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General

  • About
    • Introduction
      • Before you start
      • About Godot Engine
      • About the documentation
      • Organization of the documentation
    • Frequently asked questions
      • What can I do with Godot? How much does it cost? What are the license terms?
      • Which platforms are supported by Godot?
      • Which programming languages are supported in Godot?
      • What is GDScript and why should I use it?
      • What were the motivations behind creating GDScript?
      • What type of 3D model formats does Godot support?
      • Will [insert closed SDK such as FMOD, GameWorks, etc.] be supported in Godot?
      • How should assets be created to handle multiple resolutions and aspect ratios?
      • How can I extend Godot?
      • I would like to contribute! How can I get started?
      • I have a great idea for Godot. How can I share it?
      • Why does Godot not use STL (Standard Template Library)
      • Why does Godot not use exceptions?
      • Why does Godot not enforce RTTI?
      • Why does Godot not force users to implement DoD (Data oriented Design)?
      • How can I support Godot development or contribute?
      • Who is working on Godot? How can I contact you?
    • Documentation changelog
      • New tutorials since version 3.1
        • Project workflow
        • 2D
        • Audio
        • Math
        • Inputs
        • Internationalization
        • Shading
        • Networking
        • VR
        • Plugins
        • Multi-threading
        • Creating content
        • Optimization
        • Legal
      • New tutorials since version 3.0
        • Step by step
        • Scripting
        • Project workflow
        • 2D
        • 3D
        • Physics
        • Animation
        • GUI
        • Viewports
        • Shading
        • Plugins
        • Platform-specific
        • Multi-threading
        • Creating content
        • Miscellaneous
        • Compiling
        • Engine development

Getting started

  • Step by step
    • Introduction to Godot’s editor
      • Project manager
        • Create or import a project
      • Your first look at Godot’s editor
      • The workspaces
      • Modify the interface
        • Move and resize docks
    • Scenes and nodes
      • Introduction
      • Nodes
      • Scenes
      • Editor
      • Configuring the project
      • To be continued…
    • Instancing
      • Introduction
      • Instancing by example
      • Multiple instances
      • Editing instances
      • Conclusion
    • Instancing (continued)
      • Recap
      • Design language
      • Information overload!
    • Scripting
      • Introduction
        • GDScript
        • VisualScript
        • .NET / C#
        • GDNative / C++
      • Scripting a scene
        • Scene setup
        • Adding a script
        • The role of the script
        • Handling a signal
    • Scripting (continued)
      • Processing
      • Groups
      • Notifications
      • Overridable functions
      • Creating nodes
      • Instancing scenes
      • Register scripts as classes
    • Signals
      • Introduction
      • Timer example
        • Connecting signals in code
      • Custom signals
      • Conclusion
    • Your first game
      • Overview
      • Project setup
        • Organizing the project
      • Player scene
        • Node structure
        • Sprite animation
        • Moving the player
        • Choosing animations
        • Preparing for collisions
      • Enemy scene
        • Node setup
        • Enemy script
      • Main scene
        • Spawning mobs
        • Main script
      • HUD
        • ScoreLabel
        • MessageLabel
        • StartButton
        • Connecting HUD to Main
        • Removing old creeps
      • Finishing up
        • Background
        • Sound effects
        • Keyboard shortcut
      • Project files
    • Exporting
      • Overview
      • Preparing the project
      • Setting a main scene
      • Export templates
      • Export presets
      • Exporting by platform
        • PC (Linux/macOS/Windows)
        • Android
        • iOS
        • HTML5 (web)
    • Godot’s design philosophy
      • Object-oriented design and composition
      • All-inclusive package
      • Open source
      • Community-driven
      • The Godot editor is a Godot game
      • Separate 2D and 3D engines
    • Design interfaces with the Control nodes
      • The 5 most common UI elements
        • TextureRect
        • TextureButton
        • TextureProgress
        • Label
        • NinePatchRect
      • There are two workflows to build responsive UIs
      • Place UI elements precisely with anchors
        • How to change the anchor
        • Anchors are relative to the parent container
        • Margins change with the anchor
        • Use size tags to change how UI elements fill the available space
      • Arrange control nodes automatically with containers
        • The 5 most useful containers
    • Design a title screen
      • How to design your game UI
      • Design the main menu
        • Break down the UI mockup
        • Prepare the Main Menu scene
        • Add the UI sprites
        • Add containers to place UI elements automatically
