..
    This file was generated automatically by the Makefile. Do not edit.

===============================
Reference (Available Functions)
===============================

.. role:: red

.. toctree::

* ``adapt_window()``
* ``add_to_subreg()``
* ``add_to_sreg()``
* ``add_to_wdg_nt()``
* ``add_to_wdg()``
* ``add_to_bar()``
* ``add_branch_to_wdg()``
* ``add_wdg_to_grp()``
* ``blow_up_wind()``
* ``calc_field_single()``
* ``calc_field_ts()``
* ``calc_field_ts_dvp()``
* ``calc_field_ts_dcur()``
* ``calc_field_ts_init()``
* ``calc_field_ts_step()``
* ``calc_field_ts_finish()``
* ``calc_field_multi()``
* ``chdir()``
* ``change_wdg_type()``
* ``close_model()``
* ``connect_models()``
* ``cosys()``
* ``color_gradation()``
* ``color_gradation_th()``
* ``color_tension_me()``
* ``color_displacement()``
* ``create_mesh_se_short()``
* ``create_mesh()``
* ``create_mesh_se()``
* ``c2pr()``
* ``c2pd()``
* ``calc_symm()``
* ``calc_demag()``
* ``calc_noLoadCrv()``
* ``calc_start_currents()``
* ``calc_therm_field()``
* ``calc_therm_field_tstep()``
* ``calc_mech_displ()``
* ``calc_mech_pressfit()``
* ``calc_mech_pressfit_sfm()``
* ``calc_mech_pressfit_ftm()``
* ``calc_mech_extended()``
* ``calc_mech_extended_sfm()``
* ``calc_mech_extended_ftm()``
* ``calc_mech_eigenvalue()``
* ``debug()``
* ``def_new_subreg()``
* ``def_new_sreg()``
* ``def_bcond()``
* ``def_bcond_only()``
* ``del_bcond()``
* ``def_bcond_vpo()``
* ``def_bcond_vpc()``
* ``def_bcond_inf()``
* ``def_bcond_int_vpo()``
* ``def_bcond_int_vpc()``
* ``def_nccond_vpo()``
* ``def_nccond_vpc()``
* ``del_forces()``
* ``def_bcond_to()``
* ``def_bcond_tc()``
* ``def_bcond_tp()``
* ``def_bcond_int_to()``
* ``def_bcond_int_tc()``
* ``def_nccond_to()``
* ``def_nccond_tc()``
* ``def_insulation_by_nodechain()``
* ``def_slideplane()``
* ``def_bcond_do()``
* ``def_bcond_dxo()``
* ``def_bcond_dyo()``
* ``def_bcond_dro()``
* ``def_bcond_dphio()``
* ``def_bcond_dper()``
* ``def_bcond_int_do()``
* ``def_bcond_int_dxo()``
* ``def_bcond_int_dyo()``
* ``def_bcond_int_dro()``
* ``def_bcond_int_dphio()``
* ``def_wdg_material()``
* ``def_wdg_material_nl()``
* ``def_ext_resist()``
* ``def_cage_resist()``
* ``def_ext_source()``
* ``def_nccond_do()``
* ``def_nccond_dxo()``
* ``def_nccond_dyo()``
* ``def_nccond_dro()``
* ``def_nccond_dphio()``
* ``def_mat_air()``
* ``def_mat_fm()``
* ``def_mat_pm()``
* ``def_mat_pm_brfunc()``
* ``def_mat_pm_nlin()``
* ``def_mat_fm_nlin()``
* ``def_new_wdg()``
* ``def_new_bar()``
* ``def_branch_of_new_wdg()``
* ``def_mcv()``
* ``def_new_grp()``
* ``del_grp()``
* ``del_all_grp()``
* ``def_curr_wdg()``
* ``def_volt_wdg()``
* ``def_curr_wb()``
* ``def_currdens_se()``
* ``def_currdens_sr()``
* ``def_currdens()``
* ``delete_mesh_se()``
* ``delete_sreg()``
* ``delete_se_mesh()``
* ``draw_elem()``
* ``draw_spel()``
* ``draw_spels()``
* ``draw_sreg()``
* ``draw_wdg()``
* ``draw_ndchns()``
* ``draw_mesh_edge()``
* ``draw_zones()``
* ``del_nc_single()``
* ``del_all_coils()``
* ``del_zones()``
* ``def_mat_therm()``
* ``def_mat_mech()``
* ``def_temp_mech()``
* ``def_sreg_temp()``
* ``def_loss_density()``
* ``def_losses()``
* ``def_insulation()``
* ``def_heat_transfer()``
* ``draw_joint_compr()``
* ``draw_eigenform()``
* ``def_temp_therm()``
* ``displace()``
* ``evalBNP_init()``
* ``evalBNP_step()``
* ``evalBNP_close()``
* ``evalBNP_fourcoeff()``
* ``evalBNP_Avecpot()``
* ``evalBNP_vecpot()``
* ``evalBNP_Ainduc()``
