Visual dimensions are hardcoded (66dp edges, 52dp resize corners). Collision widths/sizes directly set collider dimensions in native layer.

@param grabHandleCollisionWidths Collision widths for edge and grab corner hitboxes (left, top, right, bottom) in meters - Android Rect order. These values directly set collider widths.
@param resizeCornerCollisionSizes Collision sizes for resize corner hitboxes (TL, TR, BR, BL) in meters - clockwise from top-left. These values directly set collider sizes.
@param resizeCornerCollisionInset Moves resize corner colliders inward toward panel center (meters). Default 0.005m (6dp) matches hardcoded visual overlap. Does not affect viual.
@param outset Outset from panel edges (left, top, right, bottom) in meters - Android Rect order. Positive values expand grab area outward from each edge independently.
@param zOffset Front/back offset distance from panel surface in meters. Positive values move handles forward (toward user), negative values move backward.
@param color Base color for handle segments (RGBA). 233/255 = 0.9137 for light gray.
@param scaleFactor Scale factor for handle segments and outsets (width, height). Set to panel scale for uniform scaling, or (1, 1) for constant-size handles.

Signature

class IsdkPanelGrabHandle(grabHandleCollisionWidths: Vector4 = Vector4(0.061f, 0.061f, 0.061f, 0.061f), resizeCornerCollisionSizes: Vector4 = Vector4(0.105f, 0.105f, 0.105f, 0.105f), resizeCornerCollisionInset: Float = 0.015f, outset: Vector4 = Vector4(0.0f, 0.0f, 0.0f, 0.0f), zOffset: Float = 0.0f, color: Vector4 = Vector4(0.9137f, 0.9137f, 0.9137f, 1.0f), scaleFactor: Vector2 = Vector2(1.0f, 1.0f)) : ComponentBase

Constructors

IsdkPanelGrabHandle ( grabHandleCollisionWidths , resizeCornerCollisionSizes , resizeCornerCollisionInset , outset , zOffset , color , scaleFactor )

Signature

constructor(grabHandleCollisionWidths: Vector4 = Vector4(0.061f, 0.061f, 0.061f, 0.061f), resizeCornerCollisionSizes: Vector4 = Vector4(0.105f, 0.105f, 0.105f, 0.105f), resizeCornerCollisionInset: Float = 0.015f, outset: Vector4 = Vector4(0.0f, 0.0f, 0.0f, 0.0f), zOffset: Float = 0.0f, color: Vector4 = Vector4(0.9137f, 0.9137f, 0.9137f, 1.0f), scaleFactor: Vector2 = Vector2(1.0f, 1.0f))

Parameters

grabHandleCollisionWidths: Vector4

resizeCornerCollisionSizes: Vector4

resizeCornerCollisionInset: Float

outset: Vector4

zOffset: Float

color: Vector4

scaleFactor: Vector2

Returns

IsdkPanelGrabHandle

Properties

cachable : BuildConfig.COMPONENTCACHE_LEVEL >= 1 [Get][Set]	Signature open override var cachable: BuildConfig.COMPONENTCACHE_LEVEL >= 1
color : Vector4 [Get][Set]	Base color for handle segments (RGBA). 233/255 = 0.9137 for light gray. Signature var color: Vector4
entID : Long [Get][Set]	Signature var entID: Long
grabHandleCollisionWidths : Vector4 [Get][Set]	Collision widths for edge and grab corner hitboxes (left, top, right, bottom) in meters - Android Rect order. These values directly set collider widths. Signature var grabHandleCollisionWidths: Vector4
isDirty : Boolean [Get][Set]	Signature var isDirty: Boolean
outset : Vector4 [Get][Set]	Outset from panel edges (left, top, right, bottom) in meters - Android Rect order. Positive values expand grab area outward from each edge independently. Signature var outset: Vector4
recycled : Boolean [Get][Set]	Signature var recycled: Boolean
resizeCornerCollisionInset : Float [Get][Set]	Moves resize corner colliders inward toward panel center (meters). Default 0.005m (6dp) matches hardcoded visual overlap. Does not affect viual. Signature var resizeCornerCollisionInset: Float
resizeCornerCollisionSizes : Vector4 [Get][Set]	Collision sizes for resize corner hitboxes (TL, TR, BR, BL) in meters - clockwise from top-left. These values directly set collider sizes. Signature var resizeCornerCollisionSizes: Vector4
scaleFactor : Vector2 [Get][Set]	Scale factor for handle segments and outsets (width, height). Set to panel scale for uniform scaling, or (1, 1) for constant-size handles. Signature var scaleFactor: Vector2
timeStamp : Long [Get][Set]	Signature var timeStamp: Long
zOffset : Float [Get][Set]	Front/back offset distance from panel surface in meters. Positive values move handles forward (toward user), negative values move backward. Signature var zOffset: Float

