pySIMsalabim package

Subpackages

• pySIMsalabim.aux_funcs package
  • Submodules
  • pySIMsalabim.aux_funcs.PathChecksWin module
    • convert_to_long_path()
  • pySIMsalabim.aux_funcs.SCLC_funcs module
    • Make_SCLC_plot()
    • MottGurney()
    • SCLC_get_data_plot()
    • calc_Vnet_with_ions()
    • calc_Vsat()
    • calc_Vtfl()
    • calc_net_charge()
    • calc_nt_min()
    • calc_trap_charge()
    • deriv()
    • fit_MottGurney()
    • log_slope()
  • pySIMsalabim.aux_funcs.addons module
    • get_FF()
    • get_Jsc()
    • get_PCE()
    • get_Voc()
    • get_ideality_factor()
    • sci_notation()
  • Module contents
• pySIMsalabim.experiments package
  • Submodules
  • pySIMsalabim.experiments.CV module
    • MottSchottky_plot()
    • calc_capacitance()
    • calc_capacitance_forOneVoltage()
    • calc_impedance_CV()
    • calc_impedance_limit_time()
    • cap_plot()
    • create_tVG_CV()
    • create_tVG_CV_Rseries()
    • create_tVG_SS_CV()
    • get_capacitance()
    • plot_capacitance()
    • run_CV_simu()
    • store_capacitance_data()
  • pySIMsalabim.experiments.EQE module
    • EQE_create_spectrum_files()
    • calc_EQE()
    • get_CurrDens()
    • run_EQE()
  • pySIMsalabim.experiments.JV_steady_state module
    • run_SS_JV()
  • pySIMsalabim.experiments.JV_sweep module
    • Compare_Exp_Sim_JV()
    • JV_sweep()
    • build_tVG_arrays()
    • build_tVG_arrays_log()
    • create_tVG_sweep()
    • plot_JV_sweep()
    • read_Exp_JV()
    • read_tj_file()
  • pySIMsalabim.experiments.hysteresis module
    • Compare_Exp_Sim_JV()
    • Hysteresis_JV()
    • build_tVG_arrays()
    • build_tVG_arrays_log()
    • calc_hysteresis_index()
    • concatJVs()
    • create_tVG_hysteresis()
    • plot_hysteresis_JV()
    • read_Exp_JV()
    • read_tj_file()
    • tVG_exp()
  • pySIMsalabim.experiments.impedance module
    • Bode_plot()
    • Capacitance_plot()
    • Nyquist_plot()
    • calc_impedance()
    • calc_impedance_limit_time()
    • create_tVG_SS()
    • create_tVG_impedance()
    • create_tVG_tolDens()
    • get_impedance()
    • get_tolDens()
    • plot_impedance()
    • run_impedance_simu()
    • store_impedance_data()
  • pySIMsalabim.experiments.imps module
    • ColeCole_plot()
    • IMPS_plot()
    • calc_IMPS()
    • calc_IMPS_limit_time()
    • create_tVG_IMPS()
    • get_IMPS()
    • plot_IMPS()
    • run_IMPS_simu()
    • store_IMPS_data()
  • Module contents
• pySIMsalabim.install package
  • Submodules
  • pySIMsalabim.install.compile_simsalabim module
    • fpc_prog()
  • pySIMsalabim.install.get_SIMsalabim module
    • clear_current_working_directory()
    • cmd_yes_no_question()
    • fpc_prog()
    • get_SIMsalabim_assets()
    • get_SIMsalabim_source()
    • install_SIMsalabim()
    • install_fpc_Linux()
    • use_SIMsalabim_source()
  • pySIMsalabim.install.get_gnu_parallel module
    • install_GNU_parallel_Linux()
  • Module contents
• pySIMsalabim.plots package
  • Submodules
  • pySIMsalabim.plots.band_diagram module
    • create_energy_label()
    • create_width_label()
    • get_param_band_diagram()
    • plot_band_diagram()
    • plot_device_widths()
  • pySIMsalabim.plots.plot_def module
  • pySIMsalabim.plots.plot_functions module
    • plot_result()
    • plot_result_colorbar_single()
    • plot_result_twinx()
  • Module contents
• pySIMsalabim.tests package
  • Submodules
  • pySIMsalabim.tests.test_CV module
    • test_CV_parallel()
    • test_run_CV_simu()
  • pySIMsalabim.tests.test_EQE module
    • test_EQE_parallel()
    • test_run_EQE()
  • pySIMsalabim.tests.test_IMPS module
    • test_IMPS_parallel()
    • test_run_IMPS_simu()
  • pySIMsalabim.tests.test_JV module
    • test_SS_JV_parallel()
    • test_run_SS_JV()
  • pySIMsalabim.tests.test_JV_sweep module
    • test_JV_sweep_parallel()
    • test_run_JV_sweep_logstep_simu()
    • test_run_JV_sweep_simu()
  • pySIMsalabim.tests.test_hyst module
    • test_hysteresis_parallel()
    • test_run_hysteresis_logstep_simu()
    • test_run_hysteresis_simu()
  • pySIMsalabim.tests.test_impedance module
    • test_impedance_parallel()
    • test_run_impedance_simu()
  • Module contents
• pySIMsalabim.utils package
  • Submodules
  • pySIMsalabim.utils.clean_up module
    • clean_all_output()
    • clean_file_type()
    • clean_up_output()
    • delete_folders()
    • store_output_in_folder()
  • pySIMsalabim.utils.device_parameters module
    • ReadParameterFile()
    • devpar_read_from_txt()
    • devpar_write_to_txt()
    • get_inputFile_from_cmd_pars()
    • get_inputFile_from_layer()
    • get_par_from_dev_par()
    • load_device_parameters()
    • make_basename_file_cmd_pars()
    • make_basename_input_files()
    • store_file_names()
  • pySIMsalabim.utils.general module
    • construct_cmd()
    • error_message()
    • fatal_error_message()
    • make_thread_safe_file_copy()
    • run_simulation()
    • run_simulation_filesafe()
  • pySIMsalabim.utils.parallel_sim module
    • CustomThread
      • CustomThread.join()
      • CustomThread.run()
    • parallel_error_message()
    • run_simulation_GNU_parallel()
    • run_simulation_multithreaded_linux()
    • run_simulation_multithreaded_windows()
    • run_simulation_parallel()
    • worker_linux()
    • worker_windows()
  • pySIMsalabim.utils.utils module
    • get_integral_bounds()
    • read_tj_file()
    • update_cmd_pars()
  • Module contents

Module contents