M3D / M3D / Render / GL10TreeDrawer

Class: GL10TreeDrawer

M3D.Render.GL10TreeDrawer

Description

渲染树绘制类

Hierarchy

• GLDrawer

  ↳ GL10TreeDrawer

  ↳↳ GL10BatchTreeDrawer

Table of contents

Constructors

• constructor

Properties

• id
• count

Methods

• clearCurrent
• draw
• drawBackground
• drawCompareModelDepth
• drawCompareModelNormal
• drawEdgeInstances
• drawEdgeInstancesEnableClips
• drawModelEnableClipTreeNode
• drawModelInstances
• drawModelInstancesColor
• drawModelInstancesModelMat
• drawModelInstancesNormalMat
• drawModelInstancesNormalMatEnableClips
• drawModelInstancesOpacity
• drawModelJewel
• drawModelModelMat
• drawModelNormalMat
• drawModelTransparentModelMat
• drawOutlineNode
• drawPrimitive
• drawProminentHighLight
• drawProminentOutLine
• drawSSAO
• drawTriWithIndex
• drawTriWithoutIndex
• drawTriangle
• drawTriangleWithIndex
• execute
• executeAxisTreeNode
• executeCameraTreeNode
• executeFPSTreeNode
• executeInstanceTreeNode
• executeLightNode
• executeMaterialTreeNode
• executeModelTreeNode
• executeNoInstanceTreeNode
• executePrimitiveTreeNode
• executePrimitivesTreeNode
• executeProtoTreeNode
• executeRootTreeNode
• executeSolidTreeNode
• executeTransparentTreeNode
• executeTreeNode
• getBindTextures
• getClipNumMax
• getClipPlanes
• getClipShapes
• getCurrentCamera
• getDisableClips
• getDrawCall
• getEnableClips
• getEvents
• getId
• getIsMirror
• getSectionPlanes
• getTextureUnit
• popCamera
• pushCamera
• registerEvent
• removeEvent
• resetDrawCall
• setAttributeParameter
• setIBOWithNode
• setId
• setIsMirror
• setShaderProgram
• setTextureUnit
• setUniformLight
• setUniformParameter
• setUniformTexture
• setVBOWithStruct
• sortTransparentNode
• unbindTextures
• greaterSort

Constructors

constructor

• new GL10TreeDrawer(): GL10TreeDrawer

Returns

GL10TreeDrawer

Overrides

GLDrawer.constructor

Properties

id

• id: number

Inherited from

GLDrawer.id

---

count

▪ Static count: number

Inherited from

GLDrawer.count

Methods

clearCurrent

▸ clearCurrent(): void

Returns

void

Description

数据清空

---

draw

▸ draw(v): void

Parameters

Name	Type	Description
v	Viewport	视口

Returns

void

Description

绘制

Inherited from

GLDrawer.draw

---

drawBackground

▸ drawBackground(node): void

Parameters

Name	Type
node	RenderTreeNode

Returns

void

Description

背景绘制

---

drawCompareModelDepth

▸ drawCompareModelDepth(program, node): void

Parameters

Name	Type
program	GLShaderProgram
node	RenderTreeNode

Returns

void

Description

绘制比对模型深度贴图

---

drawCompareModelNormal

▸ drawCompareModelNormal(program, node): void

Parameters

Name	Type
program	GLShaderProgram
node	RenderTreeNode

Returns

void

Description

绘制比对模型法向贴图

---

drawEdgeInstances

▸ drawEdgeInstances(shaderProgram, node): void

Parameters

Name	Type
shaderProgram	GLShaderProgram
node	RenderTreeNode

Returns

void

Description

插图效果 边线效果绘制

---

drawEdgeInstancesEnableClips

▸ drawEdgeInstancesEnableClips(shaderProgram, node): void

Parameters

Name	Type
shaderProgram	GLShaderProgram
node	RenderTreeNode

Returns

void

---

drawModelEnableClipTreeNode

▸ drawModelEnableClipTreeNode(shaderProgram, node, enableClips): void

Parameters

Name	Type
shaderProgram	GLShaderProgram
node	RenderTreeNode
enableClips	Int32Array

