Lumberyard

User Guide (Version 1.13)

What Is Lumberyard?
- Lumberyard Systems
- Lumberyard Editors and Tools
- Lumberyard Asset File Types
- Navigating the Lumberyard Documentation
Setting Up Lumberyard
- System Requirements
- Downloading Lumberyard
- Upgrading Lumberyard
- Files to Exclude When Upgrading Lumberyard
- Using Lumberyard Setup Assistant to Set Up Your Development Environment
- Enabling a Firewall
- Using the Perforce Plugin with Lumberyard
- Uninstalling Amazon Lumberyard
Creating Lumberyard Game Projects
- Creating and Switching Game Projects
- Configuring Advanced Settings
- How the Project Configurator Works
- Troubleshooting
- Managing Game Projects with Lmbr.exe
Building Your Game Project
Migrating Lumberyard Game Projects
- Lumberyard 1.10
- Lumberyard 1.9
- Lumberyard 1.8
- Lumberyard 1.7
- Lumberyard 1.6
- Lumberyard 1.5
Using Lumberyard Editor
- Lumberyard Editor Interface
- Using the Menu Bar
- Using the Top Toolbar
- Using the Bottom Toolbar
- Using Keyboard Shortcuts
- Using the Viewport
- Using the Rollup Bar
- Using the Console Window
  - Console in Depth
  - Console Variable Tutorial
- Demo and Video Capture
  - Capturing Video and Audio
  - Recording Time Demos
- Customizing Lumberyard Editor
- Restoring the Default Layout for Lumberyard Editor
Using Lumberyard Sample Projects and Levels
- Samples Project
- Starter Game Sample
- Script Canvas Basic Sample
- Advanced_RinLocomotion Sample
- Simple_JackLocomotion Sample
- Multiplayer Sample
  - Gameplay Architecture
  - Network Features
- VR Islands Level
- Virtual Reality Samples Project
- In-App Purchases Sample
- Woodland Asset Package – Legacy
- Beach City Sample Project – Legacy
- Legacy Sample Project (GameSDK)
Working with the Asset Pipeline and Asset Files
- Using Asset Processor
  - Importing Assets
- Configuring the Asset Pipeline
- Live Reloading and VFS
- Shader Compiler Proxy
- Shader Cache and Generation
- Game Startup Sequence
- Missing Asset Resolver Tool
- Asset Browser
- Programming the Lumberyard AZCore Run-time Asset System
Working with Component Entities
- Entity Outliner
- Entity Inspector
  - Customizing the Entity Icon
- Component Reference
- Working with Entities and Components
- Working with Slices
- Converting Entities with the Legacy Converter
- Programmer's Guide to Entities and Components
- Behavior Context
- Gameplay Bus
- Reflecting Lumberyard Classes, Methods, and EBus Interfaces
Using Gems to Add Modular Features and Assets
- Enabling Gems
- Creating a Gem
- Programming with Gems
- Gems Available in Lumberyard
Input in Amazon Lumberyard
Creating Levels and Adding Environment Effects
- Creating a New Level
- Creating Terrain
- Blending Environment Probes
- Working with Layers
- Working with Database Libraries
- Adding Sky Effects
- Adding Weather Effects
  - Adding Wind Effects
  - Adding Clouds
- Adding Vegetation
Working with Shaders and Materials
- Concepts
- Shader Rendering System
- Shader Reference
- Selecting Material Surface Type
- Setting Material Opacity
- Setting Material Lighting and Color Settings
- Material ID Mapping in Autodesk 3ds Max
- Working with Textures
- Working with Substances
- Working with Blend Layers
- Parallax Mapping
- Using Vertex Colors
- Customizing Post-Processing Effects
- Toon Shading (Experimental Feature)
- Order-Independent Transparency
Adding Lighting and Shadows
- Environment Lighting
- Environment Shadows
Creating Screen Effects
- Temporal Antialiasing and Supersampling
- Voxel-based Global Illumination (SVOGI)
- Fog Systems
  - Standard Fog
