replicad

Finders Classes

• EdgeFinder
• FaceFinder

Other Classes

• BaseSketcher2d
• Blueprint
• BlueprintSketcher
• Blueprints
• BoundingBox
• BoundingBox2d
• CompSolid
• Compound
• CompoundBlueprint
• CompoundSketch
• Curve
• Curve2D
• Drawing
• DrawingPen
• Edge
• Face
• Plane
• Shape
• Shell
• Sketches
• Solid
• Surface
• Transformation
• Vector
• Vertex
• Wire
• WrappingObj
• _1DShape
• _3DShape

Sketching Classes

• FaceSketcher
• Sketch
• Sketcher

Other Interfaces

• BSplineApproximationConfig
• CurveLike
• DrawingInterface
• ExtrusionProfile
• FaceTriangulation
• GenericSweepConfig
• LoftConfig
• ShapeMesh
• SketchInterface

Sketching Interfaces

• GenericSketcher

Blueprints Functions

• textBlueprints

Drawing Functions

• draw
• drawCircle
• drawEllipse
• drawParametricFunction
• drawPolysides
• drawRoundedRectangle
• drawSingleCircle
• drawSingleEllipse
• drawText

Import Functions

• importSTEP
• importSTL

Other Functions

• GCWithObject
• GCWithScope
• addHolesInFace
• asDir
• asPnt
• assembleWire
• axis2d
• basicFaceExtrusion
• cast
• combineFinderFilters
• complexExtrude
• compoundShapes
• createNamedPlane
• cut2D
• cutBlueprints
• downcast
• drawRectangle
• fuse2D
• fuseBlueprints
• genericSweep
• getFont
• getOC
• intersectBlueprints
• isShape3D
• isWire
• iterTopo
• loadFont
• localGC
• loft
• makeAx1
• makeAx2
• makeAx3
• makeBSplineApproximation
• makeBaseBox
• makeBezierCurve
• makeCircle
• makeCompound
• makeCylinder
• makeEllipse
• makeEllipseArc
• makeFace
• makeHelix
• makeLine
• makeNewFaceWithinFace
• makeNonPlanarFace
• makeOffset
• makePlane
• makePlaneFromFace
• makePolygon
• makeSolid
• makeSphere
• makeTangentArc
• makeThreePointArc
• makeVertex
• mirror
• organiseBlueprints
• polysideInnerRadius
• polysidesBlueprint
• revolution
• rotate
• roundedRectangleBlueprint
• scale
• setOC
• shapeType
• supportExtrude
• translate
• twistExtrude

Sketching Functions

• sketchCircle
• sketchEllipse
• sketchFaceOffset
• sketchParametricFunction
• sketchPolysides
• sketchRectangle
• sketchRoundedRectangle
• sketchText

Type aliases

AnyShape

Ƭ AnyShape: Vertex | Edge | Wire | Face | Shell | Solid | CompSolid | Compound

Defined in

shapes.ts:31

---

CurveType

Ƭ CurveType: "LINE" | "CIRCLE" | "ELLIPSE" | "HYPERBOLA" | "PARABOLA" | "BEZIER_CURVE" | "BSPLINE_CURVE" | "OFFSET_CURVE" | "OTHER_CURVE"

Defined in

definitionMaps.ts:3

---

PlaneName

Ƭ PlaneName: "XY" | "YZ" | "ZX" | "XZ" | "YX" | "ZY" | "front" | "back" | "left" | "right" | "top" | "bottom"

Defined in

geom.ts:415

---

Point

Ƭ Point: SimplePoint | Vector | [number, number] | { XYZ: () => gp_XYZ ; delete: () => void }

Defined in

geom.ts:22

---

Point2D

Ƭ Point2D: [number, number]

Defined in

lib2d.ts:88

---

RadiusConfig

Ƭ RadiusConfig: (e: Edge) => number | null | number | { filter: EdgeFinder ; keep?: boolean ; radius: number }

A generic way to define radii for fillet or chamfer (the operation)

If the radius is a filter finder object (with an EdgeFinder as filter, and a radius to specify the fillet radius), the operation will only be applied to the edges as selected by the finder. The finder will be deleted unless it is explicitly specified to keep it.

