Source code for pyleecan.Methods.Machine.NotchEvenDist.get_notch_list
from numpy import pi
def get_notch_list(self, sym=1, is_yoke=False):
"""Returns an ordered description of the notches
Parameters
----------
self : NotchEvenDist
A NotchEvenDist object
sym: int
Number of symmetry
is_yoke : bool
True if the notch is on the Yoke
Returns
-------
notch_list : list
list of dictionary with key: "begin_angle", "end_angle", "obj"
"""
notch_list = list()
if is_yoke:
self.parent.is_internal = not self.parent.is_internal
op = self.notch_shape.comp_angle_opening()
self.parent.is_internal = not self.parent.is_internal
else:
op = self.notch_shape.comp_angle_opening()
for ii in range(self.notch_shape.Zs // sym):
notch_dict = dict()
notch_dict["begin_angle"] = (
2 * pi / self.notch_shape.Zs * ii + self.alpha - op / 2
)
notch_dict["end_angle"] = (
2 * pi / self.notch_shape.Zs * ii + self.alpha + op / 2
)
notch_dict["obj"] = self.notch_shape
notch_list.append(notch_dict)
return notch_list