draftgeoutils.intersections Namespace Reference

Functions
def	angleBisection (edge1, edge2)
def	connect (edges, closed=False)
def	findIntersection (edge1, edge2, infinite1=False, infinite2=False, ex1=False, ex2=False, dts=True, findAll=False)
def	wiresIntersect (wire1, wire2)

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

Function Documentation

angleBisection()

def draftgeoutils.intersections.angleBisection	(		edge1,
			edge2
	)

Return an edge that bisects the angle between the 2 straight edges.

References DraftVecUtils.angle(), draftgeoutils.intersections.findIntersection(), and DraftVecUtils.rotate().

connect()

def draftgeoutils.intersections.connect	(		edges,
			closed = False
	)

Connect the edges in the given list by their intersections.

References DraftVecUtils.closest(), and draftgeoutils.intersections.findIntersection().

findIntersection()

def draftgeoutils.intersections.findIntersection	(		edge1,
			edge2,
			infinite1 = False,
			infinite2 = False,
			ex1 = False,
			ex2 = False,
			dts = True,
			findAll = False
	)

Return a list containing the intersection points of 2 edges.

You can also feed 4 points instead of `edge1` and `edge2`.
If `dts` is used, `Shape.distToShape()` is used, which can be buggy.

References DraftVecUtils.equals(), DraftVecUtils.isNull(), and DraftVecUtils.precision().

Referenced by draftgeoutils.intersections.angleBisection(), draftgeoutils.intersections.connect(), and draftgeoutils.intersections.wiresIntersect().

wiresIntersect()

def draftgeoutils.intersections.wiresIntersect	(		wire1,
			wire2
	)

Return True if some of the edges of the wires are intersecting.

Otherwise return `False`.

References draftgeoutils.intersections.findIntersection().

Variable Documentation

Part

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