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Swift Game Development

You're reading from   Swift Game Development Learn iOS 12 game development using SpriteKit, SceneKit and ARKit 2.0

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Product type Paperback
Published in Sep 2018
Publisher Packt
ISBN-13 9781788471152
Length 434 pages
Edition 3rd Edition
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Authors (2):
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Siddharth Shekar Siddharth Shekar
Author Profile Icon Siddharth Shekar
Siddharth Shekar
Stephen Haney Stephen Haney
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Stephen Haney
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Toc

Table of Contents (20) Chapters Close

Preface 1. Designing Games with Swift FREE CHAPTER 2. Sprites, Camera, Action! 3. Mix in the Physics 4. Adding Controls 5. Spawning Enemies, Coins, and Power-Ups 6. Generating a Never-Ending World 7. Implementing Collision Events 8. Polishing to a Shine – HUD, Parallax Backgrounds, Particles, and More 9. Adding Menus and Sounds 10. Standing out in the Crowd with Advanced Features 11. Introduction to SceneKit 12. Choosing a Monetization Strategy 13. Integrating with Game Center 14. Introduction to Spritekit with ARKit 15. Introduction to Scenekit with ARKit 16. Publishing the Game on the App Store 17. Multipeer Augmented Reality Other Books You May Enjoy Index

Chapter 3. Mix in the Physics

SpriteKit includes a fully functional physics engine. It is easy to implement and very useful, as most mobile game designs require some level of physical interaction between game objects. In our game, we want to know when the player runs into the ground, an enemy, or a power-up. The physics system can track these collisions and execute our specific game code when any of these events occur. SpriteKit's physics engine can also apply gravity to the game world—as well as the bounce and spin that can occur when sprites collide with each other—and creates realistic movement through impulses; and it does all of this before every single frame is drawn on the screen!

The topics in this chapter include the following:

  • Adopting a protocol for consistency
  • Organizing game objects into classes
  • Adding the player's character
  • Renovating the GameScene class
  • Physics bodies and gravity
  • Exploring physics simulation mechanics
  • Movement with impulses and forces...
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