Functions
def	findEdge (anEdge, aList)

def	findMidpoint (edge)

def	getTangent (edge, from_point=None)

def	invert (shape)

def	isLine (bspline)

def	isSameLine (e1, e2)

def	orientEdge (edge, normal=None, make_arc=False)

Variables
	Part = lz.LazyLoader("Part", globals(), "Part")

Function Documentation

◆ findEdge()

def draftgeoutils.edges.findEdge	(	anEdge,
		aList
	)

Return True if edge is found in list of edges.

References DraftVecUtils.equals().

◆ findMidpoint()

def draftgeoutils.edges.findMidpoint ( edge )

Return the midpoint of a straight line or circular edge.

References DraftVecUtils.scaleTo().

Referenced by draftgeoutils.edges.invert().

◆ getTangent()

def draftgeoutils.edges.getTangent	(	edge,
		from_point = `None`
	)

Return the tangent to an edge, including BSpline and circular arcs.

If from_point is given, it is used to calculate the tangent,
only useful for a circular arc.

◆ invert()

def draftgeoutils.edges.invert ( shape )

Return an inverted copy of the edge or wire contained in the shape.

References draftgeoutils.edges.findMidpoint(), and draftgeoutils.edges.isLine().

◆ isLine()

def draftgeoutils.edges.isLine ( bspline )

Return True if the given BSpline curve is a straight line.

Referenced by draftgeoutils.edges.invert().

◆ isSameLine()

def draftgeoutils.edges.isSameLine	(	e1,
		e2
	)

Return True if the 2 edges are lines and have the same points.

References DraftVecUtils.equals().

◆ orientEdge()

def draftgeoutils.edges.orientEdge	(	edge,
		normal = `None`,
		make_arc = `False`
	)

Re-orient the edge such that it is in the XY plane.

Re-orients `edge` such that it is in the XY plane.
If `normal` is passed, this is used as the basis for the rotation,
otherwise the placement of `edge` is used.

References DraftVecUtils.angle().

Variable Documentation

◆ Part

draftgeoutils.edges.Part = lz.LazyLoader("Part", globals(), "Part")

Functions

Variables