        • Break down the UI mockup
    • Design the GUI
      • Breaking down the UI
      • Create the base GUI
        • Create the bars’ base
        • Replace the Label’s font
        • Add the progress bar
      • Design the bomb and emerald counters
      • Turn the bar and counter into reusable UI components
      • Use scene inheritance to create the remaining elements
        • Inherit the Bar Scene to build the LifeBar
        • Design the EnergyBar
        • Prepare the bomb and emerald counters
      • Add the UI components to the final GUI
      • Place the GUI onto the game’s mockup
    • Control the game’s UI with code
      • Intro
      • Download and explore the start project
      • Set up the Lifebar with the Player’s max_health
      • Update health with a signal when the player takes a hit
      • Animate the loss of life with the Tween node
      • Assign the animated_health to the LifeBar
      • Fade the bar when the Player dies
    • Splash screen
      • Tutorial
      • Setting up
    • Animations
      • Introduction
      • Add an animation player
      • Creating the animation
      • Editing the animation
    • Resources
      • Nodes and resources
      • External vs built-in
      • Loading resources from code
      • Loading scenes
      • Freeing resources
      • Creating your own resources
    • File system
      • Introduction
      • Implementation
      • project.godot
      • Path delimiter
      • Resource path
      • User path
      • Host file system
      • Drawbacks
    • SceneTree
      • Introduction
      • MainLoop
      • SceneTree
      • Root viewport
      • Scene tree
      • Tree order
      • “Becoming active” by entering the Scene Tree
      • Changing current scene
    • Singletons (AutoLoad)
      • Introduction
      • AutoLoad
      • Custom scene switcher
        • Global.gd
  • Editor manual
    • From Unity to Godot Engine
      • Differences
      • The editor
      • The scene system
      • Project organization
      • Where are my prefabs?
      • Glossary correspondence
      • Scripting: GDScript, C# and Visual Script
        • Design
        • Connections: groups and signals
        • Script serialization
      • Using Godot in C++
    • Command line tutorial
      • Command line reference
      • Path
      • Setting the project path
      • Creating a project
      • Running the editor
      • Erasing a scene
      • Running the game
      • Debugging
      • Exporting
      • Running a script
    • Using an external text editor
    • Default editor shortcuts
      • General Editor Actions
      • 2D / Canvas Item Editor
      • 3D / Spatial Editor
      • Text Editor
      • Script Editor
      • Visual Script Editor
      • Editor Output
      • Debugger
      • File Dialog
      • FileSystem Dock
      • Scene Tree Dock
      • Animation Track Editor
      • Tile Map Editor
      • Tileset Editor
  • Scripting
    • GDScript
      • GDScript basics
        • Introduction
        • Language
        • Built-in types
        • Data
      • GDScript: An introduction to dynamic languages
        • About
        • Dynamic nature
        • Arrays
        • Dictionaries
        • For & while
        • While
        • Custom iterators
        • Duck typing
      • GDScript exports
        • Introduction to exports
        • Examples
        • Exporting bit flags
        • Exporting arrays
        • Setting exported variables from a tool script
      • GDScript style guide
        • Formatting
        • Naming conventions
        • Code order
        • Static typing
      • Static typing in GDScript
        • A brief look at static typing
        • How to use static typing
        • Typed or dynamic: stick to one style
        • Warning system
        • Cases where you can’t specify types
        • Summary
      • GDScript format strings
        • Usage in GDScript
        • Multiple placeholders
        • Format specifiers
        • Padding
        • Escape sequence
        • Format method examples
    • VisualScript
      • What is Visual Scripting
      • Getting started with Visual Scripting
        • Creating a script
        • Adding a function
      • Nodes and terminology
        • Node properties
        • Ports and connections
        • Adding nodes
        • Adding more nodes
      • Custom VisualScript nodes
        • Creating a custom node
        • Using a custom node
    • C#
      • Introduction
        • Setting up C# for Godot
        • Configuring an external editor
        • Creating a C# script
        • Project setup and workflow
        • Example
        • General differences between C# and GDScript
        • Current gotchas and known issues
        • Performance of C# in Godot
        • Using NuGet packages in Godot
        • Profiling your C# code
        • Configuring VS 2019 for debugging
        • Configuring Visual Studio Code for debugging
      • Features
        • Type conversion and casting
        • C# signals
        • Preprocessor defines
      • API differences to GDScript
        • General differences
        • Global scope
        • Export keyword
        • Signal keyword
        • Singletons
        • String
        • Basis
