reda package

reda.version()

Return the installed version of reda, using the importlib_metadata

Subpackages

• reda.configs package
  • Submodules
  • reda.configs.configManager module
    • ConfigManager
      • ConfigManager.abmn_to_dataframe()
      • ConfigManager.add_to_configs()
      • ConfigManager.clear_configs()
      • ConfigManager.gen_all_current_dipoles()
      • ConfigManager.gen_all_voltages_for_injections()
      • ConfigManager.gen_configs_permutate()
      • ConfigManager.gen_dipole_dipole()
      • ConfigManager.gen_gradient()
      • ConfigManager.gen_inner_gradients()
      • ConfigManager.gen_reciprocals()
      • ConfigManager.gen_schlumberger()
      • ConfigManager.gen_wenner()
      • ConfigManager.get_unique_current_injections()
      • ConfigManager.load_configs()
      • ConfigManager.load_crmod_config()
      • ConfigManager.load_crmod_or_4c_configs()
      • ConfigManager.load_injections_from_mcf()
      • ConfigManager.nr_of_configs
      • ConfigManager.remove_duplicates()
      • ConfigManager.remove_max_dipole_sep()
      • ConfigManager.remove_reciprocals()
      • ConfigManager.split_into_normal_and_reciprocal()
      • ConfigManager.to_iris_syscal()
      • ConfigManager.to_pg_scheme()
      • ConfigManager.unique_injections
      • ConfigManager.write_configs()
      • ConfigManager.write_crmod_config()
      • ConfigManager.write_crmod_volt()
      • ConfigManager.write_crmod_volt_with_individual_errors()
• reda.containers package
  • Submodules
  • reda.containers.BaseContainer module
    • BaseContainer
      • BaseContainer.apply_k()
      • BaseContainer.check_dataframe()
      • BaseContainer.compute_K_analytical()
      • BaseContainer.compute_K_numerical()
      • BaseContainer.create_copy()
      • BaseContainer.delete_measurements()
      • BaseContainer.filter()
      • BaseContainer.filter_non_equal_dipole_lengths()
      • BaseContainer.has_multiple_timesteps()
      • BaseContainer.histogram()
      • BaseContainer.import_electrode_positions()
      • BaseContainer.load_metadata()
      • BaseContainer.merge_norrec_data()
      • BaseContainer.plot_electrode_positions_2d()
      • BaseContainer.plot_histogram()
      • BaseContainer.plot_topography_2d()
      • BaseContainer.pseudosection()
      • BaseContainer.pseudosection_type1()
      • BaseContainer.pseudosection_type2()
      • BaseContainer.pseudosection_type3()
      • BaseContainer.replace_electrode_positions()
      • BaseContainer.save_metadata()
      • BaseContainer.sub_filter()
      • BaseContainer.to_configs()
    • ExportersBase
      • ExportersBase.export_bert()
      • ExportersBase.export_crtomo()
      • ExportersBase.export_pygimli()
    • ImportersBase
      • ImportersBase.add_dataframe()
      • ImportersBase.get_norrec_pairs()
      • ImportersBase.merge_container()
  • reda.containers.CR module
    • CR
      • CR.check_dataframe()
      • CR.export_to_crtomo_td_manager()
    • CRImporters
      • CRImporters.import_bert()
      • CRImporters.import_crtomo_data()
      • CRImporters.import_mpt()
      • CRImporters.import_pygimli()
  • reda.containers.ERT module
    • ERT
      • ERT.check_dataframe()
      • ERT.compute_reciprocal_errors()
    • ERTExporters
      • ERTExporters.export_to_crtomo_td_manager()
      • ERTExporters.export_to_pygimli_scheme()
      • ERTExporters.export_tsert()
    • ERTImporters
      • ERTImporters.import_bert()
      • ERTImporters.import_crtomo_data()
      • ERTImporters.import_mpt()
      • ERTImporters.import_pygimli()
      • ERTImporters.import_syscal_bin()
      • ERTImporters.import_syscal_txt()
      • ERTImporters.import_tsert()
      • ERTImporters.tsert_summary()
  • reda.containers.SIP module
    • SIP
      • SIP.check_dataframe()
      • SIP.export_specs_to_ascii()
      • SIP.frequencies()
      • SIP.reduce_duplicate_frequencies()
    • SIPImporters
      • SIPImporters.import_mpt()
      • SIPImporters.import_sip04()
  • reda.containers.TDIP module
    • TDIP
