Get Started

Create AR effects for Instagram and Meta.
Get Started

Scripting API

Scripting API Overview

Scripting API

The following is a description of all scripting modules.

AnimationModule

The AnimationModule class implements object animation.

Classes

Class	Description
AnimationClip	The `AnimationClip` class describes an animation clip asset.
AnimationClips	The `AnimationClips` class allows access to animation clips.
AnimationPlaybackController	The `AnimationPlaybackController` class describes an animation playback controller asset.
AnimationPlaybackControllers	The `AnimationPlaybackControllers` class allows access to animation playback controllers.
ArrayOfScalarSamplers	The `ArrayOfScalarSamplers` class describes an array of scalar samplers. It extends the implementation of `Array<ScalarSampler>` type in JavaScript, and adds a single additional method to get a sampler at a particular index - `get()`.
ArrayOfScalarSignals	The `ArrayOfScalarSignals` class describes an array of scalar signals. It extends the implementation of `Array<ScalarSignal>` type in JavaScript, and adds a single additional method to get a sampler at a particular index - `get()`.
ColorSampler	The `ColorSampler` class encapsulates a color sampler.
Driver	The `Driver` class represents an animation driver, a class that can drive an animation using a sampler and time, value or other means. All animation drivers extend this base class and it's used to represent any animation driver in all APIs.
RotationSampler	The `RotationSampler` class is an animation sampler for object rotation.
SamplerFactory	The `SamplerFactory` class creates different types of animation samplers.
ScalarSampler	The `ScalarSampler` class encapsulates a scalar value sampler.
TimeDriver	The `TimeDriver` class allows driving an animation sampler using time.
ValueDriver	The `ValueDriver` class allows driving an animation sampler using raw values.

AudioModule

The AudioModule class enables sound effects.

Classes

Class	Description
BlockAudioInput
BlockAudioOutput
PlaybackController	Enables control of audio playback. Ensure that the Audio Playback Controller in the Spark AR Studio project has a supported audio file assigned.

BlocksModule

The BlocksModule class provides methods for interacting with the Blocks in your effect.

Classes

Class	Description
BlockAsset	This class represents a single Block Asset.
BlockAssets	This class allows access to the Block Assets.
BlockInstanceInputs	Represents an object encapsulating all inputs for a Block.
BlockInstanceOutputs	Represents an object encapsulating all outputs for a Block.
BlockModulesConfig	The `BlockModulesConfig` are key-value pairs used to define the behavior of certain features and JavaScript modules inside a dynamically instantiated Block. All properties below are optional, and you may specify them to determine how these JS modules and features are going to behave on dynamically instantiated Blocks.

BodyTrackingModule

The BodyTrackingModule class allows you to track the body and get Body details.

Classes

Class	Description
Body	The `Body` class exposes details of a tracked body.
Body2DArm	Represents a tracked arm in the body.
Body2DLeg	Represents a tracked leg in the body.
Body2DPose	The `Body2DPose` class exposes details of a tracked body's 2d key points.
Body2DTorso	Represents a tracked torso in the body.
KeyPoint2D	Represents a single tracked 2d key point in the scene.

CameraInfoModule

The CameraInfoModule class provides access to details about the device camera.

Enums

Enum	Description
CameraPosition	The `CameraPosition` enum describes the direction the camera is facing.

DeepLinkModule

The DeepLinkModule class exposes methods and properties to read the values that an external app sent to an effect.

DeviceMotionModule

The DeviceMotionModule class enables device movement detection.

DiagnosticsModule

The DiagnosticsModule class enables diagnostic logging.

Classes

Class	Description
TypeSystemMetadata	The `TypeSystemMetadata` class contains type system metadata.

FaceGesturesModule

Enables detection of various facial gestures for a given Face object.
Use of the FaceGestures module also requires the FaceTracking module to be imported.

Enables the tracking of faces in two-dimensional space.
Importing this module automatically enables the *Face Tracking* capability within the project's *Properties*.

For three-dimensional face tracking, see the FaceTracking module.

