary
121. Improving Performance with Object Pools
122. Chapter overview
123. Your objectives
124. Why you should care about memory
125. The Object Pool pattern explained
126. Implementing a basic object pool
127. Operator overloading in C++
128. Building the object pool for Mach5
129. Issues with object pools
130. Summary
131. Controlling the UI via the Command Pattern
132. Chapter overview
133. Your objectives
134. How can we control actions through buttons?
135. Callback functions
136. Repeated code in the component
137. The Command pattern explained
138. Two parameters and beyond
139. Pointers to member functions
140. Pointer to member command
141. The benefits of the command pattern
142. Treating a function call like an object
143. Physically decoupling the client and the function call
144. Temporal decoupling
145. Undo and redo
146. Easy UI with commands in Mach5
147. Using commands
148. Summary
149. Decoupling Gameplay via the Observer Pattern
150. Chapter overview
151. Your objectives
152. How gameplay creeps into every system
153. Hardcoding requirements
154. Polling
155. The Observer pattern explained
156. The Subject and Observer
157. The Player
158. The Observers
159. Push versus Pull
160. Benefits of using the Observer pattern
161. Problems using the Observer pattern
162. Dangling references
163. Overuse
164. Implementing interfaces
165. When to notify
166. Summary
167. Sharing Objects with the Flyweight Pattern
168. Chapter overview
169. Your objectives
170. Introductions to particles
171. Implementing particles in Mach5
172. Why memory is still an issue
173. Introduction to the Flyweight pattern
174. Transitioning to ParticleSystems
175. Creating different system types
176. Developing the ParticleFactory
177. Using the ParticleFactory
178. Summary
179. Understanding Graphics and Animation
180. Chapter overview
181. Your objectives
182. Introduction to monitor refresh rates
183. What is a pixel?
184. The horizontal and vertical blank
185. Refresh rate
186. Double buffering
187. The back buffer
188. VSync
189. Triple buffering
190. LCD monitors
191. Time-based movement and animation
192. Frame-based movement
193. Time-based movement
194. Summary
195. Best Practices
196. Chapter overview
197. Your objectives
198. Learning fundamental code quality techniques
199. Avoid magic numbers
200. White space
201. Indentation
202. Blank lines and spaces
203. Comments and self-documenting code
204. Commenting
205. Learning and understand the uses of the const keyword
206. Const function parameters
207. Const classes as parameters
208. Const member functions
209. Problems with const
210. Learning how iteration can improve your game and code design
211. The game development cycle
212. Production phase
213. Prototyping
214. Playtesting
215. Conducting a playtest
216. Iteration
217. Meeting milestones
218. Learning when to use scripting in a game
219. Introduction to assembly
220. Moving to higher-level programming languages
221. Introducing the compiler
222. Introduction to scripting languages

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