Group{ 
  Air = Region[1]; 
  Air_Infinity = Region[2]; 
  Air_Normal = Region[3]; 
  Air_Parallel = Region[4]; 
  Core = Region[5]; 
  Ind1 = Region[6]; 
  Ind1_Minus = Region[7]; 
  Ind1_Plus = Region[8]; 
  Ind2 = Region[9]; 
  Ind2_Minus = Region[10]; 
  Ind2_Plus = Region[11]; 
  Ind3 = Region[12]; 
  Ind3_Minus = Region[13]; 
  Ind3_Plus = Region[14]; 
  Strip = Region[15]; 
  Strip_Normal = Region[16]; 
  Strip_Skin = Region[17]; 
  Strip_in = Region[18]; 
  Strip_out = Region[19]; 
  Strip_parallel = Region[20]; 
  _Face117 = Region[21]; 
  _Face124 = Region[22]; 
  _Face127 = Region[23]; 
  _Face134 = Region[24]; 
  _Face137 = Region[25]; 
  _Face144 = Region[26]; 
  _Face147 = Region[27]; 
  _Face154 = Region[28]; 
  _Face157 = Region[29]; 
  _Face164 = Region[30]; 
  _Face167 = Region[31]; 
  _Face174 = Region[32]; 
  _Face198 = Region[33]; 
  _Face207 = Region[34]; 
  _Face212 = Region[35]; 
  _Face221 = Region[36]; 
  _Face226 = Region[37]; 
  _Face235 = Region[38]; 
  _Face240 = Region[39]; 
  _Face249 = Region[40]; 
  _Face254 = Region[41]; 
  _Face263 = Region[42]; 
  _Face268 = Region[43]; 
  _Face277 = Region[44]; 
  _Face282 = Region[45]; 
  _Face286 = Region[46]; 
  _Face288 = Region[47]; 
  _Face292 = Region[48]; 
  _Face294 = Region[49]; 
  _Face298 = Region[50]; 
  _Face301 = Region[51]; 
  _Face311 = Region[52]; 
  _Face326 = Region[53]; 
  _Face331 = Region[54]; 
  _Face344 = Region[55]; 
  _Face347 = Region[56]; 
  _Face350 = Region[57]; 
  _Face353 = Region[58]; 
  _Face356 = Region[59]; 
  _Face359 = Region[60]; 
  _Face363 = Region[61]; 
  _Face370 = Region[62]; 
  _Face387 = Region[63]; 
  _Face392 = Region[64]; 
  _Face404 = Region[65]; 
  _Face424 = Region[66]; 
  _Face427 = Region[67]; 
  _Face438 = Region[68]; 
  _Face466 = Region[69]; 
  _Face471 = Region[70]; 
  _Face478 = Region[71]; 
  _Face485 = Region[72]; 
  Ind1_Minus_CH = Region[1007]; 
  Ind2_Minus_CH = Region[1010]; 
  Ind3_Minus_CH = Region[1013]; 
  Sur_ADIABATIC_T = Region[{Strip_Normal, Strip_out, Strip_parallel}]; 
  Sur_ADIABATIC_T_List() = GetRegions[Sur_ADIABATIC_T];
  Sur_COMBINED_T = Region[{}]; 
  Sur_COMBINED_T_List() = GetRegions[Sur_COMBINED_T];
  Sur_CONVECTIVE_T = Region[{Strip_Skin}]; 
  Sur_CONVECTIVE_T_List() = GetRegions[Sur_CONVECTIVE_T];
  Sur_FIXED_T = Region[{Strip_in}]; 
  Sur_FIXED_T_List() = GetRegions[Sur_FIXED_T];
  Sur_HEATFLOW_T = Region[{}]; 
  Sur_HEATFLOW_T_List() = GetRegions[Sur_HEATFLOW_T];
  Sur_HEATFLUX_T = Region[{}]; 
  Sur_HEATFLUX_T_List() = GetRegions[Sur_HEATFLUX_T];
  Sur_RADIATION_T = Region[{}]; 
  Sur_RADIATION_T_List() = GetRegions[Sur_RADIATION_T];