Classes

Class	Description
Face2D	Exposes details of a two-dimensionally tracked face. For three-dimensional tracking to key points on a detected face, see the `Face` class instead.

FaceTrackingModule

Enables the tracking of faces in three-dimensional space and exposes classes that describe key points of a detected face.
Importing this module automatically enables the *Face Tracking* capability within the project's *Properties*.

For two-dimensional face tracking, see the FaceTracking2D module.

Classes

Class	Description
Cheek	Exposes key points of the cheek of a detected `Face` object. Key points are returned in the detected face's local coordinate system. Use `Face.cameraTransform.applyToPoint()` to convert the point to the camera's coordinate system.
Chin	Exposes key points of the chin of a detected `Face` object. Key points are returned in the detected face's local coordinate system. Use `Face.cameraTransform.applyToPoint()` to convert the point to the camera's coordinate system.
Eye	Exposes details and key points of the eye of a detected `Face` object. Key points are returned in the detected face's local coordinate system. Use `Face.cameraTransform.applyToPoint()` to convert the point to the camera's coordinate system.
Eyebrow	Exposes key points of the eyebrow of a detected `Face` object. Key points are returned in the detected face's local coordinate system. Use `Face.cameraTransform.applyToPoint()` to convert the point to the camera's coordinate system.
Face	Exposes details and key points of a three-dimensionally tracked face.
Forehead	Exposes key points of the forehead of a detected `Face` object. Key points are returned in the detected face's local coordinate system. Use `Face.cameraTransform.applyToPoint()` to convert the point to the camera's coordinate system.
Mouth	Exposes details and key points of the mouth of a detected `Face` object. Key points are returned in the detected face's local coordinate system. Use `Face.cameraTransform.applyToPoint()` to convert the point to the camera's coordinate system.
Nose	Exposes key points of the nose of a detected `Face` object. Key points are returned in the detected face's local coordinate system. Use `Face.cameraTransform.applyToPoint()` to convert the point to the camera's coordinate system.

FontsModule

The FontsModule class is used for working with custom fonts in effects.

Classes

Class	Description
FontId	The `FontsId` class identifies a font in an effect.

HandTrackingModule

Enables the tracking of hands. Up to two hands can be tracked in the camera view.
References to detected Hand objects are not persistent. The same index argument passed to HandTrackingModule.hand() may refer to different Hand objects if a hand that was previously tracked has lost tracking.

Importing this module automatically enables the *Hand Tracking* capability within the project's *Properties*.

Classes

Class	Description
Hand	Exposes details of a tracked hand.

HapticFeedbackModule

The HapticFeedback class allows triggering the device vibration.

InstructionModule

Allows instructions to be displayed to the user within an effect.

IrisTrackingModule

The IrisTrackingModule class allows you to track the location of people's irises in your effect, to create effects such as eye color replacement.

Classes

Class	Description
Eyeball	The `Eyeball` class exposes details of a tracked eyeball.

LayersModule

The LayersModule class provides access to layers. It allow dynamic creation
and destruction of layers, modifying layer properties such as render order,
as well as changing what layer a scene object is in.

Classes

Class	Description
Layer

LightingEstimationModule

The LightingEstimation module encapsulates access to estimations of lighting in the scene.

LiveStreamingModule

The LiveStreamingModule class enables to retrieve information from a live stream from within the effect, such as reactions and comments.

Classes

Class	Description
LiveStreamingComments	The `LiveStreamingComments` class provides access to the Facebook Live comments stream.
LiveStreamingReactions

Enums

Enum	Description
State	The `LiveStreamingModule.State` enum describes the state of a live stream. @

LocaleModule

The LocaleModule class encapsulates access to the locale identifier of the device.

MaterialsModule

The Materials module provides access to the materials in an effect.

