arsceneview/io.github.sceneview.ar.camera/ARCameraStream

ARCameraStream

open class ARCameraStream(materialLoader: MaterialLoader, standardMaterialFile: String = "materials/camera_stream_flat.filamat", depthOcclusionMaterialFile: String = "materials/camera_stream_depth.filamat") : RenderableComponent

Displays the Camera stream using Filament.

Constructors

ARCameraStream

constructor(materialLoader: MaterialLoader, standardMaterialFile: String = "materials/camera_stream_flat.filamat", depthOcclusionMaterialFile: String = "materials/camera_stream_depth.filamat")

Types

Companion

object Companion

Properties

axisAlignedBoundingBox

open var axisAlignedBoundingBox: Box

cameraTexture

var cameraTexture: Texture

We apply the multithreaded actual rendering (Frame) texture

cameraTextureIds

val cameraTextureIds: IntArray

Passing multiple textures allows for a multithreaded rendering pipeline

cameraTextures

var cameraTextures: Map<Int, Texture>

Textures buffer

depthOcclusionMaterial

var depthOcclusionMaterial: Material

depthTexture

val depthTexture: Texture

Extracted texture from the session depth image

enabledAttributes

open val enabledAttributes: List<MutableSet<VertexBuffer.VertexAttribute>>

engine

override val engine: Engine

entity

override val entity: Int

isDepthOcclusionEnabled

var isDepthOcclusionEnabled: Boolean

This will process the incoming DepthImage to occlude virtual objects behind real world objects.

isShadowCaster

open var isShadowCaster: Boolean

isShadowReceiver

open var isShadowReceiver: Boolean

materialInstance

open var materialInstance: MaterialInstance

materialInstances

open var materialInstances: List<MaterialInstance>

morphTargetCount

open val morphTargetCount: Int

primitiveCount

open val primitiveCount: Int

renderableInstance

open val renderableInstance: RenderableInstance

renderableManager

open val renderableManager: RenderableManager

standardMaterial

val standardMaterial: Material

Functions

destroy

fun destroy()

getLightChannel

open fun getLightChannel(channel: Int): Boolean

getMaterialInstanceAt

open fun getMaterialInstanceAt(primitiveIndex: Int): MaterialInstance

set

open operator fun List<MaterialInstance>.set(primitiveIndex: Int, materialInstance: MaterialInstance)

setBlendOrder

open fun setBlendOrder(blendOrder: Int)

setBlendOrderAt

open fun setBlendOrderAt(primitiveIndex: Int, blendOrder: Int)

setBonesAsMatrices

open fun setBonesAsMatrices(matrices: Buffer, boneCount: Int, offset: Int)

setBonesAsQuaternions

open fun setBonesAsQuaternions(quaternions: Buffer, boneCount: Int, offset: Int)

setCulling

open fun setCulling(enabled: Boolean)

setGeometry

open fun setGeometry(geometry: Geometry)

setGeometryAt

open fun setGeometryAt(primitiveIndex: Int, type: RenderableManager.PrimitiveType, vertices: VertexBuffer, indices: IndexBuffer, offset: Int, count: Int)

setGlobalBlendOrderEnabled