Class Line3D`Experimental`

3D 공간에서 선(라인)을 표현하는 클래스입니다.

3D 공간상에서 여러 점을 연결하여 선을 그릴 수 있습니다.

geometry와 material은 생성 시 자동으로 할당되며, 이후 변경이 불가능합니다.

아래는 Line3D의 구조와 동작을 이해하는 데 도움이 되는 추가 샘플 예제 목록입니다.

See

Hierarchy (View Summary)

Mesh
- Line3D
  - Line2D

Index

Constructors

constructor

Properties

_geometry _material animationInfo baseColor castShadow dirtyOpacity dirtyPipeline dirtyTransform disableJitter displacementTexture gltfLoaderInfo gpuRenderInfo localMatrix meshType modelMatrix normalModelMatrix receiveShadow useDisplacementTexture

Constructors

constructor

new Line3D(
    redGPUContext: RedGPUContext,
    type?: Display.LINE_TYPE,
    baseColor?: string,
): Line3D
Experimental
Line3D 인스턴스를 생성합니다.
Parameters
- redGPUContext: RedGPUContext
  RedGPU 컨텍스트
- type: Display.LINE_TYPE = LINE_TYPE.LINEAR
  라인 타입 (기본값: LINE_TYPE.LINEAR)
- baseColor: string = '#fff'
  기본 색상 (기본값: #fff)
Returns Line3D
Overrides Mesh.constructor
- Defined in src/display/line/Line3D.ts:67

Properties

`Experimental`_geometry

_geometry: Geometry | Primitive.Core.Primitive

`Experimental`_material

_material: any

`Experimental`animationInfo

animationInfo: {
    animationsList: GLTFParsedSingleClip[];
    jointBuffer: IndexBuffer;
    morphInfo: MorphInfo_GLTF;
    skinInfo: ParsedSkinInfo_GLTF;
    weightBuffer: VertexBuffer;
} = ...

`Experimental`baseColor

baseColor: any

기본 색상

`Experimental`castShadow

castShadow: boolean = false

그림자 캐스팅 여부

`Experimental`dirtyOpacity

dirtyOpacity: boolean = true

`Experimental`dirtyPipeline

dirtyPipeline: boolean = true

`Experimental`dirtyTransform

dirtyTransform: boolean = true

`Experimental`disableJitter

disableJitter: boolean

`Experimental`displacementTexture

displacementTexture: BitmapTexture

메시의 디스플레이스먼트 텍스처

`Experimental`gltfLoaderInfo

gltfLoaderInfo: GLTFLoader

`Experimental`gpuRenderInfo

gpuRenderInfo: VertexGPURenderInfo

`Experimental`localMatrix

localMatrix: mat4 = ...

`Experimental`meshType

meshType: string

`Experimental`modelMatrix

modelMatrix: mat4 = ...

이 객체의 모델 행렬입니다. 위치, 회전, 스케일 변환에 사용됩니다.

`Experimental`normalModelMatrix

normalModelMatrix: mat4 = ...

`Experimental`receiveShadow

receiveShadow: boolean

`Experimental`useDisplacementTexture

useDisplacementTexture: boolean

Accessors

boundingAABB

get boundingAABB(): AABB
Experimental
Returns AABB
Inherited from Mesh.boundingAABB
- Defined in src/display/mesh/Mesh.ts:367

boundingOBB

get boundingOBB(): OBB
Experimental
Returns OBB
Inherited from Mesh.boundingOBB
- Defined in src/display/mesh/Mesh.ts:358

children

get children(): Mesh[]
Experimental
현재 컨테이너에 포함된 자식 Mesh 배열을 반환합니다.

Returns Mesh[]
자식 객체 배열
Inherited from Mesh.children
- Defined in src/display/mesh/core/Object3DContainer.ts:41

combinedBoundingAABB

get combinedBoundingAABB(): AABB
Experimental
Returns AABB
Inherited from Mesh.combinedBoundingAABB
- Defined in src/display/mesh/Mesh.ts:376

currentShaderModuleName

get currentShaderModuleName(): string
Experimental
Returns string
Inherited from Mesh.currentShaderModuleName
- Defined in src/display/mesh/core/MeshBase.ts:73
set currentShaderModuleName(value: string): void
Experimental
Parameters
- value: string
Returns void
Inherited from Mesh.currentShaderModuleName
- Defined in src/display/mesh/core/MeshBase.ts:77

depthStencilState

get depthStencilState(): DepthStencilState
Experimental
Returns DepthStencilState
Inherited from Mesh.depthStencilState
- Defined in src/display/mesh/core/MeshBase.ts:86

distance

get distance(): number
Experimental
곡선 단순화 허용 거리를 반환/설정합니다.