Classes

Class	Description
BlendedMaterial	The `BlendedMaterial` class encapsulates materials blended from multiple textures.
BlendShapeToWarpMapMaterial	The `BlendShapeToWarpMapMaterial` class is the JS-side representation of the "Face Warp Material" in Spark AR Studio, used to create face warp effects.
ColorPaintMaterial	The `ColorPaintMaterial` class encapsulates a face-paint material.
ComposedMaterial	The `ComposedMaterial` class encapsulates patch asset materials.
DefaultMaterial	The `DefaultMaterial` class encapsulates an image-based material.
MaterialBase	The `MaterialBase` class exposes properties common to all material types.
MetallicRoughnessPbrMaterial	The `MetallicRoughnessPbrMaterial` class encapsulates physically based materials.
RetouchingMaterial	The `RetouchingMaterial` class encapsulates parameters which define the extend of certain beautification techniques.
TextureTransform	The `TextureTransform` class encapsulates scaling and translation transforms about a textures UV axis.

Enums

Enum	Description
BlendMode	The `BlendMode` enum describes how material is blended.
CullMode	The `CullMode` enum describes how material is culled.

MultipeerModule

Allows an effect running in a video call to communicate with other instances of the same effect within the video call.
Multipeer communication is based around the broadcasting and receiving of JSON formatted messages on message channels.

Messages are broadcast to all peers except the instance that the message was broadcast from - an effect can’t broadcast a message to itself.

You can use the multipeer debugging tool to simulate message streams and debug multipeer effects.

Classes

Class	Description
BinaryMessageChannel
MessageChannel	Represents a named bidirectional communication channel. Message channels are created on demand and persist for the duration of the effect's lifetime. Channels are available to all participants active within the same instance of an effect.

NativeUIModule

Exposes the ability to edit a device's native UI elements including editable text, pickers and sliders.
Each of these require the relevant capability to be enabled under the *Native UI Control* capability within the project's *Properties*.

Use of text in your effect, including editable text, is subject to approval policies. See the Editable Text article for more information.

Classes

Class	Description
Picker	Describes an object which controls the behavior of the `NativeUI`'s picker. Requires the Native UI Control > Picker capability within the project's Properties to be enabled.
Slider	Describes an object which controls the behavior of the `NativeUI`'s slider. Requires the Native UI Control > Slider capability within the project's Properties to be enabled.

Enums

Enum	Description
SliderType	The `SliderType` enum describes the Native UI slider types.

ParticipantsModule

Exposes the ability to retrieve the participants in a video call effect. Each user on the call is considered a participant, including the host.
When a new user joins the call a new Participant object is added to the array returned by getAllOtherParticipants() and otherParticipantCount is increased.

Participants are not removed from the array if they leave while the call is still active. This allows individual participants to retain the same unique ID that can be referenced for the duration of the video call, even after a dropout. Similarly, otherParticipantCount is not decreased when a participant leaves. However, if the the video call ends then the participant array and count are both reset.

Importing this module automatically enables the Participants capability within the project's Properties.

Classes

Class	Description
Participant	Exposes details of an individual participant in a video call effect.

PatchesModule

The PatchesModule module allows interop between JS scripting and the AR Studio patches visual scripting system.

Classes

Class	Description
PatchesInputs	The `PatchesInputs` class encapsulates methods for setting inputs to the Patch Editor.
PatchesOutputs	The `PatchesOutputs` class encapsulates methods for getting outputs of the Patch Editor.

PersistenceModule

The Persistence class encapsulates persistent objects.

Classes

Class	Description
StorageScope	The `StorageScope` class encapsulates different methods of storage for persistent objects.

PersonSegmentationModule

The PersonSegmentationModule class enables the separation of a person from a scene.

RandomModule

The RandomModule class enables random number generation.

ReactiveModule

Exposes functionality for performing mathematical and logical operations with signals.
As the Spark AR API uses a reactive model to propagate data and values, regular JavaScript mathematical operations are not valid. Instead methods exposed by the Reactive module should be used, for example Reactive.add(scalarSignalX, scalarSignalY); adds two ScalarSignals together.

The module also exposes classes that describe signal equivalents for basic data types such as booleans and strings, as well as signal types specific to Spark AR.

