API reference

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Overview

com.meta.spatial.core

ByBooleanFilterOperation

ByEntityAttributeFilterNode

ByEntityFilterOperation

ByEnumFilterOperation

ByFloatFilterNode

ByFloatFilterOperation

ByIntFilterNode

ByIntFilterOperation

ByLongFilterNode

ByLongFilterOperation

ByMapFilterNode

ByMapFilterOperation

ByPoseFilterNode

ByPoseFilterOperation

ByStringFilterNode

ByStringFilterOperation

ByTimeAttributeFilterNode

ByTimeFilterOperation

ByUUIDFilterNode

ByUUIDFilterOperation

ByVector2FilterNode

ByVector2FilterOperation

ByVector3FilterNode

ByVector3FilterOperation

ByVector4FilterNode

ByVector4FilterOperation

ComponentRegistration

ExperimentalMapAttribute

ExperimentalMapAttributeData

SystemDependencyConfig

TypedAbstractAttribute

CP_Stats_ComponentBorrowFailedDirty

CP_Stats_ComponentBorrowFailedNotCachable

CP_Stats_ComponentBorrowFailedRecycled

CP_Stats_ComponentBorrows

CP_Stats_ComponentCreates

DM_Stats_ComponentCacheChecks

DM_Stats_ComponentCacheSuccess

DM_Stats_ComponentGets

com.meta.spatial.runtime

SceneMaterialDataType

AMOTION_EVENT_FLAG_NO_FOCUS_CHANGE

errorCodeMap

com.meta.spatial.toolkit

CreatorVisibilityState

MeshMaterialOverrides

PanelClickState

reparentChildInWorldCoordinates

SpatialActivityManager

SUPPORTED_GLXF_EXTENSIONS

textureCoordinate

com.meta.spatial.animation

Classes

PanelAnimationFeature

PanelAnimationSystem

PanelQuadCylinderLocalState

PanelScaleInLocalState

PanelScaleOutLocalState

Enumerations

PanelQuadCylinderAnimationStatus

Objects

PanelQuadCylinderAnimator

PanelScaleInAnimator

PanelScaleOutAnimator

Properties

QUAD_PANEL_RADIUS_MULTIPLIER

com.meta.spatial.castinputforward

Classes

CastInputForwardFeature

CastInputForwardSystem

SimpleInputForwardHandler

com.meta.spatial.compose

Classes

ComposeFeature

PanelViewLifecycleOwner

com.meta.spatial.datamodelinspector

Classes

DataModelInspectorFeature

TickDataModelInspectorSystem

com.meta.spatial.debugtools

Classes

AssetReloadSystem

HotReloadFeature

RecursiveFileObserver

com.meta.spatial.isdk

com.meta.spatial.mruk

com.meta.spatial.ovrmetrics

com.meta.spatial.physics

com.meta.spatial.runtime.panel

Classes

ActivityConfigOptions2

CallbackConfigOptions2

ContentViewConfigOptions2

CylinderConfigOptions2

EquirectConfigOptions2

GeometryConfigOptions2

InputConfigOptions2

LayerConfigOptions2

LayoutOptions

MaterialConfigOptions2

MeshCreatorConfigOptions2

PanelConfigOptions2Element

QuadConfigOptions2

RenderConfigOptions2

ResolutionConfigOptions2

StyleConfigOptions2

Interfaces

PanelConfigOptions2

com.meta.spatial.toolkit.inflate

Vector2 Class

Modifiers: open

Represents a 2D vector with x and y components.

Signature

open class Vector2(var x: Float = 0.0f, var y: Float = 0.0f)

Constructors

Vector2 ( v ) : Vector2	Secondary constructor to create a vector where both components are the same. Signature constructor(v: Float) Parameters v: Float The value to use for both components. Returns Vector2
Vector2 ( x , y ) : Vector2	Signature constructor(x: Float = 0.0f, y: Float = 0.0f) Parameters x: Float The x component of the vector. y: Float The y component of the vector. Returns Vector2

Properties

x : Float `[Get][Set]`	Signature open var x: Float
y : Float `[Get][Set]`	Signature open var y: Float