Returns number
- Defined in src/display/line/Line3D.ts:143
set distance(value: number): void
Experimental
Parameters
- value: number
Returns void
- Defined in src/display/line/Line3D.ts:147

drawDebugger

get drawDebugger(): DrawDebuggerMesh
Experimental
Returns DrawDebuggerMesh
Inherited from Mesh.drawDebugger
- Defined in src/display/mesh/Mesh.ts:153

enableDebugger

get enableDebugger(): boolean
Experimental
Returns boolean
Inherited from Mesh.enableDebugger
- Defined in src/display/mesh/Mesh.ts:144
set enableDebugger(value: boolean): void
Experimental
Parameters
- value: boolean
Returns void
Inherited from Mesh.enableDebugger
- Defined in src/display/mesh/Mesh.ts:148

events

get events(): any
Experimental
Returns any
Inherited from Mesh.events
- Defined in src/display/mesh/Mesh.ts:205

geometry

get geometry(): Geometry | Primitive.Core.Primitive
Experimental
geometry를 반환합니다. (생성 시 자동 할당, 변경 불가)

Returns Geometry | Primitive.Core.Primitive
Overrides Mesh.geometry
- Defined in src/display/line/Line3D.ts:163
set geometry(value: Geometry | Primitive.Core.Primitive): void
Experimental
geometry를 변경할 수 없습니다.
Parameters
- value: Geometry | Primitive.Core.Primitive
Returns void
Overrides Mesh.geometry
- Defined in src/display/line/Line3D.ts:170

gpuDevice

get gpuDevice(): GPUDevice
Experimental
Retrieves the GPU device associated with the current instance.

Returns GPUDevice
The GPU device.
Inherited from Mesh.gpuDevice
- Defined in src/display/mesh/core/MeshBase.ts:94

ignoreFrustumCulling

get ignoreFrustumCulling(): boolean
Experimental
Returns boolean
Inherited from Mesh.ignoreFrustumCulling
- Defined in src/display/mesh/Mesh.ts:193
set ignoreFrustumCulling(value: boolean): void
Experimental
Parameters
- value: boolean
Returns void
Inherited from Mesh.ignoreFrustumCulling
- Defined in src/display/mesh/Mesh.ts:197

interleaveData

get interleaveData(): number[]
Experimental
버텍스 interleave 데이터 배열을 반환합니다.

Returns number[]
- Defined in src/display/line/Line3D.ts:110

material

get material(): any
Experimental
material을 반환합니다. (생성 시 자동 할당, 변경 불가)

Returns any
Overrides Mesh.material
- Defined in src/display/line/Line3D.ts:177
set material(value: any): void
Experimental
material을 변경할 수 없습니다.
Parameters
- value: any
Returns void
Overrides Mesh.material
- Defined in src/display/line/Line3D.ts:184

name

get name(): string
Experimental
Returns string
Inherited from Mesh.name
- Defined in src/display/mesh/Mesh.ts:209
set name(value: string): void
Experimental
Parameters
- value: string
Returns void
Inherited from Mesh.name
- Defined in src/display/mesh/Mesh.ts:214

numChildren

get numChildren(): number
Experimental
자식 객체의 개수를 반환합니다.

Returns number
자식 수
Inherited from Mesh.numChildren
- Defined in src/display/mesh/core/Object3DContainer.ts:49

numPoints

get numPoints(): number
Experimental
현재 라인의 점 개수를 반환합니다.