Classes

Class	Description
BoolSignal	Monitors a boolean value and exposes functionality for performing logical operations with a given signal.
BoolSignalSource	Represents a source used to get and set the value of a `BoolSignal`. Typically, changing the value that a signal contains requires a total reassignment: TouchGestures.onTap().subscribe((gesture) => { someSignal = Reactive.val(true); }); In the example above, `someSignal` is bound to a completely new signal which itself contains the desired value. The `BoolSignalSource` API provides the ability to change the value of the original signal without reassignment, with behavior similar to that of non-reactive programming models.
Box2D	The `Box2D` class describes a 2D bounding box value.
Box2DSignal	The `Box2DSignal` class monitors a 2D bounding box value.
Box3D	The `Box3D` class describes the bounds in 3D space.
Box3DSignal	The `Box3DSignal` class describes the bounds in 3D space.
ColorSignal	The `ColorSignal` class monitors a color.
EventSource	The `EventSource` class provides methods for monitoring signals.
EventSourceHistory	The `EventSourceHistory` encapsulates methods for accessing values of `EventSource` from previous frames.
HsvaSignal	The `HsvaSignal` class monitors a HSVA color value.
ISignal	The `ISignal` interface. The base class for `ScalarSignal`, `PointSignal`, `VectorSignal`, `BoolSignal`, and `StringSignal`.
Point2D	The `Point2D` class contains a 2D coordinate.
Point3D	The `Point3D` class contains a 3D coordinate.
PointSignal	The `PointSignal` class monitors a 3D coordinate.
PrimitiveOrShaderSignal	The `PrimitiveOrShader` represents a primitive or shader signal.
QuaternionSignal	The `QuaternionSignal` class monitors rotation in a quaternion representation.
RgbaSignal	The `RgbaSignal` class monitors a RGBA color value.
Rotation	The `Rotation` class encapsulates an object's rotation in a quaternion representation.
ScalarSignal	Monitors a numerical value and exposes functionality for performing mathematical operations with the given signal.
ScalarSignalSource	Represents a source used to get and set the value of a `ScalarSignal`. Typically, changing the value that a signal contains requires a total reassignment: TouchGestures.onTap().subscribe((gesture) => { someSignal = Reactive.val(1); }); In the example above, `someSignal` is bound to a completely new signal which itself contains the desired value. The `ScalarSignalSource` API provides the ability to change the value of the original signal without reassignment, with behavior similar to that of non-reactive programming models.
ShaderSignal	The `ShaderSignal` represents a shader signal. Scalar and Vector signals can be automatically converted to a ShaderSignal.
SignalHistory	The `SignalHistory<T>` class encapsulates methods for accessing values from previous frames.
StringSignal	Monitors a string value.
StringSignalSource	Represents a source used to get and set the value of a `StringSignal`. Typically, changing the value that a signal contains requires a total reassignment: TouchGestures.onTap().subscribe((gesture) => { someSignal = Reactive.val("Hello"); }); In the example above, `someSignal` is bound to a completely new signal which itself contains the desired value. The `StringSignalSource` API provides the ability to change the value of the original signal without reassignment, with behavior similar to that of non-reactive programming models.
Subscription	The `Subscription` class implements object value monitoring.
TransformSignal	The `TransformSignal` class monitors a scene transform.
Vec2Signal	The `Vec2Signal` class monitors a 2D coordinate.
Vec3	The `Vec3` class contains a 3D coordinate.
Vec4Signal	The `Vec4Signal` class monitors a 4D coordinate.
VectorSignal	The `VectorSignal` class monitors a vector.

Enums

Enum	Description
AntiderivativeOverflowBehaviour	The `AntiderivativeOverflowBehaviour` enum describes the recovery technique used when an antiderivative overflows.

SceneModule

The SceneModule class exposes properties and methods to access the objects in a scene.

