class PreModelAdjust(PreModel):
def __init__(self, parameter):
super().__init__(parameter)
self.parameter = para = parameter
# 轨道电路初始化
send_level = para['send_level']
m_frqs = generate_frqs(Freq(para['freq_主']), 3)
sg3 = SectionGroup(name_base='地面',
posi=para['offset'],
m_num=1,
m_frqs=m_frqs,
m_lens=[para['length']] * 3,
j_lens=[0] * 4,
m_typs=['2000A'] * 3,
c_nums=[para['主串电容数']],
sr_mods=[para['sr_mod_主']] * 3,
send_lvs=[send_level] * 3,
parameter=parameter)
flg = para['pwr_v_flg']
if para['sr_mod_主'] == '左发':
sg3['区段1']['左调谐单元'].set_power_voltage(flg)
elif para['sr_mod_主'] == '右发':
sg3['区段1']['右调谐单元'].set_power_voltage(flg)
self.section_group3 = sg3
self.change_c_value()
self.pop_c()
self.check_fault()
self.l3 = l3 = Line(name_base='线路3',
sec_group=sg3,
parameter=parameter)
self.set_rail_para(line=l3, z_trk=para['主串钢轨阻抗'], rd=para['主串道床电阻'])
self.lg = LineGroup(l3, name_base='线路组')
self.lg.special_point = para['special_point']
self.lg.refresh()
def add_train(self):
para = self.parameter
self.train1 = Train(name_base='列车1', posi=0, parameter=para)
l3 = Line(name_base='线路3',
sec_group=self.section_group3,
parameter=self.parameter,
train=[self.train1])
self.l3 = l3
self.set_rail_para(line=l3, z_trk=para['主串钢轨阻抗'], rd=para['主串道床电阻'])
self.lg = LineGroup(self.l3, name_base='线路组')
self.lg.special_point = self.parameter['special_point']
self.lg.refresh()
def add_train(self):
para = self.parameter
self.train1 = Train(name_base='列车1', posi=0, parameter=para)
l3 = Line(name_base='线路3',
sec_group=self.section_group3,
parameter=self.parameter,
train=[self.train1])
self.l3 = l3
self.set_rail_para(line=l3, z_trk=para['主串钢轨阻抗'], rd=para['主串道床电阻'])
self.lg = LineGroup(self.l3, name_base='线路组')
self.lg.special_point = self.parameter['special_point']
self.lg.refresh()
def add_train_bei(self):
para = self.parameter
l3 = Line(name_base='线路3',
sec_group=self.section_group3,
parameter=self.parameter)
self.l3 = l3
l4 = Line(name_base='线路4',
sec_group=self.section_group4,
parameter=self.parameter,
train=[self.train1])
self.l4 = l4
self.set_rail_para(line=l3, z_trk=para['主串钢轨阻抗'], rd=para['主串道床电阻'])
self.set_rail_para(line=l4, z_trk=para['被串钢轨阻抗'], rd=para['被串道床电阻'])
self.lg = LineGroup(self.l3, self.l4, name_base='线路组')
self.lg.special_point = self.parameter['special_point']
self.lg.refresh()
def __init__(self, parameter):
# super().__init__(turnout_list, parameter)
self.parameter = para = parameter
self.train1 = Train(name_base='列车1', posi=0, parameter=parameter)
self.train2 = Train(name_base='列车2', posi=0, parameter=parameter)
# self.train1['分路电阻1'].z = 1000000
# self.train2['分路电阻1'].z = 1000000
# 轨道电路初始化
send_level = para['send_level']
m_frqs = generate_frqs(Freq(para['freq_主']), 1)
sg3 = SectionGroup(name_base='地面',
posi=para['offset_zhu'],
m_num=1,
m_frqs=m_frqs,
m_lens=[para['主串区段长度']],
j_lens=[0, 0],
m_typs=['2000A'],
c_nums=[para['主串电容数']],
sr_mods=[para['sr_mod_主']],
send_lvs=[send_level],
parameter=parameter)
flg = para['pwr_v_flg']
if para['sr_mod_主'] == '左发':
sg3['区段1']['左调谐单元'].set_power_voltage(flg)
elif para['sr_mod_主'] == '右发':
sg3['区段1']['右调谐单元'].set_power_voltage(flg)
m_frqs = generate_frqs(Freq(para['freq_被']), 1)
sg4 = SectionGroup(
name_base='地面',
posi=para['offset_bei'],
m_num=1,
m_frqs=m_frqs,
m_lens=[para['被串区段长度']],
# j_lens=[0, 0],
# m_typs=['2000A_25Hz_Coding'],
j_lens=[0, 0],
m_typs=['2000A'],
c_nums=[para['被串电容数']],
sr_mods=[para['sr_mod_被']],
send_lvs=[send_level],