Functions

add ( v ) : Vector2	Adds the specified vector to this vector. Signature fun add(v: Vector2): Vector2 Parameters v: Vector2 The other vector to add. Returns Vector2 A new vector representing the sum of this vector and the other vector.
component1 () : Float	Signature operator fun component1(): Float Returns Float
component2 () : Float	Signature operator fun component2(): Float Returns Float
copy () : Vector2	Returns a copy of this vector. Signature fun copy(): Vector2 Returns Vector2 A copy of this vector.
cross ( other ) : Float	Calculates the cross product of this vector with another vector. Signature fun cross(other: Vector2): Float Parameters other: Vector2 The other vector to calculate the cross product with. Returns Float The cross product of this vector and the other vector.
distanceTo ( v ) : Float	Calculates the distance to another vector. Signature fun distanceTo(v: Vector2): Float Parameters v: Vector2 The other vector to calculate the distance to. Returns Float The distance between this vector and the other vector.
div ( v ) : Vector2	Divides each component of this vector by a scalar. Signature operator fun div(v: Float): Vector2 Parameters v: Float The scalar to divide by. Returns Vector2 A new vector representing the division of this vector by the scalar.
divide ( v ) : Vector2	Divides each component of this vector by a scalar. Signature fun divide(v: Float): Vector2 Parameters v: Float The scalar to divide by. Returns Vector2 A new vector representing the division of this vector by the scalar.
dot ( v ) : Float	Calculates the dot product of this vector with another vector. Signature fun dot(v: Vector2): Float Parameters v: Vector2 The other vector to calculate the dot product with. Returns Float The dot product of this vector and the other vector.
equals ( other ) : Boolean	Signature open operator override fun equals(other: Any?): Boolean Parameters other: Any? Returns Boolean
hashCode () : Int	Signature open override fun hashCode(): Int Returns Int
length () : Float	Returns the length (magnitude) of this vector. Signature fun length(): Float Returns Float The length of this vector.
lerp ( dest , ratio ) : Vector2	Linearly interpolates between this vector and another vector by the given ratio. Signature fun lerp(dest: Vector2, ratio: Float): Vector2 Parameters dest: Vector2 The destination vector to interpolate towards. ratio: Float The interpolation ratio, where 0 means no interpolation (i.e., the current vector) and 1 means full interpolation (i.e., the destination vector). Returns Vector2 A new vector representing the linear interpolation between this vector and the destination vector by the given ratio.
max ( v ) : Vector2	Returns a vector with the maximum components of this vector and another vector. Signature fun max(v: Vector2): Vector2 Parameters v: Vector2 The other vector to compare with. Returns Vector2 A new vector with the maximum components.
min ( v ) : Vector2	Returns a vector with the minimum components of this vector and another vector. Signature fun min(v: Vector2): Vector2 Parameters v: Vector2 The other vector to compare with. Returns Vector2 A new vector with the minimum components.
minus ( v ) : Vector2	Subtracts the other vector from this vector. Signature operator fun minus(v: Vector2): Vector2 Parameters v: Vector2 The other vector to subtract. Returns Vector2 A new vector representing the difference between this vector and the other vector.
multiply ( v ) : Vector2	Multiplies this vector by another vector component-wise. Signature fun multiply(v: Vector2): Vector2 Parameters v: Vector2 The other vector to multiply. Returns Vector2 A new vector representing the product of this vector and the other vector.
multiply ( v ) : Vector2	Multiplies each component of this vector by a scalar. Signature fun multiply(v: Float): Vector2 Parameters v: Float The scalar to multiply by. Returns Vector2 A new vector representing the product of this vector and the scalar.
negate () : Vector2	Negates this vector. Signature fun negate(): Vector2 Returns Vector2 A new vector representing the negation of this vector.
normalize () : Vector2	Normalizes this vector. Signature fun normalize(): Vector2 Returns Vector2 A new vector representing the normalization of this vector, or (0, 0) if the length of this vector is 0.
plus ( v ) : Vector2	Adds two vectors. Signature operator fun plus(v: Vector2): Vector2 Parameters v: Vector2 The other vector to add. Returns Vector2 A new vector representing the sum of this vector and the other vector.
setX ( x ) : Vector2	Sets the x component of this vector. Signature fun setX(x: Float): Vector2 Parameters x: Float The new value for the x component. Returns Vector2 This vector with the updated x component.
setY ( y ) : Vector2	Sets the y component of this vector. Signature fun setY(y: Float): Vector2 Parameters y: Float The new value for the y component. Returns Vector2 This vector with the updated y component.
sub ( v ) : Vector2	Subtracts the specified vector from this vector. Signature fun sub(v: Vector2): Vector2 Parameters v: Vector2 The other vector to subtract. Returns Vector2 A new vector representing the difference between this vector and the other vector.
times ( v ) : Vector2	Multiplies two vectors component-wise. Signature operator fun times(v: Vector2): Vector2 Parameters v: Vector2 The other vector to multiply. Returns Vector2 A new vector representing the product of this vector and the other vector.
times ( v ) : Vector2	Multiplies each component of this vector by a scalar. Signature operator fun times(v: Float): Vector2 Parameters v: Float The scalar to multiply by. Returns Vector2 A new vector representing the product of this vector and the scalar.
toString () : String	Returns a string representation of the vector. Signature open override fun toString(): String Returns String A string representation of the vector in the format "(x, y)".
unaryMinus () : Vector2	Negates this vector. Signature operator fun unaryMinus(): Vector2 Returns Vector2 A new vector representing the negation of this vector.