        • Transform2D
        • Plane
        • Rect2
        • Quat
        • Array
        • Dictionary
        • Variant
        • Communicating with other scripting languages
        • Yield
        • Other differences
      • C# style guide
        • Language specification
        • Formatting
        • Naming conventions
        • Member variables
        • Local variables
        • Implicitly typed local variables
        • Other considerations
    • Cross-language scripting
      • Instantiating nodes
        • Instantiating C# nodes from GDScript
        • Instantiating GDScript nodes from C#
      • Accessing fields
        • Accessing C# fields from GDScript
        • Accessing GDScript fields from C#
      • Calling methods
        • Calling C# methods from GDScript
        • Calling GDScript methods from C#
      • Inheritance
    • Creating script templates
      • Locating the templates
        • Editor-defined templates
        • Project-defined templates
      • Language support and overriding behavior
      • Default template
      • List of template placeholders
        • Base placeholders
        • Type placeholders
  • Project workflow
    • Project setup
      • Project organization
        • Introduction
        • Organization
        • Importing
    • Assets workflow
      • Import process
        • Importing assets in Godot 3.0+
        • Changing import parameters
        • Automatic reimport
        • Files generated
        • Changing import resource type
        • Changing default import parameters
        • Simplicity is key!
      • Importing images
        • Why import them?
        • Importing textures
        • Supported image formats
        • Compression
        • Flags
        • Process
      • Importing audio samples
        • Why import?
        • Best practices
      • Importing translations
        • Games and internationalization
        • Translation format
        • CSV importer
      • Importing 3D scenes
        • Godot scene importer
        • Import workflows
        • Import options
        • Animation options
        • Scene inheritance
        • Import hints
      • Blender ESCN exporter
        • Details on exporting
        • Disabling specific objects
        • Build pipeline integration
    • Export
      • Exporting projects
        • Why export?
        • Export menu
        • Exporting from the command line
      • Exporting packs, patches, and mods
        • Use cases
        • Overview of PCK files
        • Generating PCK files
        • Opening PCK files at runtime
        • Summary
      • Feature tags
        • Introduction
        • Default features
        • Custom features
        • Overriding project settings
        • Default overrides
        • Customizing the build
      • Exporting for PC
      • Exporting for iOS
        • Requirements
        • Export a Godot project to Xcode
        • Active development considerations
        • Services for iOS
      • Exporting for Universal Windows Platform
        • Limitations on Xbox One
        • Creating a signing certificate
        • Signing the package
        • Installing the package
      • Exporting for Android
        • Download the Android SDK
        • Install OpenJDK or Oracle JDK
        • Create a debug.keystore
        • Make sure you have adb
        • Setting it up in Godot
        • Providing launcher icons
        • Exporting for Google Play Store
        • Optimizing the APK size
      • Exporting for the Web
        • WebGL 2
        • Limitations
        • Serving the files
        • Export options
        • Calling JavaScript from script
      • One-click deploy
        • Sounds good, what is it?
        • Steps for one-click deploy
      • Custom builds for Android
        • Set up the custom build environment
        • Install the Android SDK (command-line version)
        • Install the Android SDK (Android Studio)
        • Enabling the custom build and exporting
      • Changing application icon for Windows
        • Changing the taskbar icon
        • Changing the file icon
        • Testing the result
        • ICO file requirements
    • Best practices
      • Introduction
      • Godot scenes and scripts are classes
        • Making sense of classes in Godot
        • Scripting performances and PackedScene
        • Scenes and scripts are objects
      • Scene organization
        • How to build relationships effectively
        • Choosing a node tree structure
      • When to use scenes versus scripts
        • Anonymous types
        • Named types
        • Conclusion
      • Autoloads versus regular nodes
      • The cutting audio issue
      • Managing shared functionality or data
      • When you should use an Autoload
      • When and how to avoid using nodes for everything
      • Godot interfaces
        • Acquiring object references
        • Accessing data or logic from an object
      • Godot notifications
        • _process vs. _physics_process vs. *_input
        • _init vs. initialization vs. export
        • _ready vs. _enter_tree vs. NOTIFICATION_PARENTED
      • Data preferences
        • Array vs. Dictionary vs. Object
        • Enumerations: int vs. string