If the radius is a number all the edges will be targetted for the operation.

If the radius is a function edges will be filletted or chamfered according to the value returned by the function (0 or null will not add any fillet).

Defined in

shapes.ts:88

---

ScaleMode

Ƭ ScaleMode: "original" | "bounds" | "native"

Defined in

curves.ts:169

---

Shape2D

Ƭ Shape2D: Blueprint | Blueprints | CompoundBlueprint | null

Defined in

blueprints/boolean2D.ts:11

---

Shape3D

Ƭ Shape3D: Shell | Solid | CompSolid | Compound

Defined in

shapes.ts:1236

---

SimplePoint

Ƭ SimplePoint: [number, number, number]

Defined in

geom.ts:21

---

SplineConfig

Ƭ SplineConfig: SplineTangent | { endFactor?: number ; endTangent?: SplineTangent ; startFactor?: number ; startTangent?: StartSplineTangent }

Defined in

sketcherlib.ts:7

---

SurfaceType

Ƭ SurfaceType: "PLANE" | "CYLINDRE" | "CONE" | "SPHERE" | "TORUS" | "BEZIER_SURFACE" | "BSPLINE_SURFACE" | "REVOLUTION_SURFACE" | "EXTRUSION_SURFACE" | "OFFSET_SURFACE" | "OTHER_SURFACE"

Defined in

shapes.ts:711

Variables

DEG2RAD

• DEG2RAD: number

Defined in

constants.ts:2

---

HASH_CODE_MAX

• HASH_CODE_MAX: 2147483647

Defined in

constants.ts:1

---

RAD2DEG

• RAD2DEG: number

Defined in

constants.ts:3

Blueprints Functions

textBlueprints

▸ textBlueprints(text, __namedParameters?): Blueprints

Creates the Blueprints of a text, in a defined font size and a font familiy (which will be the default).

Parameters

Name	Type
text	string
__namedParameters	Object
__namedParameters.fontFamily	undefined | string
__namedParameters.fontSize	undefined | number
__namedParameters.startX	undefined | number
__namedParameters.startY	undefined | number

Returns

Blueprints

Defined in

text.ts:87

---

Drawing Functions

draw

▸ draw(): DrawingPen

Creates a drawing pen to programatically draw in 2D.

Returns

DrawingPen

Defined in

draw.ts:135

---

drawCircle

▸ drawCircle(radius): Drawing

Creates the Drawing of a circle.

The circle is centered on [0, 0]

Parameters

Name	Type
radius	number

Returns

Drawing

Defined in

draw.ts:190

---

drawEllipse

▸ drawEllipse(majorRadius, minorRadius): Drawing

Creates the Drawing of an ellipse.

The ellipse is centered on [0, 0], with axes aligned with the coordinates.

Parameters

Name	Type
majorRadius	number
minorRadius	number

Returns

Drawing

Defined in

draw.ts:205

---

drawParametricFunction

▸ Const drawParametricFunction(func, __namedParameters?, approximationConfig?): Drawing

Creates the Drawing of parametric function

The drawing will be a spline approximating the function. Note that the degree should be at maximum 3 if you need to export the drawing as an SVG.

Parameters

Name	Type
func	(t: number) => Point2D
__namedParameters	Object
__namedParameters.pointsCount	undefined | number
__namedParameters.start	undefined | number
__namedParameters.stop	undefined | number
approximationConfig	BSplineApproximationConfig

Returns

Drawing

Defined in

draw.ts:252

---

drawPolysides

▸ drawPolysides(radius, sidesCount, sagitta?): Drawing

Creates the Drawing of an polygon in a defined plane

The sides of the polygon can be arcs of circle with a defined sagitta. The radius defines the out radius of the polygon without sagitta

Parameters

Name	Type	Default value
radius	number	undefined
sidesCount	number	undefined
sagitta	number	0

Returns

Drawing

Defined in

draw.ts:221

---

drawRoundedRectangle

▸ drawRoundedRectangle(width, height, r?): Drawing

Creates the Drawing of a rectangle with (optional) rounded corners.