  Sur_RESISTANCE_T = Region[{}]; 
  Sur_RESISTANCE_T_List() = GetRegions[Sur_RESISTANCE_T];
  Sur_INTERFACE_T = Region[{}]; 
  Sur_INTERFACE_T_List() = GetRegions[Sur_INTERFACE_T];
  Sur_CURRENT_B = Region[{Ind1_Minus, Ind2_Minus, Ind3_Minus}]; 
  Sur_CURRENT_B_List() = GetRegions[Sur_CURRENT_B];
  Sur_CURRENT_B_CH = Region[{Ind1_Minus_CH, Ind2_Minus_CH, Ind3_Minus_CH}]; 
  Sur_CURRENT_B_CH_List() = GetRegions[Sur_CURRENT_B_CH];
  SurStr_CURRENT_B = Region[{}]; 
  SurStr_CURRENT_B_List() = GetRegions[SurStr_CURRENT_B];
  SurStr_CURRENT_B_CH = Region[{}]; 
  SurStr_CURRENT_B_CH_List() = GetRegions[SurStr_CURRENT_B_CH];
  Sur_NORMAL_B = Region[{Air_Normal, Strip_Normal}]; 
  Sur_NORMAL_B_List() = GetRegions[Sur_NORMAL_B];
  Sur_PARALLEL_cond_B = Region[{Strip_in, Strip_out, Strip_parallel}]; 
  Sur_PARALLEL_cond_B_List() = GetRegions[Sur_PARALLEL_cond_B];
  Sur_PARALLEL_ncond_B = Region[{Air_Parallel}]; 
  Sur_PARALLEL_ncond_B_List() = GetRegions[Sur_PARALLEL_ncond_B];
  Sur_GROUND_B = Region[{Ind1_Plus, Ind2_Plus, Ind3_Plus}]; 
  Sur_GROUND_B_List() = GetRegions[Sur_GROUND_B];
  Sur_GROUND_B_CH = Region[{}]; 
  Sur_GROUND_B_CH_List() = GetRegions[Sur_GROUND_B_CH];
  SurStr_GROUND_B = Region[{}]; 
  SurStr_GROUND_B_List() = GetRegions[SurStr_GROUND_B];
  SurStr_GROUND_B_CH = Region[{}]; 
  SurStr_GROUND_B_CH_List() = GetRegions[SurStr_GROUND_B_CH];
  Sur_INFINITY_B = Region[{Air_Infinity}]; 
  Sur_INFINITY_B_List() = GetRegions[Sur_INFINITY_B];
  Sur_INTERFACE_B = Region[{Strip_Skin}]; 
  Sur_INTERFACE_B_List() = GetRegions[Sur_INTERFACE_B];
  Sur_RESISTANCE_B = Region[{}]; 
  Sur_RESISTANCE_B_List() = GetRegions[Sur_RESISTANCE_B];
  Sur_SIBC_B = Region[{}]; 
  Sur_SIBC_B_List() = GetRegions[Sur_SIBC_B];
  Sur_VOLTAGE_B = Region[{}]; 
  Sur_VOLTAGE_B_List() = GetRegions[Sur_VOLTAGE_B];
  Sur_VOLTAGE_B_CH = Region[{}]; 
  Sur_VOLTAGE_B_CH_List() = GetRegions[Sur_VOLTAGE_B_CH];
  Tot_The = Region[{Strip, Strip_Skin, Strip_Normal, Strip_out, Strip_parallel}]; 
  Vol_The = Region[{Strip}]; 
  ThermRes_OneSideVol = Region[{}]; 
  ThermRes_OneSideVol_List() = GetRegions[ThermRes_OneSideVol];  conducting_domain = Region[{Strip}]; 
  ElecRes_OneSideVol = Region[{}]; 
  ElecRes_OneSideVol_List() = GetRegions[ElecRes_OneSideVol];  non_conducting_domain = Region[{Air, Core}]; 
  sibc_domain = Region[{}]; 
  magnet_domain = Region[{}]; 
  source_domain = Region[{Ind1, Ind2, Ind3}]; 
  terms = Region[{Ind1_Minus, Ind2_Minus, Ind3_Minus, Ind1_Plus, Ind2_Plus, Ind3_Plus}]; 
  stranded_source_domain = Region[{}]; 
  terms_str = Region[{}]; 
  NL_domain = Region[{}]; 
}