parameter=parameter)
# m_frqs = generate_frqs(Freq(para['freq_被']), 2)
# sg4 = SectionGroup(name_base='地面', posi=para['offset_bei'], m_num=2,
# m_frqs=m_frqs,
# m_lens=[560, 830],
# j_lens=[29, 29, 29],
# m_typs=['2000A']*2,
# c_nums=[6, 9],
# sr_mods=[para['sr_mod_被']]*2,
# send_lvs=[send_level]*2,
# parameter=parameter)
# partent = sg3['区段1']
# ele = JumperWire(parent_ins=partent,
# name_base='跳线',
# posi=para['主串区段长度'])
# partent.add_child('跳线', ele)
# ele.set_posi_abs(0)
# self.jumper = ele
self.section_group3 = sg3
self.section_group4 = sg4
self.change_c_value()
# self.pop_c()
self.l3 = l3 = Line(name_base='线路3',
sec_group=sg3,
parameter=parameter)
self.l4 = l4 = Line(name_base='线路4',
sec_group=sg4,
parameter=parameter)
self.set_rail_para(line=l3, z_trk=para['Trk_z'], rd=para['Trk_z'])
self.set_rail_para(line=l4, z_trk=para['Trk_z'], rd=para['Trk_z'])
self.lg = LineGroup(l3, l4, name_base='线路组')
self.lg.special_point = para['special_point']
self.lg.refresh()
def __init__(self, parameter):
self.parameter = para = parameter
self.train1 = Train(name_base='列车1', posi=0, parameter=parameter)
self.train2 = Train(name_base='列车2', posi=0, parameter=parameter)
# self.train3 = Train(name_base='列车3', posi=0, parameter=parameter)
# self.train4 = Train(name_base='列车4', posi=0, parameter=parameter)
# self.train2['分路电阻1'].z = 1000000
# 轨道电路初始化
send_level = para['send_level']
m_frqs = generate_frqs(Freq(para['freq_主']), 3)
m_lens = [para['主串区段长度']] * 3
c_nums = get_c_nums(m_frqs, m_lens)
offset = para['offset'] + m_lens[0]
sg3 = SectionGroup(name_base='地面',
posi=offset,
m_num=1,
m_frqs=m_frqs,
m_lens=m_lens,
j_lens=[29] * 4,
m_typs=['2000A'] * 3,
c_nums=c_nums,
sr_mods=[para['sr_mod_主']] * 3,
send_lvs=[send_level] * 3,
parameter=parameter)
flg = para['pwr_v_flg']
if para['sr_mod_主'] == '左发':
sg3['区段1']['左调谐单元'].set_power_voltage(flg)
elif para['sr_mod_主'] == '右发':
sg3['区段1']['右调谐单元'].set_power_voltage(flg)
# sg3['区段1']['左调谐单元'].set_power_voltage()
m_frqs = generate_frqs(Freq(para['freq_被']), 3, flip_flag=True)
m_lens = [para['被串区段长度']] * 3
c_nums = get_c_nums(m_frqs, m_lens)
sg4 = SectionGroup(name_base='地面',
posi=0,
m_num=3,
m_frqs=m_frqs,
m_lens=m_lens,
j_lens=[29] * 4,
m_typs=['2000A'] * 3,
c_nums=c_nums,
sr_mods=[para['sr_mod_被']] * 3,
send_lvs=[send_level] * 3,
parameter=parameter)
partent = sg3['区段1']
ele = JumperWire(parent_ins=partent,
name_base='跳线',
posi=para['主串区段长度'])
partent.add_child('跳线', ele)
ele.set_posi_abs(0)
self.jumper = ele
# partent = sg3['区段2']
# ele = JumperWire(parent_ins=partent,
# name_base='跳线',
# posi=0)
# partent.add_child('跳线', ele)
# ele.set_posi_abs(0)
# jumper2 = ele
# config_jumpergroup(jumper1, jumper2)
self.section_group3 = sg3
self.section_group4 = sg4
# self.check_C2TB()
# self.change_c_value()
# self.pop_c()
# self.config_c_posi()
# self.check_fault()
# self.change_cable_length()
# self.change_r_shunt()
# sg3['区段1'].element.pop('TB2')
# sg3['区段1'].element.pop('左调谐单元')
# sg3['区段1']['TB2'].z = para['标准开路阻抗']
self.l3 = l3 = Line(name_base='线路3',
sec_group=sg3,
parameter=parameter)
self.l4 = l4 = Line(name_base='线路4',
sec_group=sg4,
parameter=parameter)
self.set_rail_para(line=l3, z_trk=para['主串钢轨阻抗'], rd=para['主串道床电阻'])
self.set_rail_para(line=l4, z_trk=para['被串钢轨阻抗'], rd=para['被串道床电阻'])
self.lg = LineGroup(l3, l4, name_base='线路组')
self.lg.special_point = para['special_point']
self.lg.refresh()
pass
def __init__(self, parameter):