Returns number
- Defined in src/display/line/Line3D.ts:156

opacity

get opacity(): number
Experimental
Returns number
Inherited from Mesh.opacity
- Defined in src/display/mesh/Mesh.ts:183
set opacity(value: number): void
Experimental
Parameters
- value: number
Returns void
Inherited from Mesh.opacity
- Defined in src/display/mesh/Mesh.ts:187

originalPoints

get originalPoints(): LinePointWithInOut[]
Experimental
원본 점(LinePointWithInOut) 배열을 반환합니다.

Returns LinePointWithInOut[]
- Defined in src/display/line/Line3D.ts:91

parent

get parent(): Object3DContainer
Experimental
설정된 부모 객체값을 반환합니다.

Returns Object3DContainer
Inherited from Mesh.parent
- Defined in src/display/mesh/Mesh.ts:225
set parent(value: Object3DContainer): void
Experimental
부모 객체를 설정합니다.
Parameters
- value: Object3DContainer
Returns void
Inherited from Mesh.parent
- Defined in src/display/mesh/Mesh.ts:233

pickingId

get pickingId(): number
Experimental
Returns number
Inherited from Mesh.pickingId
- Defined in src/display/mesh/Mesh.ts:201

pivotX

get pivotX(): number
Experimental
Returns number
Inherited from Mesh.pivotX
- Defined in src/display/mesh/Mesh.ts:237
set pivotX(value: number): void
Experimental
Parameters
- value: number
Returns void
Inherited from Mesh.pivotX
- Defined in src/display/mesh/Mesh.ts:241

pivotY

get pivotY(): number
Experimental
Returns number
Inherited from Mesh.pivotY
- Defined in src/display/mesh/Mesh.ts:246
set pivotY(value: number): void
Experimental
Parameters
- value: number
Returns void
Inherited from Mesh.pivotY
- Defined in src/display/mesh/Mesh.ts:250

pivotZ

get pivotZ(): number
Experimental
Returns number
Inherited from Mesh.pivotZ
- Defined in src/display/mesh/Mesh.ts:255
set pivotZ(value: number): void
Experimental
Parameters
- value: number
Returns void
Inherited from Mesh.pivotZ
- Defined in src/display/mesh/Mesh.ts:259

position

get position(): Float32Array
Experimental
Returns Float32Array
Inherited from Mesh.position
- Defined in src/display/mesh/Mesh.ts:291

primitiveState

get primitiveState(): PrimitiveState
Experimental
Returns PrimitiveState
Inherited from Mesh.primitiveState
- Defined in src/display/mesh/core/MeshBase.ts:82

redGPUContext

get redGPUContext(): RedGPUContext
Experimental
Retrieves the RedGPUContext instance.

Returns RedGPUContext
The RedGPUContext instance.
Inherited from Mesh.redGPUContext
- Defined in src/display/mesh/core/MeshBase.ts:103

rotation

get rotation(): Float32Array
Experimental
Returns Float32Array
Inherited from Mesh.rotation
- Defined in src/display/mesh/Mesh.ts:354

rotationX

get rotationX(): number
Experimental
Returns number
Inherited from Mesh.rotationX
- Defined in src/display/mesh/Mesh.ts:326
set rotationX(value: number): void
Experimental
Parameters
- value: number
Returns void
Inherited from Mesh.rotationX
- Defined in src/display/mesh/Mesh.ts:330

rotationY

get rotationY(): number
Experimental
Returns number
Inherited from Mesh.rotationY
- Defined in src/display/mesh/Mesh.ts:336
set rotationY(value: number): void
Experimental
Parameters
- value: number
Returns void
Inherited from Mesh.rotationY
- Defined in src/display/mesh/Mesh.ts:340

rotationZ

get rotationZ(): number
Experimental
Returns number
Inherited from Mesh.rotationZ
- Defined in src/display/mesh/Mesh.ts:345
set rotationZ(value: number): void
Experimental
Parameters
- value: number
Returns void
Inherited from Mesh.rotationZ
- Defined in src/display/mesh/Mesh.ts:349

scale

get scale(): Float32Array
Experimental
Returns Float32Array
Inherited from Mesh.scale
- Defined in src/display/mesh/Mesh.ts:322

scaleX

get scaleX(): number
Experimental
Returns number
Inherited from Mesh.scaleX
- Defined in src/display/mesh/Mesh.ts:295
set scaleX(value: number): void
Experimental
Parameters
- value: number
Returns void
Inherited from Mesh.scaleX
- Defined in src/display/mesh/Mesh.ts:299

