iOS Swift Game Development Cookbook. Simple Solutions for Game Development Problems. 3rd Edition

Spis treści ebooka

• Preface
  • Audience
  • Organization of This Book
  • Additional Resources
  • Conventions Used in This Book
  • Using Code Examples
  • OReilly Safari
  • How to Contact Us
  • Acknowledgments
• 1. Laying Out a Game
  • 1.1. Laying Out Your Engine
  • 1.2. Creating an Inheritance-Based Game Layout
  • 1.3. Creating a Component-Based Game Layout
  • 1.4. Creating a Component-Based Game Layout Using GameplayKit
  • 1.5. Calculating Delta Times
  • 1.6. Detecting When the User Enters and Exits Your Game
  • 1.7. Updating Based on a Timer
  • 1.8. Updating Based on When the Screen Updates
  • 1.9. Pausing a Game
  • 1.10. Calculating Time Elapsed Since the Game Start
  • 1.11. Working with Closures
  • 1.12. Writing a Method That Calls a Closure
  • 1.13. Working with Operation Queues
  • 1.14. Performing a Task in the Future
  • 1.15. Making Operations Depend on Each Other
  • 1.16. Filtering an Array with Closures
  • 1.17. Loading New Assets During Gameplay
  • 1.18. Adding Unit Tests to Your Game
  • 1.19. 2D Grids
  • 1.20. Using Randomization
  • 1.21. Building a State Machine
• 2. Views and Menus
  • 2.1. Working with Storyboards
  • 2.2. Creating View Controllers
  • 2.3. Using Segues to Move Between Screens
  • 2.4. Using Constraints to Lay Out Views
  • 2.5. Adding Images to Your Project
  • 2.6. Slicing Images for Use in Buttons
  • 2.7. Using UI Dynamics to Make Animated Views
  • 2.8. Moving an Image with Core Animation
  • 2.9. Rotating an Image View
  • 2.10. Animating a Popping Effect on a View
  • 2.11. Theming UI Elements with UIAppearance
  • 2.12. Rotating a UIView in 3D
  • 2.13. Overlaying Menus on Top of Game Content
  • 2.14. Designing Effective Game Menus
• 3. Input
  • 3.1. Detecting When a View Is Touched
  • 3.2. Responding to Tap Gestures
  • 3.3. Dragging an Image Around the Screen
  • 3.4. Detecting Rotation Gestures
  • 3.5. Detecting Pinching Gestures
  • 3.6. Creating Custom Gestures
  • 3.7. Receiving Touches in Custom Areas of a View
  • 3.8. Detecting Shakes
  • 3.9. Detecting Device Tilt
  • 3.10. Getting the Compass Heading
  • 3.11. Accessing the Users Location
  • 3.12. Calculating the Users Speed
  • 3.13. Pinpointing the Users Proximity to Landmarks
  • 3.14. Receiving Notifications When the User Changes Location
  • 3.15. Looking Up GPS Coordinates for a Street Address
  • 3.16. Looking Up Street Addresses from the Users Location
  • 3.17. Using the Device as a Steering Wheel
  • 3.18. Detecting Magnets
  • 3.19. Utilizing Inputs to Improve Game Design
• 4. Sound
  • 4.1. Playing Sound with AVAudioPlayer
  • 4.2. Recording Sound with AVAudioRecorder
  • 4.3. Working with Multiple Audio Players
  • 4.4. Cross-Fading Between Tracks
  • 4.5. Synthesizing Speech
  • 4.6. Getting Information About What the Music App Is Playing
  • 4.7. Detecting When the Currently Playing Track Changes
  • 4.8. Controlling Music Playback
  • 4.9. Allowing the User to Select Music
  • 4.10. Cooperating with Other Applications Audio
  • 4.11. Determining How to Best Use Sound in Your Game Design
• 5. Data Storage
  • 5.1. Storing Structured Information
  • 5.2. Storing Data Locally
  • 5.3. Using iCloud to Save Games
  • 5.4. Using the iCloud Key-Value Store
  • 5.5. Deciding When to Use Files or a Database
  • 5.6. Managing a Collection of Assets
  • 5.7. Storing Information in UserDefaults
  • 5.8. Implementing the Best Data Storage Strategy
  • 5.9. In-Game Currency
  • 5.10. Setting Up CloudKit
  • 5.11. Adding Records to a CloudKit Database
  • 5.12. Querying Records to a CloudKit Database
  • 5.13. Deleting Records from a CloudKit Database
• 6. 2D Graphics and SpriteKit