The rectangle is centered on [0, 0]

Parameters

Name	Type	Default value
width	number	undefined
height	number	undefined
r	number | { rx?: number ; ry?: number }	0

Returns

Drawing

Defined in

draw.ts:146

---

drawSingleCircle

▸ drawSingleCircle(radius): Drawing

Creates the Drawing of a circle as one single curve.

The circle is centered on [0, 0]

Parameters

Name	Type
radius	number

Returns

Drawing

Defined in

draw.ts:162

---

drawSingleEllipse

▸ drawSingleEllipse(majorRadius, minorRadius): Drawing

Creates the Drawing of an ellipse as one single curve.

The ellipse is centered on [0, 0], with axes aligned with the coordinates.

Parameters

Name	Type
majorRadius	number
minorRadius	number

Returns

Drawing

Defined in

draw.ts:173

---

drawText

▸ drawText(text, __namedParameters?): Drawing

Creates the Drawing of a text, in a defined font size and a font familiy (which will be the default).

Parameters

Name	Type
text	string
__namedParameters	Object
__namedParameters.fontFamily	undefined | string
__namedParameters.fontSize	undefined | number
__namedParameters.startX	undefined | number
__namedParameters.startY	undefined | number

Returns

Drawing

Defined in

draw.ts:235

---

Import Functions

importSTEP

▸ importSTEP(STLBlob): Promise<AnyShape>

Creates a new shapes from a STEP file (as a Blob or a File).

Parameters

Name	Type
STLBlob	Blob

Returns

Promise<AnyShape>

Defined in

importers.ts:13

---

importSTL

▸ importSTL(STLBlob): Promise<AnyShape>

Creates a new shapes from a STL file (as a Blob or a File).

This process can be relatively long depending on how much tesselation has been done to your STL.

This function tries to clean a bit the triangulation of faces, but can fail in bad ways.

Parameters

Name	Type
STLBlob	Blob

Returns

Promise<AnyShape>

Defined in

importers.ts:47

---

Other Functions

GCWithObject

▸ Const GCWithObject(obj): <Type>(value: Type) => Type

Parameters

Name	Type
obj	any

Returns

fn

▸ <Type>(value): Type

Type parameters

Name	Type
Type	extends Deletable

Parameters

Name	Type
value	Type

Returns

Type

Defined in

register.ts:70

---

GCWithScope

▸ Const GCWithScope(): <Type>(value: Type) => Type

Returns

fn

▸ <Type>(value): Type

Type parameters

Name	Type
Type	extends Deletable

Parameters

Name	Type
value	Type

Returns

Type

Defined in

register.ts:61

---

addHolesInFace

▸ Const addHolesInFace(face, holes): Face

Parameters

Name	Type
face	Face
holes	Wire[]

Returns

Face

Defined in

shapeHelpers.ts:463

---

asDir

▸ asDir(coords): gp_Dir

Parameters

Name	Type
coords	Point

Returns

gp_Dir

Defined in

geom.ts:197

---

asPnt

▸ asPnt(coords): gp_Pnt

Parameters

Name	Type
coords	Point

Returns

gp_Pnt

Defined in

geom.ts:190

---

assembleWire

▸ Const assembleWire(listOfEdges): Wire

Parameters

Name	Type
listOfEdges	(Edge | Wire)[]

Returns

Wire

Defined in

shapeHelpers.ts:264

---

axis2d

▸ Const axis2d(point, direction): gp_Ax2d

Parameters

Name	Type
point	Point2D
direction	Point2D

Returns

gp_Ax2d

Defined in

lib2d.ts:105

---

basicFaceExtrusion

▸ Const basicFaceExtrusion(face, extrusionVec): Solid

Parameters

Name	Type
face	Face
extrusionVec	Vector

Returns

Solid

Defined in

addThickness.ts:24

---

cast

▸ cast(shape): AnyShape

Parameters

Name	Type
shape	TopoDS_Shape

Returns

AnyShape

Defined in

shapes.ts:1270

---

combineFinderFilters

▸ Const combineFinderFilters<Type>(filters): [(v: Type) => number, () => void]

Combine a set of finder filters (defined with radius) to pass as a filter function.

