draftobjects.pointarray Namespace Reference

Classes
class  PointArray

Functions
def build_copies (base_object, pt_list=None, placement=App.Placement())
def get_point_list (point_object)

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

Function Documentation

build_copies()

def draftobjects.pointarray.build_copies	(		base_object,
			pt_list = None,
			placement = App.Placement()
	)

Build a compound of copies from the base object and list of points. Returns ------- Part::TopoShape The compound shape created by `Part.makeCompound`.

Referenced by draftobjects.pointarray.PointArray.execute().

get_point_list()

def draftobjects.pointarray.get_point_list

(

point_object

)

Extract a list of points from a point object. Parameters ---------- point_object: Part::Feature Either a `Draft Block`, a `Part::Compound`, or a `Sketcher::SketchObject` containing points. Returns ------- list, int A list of points that have `X`, `Y`, `Z` coordinates; the second element is the number of elements. If the list is empty, the second element is zero. To Do ----- - This function currently extracts the points inside a `Draft Block`, a `Part::Compound`, or a `Sketch`. To make this more general, this function could be augmented to extract a list of points from the vertices of any object with a `Part::TopoShape` (2D or 3D). - If the input is a `Part::Compound`, it should handle all valid types of objects simultaneously, that is, `Draft Points`, `Part::Vertexes`, `Sketches` with points, and possibly any other object with a `Part::TopoShape` as in the previous point. It should recursively call itself to extract points contained in nested compounds.

Referenced by draftobjects.pointarray.PointArray.execute().

Variable Documentation

Part

draftobjects.pointarray.Part = lz.LazyLoader("Part", globals(), "Part")