        • AnimatedTexture vs. AnimatedSprite vs. AnimationPlayer vs. AnimationTree
      • Logic preferences
        • Loading vs. preloading
        • Large levels: static vs. dynamic

Tutorials

  • 2D
    • Canvas layers
      • Viewport and Canvas items
      • CanvasLayers
    • Viewport and canvas transforms
      • Introduction
      • Canvas transform
      • Global canvas transform
      • Stretch transform
      • Transform order
      • Transform functions
      • Feeding custom input events
    • Using tilemaps
      • Introduction
      • Project setup
      • TileMap node
      • Creating a TileSet
      • Collision shapes
      • Atlas tiles
      • Tips and tricks
    • Particle systems (2D)
      • Intro
        • Particle nodes
        • ParticlesMaterial
        • Texture
      • Time parameters
        • Lifetime
        • One Shot
        • Preprocess
        • Speed Scale
        • Explosiveness
        • Randomness
        • Fixed FPS
        • Fract Delta
      • Drawing parameters
        • Visibility Rect
        • Local Coords
        • Draw Order
      • ParticlesMaterial settings
        • Spread
        • Gravity
        • Initial Velocity
        • Angular Velocity
        • Spin Velocity
        • Orbit Velocity
        • Linear Acceleration
        • Radial Acceleration
        • Tangential Acceleration
        • Damping
        • Angle
        • Scale
        • Color
        • Hue variation
      • Emission Shapes
        • Emission Mask
        • Emission Colors
    • 2D movement overview
      • Introduction
      • Setup
      • 8-way movement
      • Rotation + movement
      • Rotation + movement (mouse)
      • Click-and-move
      • Summary
    • 2D lights and shadows
      • Introduction
      • Setup
      • Nodes
      • Lights
      • Shadows
      • Step by step
    • 2D meshes
      • Introduction
      • Optimizing pixels drawn
      • Converting Sprites to 2D meshes
    • Custom drawing in 2D
      • Why?
      • But…
      • OK, how?
      • Updating
      • An example: drawing circular arcs
        • Arc function
        • Draw the arc on the screen
        • Arc polygon function
        • Dynamic custom drawing
      • Tools
    • 2D Sprite animation
      • Introduction
      • Individual images with AnimatedSprite
        • Controlling the animation
      • Sprite sheet with AnimatedSprite
      • Sprite sheet with AnimationPlayer
        • Controlling an AnimationPlayer animation
      • Summary
  • 3D
    • Introduction to 3D
      • Spatial node
      • 3D content
        • DCC-created models
        • Generated geometry
        • Immediate geometry
        • 2D in 3D
      • Environment
      • 3D viewport
        • Coordinate system
        • Space and manipulation gizmos
        • View menu
        • Default environment
        • Cameras
        • Lights
    • Using 3D transforms
      • Introduction
      • Problems of Euler angles
        • Axis order
        • Interpolation
        • Say no to Euler angles
      • Introducing transforms
        • Manipulating transforms
        • Precision errors
        • Obtaining information
        • Setting information
        • Interpolating with quaternions
      • Transforms are your friend
    • 3D performance and limitations
      • Introduction
      • Rendering
        • Reuse shaders and materials
        • Pixel cost vs vertex cost
        • Texture compression
        • Transparent objects
        • Level of detail (LOD)
        • Use instancing (MultiMesh)
        • Bake lighting
    • Spatial Material
      • Introduction
      • Flags
        • Transparent
        • Use Shadow to Opacity
        • Unshaded
        • Vertex Lighting
        • No Depth Test
        • Use Point Size
        • World Triplanar
        • Fixed Size
        • Do Not Receive Shadows
        • Disable Ambient Light
        • Ensure Correct Normals
      • Vertex Color
        • Use as Albedo
        • Is sRGB
      • Parameters
        • Diffuse Mode
        • Specular Mode
        • Blend Mode
        • Cull Mode
        • Depth Draw Mode
        • Line Width
        • Point Size
        • Billboard Mode
        • Billboard Keep Scale
        • Grow
        • Use Alpha Scissor
      • Material colors, maps and channels
        • Albedo
        • Metallic
        • Roughness
        • Emission
        • Normal map
        • Rim
        • Clearcoat
        • Anisotropy
        • Ambient Occlusion
        • Depth
        • Subsurface Scattering
        • Transmission
        • Refraction
        • Detail
        • UV1 and UV2
        • Triplanar Mapping
      • Proximity and distance fade
      • Render priority
    • Lights and shadows
      • Introduction
      • Light nodes
        • Shadow mapping
        • Directional shadow mapping
        • Omni shadow mapping
        • Spot shadow mapping
    • Reflection probes
      • Introduction
      • Setting up
      • Interior vs exterior
      • Blending
      • Reflection atlas
    • GI Probes
      • Introduction
      • Setting up
      • Adding lights
      • Reflections
      • Interior vs exterior
      • Tweaking
      • Quality
    • Baked lightmaps
      • Introduction
      • Visual comparison
      • Setting up
        • Unwrap from your 3D DCC