Methods

companion ()	Gets the companion object for this component. The companion object provides metadata about the component. Signature open override fun companion(): ComponentCompanion Returns `ComponentCompanion` The component's companion object Throws `RuntimeException` If the companion is not implemented
getComponentDataAttributeType ( key )	Gets the attribute type for the specified key. Signature fun getComponentDataAttributeType(key: Int): AttributePrimitive? Parameters `key: Int` The integer key to look up Returns `AttributePrimitive?` The attribute primitive type, or null if the key doesn't exist
getComponentDataAttributeType ( keyString )	Gets the attribute type for the specified string key. Signature fun getComponentDataAttributeType(keyString: String): AttributePrimitive? Parameters `keyString: String` The string key to look up Returns `AttributePrimitive?` The attribute primitive type Throws `IllegalArgumentException` If the key doesn't exist
getComponentDataKey ( key )	Gets the integer key associated with the specified string key. Signature fun getComponentDataKey(key: String): Int? Parameters `key: String` The string key to look up Returns `Int?` The integer key, or null if the string key doesn't exist
getComponentDataValue ( key )	Gets the value for the specified key. Signature fun getComponentDataValue(key: Int): Any? Parameters `key: Int` The integer key to look up Returns `Any?` The value associated with the key, or null if the key doesn't exist
getComponentDataValue ( keyString )	Gets the value for the specified string key. Signature fun getComponentDataValue(keyString: String): Any? Parameters `keyString: String` The string key to look up Returns `Any?` The value associated with the key, or null if the key doesn't exist Throws `IllegalArgumentException` If the key doesn't exist
getEnumClass ( key )	Gets the enum class associated with the specified string key. Signature fun getEnumClass(key: String): Class<out Enum<*>>? Parameters `key: String` The string key to look up Returns `Class?` The enum class, or null if the key doesn't exist or is not an enum
hasAttributeChanges ()	Returns true if any attribute has been modified since the last read/write sync. This is a read-only check. To clear the flag, call Entity.setComponent which syncs changes to native and resets the dirty state. Signature fun hasAttributeChanges(): Boolean Returns `Boolean`
hasComponentData ( key )	Checks if this component has data for the specified key. Signature fun hasComponentData(key: Int): Boolean Parameters `key: Int` The integer key to check Returns `Boolean` True if the component has data for the key, false otherwise
hasComponentData ( keyString )	Checks if this component has data for the specified string key. Signature fun hasComponentData(keyString: String): Boolean Parameters `keyString: String` The string key to check Returns `Boolean` True if the component has data for the key, false otherwise
read ( e , cachable )	Reads component data from the specified entity. Signature fun read(e: Entity, cachable: Boolean) Parameters `e: Entity` The entity to read data from `cachable: Boolean` Whether the component's data should be cached
recycle ()	Recycles this component by returning it to its pool. If the component has a pool assigned, it will be returned to that pool for reuse. Signature fun recycle()
reset ()	Resets the component to its default state. This method is called when a component is recycled to clear any state. Subclasses should override this method to reset their specific state. Signature open fun reset()
setComponentDataValue ( key , value )	Sets the value for the specified key. Signature fun setComponentDataValue(key: Int, value: Any): Boolean Parameters `key: Int` The integer key to set `value: Any` The value to set Returns `Boolean` True if the value was set successfully, false otherwise
setComponentDataValue ( keyString , value )	Sets the value for the specified string key. Signature fun setComponentDataValue(keyString: String, value: Any): Boolean Parameters `keyString: String` The string key to set `value: Any` The value to set Returns `Boolean` True if the key exists and the value was set, false otherwise
setPool ( pool , entID )	Sets the component pool and entity ID for this component. This is used for component recycling to track which pool the component belongs to and which entity it was associated with. Signature fun setPool(pool: ComponentPool<*>, entID: Long) Parameters `pool: ComponentPool` The component pool this component belongs to `entID: Long` The ID of the entity this component is associated with
toString ()	Signature open override fun toString(): String Returns `String`
typeID ()	Returns the unique type ID of this component. Each component type must have a unique ID for identification in the entity-component system. Signature open override fun typeID(): Int Returns `Int` The unique type ID for this component
write ( e )	Writes this component's data to the specified entity. Signature fun write(e: Entity) Parameters `e: Entity` The entity to write this component's data to

