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  • Book Overview & Buying Beginning C++ Game Programming
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Beginning C++ Game Programming

Beginning C++ Game Programming

By : John Horton
3.4 (14)
Buy this Book
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Beginning C++ Game Programming

Beginning C++ Game Programming

3.4 (14)
By: John Horton
Buy this Book

Overview of this book

This book is all about offering you a fun introduction to the world of game programming, C++, and the OpenGL-powered SFML using three fun, fully-playable games. These games are an addictive frantic two-button tapper, a multi-level zombie survival shooter, and a split-screen multiplayer puzzle-platformer. We will start with the very basics of programming, such as variables, loops, and conditions and you will become more skillful with each game as you move through the key C++ topics, such as OOP (Object-Orientated Programming), C++ pointers, and an introduction to the Standard Template Library. While building these games, you will also learn exciting game programming concepts like particle effects, directional sound (spatialization), OpenGL programmable Shaders, spawning thousands of objects, and more.
Table of Contents (18 chapters)
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Preface
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Preface
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Timber!!!
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Zombie Arena
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Thomas was Late
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What this book covers
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What you need for this book
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Who this book is for
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Conventions
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Reader feedback
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Customer support
Lock Free Chapter
1
1. C++, SFML, Visual Studio, and Starting the First Game
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1. C++, SFML, Visual Studio, and Starting the First Game
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The games
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Meet C++
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Microsoft Visual Studio
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SFML
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Setting up the development environment
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Planning Timber!!!
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Creating a project from the template
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Project assets
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Understanding screen and internal coordinates
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Starting to code the game
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Opening a window using SFML
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The main game loop
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Drawing the game background
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Handling errors
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FAQ
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Summary
2
2. Variables, Operators, and Decisions – Animating Sprites
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2. Variables, Operators, and Decisions – Animating Sprites
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C++ variables
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Manipulating variables
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Adding clouds, a tree, and a buzzing bee
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Random numbers
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Making decisions with if and else
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Timing
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Moving the clouds and the bee
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FAQ
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Summary
3
3. C++ Strings, SFML Time, Player Input, and HUD
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3. C++ Strings, SFML Time, Player Input, and HUD
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Pausing and restarting the game
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C++ strings
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SFML Text and Font
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Adding a score and a message
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Adding a time bar
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FAQ
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Summary
4
4. Loops, Arrays, Switch, Enumerations, and Functions – Implementing Game Mechanics
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4. Loops, Arrays, Switch, Enumerations, and Functions – Implementing Game Mechanics
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Loops
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Arrays
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Making decisions with switch
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Class enumerations
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Getting started with functions
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Growing the branches
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FAQ
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Summary
5
5. Collisions, Sound, and End Conditions – Making the Game Playable
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5. Collisions, Sound, and End Conditions – Making the Game Playable
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Preparing the player (and other sprites)
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Drawing the player and other sprites
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Handling the player's input
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Handling death
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Simple sound FX
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Improving the game and the code
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FAQ
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Summary
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6. Object-Oriented Programming, Classes, and SFML Views
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6. Object-Oriented Programming, Classes, and SFML Views
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Planning and starting the Zombie Arena game
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OOP
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Building the Player-the first class
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Controlling the game camera with SFML View
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Starting the Zombie Arena game engine
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Managing the code files
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Starting coding the main game loop
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FAQ
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Summary
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7. C++ References, Sprite Sheets, and Vertex Arrays
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7. C++ References, Sprite Sheets, and Vertex Arrays
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C++ References
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SFML vertex arrays and sprite sheets
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Creating a randomly generated scrolling background
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Using the background
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FAQ
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Summary
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8. Pointers, the Standard Template Library, and Texture Management
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8. Pointers, the Standard Template Library, and Texture Management
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Pointers
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The Standard Template Library
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The TextureHolder Class
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Building a horde of zombies
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Using the TextureHolder class for all textures
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FAQ
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Summary
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9. Collision Detection, Pickups, and Bullets
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9. Collision Detection, Pickups, and Bullets
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Coding the Bullet class
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Making the bullets fly
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Giving the player a crosshair
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Coding a class for pickups
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Using the Pickup class
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Detecting collisions
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FAQ
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Summary
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10. Layering Views and Implementing the HUD
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10. Layering Views and Implementing the HUD
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Adding all the Text and HUD objects
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Updating the HUD each frame
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Drawing the HUD, and the home and level up screens
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FAQ
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Summary
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11. Sound Effects, File I/O, and Finishing the Game
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11. Sound Effects, File I/O, and Finishing the Game
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Saving and loading the high-score
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Preparing sound effects
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Leveling up
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Restarting the game
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Playing the rest of the sounds
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FAQ
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Summary
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12. Abstraction and Code Management – Making Better Use of OOP
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12. Abstraction and Code Management – Making Better Use of OOP
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The Thomas Was Late game
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Structuring the Thomas Was Late code
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Building the game engine
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Coding the main function
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FAQ
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Summary
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13. Advanced OOP – Inheritance and Polymorphism
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13. Advanced OOP – Inheritance and Polymorphism
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Inheritance
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Polymorphism
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Abstract classes - virtual and pure virtual functions
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Building the PlayableCharacter class
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Building the Thomas and Bob classes
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Updating the game engine to use Thomas and Bob
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FAQ
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Summary
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14. Building Playable Levels and Collision Detection
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14. Building Playable Levels and Collision Detection
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Designing some levels
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Building the LevelManager class
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Coding the loadLevel function
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Updating the engine
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Collision detection
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Summary
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15. Sound Spatialization and HUD
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15. Sound Spatialization and HUD
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What is Spatialization?
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How SFML handles spatialization
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Building the SoundManager class
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Adding SoundManager to the game engine
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Populating the sound emitters
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Playing sounds
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The HUD class
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Using the HUD class
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Summary
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16. Extending SFML Classes, Particle Systems, and Shaders
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16. Extending SFML Classes, Particle Systems, and Shaders
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The SFML Drawable class
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Building a particle system
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OpenGL, shaders, and GLSL
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Summary
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17. Before you go...
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17. Before you go...
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Thanks!

Polymorphism

Polymorphism allows us to write code that is less dependent on the types we are trying to manipulate. This can make our code clearer and more efficient. Polymorphism means different forms. If the objects that we code can be more than one type of thing, then we can take advantage of this.

Note

What does polymorphism mean to us? Boiled down to its simplest definition, polymorphism is this: any sub-class can be used as part of the code that uses the super-class. This means we can write code that is simpler and easier to understand and also easier to modify or change. Also, we can write code for the super-class and rely on the fact that no matter how many times it is sub-classed, within certain parameters, the code will still work.

Let's discuss an example.

Suppose we want to use polymorphism to help write a zoo management game where we have to feed and tend to the needs of animals. We will probably want to have a function such as feed. We will also probably want to pass...

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Tech Concepts
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Programming languages
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