      • TDIP.check_dataframe()
      • TDIP.plot_decay_curve()
      • TDIP.to_cr()
      • TDIP.to_ert()
    • TDIPImporters
      • TDIPImporters.import_mpt()
      • TDIPImporters.import_syscal_bin()
  • reda.containers.sEIT module
    • sEIT
      • sEIT.Nf
      • sEIT.abmn
      • sEIT.check_dataframe()
      • sEIT.compute_K_analytical()
      • sEIT.correct_for_cable_inductances()
      • sEIT.debye_decomposition_all_spectra()
      • sEIT.debye_decomposition_one_spectrum()
      • sEIT.export_to_ascii()
      • sEIT.export_to_crtomo_multi_frequency()
      • sEIT.export_to_crtomo_one_frequency()
      • sEIT.export_to_crtomo_seit_manager()
      • sEIT.export_to_crtomo_td_manager()
      • sEIT.filter()
      • sEIT.filter_incomplete_spectra()
      • sEIT.fix_sign_with_K()
      • sEIT.frequencies
      • sEIT.get_configs()
      • sEIT.get_spectrum()
      • sEIT.keep_frequencies()
      • sEIT.keep_only_configs()
      • sEIT.nr_frequencies
      • sEIT.nr_timesteps
      • sEIT.plot_all_spectra()
      • sEIT.plot_histograms()
      • sEIT.plot_pseudosections()
      • sEIT.query()
      • sEIT.remove_frequencies()
      • sEIT.scatter_norrec()
      • sEIT.subquery()
    • sEITImporters
      • sEITImporters.import_crtomo()
      • sEITImporters.import_eit_fzj()
      • sEITImporters.import_mpt_das1()
      • sEITImporters.import_sip256c()
• reda.eis package
  • Submodules
  • reda.eis.convert module
    • convert()
    • from_ccomplex()
    • from_cmag_cpha()
    • from_cre_cim()
    • from_cre_cmim()
    • from_lnrmag_rpha()
    • from_log10rmag_rpha()
    • from_rcomplex()
    • from_rmag_rpha()
    • from_rre_rim()
    • from_rre_rmim()
    • generic_magpha_to_reim()
    • split_data()
    • to_ccomplex()
    • to_cmag_cpha()
    • to_complex()
    • to_cre_cim()
    • to_cre_cmim()
    • to_lnrmag_rpha()
    • to_log10rmag_rpha()
    • to_rcomplex()
    • to_rmag_rpha()
    • to_rre_rim()
    • to_rre_rmim()
  • reda.eis.plots module
    • multi_sip_response
      • multi_sip_response.add()
      • multi_sip_response.plot_cim()
      • multi_sip_response.plot_cre()
      • multi_sip_response.plot_rmag()
      • multi_sip_response.plot_rpha()
      • multi_sip_response.set_xlim()
    • sip_response
      • sip_response.plot()
      • sip_response.to_one_line()
  • reda.eis.test_convert module
    • TestClass_input_styles
      • TestClass_input_styles.precompute_values()
      • TestClass_input_styles.setup_method()
      • TestClass_input_styles.test_input_styles()
    • TestClass_test_converters
      • TestClass_test_converters.check_from_function()
      • TestClass_test_converters.check_to_function()
      • TestClass_test_converters.precompute_values()
      • TestClass_test_converters.setup_method()
      • TestClass_test_converters.teardown()
      • TestClass_test_converters.test_convert()
      • TestClass_test_converters.test_from_cmag_cpha()
      • TestClass_test_converters.test_from_cre_cim()
      • TestClass_test_converters.test_from_cre_cmim()
      • TestClass_test_converters.test_from_rmag_rpha()
      • TestClass_test_converters.test_from_rre_rim()
      • TestClass_test_converters.test_from_rre_rmim()
      • TestClass_test_converters.test_to_cmag_cpha()
      • TestClass_test_converters.test_to_cre_cim()
      • TestClass_test_converters.test_to_cre_mim()
      • TestClass_test_converters.test_to_rre_rim()
  • reda.eis.units module
    • get_label()
• reda.exporters package
  • Submodules
  • reda.exporters.bert module
    • export_bert()
  • reda.exporters.crtomo module
    • save_block_to_crt()
    • write_files_to_directory()
  • reda.exporters.syscal module
    • syscal_save_to_config_txt()
  • reda.exporters.tsert_export module
    • tsert_base
      • tsert_base.check_format()
      • tsert_base.get_index()
      • tsert_base.version
    • tsert_export
      • tsert_export.add_data()
      • tsert_export.add_file_information()
      • tsert_export.add_metadata()
      • tsert_export.get_empty_index()
      • tsert_export.set_electrode_positions()
