def comp_magnetization_dict(self, is_north=True):
"""Compute the dictionary of the magnetization direction of the magnets (key=magnet_X, value=angle[rad])
Mangetization angle with Hole centered on Ox axis
Parameters
----------
self : HoleM57
a HoleM57 object
is_north: True
True: comp north magnetization, else add pi [rad]
Returns
-------
mag_dict: dict
magnetization dictionary (key=magnet_X, value=angle[rad])
"""
# Comp magnet
point_dict = self._comp_point_coordinate()
mag_dict = dict()
S0 = Segment(point_dict["Z6"], point_dict["Z7"])
mag_dict["magnet_0"] = S0.comp_normal()
S1 = Segment(point_dict["Z7s"], point_dict["Z6s"])
mag_dict["magnet_1"] = S1.comp_normal()
if not is_north:
mag_dict["magnet_0"] += pi
mag_dict["magnet_1"] += pi
if self.magnetization_dict_offset is not None:
for key, value in self.magnetization_dict_offset:
mag_dict[key] += value
return mag_dict
def comp_magnetization_dict(self, is_north=True):
"""Compute the dictionary of the magnetization direction of the magnets (key=magnet_X, value=angle[rad])
Mangetization angle with Hole centered on Ox axis
Parameters
----------
self : HoleMLSRPM
a HoleMLSRPM object
is_north: True
True: comp north magnetization, else add pi [rad]
Returns
-------
mag_dict: dict
magnetization dictionary (key=magnet_X, value=angle[rad])
"""
# Comp magnet
point_dict = self._comp_point_coordinate()
mag_dict = dict()
Z3 = point_dict["Z3"]
Z4 = point_dict["Z4"]
Z7 = point_dict["Z7"]
Z8 = point_dict["Z8"]
Zch = (Z3 + Z4) / 2
Zcl = (Z7 + Z8) / 2
S0 = Segment(Zch, Zcl)
mag_dict["magnet_0"] = S0.comp_normal()
####Comp_normal direction?
if not is_north:
mag_dict["magnet_0"] += pi
if self.magnetization_dict_offset is not None:
for key, value in self.magnetization_dict_offset:
mag_dict[key] += value
return mag_dict
