analysis_modules.eigenmode package

Subpackages

• analysis_modules.eigenmode.SLANS package
  • Subpackages
    • analysis_modules.eigenmode.SLANS.EndCellTune package
      • Module contents
    • analysis_modules.eigenmode.SLANS.MidCellTune package
      • Module contents
  • Submodules
  • analysis_modules.eigenmode.SLANS.geometry_manual module
    • Geometry
      • Geometry.set_geom_parameters()
      • Geometry.set_geom_parameters_multicell()
      • Geometry.write_cst_paramters()
      • Geometry.write_cst_paramters_mid()
    • print_()
  • analysis_modules.eigenmode.SLANS.slansTuner module
    • SLANSTune
      • SLANSTune.calculate_li()
      • SLANSTune.end_cell_tune()
      • SLANSTune.mid_cell_tune()
      • SLANSTune.read_tuned_data()
      • SLANSTune.read_tuned_data_end()
      • SLANSTune.write_beta_end_Tune()
      • SLANSTune.write_beta_mid_Tune()
      • SLANSTune.write_geometry_parameters_end_tune()
      • SLANSTune.write_geometry_parameters_mid_tune()
  • analysis_modules.eigenmode.SLANS.slans_Req_tune_par module
  • analysis_modules.eigenmode.SLANS.slans_code module
    • SLANS
      • SLANS.rz_conjug()
      • SLANS.slans_M()
      • SLANS.slans_bp_L()
      • SLANS.slans_bp_R()
      • SLANS.slans_n1_L()
      • SLANS.slans_n1_R()
    • SLANS_Flattop
      • SLANS_Flattop.rz_conjug()
      • SLANS_Flattop.slans_M()
      • SLANS_Flattop.slans_bp_L()
      • SLANS_Flattop.slans_bp_R()
      • SLANS_Flattop.slans_n1_L()
      • SLANS_Flattop.slans_n1_R()
    • SLANS_Multicell
      • SLANS_Multicell.rz_conjug()
      • SLANS_Multicell.slans_M()
      • SLANS_Multicell.slans_bp_L()
      • SLANS_Multicell.slans_bp_R()
      • SLANS_Multicell.slans_n1_L()
      • SLANS_Multicell.slans_n1_R()
    • SLANS_Multicell_full
      • SLANS_Multicell_full.rz_conjug()
      • SLANS_Multicell_full.slans_M()
      • SLANS_Multicell_full.slans_bp_L()
      • SLANS_Multicell_full.slans_bp_R()
      • SLANS_Multicell_full.slans_n1_L()
      • SLANS_Multicell_full.slans_n1_R()
  • analysis_modules.eigenmode.SLANS.slans_geom_par module
    • SLANSGeometry
      • SLANSGeometry.cavity()
      • SLANSGeometry.createFolder()
      • SLANSGeometry.write_dtr()
  • analysis_modules.eigenmode.SLANS.slans_geometry module
    • SLANSGeometry
      • SLANSGeometry.button_clicked()
      • SLANSGeometry.cavity()
      • SLANSGeometry.cavity_multicell()
      • SLANSGeometry.cavity_multicell_full()
      • SLANSGeometry.createFolder()
      • SLANSGeometry.get_axis_field_data()
      • SLANSGeometry.write_dtr()
    • print_()
  • analysis_modules.eigenmode.SLANS.slans_mpi module
  • analysis_modules.eigenmode.SLANS.slans_mpi_MP module
    • print_()
    • run_MP()
    • run_sequential()
  • analysis_modules.eigenmode.SLANS.slans_par_run module
    • SLANSPar
      • SLANSPar.run()
  • Module contents
• analysis_modules.eigenmode.customEig package
  • Submodules
  • analysis_modules.eigenmode.customEig.compute_QoIs module
  • analysis_modules.eigenmode.customEig.run_field_solver module
    • Model
      • Model.calculate_QoI()
      • Model.calculate_U()
      • Model.calculate_bpk()
      • Model.calculate_disspated_power()
      • Model.calculate_epk()
      • Model.calculate_fields()
      • Model.calculate_g()
      • Model.calculate_loss_factor()
      • Model.calculate_q()
      • Model.calculate_rq()
      • Model.calculate_surface_resistance_copper()
      • Model.calculate_vacc()
      • Model.calculate_volume()
      • Model.create_inputs()
      • Model.define_geometry()
      • Model.eee()
      • Model.eigen()
      • Model.find_resonance()
      • Model.generate_mesh()
      • Model.get_surface_field()
      • Model.inttri()
      • Model.normalize_u()
      • Model.peak_cavity_field()
      • Model.plot_FEM_fields()
      • Model.plot_cavity_fields()
      • Model.plot_mesh()
      • Model.run()
      • Model.run_field_solver()
      • Model.save_fields()
      • Model.save_qois()
      • Model.search()
  • Module contents

Module contents