  - Volumetric Fog
- Render Nodes
- Generating Stars .dat File
- Building DirectX 12 Supported Applications
Working with Rendering Cameras
Creating and Animating Characters
- Working With Character Assets
  - Modeling Characters
  - Rigging Characters
- Transitioning from Legacy (Geppetto and Mannequin) to the Lumberyard Animation System (Animation Editor)
- Lumberyard Animation System
  - Working with the FBX Settings
  - Animation Editor (EMotionFX)
Employing Artificial Intelligence
- AI System Concepts
- Spawning AI Agents
- AI Navigation
- Agent Perception
- AI Communications
- AI Modular Behavior Tree
- AI Agent Debugging
- AI Bubbles System
- AI Tactical Point System
- Path Following
- Movement System
- Auto-Disable
- AI Scripting
Adding Particle Effects
- Using the Particle Editor
- Particle Effects Best Practices
- Advanced Particle Techniques
- Particle Debugging with Console Variables
Simulating Physics Behavior with the PhysX System
- Exporting a PxMesh for PhysX Mesh Shape
- Creating a Static PhysX Object
- Creating a Dynamic PhysX Object
- Configuring PhysX Step Constants
- PhysXRigidBody API
- PhysX Ebuses
- Raycast and Shape Cast Queries (Preview)
- Legacy Physics System
Creating Gameplay with Script Canvas
- Getting Started with Script Canvas
- Script Canvas Tutorials
- Script Canvas Node Reference
  - Rendering Nodes
- Creating Custom Nodes in Script Canvas
- Best Practices
- Script Canvas and the Behavior Context
- Script Canvas Errors and Troubleshooting
Adding Audio and Sound Effects
- Audio System Architecture
- Installing Audiokinetic Wwise and 3D Plugins
  - Replacing Wwise with Full Version
  - Building Lumberyard for 3D Audio
- Installing Audiokinetic Wwise LTX
- Using the Audio Controls Editor
- ATL Default Controls
- Audio PlayTriggers and StopTriggers
- Obstructing and Occluding Sounds
- Adding Ambient Sounds to Levels
- Adding Reverb Effects to Levels
- Adding Collision Sounds to Levels
- Adding Sound to Sequences in the Track View Editor
- Adding Sound to Animations
- Audio Console Variables Commands
Creating Cinematic Sequences
- Cinematics Best Practices
- Using the Track View Editor
- Using Component Entity Sequences or Entity Object Sequences (Legacy)
- Track View Editor Nodes
- Creating Scenes
- Managing Track Events
- Cinematics Cameras
- Cinematics Lighting
- Animating Characters in Scenes
- Adding Player Interactivity
- Capturing Image Frames
- Debugging Cinematic Scenes
Creating and Customizing Game User Interfaces
- Using the UI Editor
- Working with UI Canvases
- Defining Game and Level Load Screens
- Working with UI Slices
- UI Elements
  - Using and Creating UI Prefabs
- UI Components
- Implementing New Fonts
- TrueType Fonts
- Animating the UI
  - Scripted Tweener Entity System
  - UI Animation Editor
- UI Lua Reference
Profiling, Testing, and Debugging Game Projects
- Profiler
- Using AZ Test Scanner
- Writing Tests for AzTest
- Statoscope Profiler
- Debugging Issues
- Tracking File Access
Localizing Game Projects
- Localization Checklist
- UI System Localization Features
- Font Features
- Localization Initialization
Creating Game Builds
- Creating Release Builds for PC
- Creating Minimal Release Builds
- Compiling Shaders for Release Builds
- Adding Custom Game Icons
- Universal Remote Console
- Using the Waf Build System
Engaging Broadcasters and Viewers on Twitch
- Twitch ChatPlay System
- Twitch JoinIn
- Twitch API
- Twitch C++ API Reference for Lumberyard
  - General
  - User
  - Friends
  - Rich Presence
  - Channels
  - Data Types
- Twitch ChatPlay Lua Reference