        • Unwrap from within Godot
        • Unwrap on scene import
        • Checking UV2
      • Setting up the scene
        • Configure bounds
        • Setting up meshes
        • Setting up lights
        • Baking quality
      • Baking
        • Configuring bake
      • Dynamic objects
    • Environment and post-processing
      • Environment
        • Camera node
        • WorldEnvironment node
        • Default environment
      • Environment options
        • Background
        • Ambient Light
        • Fog
        • Tonemap
        • Auto Exposure (HDR)
      • Mid- and post-processing effects
        • Screen-Space Reflections (SSR)
        • Screen-Space Ambient Occlusion (SSAO)
        • Depth of Field / Far Blur
        • Depth of Field / Near Blur
        • Glow
        • Adjustments
    • Light transport in game engines
      • Introduction
      • Computer displays
      • Scene linear & asset pipelines
        • sRGB transfer function to display linear ratios on image import
        • Hardware sRGB transfer function to display linear conversion
        • Scene linear to display referred nonlinear
      • Parameters of HDR
    • Using gridmaps
      • Introduction
      • Example project
      • Creating a MeshLibrary
      • Collisions
      • Materials
      • Exporting the MeshLibrary
      • Using GridMap
      • Using GridMap in code
    • Using MultiMeshInstance
      • Introduction
      • Setting up the nodes
      • MultiMesh settings
        • Target Surface
        • Source Mesh
        • Mesh Up Axis
        • Random Rotation
        • Random Tilt
        • Random Scale
        • Scale
        • Amount
    • CSG
      • Introduction to CSG nodes
        • CSG tools features
        • CSGPolygon
        • Custom meshes
        • CSGCombiner
        • Processing order
      • Prototyping a level
      • Using prototype textures
    • FPS tutorial
      • Part 1
        • Tutorial introduction
        • Part overview
        • Getting everything ready
        • Making the FPS movement logic
        • Giving the player a flash light and the option to sprint
        • Final notes
      • Part 2
        • Part overview
        • Making a system to handle animations
        • Getting the animations ready
        • Creating the bullet scene
        • Creating the first weapon
        • Creating the other two weapons
        • Making the weapons work
        • Creating some test subjects
        • Final notes
      • Part 3
        • Part overview
        • Changing levels
        • Adding ammo
        • Adding reloading to the weapons
        • Adding reloading to the player
        • Adding sounds
        • Final notes
      • Part 4
        • Part overview
        • Adding joypad input
        • Adding mouse scroll wheel input
        • Adding the health pickups
        • Adding the ammo pickups
        • Adding breakable targets
        • Final notes
      • Part 5
        • Part overview
        • Adding grenades
        • Adding grenades to the player
        • Adding the ability to grab and throw RigidBody nodes to the player
        • Adding a turret
        • Final notes
      • Part 6
        • Part overview
        • Adding the main menu
        • Making the Globals singleton
        • Adding the debug menu
        • Adding a pause menu
        • Starting the respawn system
        • Finishing the respawn system
        • Writing a sound system we can use anywhere
        • Final notes
    • Animating thousands of objects
      • Animating thousands of fish with MultiMeshInstance
        • Animating one Fish
        • Making a school of fish
        • Animating a school of fish
      • Controlling thousands of fish with Particles
  • Audio
    • Audio buses
      • Introduction
      • Decibel scale
      • Audio buses
      • Playback of audio through a bus
      • Adding effects
        • Amplify
        • BandLimit and BandPass
        • Chorus
        • Compressor
        • Delay
        • Distortion
        • EQ
        • EQ6, EQ10, EQ21
        • Filter
        • HighPassFilter, HighShelfFilter
        • Limiter
        • LowPassFilter, LowShelfFilter
        • NotchFilter
        • Panner
        • Phaser
        • PitchShift
        • Record
        • Reverb
        • SpectrumAnalyzer
        • StereoEnhance
      • Automatic bus disabling
      • Bus rearrangement
      • Default bus layout
    • Audio streams
      • Introduction
      • AudioStream
      • AudioStreamPlayer
      • AudioStreamPlayer2D
      • AudioStreamPlayer3D
        • Reverb buses
        • Doppler
    • Sync the gameplay with audio and music
      • Introduction
      • Using the system clock to sync
      • Using the sound hardware clock to sync
    • Recording with microphone
      • The structure of the demo
  • Physics
    • Physics introduction
      • Collision objects
        • Collision shapes
        • Physics process callback
        • Collision layers and masks
      • Area2D
      • StaticBody2D
      • RigidBody2D
        • Rigid body modes
        • Using RigidBody2D
        • Contact reporting
      • KinematicBody2D
        • Kinematic collision response
    • RigidBody
      • What is a rigid body?