scaleY

get scaleY(): number
Experimental
Returns number
Inherited from Mesh.scaleY
- Defined in src/display/mesh/Mesh.ts:304
set scaleY(value: number): void
Experimental
Parameters
- value: number
Returns void
Inherited from Mesh.scaleY
- Defined in src/display/mesh/Mesh.ts:308

scaleZ

get scaleZ(): number
Experimental
Returns number
Inherited from Mesh.scaleZ
- Defined in src/display/mesh/Mesh.ts:313
set scaleZ(value: number): void
Experimental
Parameters
- value: number
Returns void
Inherited from Mesh.scaleZ
- Defined in src/display/mesh/Mesh.ts:317

tension

get tension(): number
Experimental
Catmull-Rom 곡선의 텐션 값을 반환/설정합니다.

Returns number
- Defined in src/display/line/Line3D.ts:117
set tension(value: number): void
Experimental
Parameters
- value: number
Returns void
- Defined in src/display/line/Line3D.ts:121

tolerance

get tolerance(): number
Experimental
곡선 샘플링 허용 오차를 반환/설정합니다.

Returns number
- Defined in src/display/line/Line3D.ts:130
set tolerance(value: number): void
Experimental
Parameters
- value: number
Returns void
- Defined in src/display/line/Line3D.ts:134

type

get type(): Display.LINE_TYPE
Experimental
라인 타입을 반환/설정합니다.

Returns Display.LINE_TYPE
- Defined in src/display/line/Line3D.ts:98
set type(value: Display.LINE_TYPE): void
Experimental
Parameters
- value: Display.LINE_TYPE
Returns void
- Defined in src/display/line/Line3D.ts:102

uuid

get uuid(): string
Experimental
Retrieves the UUID of the object.

Returns string
The UUID of the object.
Inherited from Mesh.uuid
- Defined in src/display/mesh/core/MeshBase.ts:69

vertexStateBuffers

get vertexStateBuffers(): GPUVertexBufferLayout[]
Experimental
Returns GPUVertexBufferLayout[]
Inherited from Mesh.vertexStateBuffers
- Defined in src/display/mesh/Mesh.ts:218

x

get x(): number
Experimental
Returns number
Inherited from Mesh.x
- Defined in src/display/mesh/Mesh.ts:264
set x(value: number): void
Experimental
Parameters
- value: number
Returns void
Inherited from Mesh.x
- Defined in src/display/mesh/Mesh.ts:268

y

get y(): number
Experimental
Returns number
Inherited from Mesh.y
- Defined in src/display/mesh/Mesh.ts:273
set y(value: number): void
Experimental
Parameters
- value: number
Returns void
Inherited from Mesh.y
- Defined in src/display/mesh/Mesh.ts:277

z

get z(): number
Experimental
Returns number
Inherited from Mesh.z
- Defined in src/display/mesh/Mesh.ts:282
set z(value: number): void
Experimental
Parameters
- value: number
Returns void
Inherited from Mesh.z
- Defined in src/display/mesh/Mesh.ts:286

Methods

__fireListenerList

__fireListenerList(resetList?: boolean): void
Experimental
Fires the dirty listeners list.
Parameters
- OptionalresetList: boolean = false
  Indicates whether to reset the dirty listeners list after firing.
Returns void
Inherited from Mesh.__fireListenerList
- Defined in src/display/mesh/core/MeshBase.ts:124

addChild

addChild(child: Mesh): Mesh
Experimental
자식 Mesh를 컨테이너에 추가합니다.
Parameters
- child: Mesh
  추가할 자식 객체
Returns Mesh
추가된 객체 또는 실패 시 null
Inherited from Mesh.addChild
- Defined in src/display/mesh/core/Object3DContainer.ts:68

addChildAt

addChildAt(child: Mesh, index: number): Line3D
Experimental
자식 Mesh를 특정 인덱스에 추가합니다.
Parameters
- child: Mesh
  추가할 자식 객체
- index: number
  삽입 위치
Returns Line3D
현재 컨테이너
Inherited from Mesh.addChildAt
- Defined in src/display/mesh/core/Object3DContainer.ts:86