# super().__init__(turnout_list, parameter)
self.parameter = para = parameter
self.train1 = Train(name_base='列车1', posi=0, parameter=parameter)
self.train2 = Train(name_base='列车2', posi=0, parameter=parameter)
# 轨道电路初始化
send_level = para['send_level']
m_frqs = generate_frqs(Freq(para['freq_主']), 3)
sg3 = SectionGroup(name_base='地面',
posi=para['offset'],
m_num=1,
m_frqs=m_frqs,
m_lens=[para['主串区段长度']] * 3,
j_lens=[0] * 4,
m_typs=['2000A_YPMC'] * 3,
c_nums=[para['主串电容数']],
sr_mods=[para['sr_mod_主']] * 3,
send_lvs=[send_level] * 3,
parameter=parameter)
flg = para['pwr_v_flg']
if para['sr_mod_主'] == '左发':
sg3['区段1']['左调谐单元'].set_power_voltage(flg)
elif para['sr_mod_主'] == '右发':
sg3['区段1']['右调谐单元'].set_power_voltage(flg)
m_frqs = generate_frqs(Freq(para['freq_被']), 3)
sg4 = SectionGroup(name_base='地面',
posi=0,
m_num=1,
m_frqs=m_frqs,
m_lens=[para['被串区段长度']] * 3,
j_lens=[0] * 4,
m_typs=['2000A_YPMC'] * 3,
c_nums=[para['被串电容数']],
sr_mods=[para['sr_mod_被']] * 3,
send_lvs=[send_level] * 3,
parameter=parameter)
partent = sg3['区段1']
ele = JumperWire(parent_ins=partent,
name_base='跳线',
posi=para['主串区段长度'])
partent.add_child('跳线', ele)
ele.set_posi_abs(0)
self.jumper = ele
self.section_group3 = sg3
self.section_group4 = sg4
self.change_c_value()
# self.pop_c()
self.change_EL_n()
self.change_cable_length()
self.change_r_shunt()
self.l3 = l3 = Line(name_base='线路3',
sec_group=sg3,
parameter=parameter)
self.l4 = l4 = Line(name_base='线路4',
sec_group=sg4,
parameter=parameter)
self.set_rail_para(line=l3, z_trk=para['主串钢轨阻抗'], rd=para['主串道床电阻'])
self.set_rail_para(line=l4, z_trk=para['被串钢轨阻抗'], rd=para['被串道床电阻'])
self.lg = LineGroup(l3, l4, name_base='线路组')
self.lg.special_point = para['special_point']
self.lg.refresh()
class PreModel_YPMC(PreModel):
def __init__(self, parameter):
# super().__init__(turnout_list, parameter)
self.parameter = para = parameter
self.train1 = Train(name_base='列车1', posi=0, parameter=parameter)
self.train2 = Train(name_base='列车2', posi=0, parameter=parameter)
# 轨道电路初始化
send_level = para['send_level']
m_frqs = generate_frqs(Freq(para['freq_主']), 3)
sg3 = SectionGroup(name_base='地面',
posi=para['offset'],
m_num=1,
m_frqs=m_frqs,
m_lens=[para['主串区段长度']] * 3,
j_lens=[0] * 4,
m_typs=['2000A_YPMC'] * 3,
c_nums=[para['主串电容数']],
sr_mods=[para['sr_mod_主']] * 3,
send_lvs=[send_level] * 3,
parameter=parameter)
flg = para['pwr_v_flg']
if para['sr_mod_主'] == '左发':
sg3['区段1']['左调谐单元'].set_power_voltage(flg)
elif para['sr_mod_主'] == '右发':
sg3['区段1']['右调谐单元'].set_power_voltage(flg)
m_frqs = generate_frqs(Freq(para['freq_被']), 3)
sg4 = SectionGroup(name_base='地面',
posi=0,
m_num=1,
m_frqs=m_frqs,
m_lens=[para['被串区段长度']] * 3,
j_lens=[0] * 4,
m_typs=['2000A_YPMC'] * 3,
c_nums=[para['被串电容数']],
sr_mods=[para['sr_mod_被']] * 3,
send_lvs=[send_level] * 3,
parameter=parameter)
partent = sg3['区段1']
ele = JumperWire(parent_ins=partent,
name_base='跳线',
posi=para['主串区段长度'])
partent.add_child('跳线', ele)
ele.set_posi_abs(0)
self.jumper = ele
self.section_group3 = sg3
self.section_group4 = sg4
self.change_c_value()
# self.pop_c()
self.change_EL_n()
self.change_cable_length()
self.change_r_shunt()
self.l3 = l3 = Line(name_base='线路3',
sec_group=sg3,
parameter=parameter)
self.l4 = l4 = Line(name_base='线路4',
sec_group=sg4,
parameter=parameter)
self.set_rail_para(line=l3, z_trk=para['主串钢轨阻抗'], rd=para['主串道床电阻'])
self.set_rail_para(line=l4, z_trk=para['被串钢轨阻抗'], rd=para['被串道床电阻'])
self.lg = LineGroup(l3, l4, name_base='线路组')