Classes

Class	Description
AmbientLightSource	The `AmbientLightSource` class describes an ambient lighting source.
BlendShape	The `BlendShape` class describes a shape attached to a mesh or face mesh which can be used to change the shape of that mesh.
BlockInstanceInputs	The `BlockInstanceInputs` class encapsulates methods for setting inputs to the block instance.
BlockInstanceOutputs	The `BlockInstanceOutputs` class encapsulates methods for getting outputs of the block instance.
BlockSceneRoot	The `BlockSceneRoot` class describes the root scene object of a block.
Camera	The `Camera` class exposes details about the device camera focal area.
CameraVisibility	The `CameraVisibility` class describes whether or not an object is visible from various camera views.
Canvas	The `Canvas` class describes a scene canvas.
DirectionalLightSource	The `DirectionalLightSource` class describes a directional light source.
EnvironmentLightSource	The `EnvironmentLightSource` class describes an environment lighting source.
FaceMesh	The `FaceMesh` class describes a face mesh.
FaceTracker	The `FaceTracker` class propagates details of detected faces to the scene.
FocalDistance	The `FocalDistance` class describes a focal distance in the scene. Children of `FocalDistance` get automatically positioned in 3D space based on the the distance between the camera image and the camera scene object itself.
FocalPlane	The `FocalPlane` class exposes details about the focal plane of the device camera.
HandTracker	This class represents the hand tracker scene object, used to track the position of hands in the scene.
Joint	The `Joint` class describes a joint of a given `Skeleton` object.
Mesh	The `Mesh` class describes a scene mesh.
MeshSurface	The `MeshSurface` class describes a surface in a mesh.
OutputVisibility	The `OutputVisibility` class describes whether or not an object is visible from various outputs.
ParticleSystem	The `ParticleSystem` class implements the particle management system for the scene.
ParticleTypeDescription	The `ParticleTypeDescription` class provides functionality for setting particle sprite densities in the scene.
PlanarImage	The `PlanarImage` class describes an image rendered on a plane.
PlanarObject	The `PlanarObject` class describes an object on a plane.
PlanarStack	The `PlanarStack` class describes a stack of 2D Scene Elements.
PlanarText	The `PlanarText` class describes text on a plane.
Plane	The `Plane` class describes a plane.
PlaneTracker	The `PlaneTracker` class provides functionality for locating a 3D plane based on 2D screen coordinates. When accessing the `realScaleActive` and `realScaleSupported` properties, ensure that Real World Scale is enabled in the PlaneTracker object's Inspector panel. See the Real Scale for World article for more information.
PointLightSource	The `PointLightSource` class describes a point light source.
Scene	The `Scene` class implements properties and methods to access the objects in a scene.
SceneObject	The `SceneObject` class describes an object in a scene.
SceneObjectBase	The base class for scene objects.
Skeleton	The `Skeleton` class describes a skeleton scene object. All `Joint` scene object children of a given skeleton are considered part of this skeleton hierarchy.
Speaker	The `Speaker` class encapsulates an speaker for a scene. Old class name is `AudioSource`.
SpotLightSource	The `SpotLightSource` class describes a spot light source.
TargetTracker	The `TargetTracker` encapsulates a tracker for some target.
TextAlignmentWrapper	The `TextAlignmentWrapper` class contains text alignment details.
TextExtrusion	"The `TextExtrusion` class describes a 3D text scene object.
ThreeDObject	The `ThreeDObject` class describes a scene 3d object.
Transform	The `Transform` class describes an object transform for a scene.
WorldTransform	The `WorldTransform` class describes an object transform for a sceneObject in world space.

Enums

Enum	Description
Direction	The Direction enum describes the stack layout's direction.
HorizontalAlignment	The `HorizontalAlignment` enum describes how an element is aligned horizontally.
RenderMode
ScalingOption	The `ScalingOption` enum describes how an element is scaled.
StackAlign	The StackAlign enum describes the stack children's alignment.
StackDistribute	The StackDistribute enum describes the stack children's distribution.
TextAlignment	The `TextAlignment` enum describes how a text element is aligned horizontally.
TrackingMode	The `TrackingMode` enum describes how a PlaneTracker is tracking an object.
VerticalAlignment	The `VerticalAlignment` enum describes how an element is aligned vertically.
VerticalTextAlignment	The `VerticalTextAlignment` enum describes how a text element is aligned vertically.

