Unity Development Cookbook. 2nd Edition

Spis treści ebooka

• Preface
  • Audience and Approach
  • Organization of This Book
  • Conventions Used in This Book
  • Using Code Examples
  • OReilly Online Learning
  • How to Contact Us
  • Acknowledgments
• 1. Working in Unity
  • 1.1. Getting Around in Unity
  • 1.2. Working with Game Objects
  • 1.3. Working with Components
  • 1.4. Working with Prefabs
  • 1.5. Working with Scenes
  • 1.6. Managing Assets
  • 1.7. Building Unity Projects
  • 1.8. Accessing Preferences
  • 1.9. Installing Unity Packages
• 2. Scripting
  • 2.1. Adding a Script to an Object in a Unity Scene
  • 2.2. Running Code at Specific Times in a Scripts (or Game Objects) Life
  • 2.3. Creating Frame RateIndependent Behavior
  • 2.4. Using the Components of a Game Object
  • 2.5. Finding Objects Attached to a Game Object
  • 2.6. Singletons
  • 2.7. Using Coroutines to Manage When Code Runs
  • 2.8. Managing Objects Using an Object Pool
  • 2.9. Storing Data in Assets Using ScriptableObject
• 3. Input
  • 3.1. Getting Simple Keyboard Input
  • 3.2. Using the Unity Input System
  • 3.3. Using Input Actions
  • 3.4. Locking and Hiding the Mouse Cursor
  • 3.5. Responding to Mouseover and Click Events
• 4. Mathematics
  • 4.1. Storing Coordinates of Varying Dimensions Using Vectors
  • 4.2. Rotating in 3D Space
  • 4.3. Performing Transformations in 3D Space with Matrices
  • 4.4. Working with Angles
  • 4.5. Finding the Distance to a Target
  • 4.6. Finding the Angle to a Target
• 5. 2D Graphics
  • 5.1. Importing Images as Sprites
  • 5.2. Adding a Sprite to the Scene
  • 5.3. Creating a Sprite Animation
  • 5.4. Creating a Sprite with 2D Physics
  • 5.5. Customizing Sprite Collision Shapes
  • 5.6. Using a Composite Collider
  • 5.7. Using the Sprite Packer
  • 5.8. Applying Forces to 2D Objects
  • 5.9. Creating a Conveyor Belt
  • 5.10. Using a Custom Material for Sprites
  • 5.11. Managing Sprite Sorting
  • 5.12. Using Sorting Groups
  • 5.13. Creating a 2.5D Scene
• 6. 3D Graphics
  • 6.1. Creating a Simple Material
  • 6.2. Controlling a Materials Property Through a Script
  • 6.3. Creating an Unlit Material
  • 6.4. Setting Up a Material Using Textures
  • 6.5. Making a Material Use a Shader
  • 6.6. Setting Up a Bloom Effect Using Post-Processing with the Built-In Render Pipeline
  • 6.7. Setting Up a Bloom Effect Using Post-Processing with the Universal Render Pipeline
  • 6.8. Using High-Dynamic-Range Colors
  • 6.9. Setting Up a Project to Use a Scriptable Render Pipeline
  • 6.10. Creating a Shader Using the Shader Graph
  • 6.11. Creating a Glowing Effect Using the Shader Graph
  • 6.12. Exposing Properties from a Shader Graph
  • 6.13. Animating a Shader over Time
  • 6.14. Controlling the Speed of an Animated Shader
  • 6.15. Using a Subgraph to Reuse Graph Components
  • 6.16. Implementing a Dissolve Effect Using a Shader Graph
  • 6.17. Using Baked Lighting and Real-Time Lighting
  • 6.18. Using Baked Emission Sources
  • 6.19. Making Static Objects Cast Shadows on Dynamic Objects
  • 6.20. Using Light Probes to Influence Lighting
  • 6.21. Using Reflection Probes
  • 6.22. Faking a Dynamic Emissive Object
  • 6.23. Rendering to a Texture
• 7. 3D Physics and Character Control
  • 7.1. Running Code a Specific Number of Times per Second
  • 7.2. Allowing the Player to Look Around Using the Mouse
  • 7.3. Controlling a 3D Character
  • 7.4. Interacting with Switches and Objects
  • 7.5. Picking Up and Putting Down Objects
  • 7.6. Detecting When an Object Is Touching Another Object
  • 7.7. Detecting When an Object Is in a Trigger Area
  • 7.8. Implementing Moving Platforms
  • 7.9. Implementing Platform Riding
  • 7.10. Responding to Being Pushed by Objects
• 8. Animation and Movement
  • 8.1. Animating an Object
  • 8.2. Basic Character Movement
  • 8.3. Inverse Kinematics
  • 8.4. Masked Movement
  • 8.5. Blended Movement
  • 8.6. Navigation and Animating in Sync
  • 8.7. Cinematic Camera Tracking
  • 8.8. Automatically Switching Cameras
  • 8.9. Keeping Multiple Objects in View
  • 8.10. Dollying a Camera
• 9. Logic and Gameplay
  • 9.1. Loading a New Scene File
  • 9.2. Managing Hit Points
  • 9.3. Creating a Top-Down Camera
  • 9.4. Managing Quests
  • 9.5. Dragging a Box to Select Objects
  • 9.6. Creating a Menu Structure
  • 9.7. Creating a Wheeled Vehicle
  • 9.8. Keeping a Car from Tipping Over
  • 9.9. Creating Speed Boosts
  • 9.10. Creating a Camera That Orbits Around Its Target
  • 9.11. Creating an Orbiting Camera That Wont Clip Through Walls
  • 9.12. Detecting When the Player Has Completed a Lap
• 10. Behavior, Simulation, and AI
  • 10.1. Enemies Detecting When They Can See the Player
  • 10.2. Defining a Path That AI Entities and the Player Can Follow
  • 10.3. Letting Entities in Your Game Follow a Path
  • 10.4. Finding a Good Distribution of Random Points (Poisson Disc)
  • 10.5. Enemies Detecting Where They Can Take Cover
  • 10.6. Building and Using a State Machine
  • 10.7. Building a Simulation Environment for Machine Learning
• 11. Sound and Music
  • 11.1. Playing Sounds
  • 11.2. Setting Up a Mixer
  • 11.3. Using Audio Effects
  • 11.4. Using Send and Receive Effects
  • 11.5. Ducking
  • 11.6. Using Multiple Audio Zones
  • 11.7. Playing Audio with Scripts
  • 11.8. Using a Sound Manager
• 12. User Interface
  • 12.1. Working with UI Controls
  • 12.2. Theming Controls
  • 12.3. Animating the UI
  • 12.4. Creating a List of Items
  • 12.5. Fading Out List Items
  • 12.6. Creating Onscreen Position Indicators
  • 12.7. Custom Editors
  • 12.8. Property Drawers
  • 12.9. Attribute Drawers
  • 12.10. Asset Processing
  • 12.11. Wizards
• 13. Files, Networking, and Screenshots
  • 13.1. Saving Files
  • 13.2. Saving an Image File of Your Game to Disk
  • 13.3. Loading Textures from Disk
  • 13.4. Saving and Loading a Games State
  • 13.5. Downloading and Parsing JSON from the Web
  • 13.6. Scripted Importers
• Index

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