It returns the filter, as well as a cleanup function.

Type parameters

Name	Type
Type	extends FaceOrEdge

Parameters

Name	Type
filters	{ filter: Finder<Type> ; radius: number }[]

Returns

[(v: Type) => number, () => void]

Defined in

finders.ts:465

---

complexExtrude

▸ complexExtrude(wire, center, normal, profileShape, shellMode): [Shape3D, Wire, Wire]

Parameters

Name	Type
wire	Wire
center	Point
normal	Point
profileShape	undefined | ExtrusionProfile
shellMode	true

Returns

[Shape3D, Wire, Wire]

Defined in

addThickness.ts:192

▸ complexExtrude(wire, center, normal, profileShape?, shellMode?): Shape3D

Parameters

Name	Type
wire	Wire
center	Point
normal	Point
profileShape?	ExtrusionProfile
shellMode?	false

Returns

Shape3D

Defined in

addThickness.ts:199

---

compoundShapes

▸ Const compoundShapes(shapeArray): AnyShape

Parameters

Name	Type
shapeArray	AnyShape[]

Returns

AnyShape

Defined in

shapeHelpers.ts:423

---

createNamedPlane

▸ Const createNamedPlane(plane, sourceOrigin?): Plane

Parameters

Name	Type
plane	PlaneName
sourceOrigin	number | Point

Returns

Plane

Defined in

geom.ts:486

---

cut2D

▸ Const cut2D(first, second): null | Blueprint | CompoundBlueprint | Blueprints

Parameters

Name	Type
first	Shape2D
second	Shape2D

Returns

null | Blueprint | CompoundBlueprint | Blueprints

Defined in

blueprints/boolean2D.ts:225

---

cutBlueprints

▸ Const cutBlueprints(first, second): null | Blueprint | Blueprints

Parameters

Name	Type
first	Blueprint
second	Blueprint

Returns

null | Blueprint | Blueprints

Defined in

blueprints/booleanOperations.ts:381

---

downcast

▸ downcast(shape): GenericTopo

Parameters

Name	Type
shape	TopoDS_Shape

Returns

GenericTopo

Defined in

shapes.ts:1250

---

drawRectangle

▸ Const drawRectangle(width, height, r?): Drawing

Parameters

Name	Type	Default value
width	number	undefined
height	number	undefined
r	number | { rx?: number ; ry?: number }	0

Returns

Drawing

Defined in

draw.ts:153

---

fuse2D

▸ Const fuse2D(first, second): null | Blueprint | CompoundBlueprint | Blueprints

Parameters

Name	Type
first	Shape2D
second	Shape2D

Returns

null | Blueprint | CompoundBlueprint | Blueprints

Defined in

blueprints/boolean2D.ts:158

---

fuseBlueprints

▸ Const fuseBlueprints(first, second): null | Blueprint | Blueprints

Parameters

Name	Type
first	Blueprint
second	Blueprint

Returns

null | Blueprint | Blueprints

Defined in

blueprints/booleanOperations.ts:350

---

genericSweep

▸ genericSweep(wire, spine, sweepConfig, shellMode): [Shape3D, Wire, Wire]

Parameters

Name	Type
wire	Wire
spine	Wire
sweepConfig	GenericSweepConfig
shellMode	true

Returns

[Shape3D, Wire, Wire]