      • How to control a rigid body
      • The “look at” method
    • Using Area2D
      • Introduction
      • What is an area?
      • Area properties
      • Overlap detection
      • Area influence
        • Point gravity
        • Examples
    • Using KinematicBody2D
      • Introduction
      • What is a kinematic body?
      • Movement and collision
        • move_and_collide
        • move_and_slide
        • move_and_slide_with_snap
      • Detecting collisions
      • Which movement method to use?
      • Examples
        • Movement and walls
        • Bouncing/reflecting
        • Platformer movement
    • Ray-casting
      • Introduction
      • Space
      • Accessing space
      • Raycast query
      • Collision exceptions
      • Collision Mask
      • 3D ray casting from screen
    • Ragdoll system
      • Introduction
      • Setting up the ragdoll
        • Creating physical bones
        • Cleaning up the skeleton
        • Collision shape adjustment
        • Joints adjustment
      • Simulating the ragdoll
        • Collision layer and mask
    • Kinematic character (2D)
      • Introduction
      • Physics process
      • Scene setup
      • Moving the kinematic character
    • SoftBody
      • Basic set-up
      • Cloak simulation
  • Math
    • Vector math
      • Introduction
      • Coordinate systems (2D)
      • Vector operations
        • Member access
        • Adding vectors
        • Scalar multiplication
      • Practical applications
        • Movement
        • Pointing toward a target
      • Unit vectors
        • Normalization
        • Reflection
      • Dot product
        • Facing
      • Cross product
        • Calculating normals
        • Pointing to a target
      • More information
    • Advanced vector math
      • Planes
        • Distance to plane
        • Away from the origin
        • Constructing a plane in 2D
        • Some examples of planes
      • Collision detection in 3D
      • More information
    • Matrices and transforms
      • Introduction
        • Matrix components and the Identity matrix
        • Scaling the transformation matrix
        • Rotating the transformation matrix
        • Basis of the transformation matrix
        • Translating the transformation matrix
        • Putting it all together
        • Shearing the transformation matrix (advanced)
      • Practical applications of transforms
        • Converting positions between transforms
        • Moving an object relative to itself
        • Applying transforms onto transforms
        • Inverting a transformation matrix
      • How does it all work in 3D?
        • Representing rotation in 3D (advanced)
    • Interpolation
      • Vector interpolation
      • Transform interpolation
      • Smoothing motion
    • Beziers, curves and paths
      • Quadratic Bezier
      • Cubic Bezier
      • Adding control points
      • Curve2D, Curve3D, Path and Path2D
      • Evaluating
      • Drawing
      • Traversal
  • Animation
    • Introduction to the 2D animation features
      • Overview
      • Create an AnimationPlayer node
      • Computer animation relies on keyframes
      • Tutorial: Creating a simple animation
        • Scene setup
        • Adding a track
        • The second keyframe
        • Run the animation
        • Back and forth
        • Track settings
      • Keyframes for other properties
      • Edit keyframes
      • Advanced: Call Method tracks
    • Cutout animation
      • What is it?
