SceneMesh

SceneMesh

constructor(handle: Long)constructor(filename: String, defaultShaderOverride: String, defaultSceneOverride: Int = -1)

Companion

object Companion

animationNameToTrack

val animationNameToTrack: Map<String, Int>

associatedFiles

var associatedFiles: Array<<Error class: unknown class>>?

handle

var handle: Long

materials

var materials: Array<SceneMaterial>?

nodeNameToId

val nodeNameToId: Map<String, Int>

calculateNodeGlobalMatrix

fun calculateNodeGlobalMatrix(index: Int): Matrix44

computeCombinedBounds

fun computeCombinedBounds(): Bound3D

destroy

fun destroy()

getAnimationTracks

fun getAnimationTracks(): Array<AnimationTrack>

getMaterial

fun getMaterial(index: Int): SceneMaterial?
fun getMaterial(material: String): SceneMaterial?

fun getMaterialIndex(material: String): Int

getMaterialIndexForNodeMeshElement

fun getMaterialIndexForNodeMeshElement(nodeId: Int, meshElementId: Int): Int

getMaterialName

fun getMaterialName(materialIndex: Int): String

getNodeCount

fun getNodeCount(): Int

getNodeLocalMatrix

fun getNodeLocalMatrix(index: Int): Matrix44

getNodeName

fun getNodeName(index: Int): String

updateCylinderSurface

fun updateCylinderSurface(radius: Float, height: Float, fractionOfCircle: Float)

updateWithTriangleMesh

fun updateWithTriangleMesh(triMesh: TriangleMesh, updateBVH: Boolean = false)

axis

fun axis(size: Float, thickness: Float, material: SceneMaterial): SceneMesh

box

fun box(min: Vector3, max: Vector3, material: SceneMaterial): SceneMesh
fun box(minx: Float, miny: Float, minz: Float, maxx: Float, maxy: Float, maxz: Float, material: SceneMaterial): SceneMesh

cylinderSurface

fun cylinderSurface(radius: Float, height: Float, fractionOfCircle: Float, material: SceneMaterial, materialBack: SceneMaterial? = null): SceneMesh
Creates a portion of a cylinder centered at (0, 0, 0) that is a single sided surface facing inwards. This cylinder is symmetric about the XZ plane.

dome

fun dome(radius: Float, material: SceneMaterial): SceneMesh

equirectSurface

fun equirectSurface(radius: Float, centralHorizontalAngle: Float, upperVerticalAngle: Float, lowerVerticalAngle: Float, material: SceneMaterial): SceneMesh
Creates an inward portion of a sphere centered at (0, 0, 0). Uses a parameterization similar to OpenXR’s equirect2 layers.

fromTriangleMesh

fun fromTriangleMesh(mesh: TriangleMesh, createBVH: Boolean): SceneMesh

loadLocalFile

fun loadLocalFile(filename: String, defaultShaderOverride: String = "", defaultSceneOverride: Int = -1): SceneMesh

meshWithMaterials

fun meshWithMaterials(positions: FloatArray, normals: FloatArray, uvs: FloatArray, colors: IntArray, indices: IntArray, materialRanges: IntArray, materials: Array<SceneMaterial>, createBVH: Boolean): SceneMesh
fun meshWithMaterials(positions: FloatArray, normals: FloatArray, uvs: FloatArray, uv1s: FloatArray, colors: IntArray, indices: IntArray, materialRanges: IntArray, materials: Array<SceneMaterial>, createBVH: Boolean): SceneMesh

panel

fun panel(min: Vector3, max: Vector3, edgeRadius: Vector3, materialPanel: SceneMaterial, materialGlass: SceneMaterial): SceneMesh

quad

fun quad(min: Vector3, max: Vector3, material: SceneMaterial): SceneMesh

roundedBox

fun roundedBox(min: Vector3, max: Vector3, edgeRadius: Vector3, material: SceneMaterial): SceneMesh

singleSidedQuad

fun singleSidedQuad(halfWidth: Float, halfHeight: Float, material: SceneMaterial): SceneMesh

skybox

fun skybox(radius: Float, material: SceneMaterial): SceneMesh

sphere

fun sphere(radius: Float, material: SceneMaterial): SceneMesh