Class PointCloud

constructor

• new PointCloud(desc?: PointCloudDescriptor): PointCloud

  Parameters

  • desc: PointCloudDescriptor = {}

  Returns PointCloud

bindGroup

bindGroupKey

blendMode

boundsCenter

boundsRadius

depthTest

depthWrite

name

pointsBuffer

Readonlytransform

uniformBuffer

visible

basePointSize

• get basePointSize(): number

  Returns number

• set basePointSize(v: number): void

  Parameters

  • v: number

  Returns void

colormap

• get colormap(): Colormap | PointCloudColormap

  Returns Colormap | PointCloudColormap

• set colormap(v: Colormap | PointCloudColormap): void

  Parameters

  • v: Colormap | PointCloudColormap

  Returns void

colormapStops

• get colormapStops(): readonly Color4[]

  Returns readonly Color4[]

• set colormapStops(stops: readonly Color4[]): void

  Parameters

  • stops: readonly Color4[]

  Returns void

dirtyUniforms

• get dirtyUniforms(): boolean

  Returns boolean

gamma

• get gamma(): number

  Returns number

• set gamma(v: number): void

  Parameters

  • v: number

  Returns void

invert

• get invert(): boolean

  Returns boolean

• set invert(v: boolean): void

  Parameters

  • v: boolean

  Returns void

maxPointSize

• get maxPointSize(): number

  Returns number

• set maxPointSize(v: number): void

  Parameters

  • v: number

  Returns void

minPointSize

• get minPointSize(): number

  Returns number

• set minPointSize(v: number): void

  Parameters

  • v: number

  Returns void

opacity

• get opacity(): number

  Returns number

• set opacity(v: number): void

  Parameters

  • v: number

  Returns void

pointCount

• get pointCount(): number

  Returns number

scalarMax

• get scalarMax(): number

  Returns number

• set scalarMax(v: number): void

  Parameters

  • v: number

  Returns void

scalarMin

• get scalarMin(): number

  Returns number

• set scalarMin(v: number): void

  Parameters

  • v: number

  Returns void

sizeAttenuation

• get sizeAttenuation(): number

  Returns number

• set sizeAttenuation(v: number): void

  Parameters

  • v: number

  Returns void

softness

• get softness(): number

  Returns number

• set softness(v: number): void

  Parameters

  • v: number

  Returns void

computeBoundsFromCPUData

• computeBoundsFromCPUData(): void

  Returns void

computeScalarRangeFromCPUData

• computeScalarRangeFromCPUData(): void

  Returns void

destroy

• destroy(): void

  Returns void

dropCPUData

• dropCPUData(): void

  Returns void

getColormapForBinding

• getColormapForBinding(): Colormap

  Returns Colormap

getColormapKey

• getColormapKey(): string

  Returns string

getUniformBufferSize

• getUniformBufferSize(): number

  Returns number

getUniformData

• getUniformData(): Float32Array

  Returns Float32Array

markUniformsClean

• markUniformsClean(): void

  Returns void

setData

• setData(data: Float32Array, opts?: { keepCPUData?: boolean }): void

  Parameters

  • data: Float32Array
  • opts: { keepCPUData?: boolean } = {}

  Returns void

setPointsBuffer

• setPointsBuffer(buffer: GPUBuffer, pointCount: number): void

  Parameters

  • buffer: GPUBuffer
  • pointCount: number

  Returns void

upload

• upload(device: GPUDevice, queue: GPUQueue): void

  Parameters

  • device: GPUDevice
  • queue: GPUQueue

  Returns void