      • Cutout animation in Godot
      • Making of GBot
      • Setting up the rig
      • Adjusting the pivot
      • RemoteTransform2D node
      • Completing the skeleton
      • Skeletons
      • IK chains
      • Animation tips
        • Setting keyframes and excluding properties
      • Creating a rest pose
      • Modifying rotation only
      • Keyframing IK chains
      • Visually move a sprite behind its parent
      • Setting easing curves for multiple keys
      • 2D Skeletal deform
    • 2D skeletons
      • Introduction
      • Setup
      • Creating the polygons
      • Creating the skeleton
      • Deforming the polygons
      • Internal vertices
    • AnimationTree
      • Introduction
      • Creating an AnimationTree
      • Creating a tree
      • Blend tree
        • Blend2 / Blend3
        • OneShot
        • Seek
        • TimeScale
        • Transition
        • BlendSpace2D
        • BlendSpace1D
        • StateMachine
      • Root motion
      • Controlling from code
      • State machine travel
  • Inputs
    • InputEvent
      • What is it?
      • How does it work?
      • Anatomy of an InputEvent
      • Actions
      • InputMap
    • Input examples
      • Introduction
      • Events versus polling
      • Input events
      • InputMap
        • Capturing actions
      • Keyboard events
        • Keyboard modifiers
      • Mouse events
        • Mouse buttons
        • Mouse motion
      • Touch events
    • Mouse and input coordinates
      • About
      • Hardware display coordinates
      • Viewport display coordinates
    • Customizing mouse cursor
      • Using project settings
      • Using a script
      • Demo project
      • Cursor list
  • I/O
    • Background loading
      • ResourceInteractiveLoader
      • Usage
        • Obtaining a ResourceInteractiveLoader
        • Polling
        • Load progress (optional)
        • Forcing completion (optional)
        • Obtaining the resource
      • Example
      • Using multiple threads
        • Use a semaphore
        • Not blocking main thread during the polling
      • Example class
        • Example:
    • Data paths
      • Path separators
      • Resource path
      • User path (persistent data)
      • Editor data paths
        • Self-contained mode
    • Saving games
      • Introduction
      • Identify persistent objects
      • Serializing
      • Saving and reading data
      • Some notes
    • Encrypting save games
      • Why?
      • How?
  • Internationalization
    • Internationalizing games
      • Introduction
      • Configuring the imported translation
      • Localizing resources
      • Converting keys to text
      • Making controls resizable
      • TranslationServer
      • Command line
      • Translating the project name
    • Localization using gettext
      • Advantages
      • Disadvantages
      • Caveats
      • Installing gettext tools
      • Creating the PO template (POT) manually
      • Creating the PO template (POT) using pybabel
      • Creating a messages file from a PO template
      • Loading a messages file in Godot
      • Updating message files to follow the PO template
      • Checking the validity of a PO file or template
    • Locales
  • GUI
    • GUI skinning
      • Oh, beautiful GUI!
      • Theme
      • Theme options
      • Customizing a control
      • Creating a theme
      • Example: theming a button
    • Custom GUI controls
      • So many controls…
      • Drawing
        • Checking control size
        • Checking focus
      • Sizing
      • Input
        • Input events
        • Notifications
    • Size and anchors
      • Centering a control
    • Containers
      • Container layout
      • Size flags
      • Container types
        • Box Containers
        • Grid Container
        • Margin Container
        • Tab Container
        • Split Container
        • PanelContainer
        • ScrollContainer
        • ViewportContainer
      • Creating custom Containers
    • BBCode in RichTextLabel
      • Introduction
      • Using BBCode
      • Reference
        • Built-in color names
        • Hexadecimal color codes
        • Image vertical offset
      • Animation effects
        • Wave
        • Tornado
        • Shake
        • Fade
        • Rainbow
      • Custom BBCode tags and text effects
        • _process_custom_fx
        • Ghost
        • Pulse
        • Matrix
  • Viewports
    • Viewports
      • Introduction
      • Input
      • Listener
      • Cameras (2D & 3D)
      • Scale & stretching
      • Worlds
      • Capture
      • Viewport Container
      • Rendering
      • Render target
    • Multiple resolutions
      • The problem of multiple resolutions
      • One size fits all
      • Base size
      • Resizing
      • Stretch settings
        • Stretch Mode
        • Stretch Aspect
        • Stretch Shrink
        • From scripts
        • Reducing aliasing on downsampling
        • Handling aspect ratios
        • Field of view scaling
    • Using a Viewport as a texture
      • Introduction
      • Setting up the Viewport
      • Applying the texture
      • Making the planet texture
      • Coloring the planet
      • Making an ocean
    • Custom post-processing
      • Introduction
      • Single pass post-processing
      • Multi-pass post-processing
  • Shading
    • Shading reference
      • Shaders
        • Introduction
        • Shader types
        • Render modes
        • Processor functions
      • Shading language
        • Introduction
        • Data types
        • Arrays
        • Constants
        • Operators
        • Flow control
        • Discarding
        • Functions
        • Built-in functions
      • Spatial shaders
        • Render modes
        • Built-ins
        • Global built-ins
        • Vertex built-ins
        • Fragment built-ins
        • Light built-ins
      • CanvasItem shaders
        • Render modes
        • Built-ins
        • Global built-ins
        • Vertex built-ins
        • Fragment built-ins
        • Light built-ins
      • Particle shaders
        • Render modes
        • Built-ins
        • Global built-ins
        • Vertex built-ins
    • Your first shader
      • What are shaders?
