def __init__(self,
template=None,
x_denorm=None,
counter=None,
counter_loop=None):
if x_denorm is None:
raise
# 初始化父类
super(bearingless_spmsm_design_variant,
self).__init__(template, x_denorm, counter, counter_loop)
# Give it a name
self.name = f'ind{counter}'
self.name += f'-redo{counter_loop}' if counter_loop > 1 else ''
# Get geometric parameters and spec input
GP = self.template.d['GP']
SI = self.template.SI
# 检查几何变量之间是否有冲突
self.check_invalid_design(GP, SI)
# Parts
self.rotorCore = CrossSectInnerNotchedRotor.CrossSectInnerNotchedRotor(
name='NotchedRotor',
mm_d_pm=GP['mm_d_pm'].value,
deg_alpha_rm=GP['deg_alpha_rm'].
value, # angular span of the pole: class type DimAngular
deg_alpha_rs=GP['deg_alpha_rs'].
value, # segment span: class type DimAngular
mm_d_ri=GP['mm_d_ri'].
value, # rotor iron thickness: class type DimLinear
mm_r_ri=GP['mm_r_ri'].
value, # inner radius of rotor: class type DimLinear
mm_d_rp=GP['mm_d_rp'].
value, # interpolar iron thickness: class type DimLinear
mm_d_rs=GP['mm_d_rs'].
value, # inter segment iron thickness: class type DimLinear
p=template.SI['p'], # Set pole-pairs to 2
s=template.
SI['no_segmented_magnets'], # Set magnet segments/pole to 4
location=Location2D.Location2D(anchor_xy=[0, 0], deg_theta=0))
self.shaft = CrossSectInnerNotchedRotor.CrossSectShaft(
name='Shaft', notched_rotor=self.rotorCore)
self.rotorMagnet = CrossSectInnerNotchedRotor.CrossSectInnerNotchedMagnet(
name='RotorMagnet', notched_rotor=self.rotorCore)
self.stator_core = CrossSectStator.CrossSectInnerRotorStator(
name='StatorCore',
deg_alpha_st=GP['deg_alpha_st'].value, #40,
deg_alpha_so=GP['deg_alpha_so'].value, #20,
mm_r_si=GP['mm_r_si'].value,
mm_d_so=GP['mm_d_so'].value,
mm_d_sp=GP['mm_d_sp'].value,
mm_d_st=GP['mm_d_st'].value,
mm_d_sy=GP['mm_d_sy'].value,
mm_w_st=GP['mm_w_st'].value,
mm_r_st=0.0, # =0
mm_r_sf=0.0, # =0
mm_r_sb=0.0, # =0
Q=template.SI['Qs'],
location=Location2D.Location2D(anchor_xy=[0, 0], deg_theta=0))
self.coils = CrossSectStator.CrossSectInnerRotorStatorWinding(
name='Coils', stator_core=self.stator_core)
self.sleeve = CrossSectInnerNotchedRotor.CrossSectSleeve(
name='Sleeve',
notched_magnet=self.rotorMagnet,
d_sleeve=GP['mm_d_sleeve'].value)
#03 Mechanical Parameters
self.update_mechanical_parameters()
toolJd.open(expected_project_file_path)
if True:
# %% Define cross sections
notched_rotor = CrossSectInnerNotchedRotor(
name='NotchedRotor',
color='#FE840E',
deg_alpha_rm=60,
deg_alpha_rs=10,
mm_d_ri=8,
mm_r_ri=40,
mm_d_rp=5,
mm_d_rs=3,
p=2, # Set pole-pairs to 2
s=4, # Set magnet segments/pole to 4
location=Location2D.Location2D(anchor_xy=[0, 0], deg_theta=0))
list_regions = notched_rotor.draw(toolJd)
toolJd.bMirror = False
toolJd.iRotateCopy = notched_rotor.p * 2
region1 = toolJd.prepareSection(list_regions)
if True:
notched_magnet = CrossSectInnerNotchedMagnet(
name='RotorMagnet', color='#0E001E', notched_rotor=notched_rotor)
list_regions = notched_magnet.draw(toolJd)
toolJd.bMirror = False
toolJd.iRotateCopy = notched_rotor.p * 2
region2 = toolJd.prepareSection(list_regions)
def __init__(self,
template=None,
x_denorm=None,
counter=None,
counter_loop=None):
# 初始化父类
super(vernier_motor_VShapePM_design_variant,
self).__init__(template, x_denorm, counter, counter_loop)
# 检查几何变量之间是否有冲突
GP = self.template.d['GP']
SD = self.template.SD
self.check_invalid_design(GP, SD)
# Parts
self.rotorCore = CrossSectVShapeConsequentPoleRotor.CrossSectVShapeConsequentPoleRotor(
name='NotchedRotor',
mm_d_pm=GP['mm_d_pm'].value,
deg_alpha_rm=GP['deg_alpha_rm'].
value, # angular span of the pole: class type DimAngular
deg_alpha_rs=GP['deg_alpha_rs'].
value, # segment span: class type DimAngular
mm_d_ri=GP['mm_d_ri'].
value, # rotor iron thickness: class type DimLinear
mm_r_ri=GP['mm_r_ri'].
value, # inner radius of rotor: class type DimLinear
mm_d_rp=GP['mm_d_rp'].
value, # interpolar iron thickness: class type DimLinear
mm_d_rs=GP['mm_d_rs'].
value, # inter segment iron thickness: class type DimLinear
p=template.SD['p'], # Set pole-pairs to 2
s=template.
SD['no_segmented_magnets'], # Set magnet segments/pole to 4
location=Location2D.Location2D(anchor_xy=[0, 0], deg_theta=0))
quit()
self.shaft = CrossSectVShapeConsequentPoleRotor.CrossSectShaft(
name='Shaft', notched_rotor=self.rotorCore)
self.rotorMagnet = CrossSectVShapeConsequentPoleRotor.CrossSectInnerNotchedMagnet(
name='RotorMagnet', notched_rotor=self.rotorCore)
self.stator_core = CrossSectStator.CrossSectInnerRotorStator(
name='StatorCore',
deg_alpha_st=GP['deg_alpha_st'].value, #40,
deg_alpha_so=GP['deg_alpha_so'].value, #20,
mm_r_si=GP['mm_r_si'].value,
mm_d_so=GP['mm_d_so'].value,
mm_d_sp=GP['mm_d_sp'].value,
mm_d_st=GP['mm_d_st'].value,
mm_d_sy=GP['mm_d_sy'].value,
mm_w_st=GP['mm_w_st'].value,
mm_r_st=0.0, # =0
mm_r_sf=0.0, # =0
mm_r_sb=0.0, # =0
Q=template.SD['Qs'],
location=Location2D.Location2D(anchor_xy=[0, 0], deg_theta=0))
self.coils = CrossSectStator.CrossSectInnerRotorStatorWinding(
name='Coils', stator_core=self.stator_core)
#03 Mechanical Parameters
self.update_mechanical_parameters()