      • tsert_export.set_topography()
      • tsert_export.test_add_metadata()
      • tsert_export.write_index()
• reda.importers package
  • Subpackages
    • reda.importers.legacy package
      • Submodules
      • reda.importers.legacy.eit160 module
      • reda.importers.legacy.eit40 module
    • reda.importers.utils package
      • Submodules
      • reda.importers.utils.decorators module
      • reda.importers.utils.transforms module
  • Submodules
  • reda.importers.bert module
    • import_ohm()
  • reda.importers.crtomo module
    • load_mod_file()
    • load_seit_data()
  • reda.importers.eit_fzj module
    • MD_ConfigsPermutate()
    • apply_correction_factors()
    • compute_data_errors()
    • compute_magnitude_errors()
    • compute_phase_errors()
    • compute_quadrupoles()
    • get_adc_data()
    • get_md_data()
    • get_mnu0_data()
    • read_3p_data()
  • reda.importers.eit_version_2010 module
  • reda.importers.eit_version_2013 module
  • reda.importers.eit_version_2017 module
  • reda.importers.eit_version_2018a module
    • convert_electrode()
  • reda.importers.eit_version_20200609 module
  • reda.importers.fzj_readbin module
    • fzj_readbin
      • fzj_readbin.characterize()
      • fzj_readbin.fft_analysis_one_channel()
      • fzj_readbin.find_swapped_measurement_indices()
      • fzj_readbin.get_sample_times()
      • fzj_readbin.get_ts_abm()
      • fzj_readbin.import_file()
      • fzj_readbin.list_injections()
      • fzj_readbin.plot_noise_level_for_one_injection()
      • fzj_readbin.plot_per_frequency()
      • fzj_readbin.plot_timeseries()
      • fzj_readbin.plot_timeseries_to_axes()
  • reda.importers.geotom module
    • add_file()
  • reda.importers.iris_syscal_pro module
    • import_bin()
    • import_txt()
  • reda.importers.mpt_das1 module
    • get_frequencies()
    • get_measurement_type()
    • import_das1()
    • import_das1_fd()
    • import_das1_sip()
    • import_das1_td()
  • reda.importers.radic_sip256c module
    • compute_quadrupoles()
    • parse_radic_file()
    • parse_reading()
    • write_crmod_file()
  • reda.importers.res2dinv module
    • import_res2dinv()
  • reda.importers.sip04 module
    • import_sip04_data()
    • import_sip04_data_all()
  • reda.importers.tsert_import module
    • tsert_import
      • tsert_import.import_data()
      • tsert_import.load_data()
      • tsert_import.load_electrode_positions()
      • tsert_import.load_metadata()
      • tsert_import.load_topography()
      • tsert_import.summary()
• reda.main package
  • Submodules
  • reda.main.logger module
    • ListHandler
      • ListHandler.emit()
    • LoggingClass
      • LoggingClass.print_data_journal()
      • LoggingClass.print_log()
      • LoggingClass.setup_logger()
  • reda.main.units module
    • get_label()
• reda.plotters package
  • Submodules
  • reda.plotters.histograms module
    • plot_histograms()
    • plot_histograms_extra_dims()
  • reda.plotters.plots2d module
    • matplot()
    • plot_pseudodepths()
    • plot_pseudosection()
    • plot_rawdataplot()
  • reda.plotters.pseudoplots module
    • plot_ps_extra()
    • plot_pseudosection_type1()
    • plot_pseudosection_type2()
    • test_get_unique_identifiers()
  • reda.plotters.pseudoplots_type_3_crtomo module
    • plot_pseudosection_type3()
  • reda.plotters.time_series module
    • plot_quadpole_evolution()
• reda.tdip package
  • Submodules
  • reda.tdip.decay_curve module
    • DecayCurveObj
• reda.testing package
  • test()
  • Subpackages
    • reda.testing.ert_container package
      • Submodules
      • reda.testing.ert_container.test_K_computation module
  • Submodules
  • reda.testing.containers module
    • get_simple_ert_container_nor()
    • get_simple_ert_container_norrec()
  • reda.testing.fzj_readbin module
    • test_find_swapped_measurement_indices()
  • reda.testing.test_container_ert module
    • test_bad_init()
    • test_init()
    • test_init_with_data()
    • test_init_with_electrode_positions()