self.lg.special_point = para['special_point']
self.lg.refresh()
def change_EL_n(self):
para = self.parameter
if para['主串扼流变比'] is not None:
for ele in self.section_group3['区段1'].element.values():
if isinstance(ele, ZPW2000A_YPMC_Normal):
ele_EL = ele['4扼流']['3变压器']
ele_EL.n = para['主串扼流变比']
if para['被串扼流变比'] is not None:
for ele in self.section_group4['区段1'].element.values():
if isinstance(ele, ZPW2000A_YPMC_Normal):
ele_EL = ele['4扼流']['3变压器']
ele_EL.n = para['被串扼流变比']
def change_cable_length(self):
para = self.parameter
if para['主串电缆长度'] is not None:
for ele in self.section_group3['区段1'].element.values():
if isinstance(ele, ZPW2000A_YPMC_Normal):
ele_cab = ele['3Cab']
ele_cab.length = para['主串电缆长度']
if para['被串电缆长度'] is not None:
for ele in self.section_group4['区段1'].element.values():
if isinstance(ele, ZPW2000A_YPMC_Normal):
ele_cab = ele['3Cab']
ele_cab.length = para['被串电缆长度']
def change_r_shunt(self):
para = self.parameter
if para['主串分路电阻'] is not None:
self.train2['分路电阻1'].z = para['主串分路电阻']
if para['被串分路电阻'] is not None:
self.train1['分路电阻1'].z = para['被串分路电阻']
def __init__(self, parameter):
# super().__init__(turnout_list, parameter)
self.parameter = para = parameter
self.train1 = Train(name_base='列车1', posi=0, parameter=parameter)
self.train2 = Train(name_base='列车2', posi=0, parameter=parameter)
# self.train2['分路电阻1'].z = 1000000
# 轨道电路初始化
send_level = para['send_level']
m_frqs = generate_frqs(Freq(para['freq_主']), 1)
sg3 = SectionGroup(name_base='地面',
posi=para['offset'],
m_num=1,
m_frqs=m_frqs,
m_lens=[para['主串区段长度']],
j_lens=[29, 0],
m_typs=['2000A'],
c_nums=[para['主串电容数']],
sr_mods=[para['sr_mod_主']],
send_lvs=[send_level],
parameter=parameter)
flg = para['pwr_v_flg']
if para['sr_mod_主'] == '左发':
sg3['区段1']['左调谐单元'].set_power_voltage(flg)
elif para['sr_mod_主'] == '右发':
sg3['区段1']['右调谐单元'].set_power_voltage(flg)
m_frqs = generate_frqs(Freq(para['freq_被']), 1)
sg4 = SectionGroup(name_base='地面',
posi=0,
m_num=1,
m_frqs=m_frqs,
m_lens=[para['被串区段长度']],
j_lens=[29, 0],
m_typs=['2000A'],
c_nums=[para['被串电容数']],
sr_mods=[para['sr_mod_被']],
send_lvs=[send_level],
parameter=parameter)
self.section_group3 = sg3
self.section_group4 = sg4
self.change_c_value()
self.pop_c()
self.check_fault()
self.l3 = l3 = Line(name_base='线路3',
sec_group=sg3,
parameter=parameter)
self.l4 = l4 = Line(name_base='线路4',
sec_group=sg4,
parameter=parameter)
self.set_rail_para(line=l3, z_trk=para['主串钢轨阻抗'], rd=para['主串道床电阻'])
self.set_rail_para(line=l4, z_trk=para['被串钢轨阻抗'], rd=para['被串道床电阻'])
self.lg = LineGroup(l3, l4, name_base='线路组')
self.lg.special_point = para['special_point']
self.lg.refresh()
def __init__(self, parameter):
# super().__init__(turnout_list, parameter)
self.parameter = para = parameter
self.train1 = Train(name_base='列车1', posi=0, parameter=parameter)
self.train2 = Train(name_base='列车2', posi=0, parameter=parameter)
# 轨道电路初始化
send_level = para['send_level']
m_frqs = generate_frqs(Freq(para['freq_主']), 3)
sg3 = SectionGroup(name_base='地面',
posi=para['offset'],
m_num=1,
m_frqs=m_frqs,
m_lens=[para['主串区段长度']] * 3,
j_lens=[0] * 4,
m_typs=['2000A_25Hz_Coding'] * 3,
c_nums=[para['主串电容数']],
sr_mods=[para['sr_mod_主']] * 3,
send_lvs=[send_level] * 3,
parameter=parameter)
flg = para['pwr_v_flg']
if para['sr_mod_主'] == '左发':
sg3['区段1']['左调谐单元'].set_power_voltage(flg)
elif para['sr_mod_主'] == '右发':
sg3['区段1']['右调谐单元'].set_power_voltage(flg)
m_frqs = generate_frqs(Freq(para['freq_被']), 3)
sg4 = SectionGroup(name_base='地面',
