import Quad from '@mobilizing/library/js/Mobilizing/renderer/3D/three/shape/2D/Quad.js'

public class |source

Quad

Extends:

Mesh → Quad

Constructor Summary

Public Constructor
public	constructor(params: Object)

Member Summary

Public Members
public	geometry: *
public	point1: *
public	point2: *
public	point3: *
public	point4: *
public	transform: *

Private Members
private	_mesh: *

Inherited Summary

From class Mesh
public static	generateStrokeMesh(mesh: Mesh, inflateValue: Number): Mesh Static Utils to generate the stroke Mesh from a given shape
public static	generateStrokeShape(mesh: Mesh, inflateValue: Number): * Static Utils to generate the stroke for the given vertices with the given stroke width
public static	geometryIsCW(geometry: Geometry): Boolean Static Utils to check the direction of a geometry (ccw o cw)
public	events: *
public	geometry: *
public	geometryColorAttributes: *
public	geometryNormalAttributes: *
public	geometryUVAttributes: *
public	geometryVerticesAttributes: *
public	indices: *[]
public	material: *
public	maxVertices: *
public	name: *
public	normalsCount: number
public	rootName: *
public	transform: *
public	type: *
public	uvCount: number
public	vertexCount: number
private	_mesh: *
public	attachMaterial(material: Material) Attach the material to this mesh.
public	clone(): * deep clone this Mesh return {Mesh} a new clone (copy) of this Mesh in a new Mesh object
public	computeNormals() compute Face and Vertex Normals for the current geometry
public	constructMesh() Call this method to construct a custom mesh
public	erase(recursive: Boolean) Erase this mesh's geometry and material from memory
public	generateFillMesh(vertices: *) Generate the mesh for the given vertices and generates flat uvs for it.
public	generateFlatUVs() Generate the flat uvs for this mesh.
public	genereateMesh() genereate a mesh from already made geometry and material
public	getBoundingBox(force: Boolean): Object Compute and returns the bounding box of the current geometry or Node, which is an object made of 2 Vector3.
public	getBoundingSphere(force: Boolean): Object Compute and returns the bounding sphere of the current geometry or Node, which is an object with a radius :
public	getCenter(): Vector3 Returns the center of the geometry (vertices) based on boundingbox
public	getHeight(): Number Shortcut for getSize().y
public	getLength(): Number Shortcut for getSize().z
public	getNativeGeometry(): *
public	getNativeObject(): *
public	getSize(): Vector3 Returns the size of the geometry (vertices) based on boundingbox
public	getUVs(index: integer): Array Get the UV of this mesh geometry
public	getVertexColors(): Array<Color> Get the vertexColors of this mesh geometry's vertices
public	getVertices(): Array Get the vertices of this mesh geometry
public	getVisible(): Boolean Get the visibility of this mesh
public	getWidth(): Number Shortcut for getSize().x
public	makeGeometryBuffers() Generate Float32Array and BufferAttribute for this geometry
public	pushNormal(n1: Vector2, n2: Vector2, n3: Vector2) Adds a Normal to the current geometry
public	pushQuad(v1: Vector3, v2: Vector3, v3: Vector3, v4: Vector3) Adds a Quad to the current geometry
public	pushTriangle(v1: Vector3, v2: Vector3, v3: Vector3) Adds a triangle to the current geometry
public	pushUV(uv1: Vector2, uv2: Vector2, uv3: Vector2) Adds a UV to the current geometry
public	pushVertex(v: Vector3) Adds a vertex to the current geometry
public	reverseNormals() convinient method to reverse this Mesh geometry's normals
public	setCastShadow(enabled: Boolean) setCastShadow
public	setCenter(x: number, y: number, z: number) Defines the position of the geometry's center (NOT the transform!).
public	setEventEmitterTrigger(scope: , eventType: )
public	setMaterial(material: Material \| String) Sets this Mesh material.
public	setMaxVertices(val: *)
public	setReceiveShadow(enabled: Boolean) setReceiveShadow
public	setRootName(name: String)
public	setRotationX(value: float) Set the rotation around x axis of the vertices (not the transform!)
public	setRotationY(value: float) Set the rotation around y axis of the vertices (not the transform!)
public	setRotationZ(value: float) Set the rotation around z axis of the vertices (not the transform!)
public	setScale(number\|Vector3\|Vector2: float \| Vector3 \| Vector2, Number: float, Number: float) Set the scale of the geometry (vertices) - this is not like scaling the transform.
public	setTranslation(value: float, value: float, value: float) Set the translation along all axis of the vertices (not the transform!)
public	setUVs(index: integer, uvs: Array) Set the UV of this mesh geometry
public	setVertex(index: , vertex: )
public	setVertexColors(colors: Array<Color>) Set the vertexColors of this mesh geometry's vertices
public	setVertices(vertices: Object) Set the vertices of this mesh geometry
public	setVisible(value: Boolean) Set the visibility of this mesh
private	updateMaterial() Updates this mesh material

Public Constructors

public constructor(params: Object) source

Construct an empty and unfinished Mesh for which a geometry must be constructed. Once filled with vertices, constructMesh method must be called, or a method generating a complete Mesh must be used (i.e generateFillMesh)

Override:

Mesh#constructor

Params:

Name	Type	Attribute	Description
params	Object		Parameters object, given by the constructor.
params.point1	Number	optional default: Vector2(-1, 1)	upper left point
params.point2	Number	optional default: Vector2( 1, 1)	upper right point
params.point3	Number	optional default: Vector2( 1, -1)	lower right point
params.point4	Number	optional default: Vector2(-1, -1)	lower left point

Quad

Extends:

Constructor Summary

Member Summary

Inherited Summary

Public Constructors

public constructor(params: Object) source

Override:

Params:

Public Members

public geometry: * source

Override:

public point1: * source

public point2: * source

public point3: * source

public point4: * source

public transform: * source

Override:

Private Members

private _mesh: * source

Override: