Group{ 
  winding_0 = Region[21]; 
  winding_2 = Region[23]; 
  winding_3 = Region[24]; 
  workpiece = Region[20]; 
  winding_4 = Region[25]; 
  winding_1 = Region[22]; 
  air = Region[26]; 
  infinity = Region[16]; 
  Edge_7 = Region[29]; 
  Edge_9 = Region[31]; 
  Edge_5 = Region[27]; 
  Edge_14 = Region[36]; 
  Edge_11 = Region[33]; 
  Edge_13 = Region[35]; 
  symmetry = Region[1]; 
  symmetry_axis = Region[15]; 
  Edge_8 = Region[30]; 
  wp_air = Region[2]; 
  Edge_10 = Region[32]; 
  Edge_6 = Region[28]; 
  Edge_12 = Region[34]; 
  ElectricalCircuit_source0 = Region[37]; 
  Sur_ADIABATIC_T = Region[{}]; 
  Sur_ADIABATIC_T_List() = GetRegions[Sur_ADIABATIC_T];
  Sur_COMBINED_T = Region[{}]; 
  Sur_COMBINED_T_List() = GetRegions[Sur_COMBINED_T];
  Sur_CONVECTIVE_T = Region[{}]; 
  Sur_CONVECTIVE_T_List() = GetRegions[Sur_CONVECTIVE_T];
  Sur_FIXED_T = Region[{symmetry, wp_air}]; 
  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_FLUXNORMAL_B = Region[{}]; 
  Sur_FLUXNORMAL_B_List() = GetRegions[Sur_FLUXNORMAL_B];
  Sur_FLUXPARALLEL_B = Region[{}]; 
  Sur_FLUXPARALLEL_B_List() = GetRegions[Sur_FLUXPARALLEL_B];
  Sur_INFINITY_B = Region[{infinity, symmetry, symmetry_axis}]; 
  Sur_INFINITY_B_List() = GetRegions[Sur_INFINITY_B];
  Sur_INTERFACE_B = Region[{Edge_10, Edge_11, Edge_12, Edge_13, Edge_14, Edge_5, Edge_6, Edge_7, Edge_8, Edge_9, wp_air}]; 
  Sur_INTERFACE_B_List() = GetRegions[Sur_INTERFACE_B];
  Sur_SIBC_B = Region[{}]; 
  Sur_SIBC_B_List() = GetRegions[Sur_SIBC_B];
  Sur_SYMMAXIS_B = Region[{}]; 
  Sur_SYMMAXIS_B_List() = GetRegions[Sur_SYMMAXIS_B];
  Tot_The = Region[{workpiece}]; 
  Vol_The = Region[{workpiece}]; 
  ThermRes_OneSideVol = Region[{}]; 
  ThermRes_OneSideVol_List() = GetRegions[ThermRes_OneSideVol];  circuit_domain = Region[{ElectricalCircuit_source0}]; 
  conducting_domain = Region[{workpiece}]; 
  non_conducting_domain = Region[{air}]; 
  sibc_domain = Region[{}]; 
  source_domain = Region[{winding_0, winding_1, winding_2, winding_3, winding_4}]; 
  stranded_source_domain = Region[{}]; 
  NL_domain = Region[{}]; 
}