Defined in

addThickness.ts:71

▸ genericSweep(wire, spine, sweepConfig, shellMode?): Shape3D

Parameters

Name	Type
wire	Wire
spine	Wire
sweepConfig	GenericSweepConfig
shellMode?	false

Returns

Shape3D

Defined in

addThickness.ts:77

---

getFont

▸ Const getFont(fontFamily?): Font

Parameters

Name	Type	Default value
fontFamily	string	"default"

Returns

Font

Defined in

text.ts:26

---

getOC

▸ Const getOC(): OpenCascadeInstance

Returns

OpenCascadeInstance

Defined in

oclib.ts:11

---

intersectBlueprints

▸ Const intersectBlueprints(first, second): null | Blueprint | Blueprints

Parameters

Name	Type
first	Blueprint
second	Blueprint

Returns

null | Blueprint | Blueprints

Defined in

blueprints/booleanOperations.ts:412

---

isShape3D

▸ isShape3D(shape): shape is Shape3D

Parameters

Name	Type
shape	AnyShape

Returns

shape is Shape3D

Defined in

shapes.ts:1237

---

isWire

▸ isWire(shape): shape is Wire

Parameters

Name	Type
shape	AnyShape

Returns

shape is Wire

Defined in

shapes.ts:1246

---

iterTopo

▸ Const iterTopo(shape, topo): IterableIterator<TopoDS_Shape>

Parameters

Name	Type
shape	TopoDS_Shape
topo	TopoEntity

Returns

IterableIterator<TopoDS_Shape>

Defined in

shapes.ts:109

---

loadFont

▸ Const loadFont(fontPath, fontFamily?): Promise<Font>

Import a font in the text system. If the font family is not defined it will set its name as "default"

The font should be in TTF

Parameters

Name	Type	Default value
fontPath	string	undefined
fontFamily	string	"default"

Returns

Promise<Font>

Defined in

text.ts:17

---

localGC

▸ Const localGC(debug?): [<T>(v: T) => T, () => void, undefined | Set<Deletable>]

Parameters

Name	Type
debug?	boolean

Returns

[<T>(v: T) => T, () => void, undefined | Set<Deletable>]

Defined in

register.ts:79

---

loft

▸ Const loft(wires, __namedParameters?, returnShell?): Shape3D

Parameters

Name	Type	Default value
wires	Wire[]	undefined
__namedParameters	LoftConfig	{}
returnShell	boolean	false

Returns

Shape3D

Defined in

addThickness.ts:293

---

makeAx1

▸ Const makeAx1(center, dir): gp_Ax1

Parameters

Name	Type
center	Point
dir	Point

Returns

gp_Ax1

Defined in

geom.ts:64

---

makeAx2

▸ Const makeAx2(center, dir, xDir?): gp_Ax2

Parameters

Name	Type
center	Point
dir	Point
xDir?	Point

Returns

gp_Ax2

Defined in

geom.ts:46

---

makeAx3

▸ Const makeAx3(center, dir, xDir?): gp_Ax3

Parameters

Name	Type
center	Point
dir	Point
xDir?	Point

Returns

gp_Ax3

Defined in

geom.ts:28

---

makeBSplineApproximation

▸ Const makeBSplineApproximation(points, __namedParameters?): Edge

Parameters

Name	Type
points	Point[]
__namedParameters	BSplineApproximationConfig

Returns

Edge

Defined in

shapeHelpers.ts:166

---

makeBaseBox

▸ Const makeBaseBox(xLength, yLength, zLength): Shape3D

Parameters

Name	Type
xLength	number
yLength	number
zLength	number

Returns

Shape3D

Defined in

shortcuts.ts:4

---

makeBezierCurve

▸ Const makeBezierCurve(points): Edge

Parameters

Name	Type
points	Point[]

Returns

Edge

Defined in

shapeHelpers.ts:223

---

makeCircle

▸ Const makeCircle(radius, center?, normal?): Edge

Parameters

Name	Type
radius	number
center	Point
normal	Point

Returns

Edge

Defined in

shapeHelpers.ts:27

---

makeCompound

▸ Const makeCompound(shapeArray): AnyShape

Parameters

Name	Type
shapeArray	AnyShape[]