posi=0,
m_num=1,
m_frqs=m_frqs,
m_lens=[para['被串区段长度']] * 3,
j_lens=[0] * 4,
m_typs=['2000A_25Hz_Coding'] * 3,
c_nums=[para['被串电容数']],
sr_mods=[para['sr_mod_被']] * 3,
send_lvs=[send_level] * 3,
parameter=parameter)
# sg3['区段1'].element.pop('左调谐单元')
# sg3['区段1'].element.pop('右调谐单元')
# sg4['区段1'].element.pop('左调谐单元')
# sg4['区段1'].element.pop('右调谐单元')
# partent = sg3['区段1']
# ele = ZPW2000A_ZN_25Hz_Coding(parent_ins=partent,
# name_base='25Hz叠加电码化发送器',
# posi_flag='右',)
# partent.add_child('25Hz叠加电码化发送器', ele)
# ele.set_posi_abs(0)
#
# ele = ZOutside(parent_ins=partent,
# name_base='接收端阻抗',
# posi=0,
# z=para['z_EL_25Hz'])
# partent.add_child('接收端阻抗', ele)
# ele.set_posi_abs(0)
#
# partent = sg4['区段1']
# ele = ZOutside(parent_ins=partent,
# name_base='接收端阻抗',
# posi=0,
# z=para['z_EL_25Hz'])
# partent.add_child('接收端阻抗', ele)
# ele.set_posi_abs(0)
#
# ele = ZOutside(parent_ins=partent,
# name_base='发送端阻抗',
# posi=para['被串区段长度'],
# z=para['z_EL_25Hz'])
# partent.add_child('发送端阻抗', ele)
# ele.set_posi_abs(0)
# for ttt in [1,3,5,7,9,11]:
# for ttt in [2,4,6,8,10]:
# str_temp = 'C' + str(ttt)
# sg3['区段1'].element.pop(str_temp)
# sg4['区段1'].element.pop(str_temp)
partent = sg3['区段1']
ele = JumperWire(parent_ins=partent,
name_base='跳线',
posi=para['主串区段长度'])
partent.add_child('跳线', ele)
ele.set_posi_abs(0)
self.jumper = ele
self.section_group3 = sg3
self.section_group4 = sg4
self.change_c_value()
self.pop_c()
self.l3 = l3 = Line(name_base='线路3',
sec_group=sg3,
parameter=parameter)
self.l4 = l4 = Line(name_base='线路4',
sec_group=sg4,
parameter=parameter)
self.set_rail_para(line=l3, z_trk=para['主串钢轨阻抗'], rd=para['主串道床电阻'])
self.set_rail_para(line=l4, z_trk=para['被串钢轨阻抗'], rd=para['被串道床电阻'])
self.lg = LineGroup(l3, l4, name_base='线路组')
self.lg.special_point = para['special_point']
self.lg.refresh()
class PreModel_QJ_20201204(PreModel):
def __init__(self, parameter):
# super().__init__(turnout_list, parameter)
self.parameter = para = parameter
self.train1 = Train(name_base='列车1', posi=0, parameter=parameter)
self.train2 = Train(name_base='列车2', posi=0, parameter=parameter)
# self.train1['分路电阻1'].z = 1000000
self.train2['分路电阻1'].z = 1000000
# 轨道电路初始化
send_level = para['send_level']
m_frqs = generate_frqs(Freq(para['freq_主']), 1)
m_lens = [para['主串区段长度']] * 1
c_nums = get_c_nums(m_frqs, m_lens)
sg3 = SectionGroup(name_base='地面',
posi=para['offset_zhu'],
m_num=1,
m_frqs=m_frqs,
m_lens=m_lens,
j_lens=[29, 29],
m_typs=['2000A'],
c_nums=c_nums,
sr_mods=[para['sr_mod_主']],
send_lvs=[send_level],
parameter=parameter)
flg = para['pwr_v_flg']
if para['sr_mod_主'] == '左发':
sg3['区段1']['左调谐单元'].set_power_voltage(flg)
elif para['sr_mod_主'] == '右发':
sg3['区段1']['右调谐单元'].set_power_voltage(flg)
m_frqs = generate_frqs(Freq(para['freq_被']), 3)
m_lens = [para['被串区段长度']] * 3
c_nums = get_c_nums(m_frqs, m_lens)
sg4 = SectionGroup(
name_base='地面',
posi=para['offset_bei'],
m_num=3,
m_frqs=m_frqs,
m_lens=m_lens,
# j_lens=[0, 0],
# m_typs=['2000A_25Hz_Coding'],
j_lens=[29] * 4,
m_typs=['2000A'] * 3,
c_nums=c_nums,
sr_mods=[para['sr_mod_被']] * 3,
send_lvs=[send_level] * 3,
parameter=parameter)
# partent = sg3['区段1']
# ele = JumperWire(parent_ins=partent,
# name_base='跳线',
# posi=para['主串区段长度'])
# partent.add_child('跳线', ele)
# ele.set_posi_abs(0)
# self.jumper = ele
self.section_group3 = sg3
self.section_group4 = sg4
self.change_c_value()
# self.pop_c()
self.l3 = l3 = Line(name_base='线路3',
sec_group=sg3,