Implementing Connected Features with Cloud Canvas
- Overview
- Cloud Gems
- Gameplay Design and Engineering Guide
- Software Engineering Guide
  - Resource Manager in Depth
  - Cloud Gem Framework
- Administering Cloud Canvas
- Using the Command Line
  - Command Reorganization
Using Lumberyard Networking
- Tutorial: Getting Started with Multiplayer
  - Configuring the Multiplayer Sample for Amazon GameLift
- Overview
- Synchronizing Game State Using Components
  - Creating a NetBindable Component
  - Transform Component Interpolation
    - Providing Your Own Interpolation Logic
- Synchronizing Game State Using Scripts
- Using Encryption
  - Building with Encryption
  - Enabling Encryption
- Controlling Bandwidth Usage
- Using Bit Packing
- Setting up a Lobby
- Creating Dedicated Servers
- Using the TCP Stream Driver
- Using GridMate for Large-Scale Worlds
  - Writing Your Own Interest Manager Attributes, Rules and Rule Handlers in C++
- Using Amazon GameLift
- Useful Console Commands
Working with the Event Bus (EBus) System
- Usage and Examples
- Event Buses in Depth
- Common Tasks, EBuses, and Handlers
- Direct Access to EBus Handlers
Lua Scripting
- Adding Lua Scripts to Component Entities
- Basic Structure of a Component Entity Lua Script
- Properties
- Network Binding
- Using EBuses in Lua
- Lua Editor
- Debugging Lua Scripts
- The Lua Environment (Advanced)
- Component Entity Lua API Reference
Creating Virtual Reality Games in Lumberyard
- Configuring your Project for Virtual Reality
  - Configuring OSVR
- Configuring Required Console Variables
- Using the InstantVR Slice
  - InstantVR Lua Script Properties
  - InstantVR Known Issue
- Setting Up Virtual Reality with Flow Graph
  - Setting Up a Basic Virtual Reality Flow Graph
  - Setting Up a Custom Playspace with Flow Graph
- Previewing your Virtual Reality Project
- Debugging your Virtual Reality Project
- Using EBus Request Bus Interface for Virtual Reality
- VR Lua Functions
Creating Android and iOS Games
- Android Support
- iOS Support
- Design Considerations for Creating Mobile Games Using Lumberyard
- Updating Graphics Settings for Android and iOS
- Adding IP Addresses to Allow Access to the Asset Processor and Remote Console
- Running the Shader Compiler on Amazon EC2
- Using the AppDetective to Test Your Build on the AWS Device Farm
Creating macOS Games
- Building macOS Games
- Building Game Assets for macOS Games
- Building Shaders for macOS Games
- Running macOS Games
- macOS Debugging and Troubleshooting
- Creating a Project for Your macOS Games
Creating Lumberyard Executables for Linux
- Compiling Assets on a Windows Computer
- Building the Lumberyard Executable for Linux
- Testing the Windows Client to Linux Server Connection
- Preparing the GameLift Package
- Setting up Ubuntu on Amazon EC2
Automating Boilerplate with AZ Code Generator
- AZ Code Generator Integration with Waf
- AZ Code Generator Parameters
- Code Generation Templates
- Template Drivers
- Custom Code Generator Annotations
- Waf Debugging with AZ Code Generator
  - Setting Up PyCharm for Debugging Waf
- Template Driver Debugging
- Debugging the AZ Code Generator Utility
- Intermediate JSON Data Format
Glossary
Lumberyard Blog, Forums, and Feedback
Legal
- Lumberyard Redistributables
- Alternate Web Services

Off-Mesh AI Navigation

Any AI agent navigation that does not occur inside an MNM mesh is referred to as off-mesh navigation. Off-mesh navigation can be implemented using AI Paths or Smart Objects.

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