Returns

AnyShape

Defined in

shapeHelpers.ts:438

---

makeCylinder

▸ Const makeCylinder(radius, height, location?, direction?): Solid

Parameters

Name	Type
radius	number
height	number
location	Point
direction	Point

Returns

Solid

Defined in

shapeHelpers.ts:363

---

makeEllipse

▸ Const makeEllipse(majorRadius, minorRadius, center?, normal?, xDir?): Edge

Parameters

Name	Type
majorRadius	number
minorRadius	number
center	Point
normal	Point
xDir?	Point

Returns

Edge

Defined in

shapeHelpers.ts:45

---

makeEllipseArc

▸ Const makeEllipseArc(majorRadius, minorRadius, startAngle, endAngle, center?, normal?, xDir?): Edge

Parameters

Name	Type
majorRadius	number
minorRadius	number
startAngle	number
endAngle	number
center	Point
normal	Point
xDir?	Point

Returns

Edge

Defined in

shapeHelpers.ts:132

---

makeFace

▸ Const makeFace(wire): Face

Parameters

Name	Type
wire	Wire

Returns

Face

Defined in

shapeHelpers.ts:300

---

makeHelix

▸ Const makeHelix(pitch, height, radius, center?, dir?, lefthand?): Edge

Parameters

Name	Type	Default value
pitch	number	undefined
height	number	undefined
radius	number	undefined
center	Point	undefined
dir	Point	undefined
lefthand	boolean	false

Returns

Edge

Defined in

shapeHelpers.ts:68

---

makeLine

▸ Const makeLine(v1, v2): Edge

Parameters

Name	Type
v1	Point
v2	Point

Returns

Edge

Defined in

shapeHelpers.ts:20

---

makeNewFaceWithinFace

▸ Const makeNewFaceWithinFace(originFace, wire): Face

Parameters

Name	Type
originFace	Face
wire	Wire

Returns

Face

Defined in

shapeHelpers.ts:313

---

makeNonPlanarFace

▸ Const makeNonPlanarFace(wire): Face

Parameters

Name	Type
wire	Wire

Returns

Face

Defined in

shapeHelpers.ts:326

---

makeOffset

▸ Const makeOffset(face, offset, tolerance?): Shape3D

Parameters

Name	Type	Default value
face	Face	undefined
offset	number	undefined
tolerance	number	1e-6

Returns

Shape3D

Defined in

shapeHelpers.ts:399

---

makePlane

▸ makePlane(plane): Plane

Parameters

Name	Type
plane	Plane

Returns

Plane

Defined in

geomHelpers.ts:30

▸ makePlane(plane?, origin?): Plane

Parameters

Name	Type
plane?	PlaneName
origin?	number | Point

Returns

Plane

Defined in

geomHelpers.ts:31

---

makePlaneFromFace

▸ Const makePlaneFromFace(face, originOnSurface?): Plane

Parameters

Name	Type
face	Face
originOnSurface	Point2D

Returns

Plane

Defined in

geomHelpers.ts:13

---

makePolygon

▸ Const makePolygon(points): Face

Parameters

Name	Type
points	Point[]

Returns

Face

Defined in

shapeHelpers.ts:482

---

makeSolid

▸ makeSolid(facesOrShells): Solid

Parameters

Name	Type
facesOrShells	(Face | Shell)[]

