def value(self):
# type: () -> float
"""value in mm
:return: ``float``
"""
return _pcbnew.ToMM(self._obj.GetValue())
def from_wxSize(wxobj):
"""Convert a wxSize to a Point2D
:param wxobj: point to convert
:type wxobj: :class:`pcbnew.wxSize`
:return: :class:`kicad.util.Point2D`
"""
return Point2D(_pcbnew.ToMM(wxobj))
def __iter__(self):
# TODO: for the moment, we need to parse the polygon from a string, needs to be improved!!
# Reason: it seems we cannot access the polygons using std::vector using python
lines = iter(self._obj.Format().split('\n'))
polygons = list()
for _ in range(int(lines.next()[len('polyset '):])):
new_polygon = Polygon()
for poly in range(int(lines.next()[len('poly '):])):
xy_coord = [] # TODO: correct type
for _ in range(int(lines.next())):
xy_coord.append([
_pcbnew.ToMM(int(v)) for v in lines.next().split(' ')
])
if poly == 0:
new_polygon._outline = xy_coord
else:
new_polygon._holes.append(xy_coord)
polygons.append(new_polygon)
lines.next()
# generate all polygons beforehand to prevent possible race-conditions
for polygon in polygons:
yield polygon
def thickness(self):
"""Thickness
:return: ``float``
"""
return _pcbnew.ToMM(self._obj.GetThickness())
def width(self):
"""Width of Track in mm
:return: ``float``
"""
return _pcbnew.ToMM(self._obj.GetWidth())
def drill(self):
"""Drill size of Via in mm
:return: ``float``
"""
return _pcbnew.ToMM(self._obj.GetDrillValue())
