GKPath

float2

float2(index: number): SDKHandle

func float2(at index: Int) -> vector_float2

float3

float3(index: number): SDKHandle

func float3(at index: Int) -> vector_float3

init

static initGraphNodesRadius(graphNodes: Array<GKGraphNode>, radius: number): GKPath

init(graphNodes: [GKGraphNode], radius: Float)

point

point(index: number): SDKHandle

func point(at index: Int) -> vector_float2

isCyclical

get isCyclical(): boolean

var isCyclical: Bool { get set }

isCyclical

set isCyclical(value: boolean)

var isCyclical: Bool { get set }

numPoints

get numPoints(): number

var numPoints: Int { get }

radius

get radius(): number

var radius: Float { get set }

radius

set radius(value: number)

var radius: Float { get set }

init

static initPointsRadiusCyclical(points: Array<SDKHandle>, radius: number, cyclical: boolean): GKPath

convenience init(points: [SIMD2<Float>], radius: Float, cyclical: Bool)

Creates a path from an array of points - Parameter points: an array of SIMD2<Float> points to make a path from - Parameter radius: radius of the path to create - Parameter cyclical: if the path is of a cycle that loops back on itself

init

static initPointsRadiusCyclical32223(points: Array<SDKHandle>, radius: number, cyclical: boolean): GKPath

convenience init(points: [SIMD3<Float>], radius: Float, cyclical: Bool)

Creates a path from an array of points - Parameter points: an array of SIMD3<Float> points to make a path from - Parameter radius: the radius of the path to create - Parameter cyclical: if the path is of a cycle that loops back on itself