addListener

addListener(eventName: string, callback: Function): void
Experimental
Parameters
- eventName: string
- callback: Function
Returns void
Inherited from Mesh.addListener
- Defined in src/display/mesh/Mesh.ts:421

addPoint

addPoint(
    x?: number,
    y?: number,
    z?: number,
    color?: string,
    colorAlpha?: number,
    inX?: number,
    inY?: number,
    inZ?: number,
    outX?: number,
    outY?: number,
    outZ?: number,
): void
Experimental
3D 공간상에 점을 추가합니다.
Parameters
- x: number = 0
  X 좌표
- y: number = 0
  Y 좌표
- z: number = 0
  Z 좌표
- color: string = ...
  점 색상 (기본값: baseColor)
- colorAlpha: number = 1
  알파값 (기본값: 1)
- inX: number = 0
  in tangent X (기본값: 0)
- inY: number = 0
  in tangent Y (기본값: 0)
- inZ: number = 0
  in tangent Z (기본값: 0)
- outX: number = 0
  out tangent X (기본값: 0)
- outY: number = 0
  out tangent Y (기본값: 0)
- outZ: number = 0
  out tangent Z (기본값: 0)
Returns void
- Defined in src/display/line/Line3D.ts:210

addPointAt

addPointAt(
    index: number,
    x?: number,
    y?: number,
    z?: number,
    color?: string,
    colorAlpha?: number,
    inX?: number,
    inY?: number,
    inZ?: number,
    outX?: number,
    outY?: number,
    outZ?: number,
): void
Experimental
3D 공간상에 지정한 위치에 점을 추가합니다.
Parameters
- index: number
  추가할 위치 인덱스
- x: number = 0
  X 좌표
- y: number = 0
  Y 좌표
- z: number = 0
  Z 좌표
- color: string = ...
  점 색상 (기본값: baseColor)
- colorAlpha: number = 1
  알파값 (기본값: 1)
- inX: number = 0
  in tangent X (기본값: 0)
- inY: number = 0
  in tangent Y (기본값: 0)
- inZ: number = 0
  in tangent Z (기본값: 0)
- outX: number = 0
  out tangent X (기본값: 0)
- outY: number = 0
  out tangent Y (기본값: 0)
- outZ: number = 0
  out tangent Z (기본값: 0)
Returns void
- Defined in src/display/line/Line3D.ts:243

clone

clone(): Mesh
Experimental
Returns Mesh
Inherited from Mesh.clone
- Defined in src/display/mesh/Mesh.ts:471

contains

contains(child: Mesh): boolean
Experimental
특정 Mesh가 현재 컨테이너에 포함되어 있는지 확인합니다.
Parameters
- child: Mesh
  확인할 자식 객체
Returns boolean
포함 여부
Inherited from Mesh.contains
- Defined in src/display/mesh/core/Object3DContainer.ts:58

createCustomMeshVertexShaderModule

createCustomMeshVertexShaderModule(): GPUShaderModule
Experimental
커스텀 버텍스 셰이더 모듈을 생성합니다.

Returns GPUShaderModule
생성된 셰이더 모듈
- Defined in src/display/line/Line3D.ts:192

createMeshVertexShaderModuleBASIC

createMeshVertexShaderModuleBASIC(
    VERTEX_SHADER_MODULE_NAME: any,
    SHADER_INFO: any,
    UNIFORM_STRUCT_BASIC: any,
    vertexModuleSource: any,
): GPUShaderModule
Experimental
Parameters
- VERTEX_SHADER_MODULE_NAME: any
- SHADER_INFO: any
- UNIFORM_STRUCT_BASIC: any
- vertexModuleSource: any
Returns GPUShaderModule
Inherited from Mesh.createMeshVertexShaderModuleBASIC
- Defined in src/display/mesh/Mesh.ts:1067

getChildAt

getChildAt(index: number): Mesh
Experimental
지정된 인덱스의 자식 Mesh를 반환합니다.
Parameters
- index: number
  조회할 위치
Returns Mesh
해당 위치의 자식 객체 또는 undefined
Inherited from Mesh.getChildAt
- Defined in src/display/mesh/core/Object3DContainer.ts:108

