Point

verb.core.Point

TYPEDEF

Source code

Point = Array<Float>

A Point in verb is represented simply by an array of floating point numbers.

So, in JavaScript, one would write simply [0,0,0] to create a Point at the origin.

Vector

verb.core.Vector

TYPEDEF

Source code

Vector = Array<Float>

Like a Point, a Vector is simply an array of floating point numbers

So, in JavaScript, one would write simply [1,0,0] to create the a unit vector in the x direction

Matrix

verb.core.Matrix

TYPEDEF

Source code

Matrix = Array<Array<Float>>

Matrix is represented by a nested array of floating point number arrays

So, in JavaScript, one would write simply [[1,0],[0,1]] to create a 2x2 identity matrix

KnotArray

verb.core.KnotArray

TYPEDEF

Source code

KnotArray = Array<Float>

A KnotArray is a non-decreasing sequence of floating point . Use the methods in Check to validate KnotArray's

Plane

verb.core.Plane

CLASS

Source code

A Plane is simply an origin point and normal

Extends: SerializableBase

constructor

METHOD

Source code

new Plane(origin : undefined, normal : undefined)

normal

PROPERTY

Source code

normal : Vector

origin

PROPERTY

Source code

origin : Point

Ray

verb.core.Ray

CLASS

Source code

A Ray is simply an origin point and a direction

Extends: SerializableBase

constructor

METHOD

Source code

new Ray(origin : undefined, dir : undefined)

dir

PROPERTY

Source code

dir : Vector

origin

PROPERTY

Source code

origin : Point

NurbsCurveData

verb.core.NurbsCurveData

CLASS

Source code

A simple data structure representing a NURBS curve. NurbsCurveData does no checks for legality. You can use verb.eval.Check for that.

Extends: SerializableBase

constructor

METHOD

Source code

new NurbsCurveData(degree : undefined, knots : undefined, controlPoints : undefined)

degree

PROPERTY

Source code

degree : Int

integer degree of curve

controlPoints

PROPERTY

Source code

controlPoints : Array<Point>

2d array of control points, where each control point is an array of length (dim)

knots

PROPERTY

Source code

knots : Array<Float>

array of nondecreasing knot values

NurbsSurfaceData

verb.core.NurbsSurfaceData

CLASS

Source code

A simple data structure representing a NURBS surface. NurbsSurfaceData does no checks for legality. You can use verb.eval.Check for that.

Extends: SerializableBase

constructor

METHOD

Source code

new NurbsSurfaceData(degreeU : undefined, degreeV : undefined, knotsU : undefined, knotsV : undefined, controlPoints : undefined)

degreeU

PROPERTY

Source code

degreeU : Int

integer degree of surface in u direction

degreeV

PROPERTY

Source code

degreeV : Int

integer degree of surface in v direction

knotsU

PROPERTY

Source code

knotsU : KnotArray

array of nondecreasing knot values in u direction

knotsV

PROPERTY

Source code

knotsV : KnotArray

array of nondecreasing knot values in v direction

controlPoints

PROPERTY

Source code

controlPoints : Array<Array<Point>>

2d array of control points, the vertical direction (u) increases from top to bottom, the v direction from left to right, and where each control point is an array of length (dim)

Tri

verb.core.Tri

TYPEDEF

Source code

Tri = Array<Int>

A triangular face of a mesh

UV

verb.core.UV

TYPEDEF

Source code

UV = Array<Float>

A UV is simply an array of floating point numbers.

So, in JavaScript, one would write simply [1,0] to create a UV

MeshData

verb.core.MeshData

CLASS

Source code

A simple data structure representing a mesh. MeshData does not check for legality.

Extends: SerializableBase

constructor

METHOD

Source code

new MeshData(faces : Array<Tri>, points : Array<Point>, normals : Array<Point>, uvs : Array<UV>)

empty

STATIC METHOD

Source code

empty() : MeshData

faces

PROPERTY

Source code

faces : Array<Tri>

points

PROPERTY

Source code

points : Array<Point>

normals

PROPERTY

Source code

normals : Array<Point>

uvs

PROPERTY

Source code

uvs : Array<UV>

PolylineData

verb.core.PolylineData

CLASS

Source code

A simple data structure representing a polyline. PolylineData is useful, for example, as the result of a curve tessellation.

Extends: SerializableBase

constructor

METHOD

Source code

new PolylineData(points : undefined, params : undefined)

points

PROPERTY

Source code

points : Array<Point>

The points in the polyline

params

PROPERTY

Source code

params : Array<Float>

The parameters of the individual points

VolumeData

verb.core.VolumeData

CLASS

Source code

A simple data structure representing a NURBS volume. This data structure is largely experimental in intent. Like CurveData and SurfaceData, this data structure does no legality checks.

Extends: SerializableBase

constructor

METHOD

Source code

new VolumeData(degreeU : undefined, degreeV : undefined, degreeW : undefined, knotsU : undefined, knotsV : undefined, knotsW : undefined, controlPoints : undefined)

degreeU

PROPERTY

Source code

degreeU : Int

integer degree in u direction

degreeV

PROPERTY

Source code

degreeV : Int

integer degree in v direction

degreeW

PROPERTY

Source code

degreeW : Int

integer degree in w direction

knotsU

PROPERTY

Source code

knotsU : KnotArray

array of nondecreasing knot values in u direction

knotsV

PROPERTY

Source code

knotsV : KnotArray

array of nondecreasing knot values in v direction

knotsW

PROPERTY

Source code

knotsW : KnotArray

array of nondecreasing knot values in w direction

controlPoints

PROPERTY

Source code

controlPoints : Array<Array<Array<Point>>>

3d array of control points, where rows are the u dir, and columns run along the positive v direction, and where each control point is an array of length (dim)