* ``evalBNP_induc()``
* ``evalBNP_Aforcedens()``
* ``evalBNP_forcedens()``
* ``evalBNP_forcetorq()``
* ``export_calc_results()``
* ``export_tension_me()``
* ``export_results_1D()``
* ``export_eigenvectors()``
* ``field_lines()``
* ``flux_winding_wk()``
* ``force_torque()``
* ``FMG_Get_MCName()``
* ``FMG_GetData_FET()``
* ``FMG_SetData_FET()``
* ``FMG_Get_NonlinMat()``
* ``FDC_Calc_MagVoltage()``
* ``get_node_key()``
* ``get_node_keys()``
* ``get_ndch_keys()``
* ``get_nd_ndch_keys()``
* ``get_node_data()``
* ``get_elem_key()``
* ``get_elem_keys()``
* ``get_elem_data()``
* ``get_spel_key()``
* ``get_spel_keys()``
* ``get_spel_data()``
* ``get_sreg_key()``
* ``get_sreg_keys()``
* ``get_sreg_data()``
* ``get_wdg_key()``
* ``get_wdg_keys()``
* ``get_wdg_data()``
* ``get_dev_data()``
* ``get_mod_data()``
* ``get_sim_data()``
* ``getval()``
* ``global_unit()``
* ``grf_clear()``
* ``grf_flush()``
* ``get_displacement_limits()``
* ``get_min_displacement()``
* ``get_max_displacement()``
* ``get_mean_displacement()``
* ``get_node_displacement()``
* ``get_tension_limits_me()``
* ``get_tension_me()``
* ``get_joint_compr()``
* ``get_min_joint_compr()``
* ``get_max_joint_compr()``
* ``get_eigenfrequency()``
* ``get_surface_forces()``
* ``get_heat_flow_dens()``
* ``get_heat_flow_line()``
* ``get_heat_flow_nodechain()``
* ``get_wdg_curr()``
* ``get_wdg_volt()``
* ``get_branch_curr()``
* ``get_branch_volt()``
* ``get_mech_data()``
* ``hotspot()``
* ``get_temp_limit_sr()``
* ``induc_xy()``
* ``get_magnetic_voltage()``
* ``import_losses_from_femag_dc()``
* ``import_tension_me()``
* ``load_model()``
* ``line()``
* ``mirror_nodechains()``
* ``meshing()``
* ``movie_of_eigenform()``
* ``new_model()``
* ``new_model_force()``
* ``ndt()``
* ``nc_line()``
* |nc_line_exp|_
* ``nc_line_cont()``
* ``nc_rec()``
* ``nc_circle()``
* ``nc_circle_m()``
* ``read_msh()``
* ``pickdist()``
* ``point()``
* ``plot()``
* ``pr2c()``
* ``pd2c()``
* ``print()``
* ``publish()``
* ``pre_models()``
* ``post_models()``
* ``point_to_dc()``
* ``point_to_ac()``
* ``point_to_ts()``
* ``point_to_me()``
* ``point_to_th()``
* ``restore_ts_state()``
* ``run_models()``
* ``rotate()``
* ``rotate_copy_nodechains()``
* ``rotor_identification()``
* ``recalc_mag_curve()``
* ``read_mag_curve_data()``
* ``read_poc_file()``
* ``refine_mesh()``
* ``clear_fe_results()``
* ``save_model()``
* ``save_metafile()``
* ``save_ts_state()``
* ``search_mcv_file()``
* ``set_dir()``
* ``set_dir_by_type()``
* ``set_parameters()``
* ``set_node_data()``
* ``set_elem_data()``
* ``set_spel_data()``
* ``set_sreg_data()``
* ``set_dev_data()``
* ``set_sim_data()``
* ``set_break()``
* ``set_speed()``
* ``set_ext_torque()``
* ``get_inertia()``
* ``set_calc_mode()``
* ``set_store_mode()``
* ``set_node_force()``
* ``set_mat_perm()``
* ``set_mat_cond()``
* ``set_mat_velo()``
* ``set_surface_pressure()``
* ``set_force_density()``
* ``set_overlap()``
* ``set_wdg_data()``
* ``state_of_problem()``
* ``stop()``
* ``sleep()``
* ``sandbox()``
* ``shift_windings()``
* ``switch_to_model_datas()``
* ``switch_to_calculation_datas()``
* ``translate_copy_nodechains()``
* ``text()``
* ``turbo_start()``
* ``turbo_dat()``
* ``turbo_model()``
* ``temperature_xy()``
* ``update_curr_pos()``
* ``vlen()``
* ``calc_airgap_nodes()``
* ``add_field_lines()``

.. |nc_line_exp| replace:: ``nc_line_exp()``
.. _nc_line_exp: ./reference/nc_line_exp.html