Returns

void

Description

阴影效果 模型绘制

---

drawModelInstances

▸ drawModelInstances(shaderProgram, instanceNode): void

Parameters

Name	Type
shaderProgram	GLShaderProgram
instanceNode	RenderTreeNode

Returns

void

Description

绘制实例模型盖面

---

drawModelInstancesColor

▸ drawModelInstancesColor(shaderProgram, node): void

Parameters

Name	Type
shaderProgram	GLShaderProgram
node	RenderTreeNode

Returns

void

Description

插图效果 模型单色效果绘制

---

drawModelInstancesModelMat

▸ drawModelInstancesModelMat(program, node): void

Parameters

Name	Type
program	GLShaderProgram
node	RenderTreeNode

Returns

void

Description

绘制Xray实体模型

---

drawModelInstancesNormalMat

▸ drawModelInstancesNormalMat(shaderProgram, node): void

Parameters

Name	Type
shaderProgram	GLShaderProgram
node	RenderTreeNode

Returns

void

Description

插图效果 模型深度和法向效果绘制

---

drawModelInstancesNormalMatEnableClips

▸ drawModelInstancesNormalMatEnableClips(shaderProgram, node): void

Parameters

Name	Type
shaderProgram	GLShaderProgram
node	RenderTreeNode

Returns

void

---

drawModelInstancesOpacity

▸ drawModelInstancesOpacity(shaderProgram, instances, material, isTransparent?): void

Parameters

Name	Type	Default value
shaderProgram	GLShaderProgram	undefined
instances	RenderTreeNode	undefined
material	BaseMaterial	undefined
isTransparent	boolean	false

Returns

void

Description

地面阴影绘制（实体）

---

drawModelJewel

▸ drawModelJewel(shaderProgram, node): void

Parameters

Name	Type
shaderProgram	GLShaderProgram
node	RenderTreeNode

Returns

void

Description

模型珠宝效果绘制

---

drawModelModelMat

▸ drawModelModelMat(shaderProgram, node): void

Parameters

Name	Type
shaderProgram	GLShaderProgram
node	RenderTreeNode

Returns

void

---

drawModelNormalMat

▸ drawModelNormalMat(shaderProgram, node): void

Parameters

Name	Type
shaderProgram	GLShaderProgram
node	RenderTreeNode

Returns

void

---

drawModelTransparentModelMat

▸ drawModelTransparentModelMat(program, node): void

Parameters

Name	Type
program	GLShaderProgram
node	RenderTreeNode

Returns

void

Description

绘制Xray半透明模型

---

drawOutlineNode

▸ drawOutlineNode(modelShader, node): void

Parameters

Name	Type
modelShader	GLShaderProgram
node	RenderTreeNode

Returns

void

Description

绘制轮廓高亮模型

---

drawPrimitive

▸ drawPrimitive(primitive): void

Parameters

Name	Type
primitive	Primitive

Returns

void

Inherited from

GLDrawer.drawPrimitive

---

drawProminentHighLight

▸ drawProminentHighLight(shaderProgram, node): void

Parameters

Name	Type
shaderProgram	GLShaderProgram
node	RenderTreeNode

Returns

void

Description

绘制突出显示（高亮部分）

---

drawProminentOutLine

▸ drawProminentOutLine(node): void

Parameters

Name	Type
node	RenderTreeNode

Returns

void

Description

绘制突出显示（轮廓高亮部分）

---

drawSSAO

▸ drawSSAO(renderInfo, camera, node): void

Parameters

Name	Type
renderInfo	RenderInfo
camera	Camera
node	RenderTreeNode

Returns

void

Description

环境光遮蔽效果绘制

---

drawTriWithIndex

▸ drawTriWithIndex(renderContext, primitiveType, dataLength, dataOffset): void

Parameters

Name	Type
renderContext	RenderContext
primitiveType	number
dataLength	number
dataOffset	number