  • 6.1. Getting Familiar with 2D Math
  • 6.2. Creating a SpriteKit View
  • 6.3. Creating a Scene
  • 6.4. Adding a Sprite
  • 6.5. Adding a Text Sprite
  • 6.6. Determining Available Fonts
  • 6.7. Including Custom Fonts
  • 6.8. Transitioning Between Scenes
  • 6.9. Moving Sprites and Labels Around
  • 6.10. Adding a Texture Sprite
  • 6.11. Creating Texture Atlases
  • 6.12. Using Shape Nodes
  • 6.13. Using Blending Modes
  • 6.14. Using Image Effects to Change the Way That Sprites Are Drawn
  • 6.15. Using Bézier Paths
  • 6.16. Creating Smoke, Fire, and Other Particle Effects
  • 6.17. Shaking the Screen
  • 6.18. Animating a Sprite
  • 6.19. Parallax Scrolling
  • 6.20. Creating Images Using Noise
• 7. Physics
  • 7.1. Reviewing Physics Terms and Definitions
  • 7.2. Adding Physics to Sprites
  • 7.3. Creating Static and Dynamic Objects
  • 7.4. Defining Collider Shapes
  • 7.5. Setting Velocities
  • 7.6. Working with Mass, Size, and Density
  • 7.7. Creating Walls in Your Scene
  • 7.8. Controlling Gravity
  • 7.9. Keeping Objects from Falling Over
  • 7.10. Controlling Time in Your Physics Simulation
  • 7.11. Detecting Collisions
  • 7.12. Finding Objects
  • 7.13. Working with Joints
  • 7.14. Working with Forces
  • 7.15. Adding Thrusters to Objects
  • 7.16. Creating Explosions
  • 7.17. Using Device Orientation to Control Gravity
  • 7.18. Dragging Objects Around
  • 7.19. Creating a Car
• 8. SceneKit
  • 8.1. Setting Up for SceneKit
  • 8.2. Creating a SceneKit Scene
  • 8.3. Showing a 3D Object
  • 8.4. Working with SceneKit Cameras
  • 8.5. Creating Lights
  • 8.6. Animating Objects
  • 8.7. Working with Text Nodes
  • 8.8. Customizing Materials
  • 8.9. Texturing Objects
  • 8.10. Normal Mapping
  • 8.11. Constraining Objects
  • 8.12. Loading COLLADA Files
  • 8.13. Using 3D Physics
  • 8.14. Adding Reflections
  • 8.15. Hit-Testing the Scene
  • 8.16. Loading a Scene File
  • 8.17. Particle Systems
  • 8.18. Using Metal
• 9. Artificial Intelligence and Behavior
  • 9.1. Making Vector Math Nicer in Swift
  • 9.2. Making an Object Move Toward a Position
  • 9.3. Making Things Follow a Path
  • 9.4. Making an Object Intercept a Moving Target
  • 9.5. Making an Object Flee When Its in Trouble
  • 9.6. Making an Object Decide on a Target
  • 9.7. Making an Object Steer Toward a Point
  • 9.8. Making an Object Know Where to Take Cover
  • 9.9. Calculating a Path for an Object to Take
  • 9.10. Pathfinding on a Grid
  • 9.11. Finding the Next Best Move for a Puzzle Game
  • 9.12. Determining If an Object Can See Another Object
  • 9.13. Tagging Parts of Speech with NSLinguisticTagger
  • 9.14. Using AVFoundation to Access the Camera
  • 9.15. Importing a Core ML Model
  • 9.16. Identifying Objects in Images
  • 9.17. Using AI to Enhance Your Game Design
• 10. Working with the Outside World
  • 10.1. Detecting Controllers
  • 10.2. Getting Input from a Game Controller
  • 10.3. Showing Content via AirPlay
  • 10.4. Using External Screens
  • 10.5. Designing Effective Graphics for Different Screens
  • 10.6. Dragging and Dropping
  • 10.7. Providing Haptic Feedback with UIFeedbackGenerator
  • 10.8. Recording the Screen with ReplayKit
  • 10.9. Displaying Augmented Reality with ARKit
  • 10.10. Hit-Testing the AR Scene
  • 10.11. Using TestFlight to Test Your App
  • 10.12. Using Fastlane to Build and Release Your App
• 11. Performance and Debugging
  • 11.1. Improving Your Frame Rate
  • 11.2. Making Levels Load Quickly
  • 11.3. Dealing with Low-Memory Issues
  • 11.4. Tracking Down a Crash
  • 11.5. Working with Compressed Textures
  • 11.6. Working with Watchpoints
  • 11.7. Logging Effectively
  • 11.8. Creating Breakpoints That Use Speech
• Index

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