        • Introduction
        • But what are they?
        • Structure of a shader
        • Technical overview
      • Your first CanvasItem shader
        • Introduction
        • Setup
        • Your first CanvasItem shader
        • Your first fragment function
        • Your first vertex function
        • Conclusion
      • Your first Spatial shader
        • Where to assign my material
        • Setting up
        • Shader magic
        • Noise heightmap
        • Uniforms
        • Interacting with light
      • Your first Spatial shader: part 2
        • Your first spatial fragment function
        • Animating with TIME
        • Advanced effects: waves
    • Shader materials
      • Introduction
      • Creating a ShaderMaterial
      • Converting to ShaderMaterial
    • VisualShaders
      • Creating a VisualShader
      • Using the Visual Shader Editor
      • Visual Shader nodes
        • Expression node
        • Fresnel node
        • Boolean node
        • If node
        • Switch node
    • Intro to shaders: 2D and 3D water
      • Watch the tutorials
      • Download the source code
    • Screen-reading shaders
      • Introduction
      • SCREEN_TEXTURE built-in texture
      • SCREEN_TEXTURE example
      • Behind the scenes
      • Back-buffer logic
      • DEPTH_TEXTURE
    • Migrating to Godot’s shading language
      • Introduction
      • GLSL
        • Shader programs
        • Vertex attributes
        • gl_Position
        • Varyings
        • Main
        • Constants
        • Macros
        • Variables
        • Coordinates
        • Precision
      • Shadertoy
        • Types
        • mainImage
        • Variables
        • Coordinates
      • The Book of Shaders
        • Types
        • Main
        • Variables
        • Coordinates
    • Godot shader language style guide
      • Formatting
        • Encoding and special characters
        • Indentation
        • Line breaks and blank lines
        • Blank lines
        • Line length
        • One statement per line
        • Comment spacing
        • Whitespace
        • Floating-point numbers
      • Accessing vector members
      • Naming conventions
        • Functions and variables
        • Constants
      • Code order
        • Local variables
    • Advanced post-processing
      • Introduction
      • Full screen quad
      • Depth texture
      • An optimization
  • Networking
    • High level multiplayer
      • High level vs low level API
      • Mid level abstraction
      • Initializing the network
      • Managing connections
      • RPC
      • Back to lobby
      • Starting the game
        • Player scenes
        • Synchronizing game start
      • Synchronizing the game
        • Network master
        • Master and puppet keywords
    • Making HTTP requests
      • Preparing scene
      • Scripting
      • Sending data to server
    • HTTP client class
    • SSL certificates
      • Introduction
      • Approach 1: self signed cert
      • Approach 2: CA cert
    • WebSocket
      • HTML5 and WebSocket
      • Using WebSocket in Godot
        • Minimal client example
        • Minimal server example
        • Advanced chat demo
    • WebRTC
      • HTML5, WebSocket, WebRTC
        • WebSocket
        • WebRTC
      • Using WebRTC in Godot
        • Minimal connection example
        • Local signaling example
        • Remote signaling with WebSocket
  • Asset Library
    • About the Asset Library
      • Types of assets
      • Frequently asked questions
        • Can paid assets be uploaded to the asset library?
    • Using the AssetLib
      • On the website
        • Overview
        • Searching
        • Breakdown of an asset
        • Registering and logging in
      • In the editor
    • Submitting to the Asset Library
      • Introduction
      • Submission guidelines
        • Requirements
        • Recommendations
      • Submitting
  • VR
    • AR/VR primer
      • AR/VR server
      • New AR/VR nodes
      • Other things to consider
    • VR starter tutorial
      • VR starter tutorial part 1
        • Introduction
        • Getting everything ready
        • Starting VR
        • Creating the controllers