parameter=parameter)
self.l4 = l4 = Line(name_base='线路4',
sec_group=sg4,
parameter=parameter)
self.set_rail_para(line=l3, z_trk=para['Trk_z'], rd=para['Trk_z'])
self.set_rail_para(line=l4, z_trk=para['Trk_z'], rd=para['Trk_z'])
self.lg = LineGroup(l3, l4, name_base='线路组')
self.lg.special_point = para['special_point']
self.lg.refresh()
def change_c_value(self):
para = self.parameter
for ele in self.section_group3['区段1'].element.values():
if isinstance(ele, CapC):
ele.z = para['Ccmp_z_change_zhu']
for ele in self.section_group4['区段1'].element.values():
if isinstance(ele, CapC):
ele.z = para['Ccmp_z_change_chuan']
class PreModel:
def __init__(self, parameter):
self.parameter = para = parameter
self.train1 = Train(name_base='列车1', posi=0, parameter=parameter)
self.train2 = Train(name_base='列车2', posi=0, parameter=parameter)
# self.train3 = Train(name_base='列车3', posi=0, parameter=parameter)
# self.train4 = Train(name_base='列车4', posi=0, parameter=parameter)
# self.train2['分路电阻1'].z = 1000000
# 轨道电路初始化
send_level = para['send_level']
m_frqs = generate_frqs(Freq(para['freq_主']), 3)
sg3 = SectionGroup(
name_base='地面',
posi=para['offset'],
m_num=1,
m_frqs=m_frqs,
m_lens=[para['主串区段长度']] * 3,
j_lens=[0] * 4,
# m_typs=['2000A_BPLN']*3,
m_typs=['2000A'] * 3,
c_nums=[para['主串电容数']] * 3,
sr_mods=[para['sr_mod_主']] * 3,
send_lvs=[send_level] * 3,
parameter=parameter)
flg = para['pwr_v_flg']
if para['sr_mod_主'] == '左发':
sg3['区段1']['左调谐单元'].set_power_voltage(flg)
elif para['sr_mod_主'] == '右发':
sg3['区段1']['右调谐单元'].set_power_voltage(flg)
# sg3['区段1']['左调谐单元'].set_power_voltage()
m_frqs = generate_frqs(Freq(para['freq_被']), 3)
sg4 = SectionGroup(
name_base='地面',
posi=0,
m_num=1,
m_frqs=m_frqs,
m_lens=[para['被串区段长度']] * 3,
j_lens=[0] * 4,
# m_typs=['2000A_BPLN']*3,
m_typs=['2000A'] * 3,
c_nums=[para['被串电容数']] * 3,
sr_mods=[para['sr_mod_被']] * 3,
send_lvs=[send_level] * 3,
parameter=parameter)
partent = sg3['区段1']
ele = JumperWire(parent_ins=partent,
name_base='跳线',
posi=para['主串区段长度'])
partent.add_child('跳线', ele)
ele.set_posi_abs(0)
self.jumper = ele
# partent = sg3['区段2']
# ele = JumperWire(parent_ins=partent,
# name_base='跳线',
# posi=0)
# partent.add_child('跳线', ele)
# ele.set_posi_abs(0)
# jumper2 = ele
# config_jumpergroup(jumper1, jumper2)
self.section_group3 = sg3
self.section_group4 = sg4
# self.check_C2TB()
self.change_c_value()
self.pop_c()
# self.config_c_posi()
self.config_c_fault()
# self.check_fault()
self.change_cable_length()
self.change_r_shunt()
# sg3['区段1'].element.pop('TB2')
# sg3['区段1'].element.pop('左调谐单元')
# sg3['区段1']['TB2'].z = para['标准开路阻抗']
self.l3 = l3 = Line(name_base='线路3',
sec_group=sg3,
parameter=parameter)
self.l4 = l4 = Line(name_base='线路4',
sec_group=sg4,
parameter=parameter)
self.set_rail_para(line=l3, z_trk=para['主串钢轨阻抗'], rd=para['主串道床电阻'])
self.set_rail_para(line=l4, z_trk=para['被串钢轨阻抗'], rd=para['被串道床电阻'])
self.lg = LineGroup(l3, l4, name_base='线路组')
self.lg.special_point = para['special_point']
self.lg.refresh()
pass
def check_C2TB(self):
para = self.parameter
if para['主串更换TB'] is True:
self.section_group3['区段1'].change_CapC2TB()
if para['被串更换TB'] is True:
self.section_group4['区段1'].change_CapC2TB()
def change_c_value(self):
para = self.parameter
for ele in self.section_group3['区段1'].element.values():
if isinstance(ele, CapC):
ele.z = para['Ccmp_z_change_zhu']
for ele in self.section_group4['区段1'].element.values():
if isinstance(ele, CapC):
ele.z = para['Ccmp_z_change_chuan']
