Face

Hierarchy

• Shape<TopoDS_Face>

  ↳ Face

Constructors

constructor

• new Face(ocShape)

Parameters

Name	Type
ocShape	TopoDS_Face

Inherited from

Shape.constructor

Defined in

shapes.ts:151

Accessors

UVBounds

• get UVBounds(): Object

Returns

Object

Name	Type
uMax	number
uMin	number
vMax	number
vMin	number

Defined in

shapes.ts:785

---

boundingBox

• get boundingBox(): BoundingBox

Returns

BoundingBox

Inherited from

Shape.boundingBox

Defined in

shapes.ts:309

---

center

• get center(): Vector

Returns

Vector

Defined in

shapes.ts:858

---

edges

• get edges(): Edge[]

Returns

Edge[]

Inherited from

Shape.edges

Defined in

shapes.ts:297

---

faces

• get faces(): Face[]

Returns

Face[]

Inherited from

Shape.faces

Defined in

shapes.ts:301

---

geomType

• get geomType(): SurfaceType

Returns

SurfaceType

Defined in

shapes.ts:778

---

hashCode

• get hashCode(): number

Returns

number

Inherited from

Shape.hashCode

Defined in

shapes.ts:159

---

isNull

• get isNull(): boolean

Returns

boolean

Inherited from

Shape.isNull

Defined in

shapes.ts:163

---

orientation

• get orientation(): "forward" | "backward"

Returns

"forward" | "backward"

Defined in

shapes.ts:772

---

surface

• get surface(): Surface

Returns

Surface

Defined in

shapes.ts:768

---

wires

• get wires(): Wire[]

Returns

Wire[]

Inherited from

Shape.wires

Defined in

shapes.ts:305

---

wrapped

• get wrapped(): Type

Returns

Type

Inherited from

Shape.wrapped

Defined in

register.ts:39

• set wrapped(newWrapped): void

Parameters

Name	Type
newWrapped	Type

Returns

void

Inherited from

Shape.wrapped

Defined in

register.ts:44

Other Methods

clone

▸ clone(): Face

Returns

Face

Inherited from

Shape.clone

Defined in

shapes.ts:155

---

delete

▸ delete(): void

Returns

void

Inherited from

Shape.delete

Defined in

register.ts:54

---

innerWires

▸ innerWires(): Wire[]

Returns

Wire[]

Defined in

shapes.ts:873

---

isEqual

▸ isEqual(other): boolean

Parameters

Name	Type
other	AnyShape

Returns

boolean

Inherited from

Shape.isEqual

Defined in

shapes.ts:171

---

isSame

▸ isSame(other): boolean

Parameters

Name	Type
other	AnyShape

Returns

boolean

Inherited from

Shape.isSame

Defined in

shapes.ts:167

---

normalAt

▸ normalAt(locationVector?): Vector

Parameters

Name	Type
locationVector?	Point

Returns

Vector

Defined in

shapes.ts:818

---

outerWire

▸ outerWire(): Wire

Returns

Wire

Defined in

shapes.ts:867

---

pointOnSurface

▸ pointOnSurface(u, v): Vector

Parameters

Name	Type
u	number
v	number

Returns

Vector

Defined in

shapes.ts:802

---

simplify

▸ simplify(): Face

Simplifies the shape by removing unnecessary edges and faces

Returns

Face

Inherited from

Shape.simplify

Defined in

shapes.ts:178

---

triangulation

▸ triangulation(index0?): null | FaceTriangulation

Parameters

Name	Type	Default value
index0	number	0

Returns

null | FaceTriangulation

Defined in

shapes.ts:884

---

Shape Export Methods

blobSTEP

▸ blobSTEP(): Blob

Exports the current shape as a STEP file as a Blob

Returns

Blob

Inherited from

Shape.blobSTEP

Defined in

shapes.ts:485

---

blobSTL

▸ blobSTL(«destructured»?): Blob

Exports the current shape as a STL file as a Blob

In order to create a STL file, the shape needs to be meshed. The tolerances correspond to the values used to mesh the shape.

Parameters

Name	Type
«destructured»	Object
› angularTolerance	undefined | number
› tolerance	undefined | number

Returns

Blob

Inherited from

Shape.blobSTL

Defined in

shapes.ts:527

---

mesh

▸ mesh(«destructured»?): ShapeMesh

Exports the current shape as a set of triangle. These can be used by threejs for instance to represent the the shape

Parameters

Name	Type
«destructured»	Object
› angularTolerance	undefined | number
› tolerance	undefined | number

Returns

ShapeMesh

Inherited from

Shape.mesh

Defined in

shapes.ts:331

---

meshEdges

▸ meshEdges(«destructured»?): Object

Exports the current shape as a set of lines. These can be used by threejs for instance to represent the edges of the shape

Parameters

Name	Type
«destructured»	Object
› angularTolerance	undefined | number
› tolerance	undefined | number

Returns

Object

Name	Type
edgeGroups	{ count: number ; edgeId: number ; start: number }[]
lines	number[]

Inherited from

Shape.meshEdges

Defined in

shapes.ts:368

---

Shape Transformations Methods

mirror

▸ mirror(inputPlane, origin): Face

Mirrors the shape through a plane

Parameters

Name	Type
inputPlane	Point | Plane | PlaneName
origin	Point

Returns

Face

Inherited from

Shape.mirror

Defined in

shapes.ts:264

---

rotate

▸ rotate(angle, position?, direction?): Face

Rotates the shape

Parameters

Name	Type
angle	number
position	Point
direction	Point

Returns

Face

Inherited from

Shape.rotate

Defined in

shapes.ts:247

---

scale

▸ scale(scale, center?): Face

Returns a scaled version of the shape

Parameters

Name	Type
scale	number
center	Point

Returns

Face

Inherited from

Shape.scale

Defined in

shapes.ts:278

---

translate

▸ translate(xDist, yDist, zDist): Face

Translates the shape of an arbitrary vector

Parameters

Name	Type
xDist	number
yDist	number
zDist	number

Returns

Face

Inherited from

Shape.translate

Defined in

shapes.ts:200

▸ translate(vector): Face

Parameters

Name	Type
vector	Point

Returns

Face

Inherited from

Shape.translate

Defined in

shapes.ts:201

---

translateX

▸ translateX(distance): Face

Translates the shape on the X axis

Parameters

Name	Type
distance	number

Returns

Face

Inherited from

Shape.translateX

Defined in

shapes.ts:220

---

translateY

▸ translateY(distance): Face

Translates the shape on the Y axis

Parameters

Name	Type
distance	number

Returns

Face

Inherited from

Shape.translateY

Defined in

shapes.ts:229

---

translateZ

▸ translateZ(distance): Face

Translates the shape on the Z axis

Parameters

Name	Type
distance	number

Returns

Face

Inherited from

Shape.translateZ

Defined in

shapes.ts:238