Returns

void

Description

绘制带索引三角面

Inherited from

GLDrawer.drawTriWithIndex

---

drawTriWithoutIndex

▸ drawTriWithoutIndex(renderContext, primitiveType, dataLength): void

Parameters

Name	Type
renderContext	RenderContext
primitiveType	number
dataLength	number

Returns

void

Description

绘制不带索引三角面

Inherited from

GLDrawer.drawTriWithoutIndex

---

drawTriangle

▸ drawTriangle(dataLength, dataOffset): void

Parameters

Name	Type
dataLength	number
dataOffset	number

Returns

void

Inherited from

GLDrawer.drawTriangle

---

drawTriangleWithIndex

▸ drawTriangleWithIndex(indexBuffer, dataLength, dataOffset): void

Parameters

Name	Type
indexBuffer	IndexBuffer
dataLength	number
dataOffset	number

Returns

void

Inherited from

GLDrawer.drawTriangleWithIndex

---

execute

▸ execute(tree): void

Parameters

Name	Type
tree	RenderTree

Returns

void

Description

执行绘制逻辑

Overrides

GLDrawer.execute

---

executeAxisTreeNode

▸ executeAxisTreeNode(node): boolean

Parameters

Name	Type
node	RenderTreeNode

Returns

boolean

Description

执行坐标轴节点绘制逻辑

---

executeCameraTreeNode

▸ executeCameraTreeNode(node): boolean

Parameters

Name	Type
node	RenderTreeNode

Returns

boolean

Description

执行相机节点绘制逻辑

---

executeFPSTreeNode

▸ executeFPSTreeNode(node): boolean

Parameters

Name	Type
node	RenderTreeNode

Returns

boolean

Description

执行FPS节点绘制逻辑

---

executeInstanceTreeNode

▸ executeInstanceTreeNode(node): boolean

Parameters

Name	Type
node	RenderTreeNode

Returns

boolean

Description

执行多实例节点绘制逻辑

---

executeLightNode

▸ executeLightNode(node): boolean

Parameters

Name	Type
node	RenderTreeNode

Returns

boolean

Description

执行灯光节点绘制逻辑

---

executeMaterialTreeNode

▸ executeMaterialTreeNode(node): boolean

Parameters

Name	Type
node	RenderTreeNode

Returns

boolean

Description

执行材质节点绘制逻辑

---

executeModelTreeNode

▸ executeModelTreeNode(node): boolean

Parameters

Name	Type
node	RenderTreeNode

Returns

boolean

Description

执行实例节点绘制逻辑

---

executeNoInstanceTreeNode

▸ executeNoInstanceTreeNode(node): boolean

Parameters

Name	Type
node	RenderTreeNode

Returns

boolean

Description

执行单实例节点绘制逻辑

---

executePrimitiveTreeNode

▸ executePrimitiveTreeNode(node): boolean

Parameters

Name	Type
node	RenderTreeNode

Returns

boolean

Description

执行图元节点绘制逻辑

---

executePrimitivesTreeNode

▸ executePrimitivesTreeNode(node): boolean

Parameters

Name	Type
node	RenderTreeNode

Returns

boolean

Description

执行多个渲染对象节点

---

executeProtoTreeNode

▸ executeProtoTreeNode(node): boolean

Parameters

Name	Type
node	RenderTreeNode

Returns

boolean

Description

执行原型节点绘制逻辑

---

executeRootTreeNode

▸ executeRootTreeNode(node): boolean

Parameters

Name	Type
node	RenderTreeNode

Returns

boolean

Description

执行顶级节点绘制逻辑

---

executeSolidTreeNode

▸ executeSolidTreeNode(node): boolean

Parameters

Name	Type
node	RenderTreeNode

Returns

boolean

Description

执行实体节点绘制逻辑

---

executeTransparentTreeNode

▸ executeTransparentTreeNode(node): boolean

Parameters

Name	Type
node	RenderTreeNode

Returns

boolean

Description

执行透明节点绘制逻辑

---

executeTreeNode

▸ executeTreeNode(node): void

Parameters

Name	Type
node	RenderTreeNode

Returns

void

Description

执行树节点

---

getBindTextures

▸ getBindTextures(): Map<number, number>

Returns

Map<number, number>

Description

获取当前绑定纹理

Inherited from

GLDrawer.getBindTextures

---

getClipNumMax

▸ getClipNumMax(): number

Returns

number

Description

获取最大剖切面个数

---

getClipPlanes

▸ getClipPlanes(): Float32Array

Returns

Float32Array

Description

获取剖切面位置数组

---

getClipShapes

▸ getClipShapes(): Shape[]

Returns

Shape[]

Description

获取指定剖模型

---

getCurrentCamera

▸ getCurrentCamera(): Camera

Returns

Camera

Description

获取当前相机

---

getDisableClips

▸ getDisableClips(): Int32Array

Returns

Int32Array

Description

获取关闭剖切Int32Array

---

getDrawCall

▸ getDrawCall(): number

Returns

number

Description

获取drawCall次数

Inherited from

GLDrawer.getDrawCall

---

getEnableClips

▸ getEnableClips(): Int32Array

Returns

Int32Array

Description

获取开启剖切数组

---

getEvents

▸ getEvents(): M3DEvent[]

Returns

M3DEvent[]

Description

获得事件列表

Inherited from

GLDrawer.getEvents

---

getId

▸ getId(): number

Returns

number

Description

获取id

Inherited from

GLDrawer.getId

---

getIsMirror

▸ getIsMirror(): boolean

Returns

boolean

Description

获取是否镜像

---

getSectionPlanes

▸ getSectionPlanes(): SectionPlane[]

Returns

SectionPlane[]

Description

获取剖切面对象

---

getTextureUnit

▸ getTextureUnit(): number

Returns

number

Description

获取TextureUnit

Inherited from

GLDrawer.getTextureUnit

---

popCamera

▸ popCamera(): void

Returns

void

---

pushCamera

▸ pushCamera(camera): void

Parameters

Name	Type
camera	Camera

Returns

void

---

registerEvent

▸ registerEvent(event): void

Parameters

Name	Type	Description
event	M3DEvent	M3D事件

Returns

void

Description

注册事件

Inherited from

GLDrawer.registerEvent

---

removeEvent

▸ removeEvent(): void

Returns

void

Description

删除事件

Inherited from

GLDrawer.removeEvent

---

resetDrawCall

▸ resetDrawCall(): void

Returns

void

Description

drawCall重置

Inherited from

GLDrawer.resetDrawCall

---

setAttributeParameter

▸ setAttributeParameter(renderContext, program, attributeMap): number[]

Parameters

Name	Type
renderContext	RenderContext
program	GLShaderProgram
attributeMap	Map<ShaderParameter, any>

Returns

number[]

Description

设置Attribute参数

Inherited from

GLDrawer.setAttributeParameter

---

setIBOWithNode

▸ setIBOWithNode(program, node): void

Parameters

Name	Type
program	any
node	any

Returns

void

---

setId

▸ setId(v): void

Parameters

Name	Type	Description
v	number	ShapeId

Returns

void

Description

设置id

Inherited from

GLDrawer.setId

---

setIsMirror

▸ setIsMirror(value): void

Parameters

Name	Type
value	boolean

Returns

void

Description

设置是否镜像

---

setShaderProgram

▸ setShaderProgram(name): boolean

Parameters

Name	Type	Description
name	string	着色器程序名称

Returns

boolean

Description

设置着色器程序

▸ setShaderProgram(renderableShape): boolean

Parameters

Name	Type
renderableShape	RenderableShape

Returns

boolean

▸ setShaderProgram(program): boolean

Parameters

Name	Type
program	ShaderProgram

Returns

boolean

---

setTextureUnit

▸ setTextureUnit(unit): void

Parameters

Name	Type
unit	number

Returns

void

Description

设置TextureUnit

Inherited from

GLDrawer.setTextureUnit

---

setUniformLight

▸ setUniformLight(renderInfo): void

Parameters

Name	Type
renderInfo	RenderInfo

Returns

void

Inherited from

GLDrawer.setUniformLight

---

setUniformParameter

▸ setUniformParameter(renderContext, program, uniformMap): any

Parameters

Name	Type
renderContext	RenderContext
program	GLShaderProgram
uniformMap	Map<ShaderParameter, GLUniform>

Returns

any

Description

设置Uniform参数

Inherited from

GLDrawer.setUniformParameter

▸ setUniformParameter(renderContext, program, uniformMap, viewMatrix): any

Parameters

Name	Type
renderContext	RenderContext
program	GLShaderProgram
uniformMap	Map<ShaderParameter, GLUniform>
viewMatrix	Matrix4

Returns

any

Description

设置Uniform参数（uniformMap中有normalMatrix）

Inherited from

GLDrawer.setUniformParameter

---

setUniformTexture

▸ setUniformTexture(uniformTextureMap): any

Parameters

Name	Type
uniformTextureMap	Map<ShaderParameter, Texture>

Returns

any

Overrides

GLDrawer.setUniformTexture

▸ setUniformTexture(uniformTextureMap): any

Parameters

Name	Type
uniformTextureMap	Map<ShaderParameter, TextureObject>

Returns

any

Overrides

GLDrawer.setUniformTexture

▸ setUniformTexture(shapeParameters): any

Parameters

Name	Type
shapeParameters	ShapeParameter[]

Returns

any

Overrides

GLDrawer.setUniformTexture

▸ setUniformTexture(program, name, texture): any

Parameters

Name	Type
program	ShaderProgram
name	ShaderParameterName
texture	Texture

Returns

any

Overrides

GLDrawer.setUniformTexture

▸ setUniformTexture(program, name, texture): any

Parameters

Name	Type
program	ShaderProgram
name	string
texture	TextureObject

Returns

any

Overrides

GLDrawer.setUniformTexture

▸ setUniformTexture(name, texture): any

Parameters

Name	Type
name	ShaderParameterName
texture	Texture

Returns

any

Overrides

GLDrawer.setUniformTexture

---

setVBOWithStruct

▸ setVBOWithStruct(program, bufferStruct, isInstanceRender?): void

Parameters

Name	Type	Default value
program	GLShaderProgram	undefined
bufferStruct	BufferStuct	undefined
isInstanceRender	boolean	false

Returns

void

---

sortTransparentNode

▸ sortTransparentNode(node, mirrorMatT?): void

Parameters

Name	Type	Default value
node	RenderTreeNode	undefined
mirrorMatT	Matrix4	null

Returns

void

Description

半透明节点排序逻辑

---

unbindTextures

▸ unbindTextures(): void

Returns

void

Description

当前纹理解绑

---

greaterSort

▸ greaterSort(a, b): number

Parameters

Name	Type
a	RenderTreeNode
b	RenderTreeNode

Returns

number

Description

深度排序