# cv = para['换电容位置']
# str_temp = 'C' + str(cv)
# self.section_group3['区段1'][str_temp].z = para['Ccmp_z_change_zhu']
# self.section_group4['区段1'][str_temp].z = para['Ccmp_z_change_chuan']
def pop_c(self):
para = self.parameter
name_list = self.section_group3['区段1'].get_C_TB_names()
for temp in para['主串拆卸情况']:
str_temp = name_list[-temp][1]
self.section_group3['区段1'].element.pop(str_temp)
name_list = self.section_group4['区段1'].get_C_TB_names()
for temp in para['被串拆卸情况']:
str_temp = name_list[-temp][1]
self.section_group4['区段1'].element.pop(str_temp)
# for temp in para['主串拆卸情况']:
# str_temp = 'C' + str(temp)
# self.section_group3['区段1'].element.pop(str_temp)
#
# for temp in para['被串拆卸情况']:
# str_temp = 'C' + str(temp)
# # self.section_group4['区段1'][str_temp].z = para['抑制装置电感短路']
#
# self.section_group4['区段1'].element.pop(str_temp)
def config_c_posi(self):
para = self.parameter
if para['主串电容位置'] is not None:
name_list = self.section_group3['区段1'].get_C_names()
for name_ele, temp in zip(name_list, para['主串电容位置']):
self.section_group3['区段1'][name_ele[1]].posi_rlt = temp
if para['被串电容位置'] is not None:
name_list = self.section_group4['区段1'].get_C_names()
for name_ele, temp in zip(name_list, para['被串电容位置']):
self.section_group4['区段1'][name_ele[1]].posi_rlt = temp
self.section_group3.set_posi_abs(0)
self.section_group4.set_posi_abs(0)
def config_c_fault(self):
para = self.parameter
sec = self.section_group4['区段1']
name_list = sec.get_C_TB_names()
# for temp in para['被串故障位置']:
# str_temp = name_list[-temp][1]
# ele = sec[str_temp]
# ele_c = para['inhibitor'][para['freq_被']][1]
#
# if para['被串故障模式'] == '全开路':
# sec.element.pop(str_temp)
# elif para['被串故障模式'] == '电感故障':
# para_temp = ImpedanceMultiFreq()
# para_temp.rlc_s = {
# 1700: [10e-3, None, ele_c],
# 2000: [10e-3, None, ele_c],
# 2300: [10e-3, None, ele_c],
# 2600: [10e-3, None, ele_c]}
# ele.z = para_temp
# elif para['被串故障模式'] == '无':
# pass
for pst, mode in zip(para['被串故障位置'], para['被串故障模式']):
str_temp = name_list[-pst][1]
ele = sec[str_temp]
if mode == '全开路':
sec.element.pop(str_temp)
elif mode == '电感短路':
ele_c = para['TB_电感短路'][para['freq_被']]
para_temp = ImpedanceMultiFreq()
para_temp.rlc_s = {
1700: [10e-3, None, ele_c],
2000: [10e-3, None, ele_c],
2300: [10e-3, None, ele_c],
2600: [10e-3, None, ele_c]
}
ele.z = para_temp
elif mode == '电感开路':
ele_c = para['TB_电感开路'][para['freq_被']]
para_temp = ImpedanceMultiFreq()
para_temp.rlc_s = {
1700: [10e-3, None, ele_c],
2000: [10e-3, None, ele_c],
2300: [10e-3, None, ele_c],
2600: [10e-3, None, ele_c]
}
ele.z = para_temp
elif para['被串故障模式'] == '无':
pass
# sec = self.section_group3['区段1']
# name_list = sec.get_C_TB_names()
# for temp in para['主串故障位置']:
# str_temp = name_list[-temp][1]
# ele = sec[str_temp]
# ele_c = para['inhibitor'][para['freq_主']][1]
#
# if para['主串故障模式'] == '全开路':
# sec.element.pop(str_temp)
# elif para['主串故障模式'] == '电感故障':
# para_temp = ImpedanceMultiFreq()
# para_temp.rlc_s = {
# 1700: [10e-3, None, ele_c],
# 2000: [10e-3, None, ele_c],
# 2300: [10e-3, None, ele_c],
# 2600: [10e-3, None, ele_c]}
# ele.z = para_temp
# elif para['主串故障模式'] == '无':
# pass
def change_cable_length(self):
para = self.parameter
if para['主串电缆长度'] is not None:
for ele in self.section_group3['区段1'].element.values():
if isinstance(ele, ZPW2000A_ZN_PTSVA1):
ele_cab = ele['3Cab']
ele_cab.length = para['主串电缆长度']
if para['被串电缆长度'] is not None:
for ele in self.section_group4['区段1'].element.values():
