paquete ruidaqan

Subpaquetes

• ruidaqan.constants package
  • Submodules
  • ruidaqan.constants.constantes_reactores module
    • CNAII
      • CNAII.BETA_EFECTIVO
      • CNAII.EFECTIVIDAD_FOTONEUTRONES
      • CNAII.FACTOR_FORMA_L
      • CNAII.LAMBDA_REDUCIDO
    • Constantes_Nucleares
      • Constantes_Nucleares.EFECTIVIDAD_FOTONEUTRONES
      • Constantes_Nucleares.ENERGIA_FISION
      • Constantes_Nucleares.FACTOR_BENNETT
      • Constantes_Nucleares.FACTOR_DIVEN
    • RA0
      • RA0.BETA_EFECTIVO
      • RA0.FACTOR_FORMA_L
      • RA0.LAMBDA_REDUCIDO
    • RA1
      • RA1.BETA_EFECTIVO
      • RA1.FACTOR_FORMA_L
      • RA1.LAMBDA_REDUCIDO
      • RA1.SIGMA_BETA_EFECTIVO
    • RA3
      • RA3.BETA_EFECTIVO
      • RA3.EFECTIVIDAD_FOTONEUTRONES
      • RA3.FACTOR_FORMA_L
      • RA3.LAMBDA_REDUCIDO
    • RA4
      • RA4.BETA_EFECTIVO
      • RA4.FACTOR_FORMA_L
      • RA4.LAMBDA_REDUCIDO
    • RA6
      • RA6.BETA_EFECTIVO
      • RA6.FACTOR_FORMA_L
      • RA6.LAMBDA_REDUCIDO
      • RA6.N011
      • RA6.N016
    • RA8
      • RA8.BETA_EFECTIVO
      • RA8.FACTOR_FORMA_L
      • RA8.LAMBDA_REDUCIDO
    • RP10
      • RP10.N007
      • RP10.N008
• ruidaqan.gui package
  • Submodules
  • ruidaqan.gui.ScientificDoubleSpinBox module
  • ruidaqan.gui.acquisition_window module
  • ruidaqan.gui.resultados_window module
  • ruidaqan.gui.cip module
  • ruidaqan.gui.config module
  • ruidaqan.gui.data_io module
    • DataWriter
      • DataWriter.close_file()
      • DataWriter.write_data()
    • WriteHDF5File
      • WriteHDF5File.append_manual_cip()
      • WriteHDF5File.append_new_data()
    • read_RUI_background()
    • read_background()
    • write_RUI_background()
    • write_RUI_file()
    • write_background()
  • ruidaqan.gui.procesamiento_window module
  • ruidaqan.gui.measurement_window module
  • ruidaqan.gui.misc_functions module
    • calculate_mean_value()
    • calculate_spectrum_gui()
    • int_to_volt()
    • weighted_average()
  • ruidaqan.gui.oscilloscope_window module
  • ruidaqan.gui.parameters module
    • AdvancedParamTree
      • AdvancedParamTree.actualiza_cadenas_med()
      • AdvancedParamTree.actualiza_cip()
      • AdvancedParamTree.get_ADC_ranges()
      • AdvancedParamTree.get_ADC_resolution()
      • AdvancedParamTree.get_DC_channels()
      • AdvancedParamTree.get_channels()
      • AdvancedParamTree.get_channels_coefs()
      • AdvancedParamTree.get_channels_labels()
      • AdvancedParamTree.get_channels_ranges()
      • AdvancedParamTree.set_channels_limits()
      • AdvancedParamTree.set_channels_names()
      • AdvancedParamTree.set_channels_range_limits()
      • AdvancedParamTree.set_channels_ranges()
      • AdvancedParamTree.update_device()
    • EspMedParamTree
      • EspMedParamTree.get_AC_gains()
      • EspMedParamTree.get_comments()
      • EspMedParamTree.get_offsets()
      • EspMedParamTree.get_sensitivities()
      • EspMedParamTree.hide_AC_gains()
    • GeneralParamTree
    • OscilloscopeParamTree
      • OscilloscopeParamTree.actualizar_numero_canales()
      • OscilloscopeParamTree.device
      • OscilloscopeParamTree.get_channels()
      • OscilloscopeParamTree.get_colors()
      • OscilloscopeParamTree.get_names()
      • OscilloscopeParamTree.get_ranges()
      • OscilloscopeParamTree.set_channels_limits()
      • OscilloscopeParamTree.set_channels_names()
    • ParamTreeBase
      • ParamTreeBase.get_param_value()
      • ParamTreeBase.paramChange
      • ParamTreeBase.print()
      • ParamTreeBase.save_settings()
      • ParamTreeBase.send_change()
      • ParamTreeBase.set_param_limits()
      • ParamTreeBase.set_param_value()
      • ParamTreeBase.set_whole_tree()
  • ruidaqan.gui.plotter module
  • ruidaqan.gui.plotter_oscilloscope module
  • ruidaqan.gui.procesado_gui module
  • ruidaqan.gui.reader module
    • GetDevicesInfo
      • GetDevicesInfo.device_info()
    • SignalReader
      • SignalReader.create_task()
      • SignalReader.incoming_data
      • SignalReader.restart()
      • SignalReader.run()
  • ruidaqan.gui.reader_debug module
    • GetDevicesInfo
      • GetDevicesInfo.device_info()
    • SignalReader
      • SignalReader.incoming_data
      • SignalReader.restart()
      • SignalReader.run()
  • ruidaqan.gui.ruidaq_main module
  • ruidaqan.gui.ventanas_ayuda module
• ruidaqan.script package
  • Submodules
  • ruidaqan.script.compara_rui_hdf module
  • ruidaqan.script.data_fercin3_io module
    • FitResults
      • FitResults.average_parameters()
      • FitResults.fit_Ip_vs_I()
      • FitResults.fit_p_vs_I()
      • FitResults.simulate_data_S19()
    • HDF5FileProcessing
      • HDF5FileProcessing.calcula_parametros_cineticos()
      • HDF5FileProcessing.fit_spectrums()
      • HDF5FileProcessing.get_normalized_spectrums()
      • HDF5FileProcessing.get_spectrums()
      • HDF5FileProcessing.get_temporal_signals()
      • HDF5FileProcessing.plot_spectrums()
    • RUIFileProcessing
      • RUIFileProcessing.calcula_parametros_cineticos()
      • RUIFileProcessing.fit_spectrums()
      • RUIFileProcessing.get_normalized_spectrums()
      • RUIFileProcessing.get_spectrums()
      • RUIFileProcessing.get_temporal_signals()
      • RUIFileProcessing.plot_spectrums()
      • RUIFileProcessing.raw_to_volt_NI()
  • ruidaqan.script.fit_models module
    • ajuste_apsd()
    • ajuste_cpsd()
    • ajuste_lineal()
    • model_apsd()
    • model_cpsd()
    • rsquared()
    • weighted_average()
  • ruidaqan.script.read_PSD module
    • V2I_PSD()
    • ajuste_apsd()
    • ajuste_cpsd()
    • calcula_parametros_cineticos()
    • dB2V()
    • get_transfer_function()
    • get_transfer_name()
    • model_apsd()
    • model_cpsd()
    • obtain_normalized_spectrum()
    • read_PSD_file()
    • remove_utility_freq()