    • test_merge_norrec_1()
    • test_merge_norrec_2()
  • reda.testing.test_container_seit module
    • load_data_into_container()
    • prepare_4d_data()
    • test_check_4d_data()
    • test_histogram_plotting()
    • test_load_4d_data()
  • reda.testing.test_crtomo_import module
    • test_load_complex_data()
    • test_load_resistance_data()
  • reda.testing.test_electrode_manager module
    • test_add_positions()
    • test_bad_input()
    • test_callable_class()
    • test_conform_to_regular_x_spacing()
    • test_conform_to_regular_x_spacing_exception()
    • test_duplicates()
    • test_electrode_numbers()
    • test_fixed_assignments()
    • test_get_electrode_numbers_for_positions()
    • test_get_electrode_position()
    • test_merging()
    • test_merging2()
    • test_number_assignment()
    • test_reflect_on_x()
    • test_replace_coordinates_with_fixed_regular_grid_x()
    • test_replace_one_coordinate()
    • test_shift_positions_by_xyz()
    • test_simple_ordering_2d()
    • test_simple_ordering_3d()
    • test_sorters()
    • test_user_supplied_sorter()
  • reda.testing.test_geometric_factors module
    • test_computing_geometric_factors_analytical_dipole_dipole()
  • reda.testing.test_geometric_factors_numerical module
    • test_crmod_vs_pygimli()
• reda.utils package
  • Submodules
  • reda.utils.data module
    • download_data()
  • reda.utils.datetimes module
    • ensure_dateteim64_is_in_ns()
  • reda.utils.decorators_and_managers module
    • LogDataChanges
    • append_doc_of()
    • prepend_doc_of()
  • reda.utils.eit_fzj_utils module
    • apply_correction_factors()
    • check_resistor_board_measurements()
    • compute_correction_factors()
    • get_md_data_2018a()
    • testboard_evaluation()
  • reda.utils.electrode_manager module
    • decorator_name_index()
    • electrode_manager
      • electrode_manager.add_by_position()
      • electrode_manager.add_fixed_assignments()
      • electrode_manager.align_assignments()
      • electrode_manager.conform_to_regular_x_spacing()
      • electrode_manager.electrode_positions
      • electrode_manager.get_all_electrode_numbers()
      • electrode_manager.get_electrode_numbers_for_positions()
      • electrode_manager.get_position_of_number()
      • electrode_manager.plot_coordinates_x_z_to_ax()
      • electrode_manager.reflect_on_position_x()
      • electrode_manager.register_custom_ordering_scheme()
      • electrode_manager.replace_coordinate_of_electrode_number()
      • electrode_manager.replace_coordinates_with_fixed_regular_grid_x()
      • electrode_manager.set_ordering_to_as_is()
      • electrode_manager.set_ordering_to_as_is_plus_one()
      • electrode_manager.set_ordering_to_sort_zyx()
      • electrode_manager.shift_positions_xyz()
  • reda.utils.enter_directory module
    • CreateEnterDirectory
    • EnterDirectory
  • reda.utils.filter_config_types module
    • filter()
  • reda.utils.fix_sign_with_K module
    • fix_sign_with_K()
    • test_fix_sign_with_K()
  • reda.utils.geom_fac_crtomo module
    • compute_K()
    • get_default_settings()
  • reda.utils.geom_fac_pygimli module
    • compute_K()
  • reda.utils.geometric_factors module
    • apply_K()
    • compute_K_analytical()
    • compute_K_numerical()
  • reda.utils.helper_functions module
    • has_multiple_timesteps()
    • opt_import()
    • search()
    • split_timesteps()
    • which()
  • reda.utils.mpl module
    • Examples
    • get_canvas_scaler()
    • get_mpl_version()
    • mpl_get_cb_bound_below_plot()
    • mpl_get_cb_bound_next_to_plot()
    • setup()
  • reda.utils.norrec module
    • assign_norrec_diffs()
    • assign_norrec_to_df()
    • average_repetitions()
    • compute_error_model_absolute_relative()
    • compute_norrec_differences()
    • get_test_df()
    • get_test_df_advanced()
    • test2()
    • test_norrec_assignments1()
    • test_norrec_with_only_nor_or_rec()
    • test_norrec_with_repeated_measurements()
  • reda.utils.pseudo_positions module
    • get_xy_simple_dipole_dipole()