if isinstance(ele, ZPW2000A_ZN_PTSVA1):
ele_cab = ele['3Cab']
ele_cab.length = para['被串电缆长度']
def change_r_shunt(self):
para = self.parameter
if para['主串分路电阻'] is not None:
self.train2['分路电阻1'].z = para['主串分路电阻']
if para['被串分路电阻'] is not None:
self.train1['分路电阻1'].z = para['被串分路电阻']
def check_fault(self):
para = self.parameter
sg3 = self.section_group3
sg4 = self.section_group4
if para['故障情况'] == '主串PT开路':
sg3['区段1']['右调谐单元']['5PT_CA'].z = para['标准开路阻抗']
elif para['故障情况'] == '被串PT开路':
sg4['区段1']['右调谐单元']['5PT_CA'].z = para['标准开路阻抗']
elif para['故障情况'] == '主被串PT开路':
sg3['区段1']['右调谐单元']['5PT_CA'].z = para['标准开路阻抗']
sg4['区段1']['右调谐单元']['5PT_CA'].z = para['标准开路阻抗']
elif para['故障情况'] == '主串PT短路':
sg3['区段1']['右调谐单元']['5BA'].z = {2600: para['标准短路阻抗']}
elif para['故障情况'] == '被串PT短路':
sg4['区段1']['右调谐单元']['5BA'].z = {2000: para['标准短路阻抗']}
elif para['故障情况'] == '主被串PT短路':
sg3['区段1']['右调谐单元']['5BA'].z = {2600: para['标准短路阻抗']}
sg4['区段1']['右调谐单元']['5BA'].z = {2000: para['标准短路阻抗']}
elif para['故障情况'] == '主串SVA1开路':
sg3['区段1']['右调谐单元']['6SVA1'].z = para['标准开路阻抗']
elif para['故障情况'] == '被串SVA1开路':
sg4['区段1']['右调谐单元']['6SVA1'].z = para['标准开路阻抗']
elif para['故障情况'] == '主被串SVA1开路':
sg3['区段1']['右调谐单元']['6SVA1'].z = para['标准开路阻抗']
sg4['区段1']['右调谐单元']['6SVA1'].z = para['标准开路阻抗']
elif para['故障情况'] == '主串SVA1短路':
sg3['区段1']['右调谐单元']['6SVA1'].z = para['标准短路阻抗']
elif para['故障情况'] == '被串SVA1短路':
sg4['区段1']['右调谐单元']['6SVA1'].z = para['标准短路阻抗']
elif para['故障情况'] == '主被串SVA1短路':
sg3['区段1']['右调谐单元']['6SVA1'].z = para['标准短路阻抗']
sg4['区段1']['右调谐单元']['6SVA1'].z = para['标准短路阻抗']
elif para['故障情况'] == '主串TB开路':
sg3['区段1']['TB2'].z = para['标准开路阻抗']
elif para['故障情况'] == '被串TB开路':
sg4['区段1']['TB2'].z = para['标准开路阻抗']
elif para['故障情况'] == '主被串TB开路':
sg3['区段1']['TB2'].z = para['标准开路阻抗']
sg4['区段1']['TB2'].z = para['标准开路阻抗']
elif para['故障情况'] == '主串TB短路':
sg3['区段1']['TB2'].z = para['标准短路阻抗']
elif para['故障情况'] == '被串TB短路':
sg4['区段1']['TB2'].z = para['标准短路阻抗']
elif para['故障情况'] == '主被串TB短路':
sg3['区段1']['TB2'].z = para['标准短路阻抗']
sg4['区段1']['TB2'].z = para['标准短路阻抗']
@staticmethod
def set_rail_para(line, z_trk, rd):
rail = line.rail_group.rail_list[0]
rail.ztrk, rail.rd = z_trk, rd
def add_train(self):
para = self.parameter
l3 = Line(name_base='线路3',
sec_group=self.section_group3,
parameter=self.parameter,
train=[self.train2])
self.l3 = l3
l4 = Line(name_base='线路4',
sec_group=self.section_group4,
parameter=self.parameter,
train=[self.train1])
self.l4 = l4
self.set_rail_para(line=l3, z_trk=para['主串钢轨阻抗'], rd=para['主串道床电阻'])
self.set_rail_para(line=l4, z_trk=para['被串钢轨阻抗'], rd=para['被串道床电阻'])
self.lg = LineGroup(self.l3, self.l4, name_base='线路组')
self.lg.special_point = self.parameter['special_point']
self.lg.refresh()
sg2 = SectionGroup(name_base='地面',
posi=0,
m_num=2,
freq1=1700,
m_length=[480, 200, 320],
j_length=[29, 29, 29, 29],
m_type=['2000A', '2000A', '2000A'],
c_num=[8, 6, 5],
parameter=para)
train1 = Train(name_base='列车1', posi_abs=0, parameter=para)
# 生成线路
l1 = Line(name_base='线路1', sec_group=sg1, train=train1, parameter=para)
l2 = Line(name_base='线路2', sec_group=sg2, parameter=para)
lg = LineGroup(l1, name_base='线路组')
# 建立模型
model = MainModel(lg)
show_ele('111')
a = 1
pass
# output = []
# for i in range(0, 600, 1):
# set_posi_abs(train1, i)
# l1.set_sub_rail(ele_all=ele_all)
# # l2.set_sub_rail(ele_all=ele_all)
# # 生成矩阵
# # m1 = Matrix(l1, l2, freq=FREQ)
# m1 = Matrix(l1, freq=FREQ)
# b = np.zeros(m1.length, dtype=complex)