Returns

Solid

Defined in

shapeHelpers.ts:440

---

makeSphere

▸ Const makeSphere(radius): Solid

Parameters

Name	Type
radius	number

Returns

Solid

Defined in

shapeHelpers.ts:379

---

makeTangentArc

▸ Const makeTangentArc(startPoint, startTgt, endPoint): Edge

Parameters

Name	Type
startPoint	Point
startTgt	Point
endPoint	Point

Returns

Edge

Defined in

shapeHelpers.ts:235

---

makeThreePointArc

▸ Const makeThreePointArc(v1, v2, v3): Edge

Parameters

Name	Type
v1	Point
v2	Point
v3	Point

Returns

Edge

Defined in

shapeHelpers.ts:120

---

makeVertex

▸ Const makeVertex(point): Vertex

Parameters

Name	Type
point	Point

Returns

Vertex

Defined in

shapeHelpers.ts:388

---

mirror

▸ mirror(shape, inputPlane, origin): TopoDS_Shape

Parameters

Name	Type
shape	TopoDS_Shape
inputPlane	Plane | PlaneName | Point
origin	Point

Returns

TopoDS_Shape

Defined in

geomHelpers.ts:66

---

organiseBlueprints

▸ Const organiseBlueprints(blueprints): Blueprints

Groups an array of blueprints such that blueprints that correspond to holes in other blueprints are set in a CompoundBlueprint.

The current algorithm does not handle cases where blueprints cross each other

Parameters

Name	Type
blueprints	Blueprint[]

Returns

Blueprints

Defined in

blueprints/lib.ts:121

---

polysideInnerRadius

▸ Const polysideInnerRadius(outerRadius, sidesCount, sagitta?): number

Helper function to compute the inner radius of a polyside (even if a sagitta is defined

Parameters

Name	Type	Default value
outerRadius	number	undefined
sidesCount	number	undefined
sagitta	number	0

Returns

number

Defined in

sketches/cannedSketches.ts:163

---

polysidesBlueprint

▸ Const polysidesBlueprint(radius, sidesCount, sagitta?): Blueprint

Parameters

Name	Type	Default value
radius	number	undefined
sidesCount	number	undefined
sagitta	number	0

Returns

Blueprint

Defined in

blueprints/cannedBlueprints.ts:4

---

revolution

▸ Const revolution(face, center?, direction?, angle?): Shape3D

Parameters

Name	Type	Default value
face	Face	undefined
center	Point	undefined
direction	Point	undefined
angle	number	360

Returns

Shape3D

Defined in

addThickness.ts:37

---

rotate

▸ rotate(shape, angle, position?, direction?): TopoDS_Shape

Parameters

Name	Type
shape	TopoDS_Shape
angle	number
position	Point
direction	Point

Returns

TopoDS_Shape

Defined in

geomHelpers.ts:45

---

roundedRectangleBlueprint

▸ Const roundedRectangleBlueprint(width, height, r?): Blueprint

Parameters

Name	Type	Default value
width	number	undefined
height	number	undefined
r	number | { rx?: number ; ry?: number }	0

Returns

Blueprint

Defined in

blueprints/cannedBlueprints.ts:29

---

scale

▸ scale(shape, center, scale): TopoDS_Shape

Parameters

Name	Type
shape	TopoDS_Shape
center	Point
scale	number

Returns

TopoDS_Shape

Defined in

geomHelpers.ts:78

---

setOC

▸ Const setOC(oc): void

Parameters

Name	Type
oc	OpenCascadeInstance

Returns

void

Defined in

oclib.ts:7

---

shapeType

▸ Const shapeType(shape): TopAbs_ShapeEnum

Parameters

Name	Type
shape	TopoDS_Shape

Returns

TopAbs_ShapeEnum

Defined in

shapes.ts:145

---

supportExtrude

▸ Const supportExtrude(wire, center, normal, support): Shape3D

Parameters

Name	Type
wire	Wire
center	Point
normal	Point
support	TopoDS_Shape

Returns

Shape3D

Defined in

addThickness.ts:177

---

translate

▸ translate(shape, vector): TopoDS_Shape

Parameters

Name	Type
shape	TopoDS_Shape
vector	Point

Returns

TopoDS_Shape

Defined in

geomHelpers.ts:58

---

twistExtrude

▸ twistExtrude(wire, angleDegrees, center, normal, profileShape?, shellMode?): Shape3D