SegmentationModule

The SegmentationModule class enables the separation of a person or hair or skin from a scene.

Classes

Class	Description
HairSegmentation	The `HairSegmentation` class exposes the information about a person's hair.
PersonSegmentation	The `PersonSegmentation` class exposes the information about a person.
SkinSegmentation	The `SkinSegmentation` class exposes the information about a person's skin.

ShadersModule

The ShadersModule exposes APIs to create Visual Shaders using JavaScript.
The following is an explanation of the unique types and concepts specific to the ShadersModule.

PrimitiveOrShaderSignal is a union type of Vec2Signal, PointSignal, Vec4Signal, VectorSignal, TransformSignal, or ShaderSignal.
ShaderSignal is a graphics shader output that produces one of the types defined in the above union. As ShaderSignal is GPU bound, it can only be used in a GPU context.

ShaderSignal can also be of a function type, used for function mapping from one type to another.
For example, a shader with the signature function(Vec2Signal): Vec4Signal is a type of a function that maps a Vec2Signal to a Vec4Signal.

Enums

Enum	Description
BlendedMaterialTextures	The `BlendedMaterialTextures` enum describes the different texture slots for a flat material.
BlendMode	The `BlendMode` enum describes the blending mode.
BuiltinUniform	The `BuiltinUniform` enum describes the bultin shader uniforms.
ColorSpace	The `ColorSpace` enum describes the color space.
DefaultMaterialTextures	The `DefaultMaterialTextures` enum describes the different texture slots for a default material.
DerivativeType	The `DerivativeType` enum describes the shader derivative type.
FacePaintMaterialTextures	The `FacePaintMaterialTextures` enum describes the different texture slots for a face paint material.
GradientType	The `GradientType` enum describes the type of the shader gradient.
PhysicallyBasedMaterialTextures	The `PhysicallyBasedMaterialTextures` enum describes the different texture slots for a physically based material.
SdfVariant	The `SdfVariant` enum describes the SDF variant.
VertexAttribute	The `VertexAttribute` enum describes the bultin vertex attributes.

SvgsModule

The SvgsModule module enables working with SVGs.

Classes

Class	Description
Svg	The `Svg` class describes an SVG in an effect.

TexturesModule

The TexturesModule class enables images, animation sequences, videos, colors, and other visual artifacts to be combined to form materials.

Classes

Class	Description
CameraTexture	The `CameraTexture` class represents a texture type that contains image data coming in from system camera, or captured photo/video in case of using the effect with "Media Library".
CanvasTexture	The `CanvasTexture` class enables painting with a brush to a texture.
ColorTexture	The `ColorTexture` class encapsulates a texture that has a color (including alpha channel).
DeepLinkTexture	The `DeepLinkTexture` class represents an image texture passed in via the sharing SDK.
GalleryTexture	The `GalleryTexture` class encapsulates a texture that was picked from the gallery.
GalleryTextureMediaBase	`GalleryTextureMediaBase` is a base class for different types of media that can be selected from gallery and used in a gallery texture.
GalleryTextureMediaImage	`GalleryTextureMediaImage` represents image media that was picked from the gallery that is being used by a given GalleryTexture.
GalleryTextureMediaVideo	`GalleryTextureMediaVideo` represents "video" media that was picked from the gallery that is being used by a given GalleryTexture. It exposes a set of APIs that are specifically tailored for controlling video playback.
ImageTexture	The `ImageTexture` class encapsulates an image that may be used to form materials for rendering in the scene.
SceneDepthTexture	Describes a texture which provides the current scene's estimated depth information. Depth is calculated as the relative distance to the camera. You can follow the steps in this article to add a camera depth texture asset to your project.
SegmentationTexture	The `SegmentationTexture` class encapsulates a texture that will be used for image segmentation.
SequenceTexture	The `SequenceTexture` class is a collection of still images that form an animation.
SourceImageRegionTexture	The `SourceImageRegionTexture` class represents a texture type that contains extracted texture image from a certain region of an object or a set of objects in the scene. E.g. Face extracted texture that contains a region of a camera image with a face as extracted using a face tracker.
SubTexture	The `SubTexture` class exposes details of a texture in UV coordinates.
TextureBase	The `TextureBase` class describes a texture.

Enums

Enum	Description
MediaType	The `MediaType` enum describes the media types of a GalleryTexture.
State	The `State` enum describes the state of a GalleryTexture.
TextureColorEncoding	`TextureColorEncoding` describes different color encoding formats used for data in a texture.
TextureFilteringMode	`TextureFilteringMode` describes different modes for how a texture should address size mismatch between the actual image data, and it's footprint when rendered.
TextureWrapMode	`TextureWrapMode` describes different ways a given texture should be sampled when a coordinate falls outside of the 0->1 range.

TimeModule

The TimeModule class enables time-based events.

TouchGesturesModule

Enables detection of touch gestures and exposes classes that describe various types of touch interaction.
By default touch gestures will be registered on the entire screen unless an object is specified in the gesture method call, for example: TouchGestures.onTap(plane).

Importing this module automatically enables the *Touch Gestures* capability within the project's *Properties*. Gesture types must be individually enabled within the capability to enable detection.

Classes

Class	Description
Gesture	Exposes details of a detected gesture, common to all touch gesture types.
LongPressGesture	Exposes details of a detected long press gesture. Ensure Long Press Gesture is enabled under the project's Touch Gestures capability.
PanGesture	Exposes details of a detected pan gesture. Ensure Pan Gesture is enabled under the project's Touch Gestures capability.
PinchGesture	Exposes details of a detected pinch gesture. Ensure Pinch Gesture is enabled under the project's Touch Gestures capability.
RotateGesture	Exposes details of a detected rotation gesture. Ensure Rotate Gesture is enabled under the project's Touch Gestures capability.
TapGesture	Exposes details of a detected tap gesture. Ensure Tap Gesture is enabled under the project's Touch Gestures capability.

Enums

Enum	Description
State	The State enum describes the state of a Gesture.
GestureType	The `GestureType` enum describes the type of a given `Gesture`.

UnitsModule

The UnitsModule class provides functionality for converting values into world-space units.

WeatherModule

The WeatherModule class provides information about the current weather.

WorldTrackingModule

The WorldTrackingModule class provides functionality to track multiple surfaces in your
environment and interact with them by placing virtual content on the detected surface(s).
This class can be used to author 'World AR' effects that allow users to place and move AR
objects in the scene, as is commonly seen in AR Commerce use-cases in which users can
position couches or tables, for example. Creators are also able to visualize planes detected
in the scene.

Classes

Class	Description
ARPointTrackable	The `ARPointTrackable` class describes a point trackable, also referred to as an anchor, at a fixed location and orientation in the real world.
ARTrackable	The `ARTrackable` class describes surface planes and feature points, known collectively as 'trackables', that are detected in the view.
HitTestResult	The `HitTestResult` class describes a single result of the hitTest() method.

Enums

Enum	Description
ARTrackableState	The `ARTrackableState` enum describes the states that the trackable can be in. Used by `ARTrackable.state`.
ARTrackableType	The `ARTrackableType` enum describes the types of trackable that can be detected and tracked. Used by `ARTrackable.type`.
HitTestType	The `HitTestType` enum lists the types of hit test supported.
TrackingState	The `TrackingState` enum describes the states that the world tracker can be in. Used by `WorldTrackingModule.state`.
TrackingStateReason	The enum describes the possible reasons why the world tracker may be experiencing limited tracking quality. It's a unified definition of TrackingStateReason regardless of the platform, e.g. arcore, arkit, first frame (FF). FF does not provide tracking failure reason, and will be default to None.