getChildIndex

getChildIndex(child: Mesh): number
Experimental
특정 자식 객체의 인덱스를 반환합니다.
Parameters
- child: Mesh
  조회할 자식 객체
Returns number
인덱스 또는 -1
Inherited from Mesh.getChildIndex
- Defined in src/display/mesh/core/Object3DContainer.ts:122

getCombinedOpacity

getCombinedOpacity(): number
Experimental
Returns number
Inherited from Mesh.getCombinedOpacity
- Defined in src/display/mesh/Mesh.ts:413

getScreenPoint

getScreenPoint(view: View3D): [number, number]
Experimental
Parameters
- view: View3D
Returns [number, number]
Inherited from Mesh.getScreenPoint
- Defined in src/display/mesh/core/MeshBase.ts:115

initGPURenderInfos

initGPURenderInfos(): void
Experimental
Returns void
Inherited from Mesh.initGPURenderInfos
- Defined in src/display/mesh/Mesh.ts:1053

localToWorld

localToWorld(x: number, y: number, z: number): [number, number, number]
Experimental
Parameters
- x: number
- y: number
- z: number
Returns [number, number, number]
Inherited from Mesh.localToWorld
- Defined in src/display/mesh/core/MeshBase.ts:111

lookAt

lookAt(
    targetX: number | [number, number, number],
    targetY?: number,
    targetZ?: number,
): void
Experimental
Parameters
- targetX: number | [number, number, number]
- OptionaltargetY: number
- OptionaltargetZ: number
Returns void
Inherited from Mesh.lookAt
- Defined in src/display/mesh/Mesh.ts:426

removeAllChildren

removeAllChildren(): Line3D
Experimental
모든 자식 객체를 제거합니다.

Returns Line3D
현재 컨테이너
Inherited from Mesh.removeAllChildren
- Defined in src/display/mesh/core/Object3DContainer.ts:231

removeAllPoint

removeAllPoint(): void
Experimental
모든 점을 삭제합니다.

Returns void
- Defined in src/display/line/Line3D.ts:270

removeChild

removeChild(child: Mesh): Mesh
Experimental
특정 자식 객체를 제거합니다.
Parameters
- child: Mesh
  제거할 자식 객체
Returns Mesh
제거된 객체
Inherited from Mesh.removeChild
- Defined in src/display/mesh/core/Object3DContainer.ts:200

removeChildAt

removeChildAt(index: number): Mesh
Experimental
지정된 인덱스의 자식 객체를 제거합니다.
Parameters
- index: number
  제거할 위치
Returns Mesh
제거된 객체
Inherited from Mesh.removeChildAt
- Defined in src/display/mesh/core/Object3DContainer.ts:216

removePointAt

removePointAt(index: number): void
Experimental
지정한 위치의 점을 삭제합니다.
Parameters
- index: number
  삭제할 위치 인덱스
Returns void
- Defined in src/display/line/Line3D.ts:260

render

render(renderViewStateData: RenderViewStateData): void
Experimental
Parameters
- renderViewStateData: RenderViewStateData
Returns void
Inherited from Mesh.render
- Defined in src/display/mesh/Mesh.ts:486

setCastShadowRecursively

setCastShadowRecursively(castShadow?: boolean): void
Experimental
Parameters
- castShadow: boolean = false
Returns void
Inherited from Mesh.setCastShadowRecursively
- Defined in src/display/mesh/Mesh.ts:391

setChildIndex

setChildIndex(child: Mesh, index: number): void
Experimental
자식 객체의 위치를 변경합니다.
Parameters
- child: Mesh
  대상 자식 객체
- index: number
  새 인덱스
Returns void
Inherited from Mesh.setChildIndex
- Defined in src/display/mesh/core/Object3DContainer.ts:137

setEnableDebuggerRecursively

setEnableDebuggerRecursively(enableDebugger?: boolean): void
Experimental
Parameters
- enableDebugger: boolean = false
Returns void
Inherited from Mesh.setEnableDebuggerRecursively
- Defined in src/display/mesh/Mesh.ts:380

setPosition

setPosition(x: number, y?: number, z?: number): void
Experimental
Parameters
- x: number
- Optionaly: number
- Optionalz: number
Returns void
Inherited from Mesh.setPosition
- Defined in src/display/mesh/Mesh.ts:451