Parameters

Name	Type
wire	Wire
angleDegrees	number
center	Point
normal	Point
profileShape?	ExtrusionProfile
shellMode?	false

Returns

Shape3D

Defined in

addThickness.ts:233

▸ twistExtrude(wire, angleDegrees, center, normal, profileShape, shellMode): [Shape3D, Wire, Wire]

Parameters

Name	Type
wire	Wire
angleDegrees	number
center	Point
normal	Point
profileShape	undefined | ExtrusionProfile
shellMode	true

Returns

[Shape3D, Wire, Wire]

Defined in

addThickness.ts:241

---

Sketching Functions

sketchCircle

▸ Const sketchCircle(radius, planeConfig?): Sketch

Creates the Sketch of a circle in a defined plane

Parameters

Name	Type
radius	number
planeConfig	PlaneConfig

Returns

Sketch

Defined in

sketches/cannedSketches.ts:27

---

sketchEllipse

▸ Const sketchEllipse(xRadius?, yRadius?, planeConfig?): Sketch

Creates the Sketch of an ellispe in a defined plane

Parameters

Name	Type	Default value
xRadius	number	1
yRadius	number	2
planeConfig	PlaneConfig	{}

Returns

Sketch

Defined in

sketches/cannedSketches.ts:50

---

sketchFaceOffset

▸ Const sketchFaceOffset(face, offset): Sketch

Creates the Sketch of an offset of a certain face. A negative offset will be within the face, a positive one outside.

Parameters

Name	Type
face	Face
offset	number

Returns

Sketch

Defined in

sketches/cannedSketches.ts:182

---

sketchParametricFunction

▸ Const sketchParametricFunction(func, planeConfig?, __namedParameters?, approximationConfig?): Sketch

Creates the Sketch of parametric function in a specified plane

The sketch will be a spline approximating the function

Parameters

Name	Type
func	(t: number) => Point2D
planeConfig	PlaneConfig
__namedParameters	Object
__namedParameters.pointsCount	undefined | number
__namedParameters.start	undefined | number
__namedParameters.stop	undefined | number
approximationConfig	BSplineApproximationConfig

Returns

Sketch

Defined in

sketches/cannedSketches.ts:201

---

sketchPolysides

▸ Const sketchPolysides(radius, sidesCount, sagitta?, planeConfig?): Sketch

Creates the Sketch of an polygon in a defined plane

The sides of the polygon can be arcs of circle with a defined sagitta. The radius defines the out radius of the polygon without sagitta

Parameters

Name	Type	Default value
radius	number	undefined
sidesCount	number	undefined
sagitta	number	0
planeConfig	PlaneConfig	{}

Returns

Sketch

Defined in

sketches/cannedSketches.ts:129

---

sketchRectangle

▸ Const sketchRectangle(xLength, yLength, planeConfig?): Sketch

Creates the Sketch of a rectangle in a defined plane

Parameters

Name	Type
xLength	number
yLength	number
planeConfig	PlaneConfig

Returns

Sketch

Defined in

sketches/cannedSketches.ts:88

---

sketchRoundedRectangle

▸ Const sketchRoundedRectangle(width, height, r?, planeConfig?): Sketch

Creates the Sketch of a rounded rectangle in a defined plane

Parameters

Name	Type	Default value
width	number	undefined
height	number	undefined
r	number | { rx?: number ; ry?: number }	0
planeConfig	PlaneConfig	{}

Returns

Sketch

Defined in

sketches/cannedSketches.ts:111

---

sketchText

▸ sketchText(text, textConfig?, planeConfig?): Sketches

Creates the Sketches of a text, in a defined font size and a font familiy (which will be the default).

Parameters

Name	Type
text	string
textConfig?	Object
textConfig.fontFamily?	"string"
textConfig.fontSize?	number
textConfig.startX?	number
textConfig.startY?	number
planeConfig	Object
planeConfig.origin?	number | Point
planeConfig.plane?	Plane | PlaneName

Returns

Sketches

Defined in

text.ts:103