Companion Object

Properties

attributeKeys_ : IntArray [Get]	Signature val attributeKeys_: IntArray
attributeTypeCounts_ : IntArray [Get]	Signature val attributeTypeCounts_: IntArray
attributeTypes_ : IntArray [Get]	Signature val attributeTypes_: IntArray
attrMetaData_ : Map [Get]	Signature val attrMetaData_: Map
colorData : Vector4AttributeData [Get]	Signature val colorData: Vector4AttributeData
colorId : [Get]	Signature val colorId:
createDefaultInstance : Function0 [Get]	Signature open override val createDefaultInstance: () -> IsdkPanelGrabHandle
enumClassesMap_ : Map [Get]	Signature val enumClassesMap_: Map<Int, Class<out Enum<*>>>
grabHandleCollisionWidthsData : Vector4AttributeData [Get]	Signature val grabHandleCollisionWidthsData: Vector4AttributeData
grabHandleCollisionWidthsId : [Get]	Signature val grabHandleCollisionWidthsId:
id : [Get]	Signature open override val id:
keyStringToKeyIntMap_ : Map [Get]	Signature val keyStringToKeyIntMap_: Map<String, Int>
outsetData : Vector4AttributeData [Get]	Signature val outsetData: Vector4AttributeData
outsetId : [Get]	Signature val outsetId:
resizeCornerCollisionInsetData : FloatAttributeData [Get]	Signature val resizeCornerCollisionInsetData: FloatAttributeData
resizeCornerCollisionInsetId : [Get]	Signature val resizeCornerCollisionInsetId:
resizeCornerCollisionSizesData : Vector4AttributeData [Get]	Signature val resizeCornerCollisionSizesData: Vector4AttributeData
resizeCornerCollisionSizesId : [Get]	Signature val resizeCornerCollisionSizesId:
scaleFactorData : Vector2AttributeData [Get]	Signature val scaleFactorData: Vector2AttributeData
scaleFactorId : [Get]	Signature val scaleFactorId:
zOffsetData : FloatAttributeData [Get]	Signature val zOffsetData: FloatAttributeData
zOffsetId : [Get]	Signature val zOffsetId:

Methods

attributeKeys ()	Signature open override fun attributeKeys(): IntArray Returns `IntArray`
attributeMetaData ()	Returns `Map`
attributeTypeCountAvailable ()	Signature open override fun attributeTypeCountAvailable(): Boolean Returns `Boolean`
attributeTypeCounts ()	Signature open override fun attributeTypeCounts(): IntArray Returns `IntArray`
attributeTypes ()	Signature open override fun attributeTypes(): IntArray Returns `IntArray`
dependents ()	Signature open fun dependents(): IntArray Returns `IntArray`
enumClassesMap ()	Signature open override fun enumClassesMap(): Map<Int, Class<out Enum<*>>> Returns `Map`
keyStringToKeyIntMap ( keyString )	Signature open override fun keyStringToKeyIntMap(keyString: String): Int? Parameters `keyString: String` Returns `Int?`