setReceiveShadowRecursively

setReceiveShadowRecursively(receiveShadow?: boolean): void
Experimental
Parameters
- receiveShadow: boolean = false
Returns void
Inherited from Mesh.setReceiveShadowRecursively
- Defined in src/display/mesh/Mesh.ts:402

setRotation

setRotation(rotationX: number, rotationY?: number, rotationZ?: number): void
Experimental
Parameters
- rotationX: number
- OptionalrotationY: number
- OptionalrotationZ: number
Returns void
Inherited from Mesh.setRotation
- Defined in src/display/mesh/Mesh.ts:461

setScale

setScale(x: number, y?: number, z?: number): void
Experimental
Parameters
- x: number
- Optionaly: number
- Optionalz: number
Returns void
Inherited from Mesh.setScale
- Defined in src/display/mesh/Mesh.ts:441

swapChildren

swapChildren(child1: Mesh, child2: Mesh): void
Experimental
두 자식 객체의 위치를 서로 바꿉니다.
Parameters
- child1: Mesh
  첫 번째 객체
- child2: Mesh
  두 번째 객체
Returns void
Inherited from Mesh.swapChildren
- Defined in src/display/mesh/core/Object3DContainer.ts:160

swapChildrenAt

swapChildrenAt(index1: number, index2: number): void
Experimental
두 인덱스의 자식 객체 위치를 서로 바꿉니다.
Parameters
- index1: number
  첫 번째 인덱스
- index2: number
  두 번째 인덱스
Returns void
Inherited from Mesh.swapChildrenAt
- Defined in src/display/mesh/core/Object3DContainer.ts:180

worldToLocal

worldToLocal(x: number, y: number, z: number): [number, number, number]
Experimental
Parameters
- x: number
- y: number
- z: number
Returns [number, number, number]
Inherited from Mesh.worldToLocal
- Defined in src/display/mesh/core/MeshBase.ts:107

Class Line3DExperimental

See

Hierarchy (View Summary)

Index

Constructors

Properties

Accessors

Methods

Constructors

constructor

Parameters

Returns Line3D

Properties

Experimental_geometry

Experimental_material

ExperimentalanimationInfo

ExperimentalbaseColor

ExperimentalcastShadow

ExperimentaldirtyOpacity

ExperimentaldirtyPipeline

ExperimentaldirtyTransform

ExperimentaldisableJitter

ExperimentaldisplacementTexture

ExperimentalgltfLoaderInfo

ExperimentalgpuRenderInfo

ExperimentallocalMatrix

ExperimentalmeshType

ExperimentalmodelMatrix

ExperimentalnormalModelMatrix

ExperimentalreceiveShadow

ExperimentaluseDisplacementTexture

Accessors

boundingAABB

Returns AABB

boundingOBB

Returns OBB

children

Returns Mesh[]

combinedBoundingAABB

Returns AABB

currentShaderModuleName

Returns string

Parameters

Returns void

depthStencilState

Returns DepthStencilState

distance

Returns number

Parameters

Returns void

drawDebugger

Returns DrawDebuggerMesh

enableDebugger

Returns boolean

Parameters

Returns void

events

Returns any

geometry

Returns Geometry | Primitive.Core.Primitive

Parameters

Returns void

gpuDevice

Returns GPUDevice

ignoreFrustumCulling

Returns boolean

Parameters

Returns void

interleaveData

Returns number[]

material

Returns any

Parameters

Returns void

name

Returns string

Parameters

Returns void

numChildren

Returns number

Class Line3D`Experimental`

`Experimental`_geometry

`Experimental`_material

`Experimental`animationInfo

`Experimental`baseColor

`Experimental`castShadow

`Experimental`dirtyOpacity

`Experimental`dirtyPipeline

`Experimental`dirtyTransform

`Experimental`disableJitter

`Experimental`displacementTexture

`Experimental`gltfLoaderInfo

`Experimental`gpuRenderInfo

`Experimental`localMatrix

`Experimental`meshType

`Experimental`modelMatrix

`Experimental`normalModelMatrix

`Experimental`receiveShadow

`Experimental`useDisplacementTexture