Class OCCTWire

Adds OpenCascade edges and wires into another wire

Closes the open wire with additional straight edge joining start and end points

Combines OpenCascade edges and wires into a single wire

Creates OpenCascade BSPline wire

Creates OpenCascade BSPline wires

Creates OpenCascade Bezier wire

Creates OpenCascade Bezier wire with weights

Creates OpenCascade Bezier wires

Creates Christmas tree wire

Creates OpenCascade circle wire

Creates OpenCascade ellipse wire

Creates a heart wire

Creates OpenCascade L polygon wire

Creates OpenCascade line wire

Creates OpenCascade lines

Creates OpenCascade n-gon wire

Creates n parallelogram wire

Creates OpenCascade Polygon wire

Creates OpenCascade Polygons

Creates OpenCascade polyline wire

Creates OpenCascade polyline wires

Creates OpenCascade rectangle wire

Creates OpenCascade square wire

Creates OpenCascade star wire

Creates wire from edge

Creates a tangent wire enclosing two planar circles

Creates zig zag between two wires

Computes 3 derivative vectors of a curve at a given length

Computes 3 derivative vectors of a curve on parameter between 0 and 1.

Divides OpenCascade wire to equal distance points

Divides OpenCascade wire to points blindly following its parametric space

Divides OpenCascade wires to equal distance points

Divides OpenCascade wires to points blindly following its parametric space

Computes the end point on the wire at param 1

Gets the wire by providing an index from the shape

Get the wire center of mass point

Gets the wire length

Gets all the wires from the shape

Get the wires centers of mass point

Gets the lengths of wires

Creates OpenCascade BSpline wire from points. This method can be used to create nicely shaped (periodic) loops.

Creates OpenCascade multiple interpolated wires

Places a wire on the face by mapping it's 2d coordinates to UV space. Wire must be positioned on the ground XZ plane for this to work.

Places multiple wires on the face by mapping it's 2d coordinates to UV space. Wires must be positioned on the ground XZ plane for this to work.

Evaluates point on a wire at certain length

Evaluates point on a wire at parameter value between 0 and 1, being start and end points

Project wire on the shape

Project multiple wires on the shape

Computes reversed wire from input wire

Computes reversed wire by reversing all edges and combining them into a new wire

Splits a wire on a set of given points

Computes the start point on the wire at param 0

Evaluates tangent vector on a wire at certain length

Evaluates tangent vector on a wire at parameter value between 0 and 1, being start and end points

Transform shape wires to points ordered in lists. This also removes duplicated points between start end end points of consecutive edges on the wire