NanoVNASaver

• NanoVNASaver package
  • Subpackages
    • NanoVNASaver.Analysis package
      • Submodules
      • NanoVNASaver.Analysis.AntennaAnalysis module
      • NanoVNASaver.Analysis.BandPassAnalysis module
      • NanoVNASaver.Analysis.BandStopAnalysis module
      • NanoVNASaver.Analysis.Base module
      • NanoVNASaver.Analysis.EFHWAnalysis module
      • NanoVNASaver.Analysis.HighPassAnalysis module
      • NanoVNASaver.Analysis.LowPassAnalysis module
      • NanoVNASaver.Analysis.PeakSearchAnalysis module
      • NanoVNASaver.Analysis.ResonanceAnalysis module
      • NanoVNASaver.Analysis.SimplePeakSearchAnalysis module
      • NanoVNASaver.Analysis.VSWRAnalysis module
      • Module contents
    • NanoVNASaver.Charts package
      • Submodules
      • NanoVNASaver.Charts.CLogMag module
      • NanoVNASaver.Charts.Capacitance module
      • NanoVNASaver.Charts.Chart module
      • NanoVNASaver.Charts.Frequency module
      • NanoVNASaver.Charts.GroupDelay module
      • NanoVNASaver.Charts.Inductance module
      • NanoVNASaver.Charts.LogMag module
      • NanoVNASaver.Charts.Magnitude module
      • NanoVNASaver.Charts.MagnitudeZ module
      • NanoVNASaver.Charts.MagnitudeZSeries module
      • NanoVNASaver.Charts.MagnitudeZShunt module
      • NanoVNASaver.Charts.Permeability module
      • NanoVNASaver.Charts.Phase module
      • NanoVNASaver.Charts.Polar module
      • NanoVNASaver.Charts.QFactor module
      • NanoVNASaver.Charts.RI module
      • NanoVNASaver.Charts.RIMu module
      • NanoVNASaver.Charts.RIZ module
      • NanoVNASaver.Charts.RIZSeries module
      • NanoVNASaver.Charts.RIZShunt module
      • NanoVNASaver.Charts.SParam module
      • NanoVNASaver.Charts.Smith module
      • NanoVNASaver.Charts.Square module
      • NanoVNASaver.Charts.TDR module
      • NanoVNASaver.Charts.VSWR module
      • Module contents
    • NanoVNASaver.Controls package
      • Submodules
      • NanoVNASaver.Controls.Control module
      • NanoVNASaver.Controls.MarkerControl module
      • NanoVNASaver.Controls.SerialControl module
      • NanoVNASaver.Controls.SweepControl module
      • Module contents
    • NanoVNASaver.Hardware package
      • Submodules
      • NanoVNASaver.Hardware.AVNA module
      • NanoVNASaver.Hardware.Hardware module
      • NanoVNASaver.Hardware.JNCRadio_VNA_3G module
      • NanoVNASaver.Hardware.NanoVNA module
      • NanoVNASaver.Hardware.NanoVNA_F module
      • NanoVNASaver.Hardware.NanoVNA_F_V2 module
      • NanoVNASaver.Hardware.NanoVNA_H module
      • NanoVNASaver.Hardware.NanoVNA_H4 module
      • NanoVNASaver.Hardware.NanoVNA_V2 module
      • NanoVNASaver.Hardware.SV4401A module
      • NanoVNASaver.Hardware.SV6301A module
      • NanoVNASaver.Hardware.Serial module
      • NanoVNASaver.Hardware.TinySA module
      • NanoVNASaver.Hardware.VNA module
      • Module contents
    • NanoVNASaver.Marker package
      • Submodules
      • NanoVNASaver.Marker.Delta module
      • NanoVNASaver.Marker.Values module
      • NanoVNASaver.Marker.Widget module
      • Module contents
    • NanoVNASaver.Settings package
      • Submodules
      • NanoVNASaver.Settings.Bands module
      • NanoVNASaver.Settings.Sweep module
      • Module contents
    • NanoVNASaver.Windows package
      • Submodules
      • NanoVNASaver.Windows.About module
      • NanoVNASaver.Windows.AnalysisWindow module
      • NanoVNASaver.Windows.Bands module
      • NanoVNASaver.Windows.CalibrationSettings module
      • NanoVNASaver.Windows.Defaults module
      • NanoVNASaver.Windows.DeviceSettings module
      • NanoVNASaver.Windows.DisplaySettings module
      • NanoVNASaver.Windows.Files module
      • NanoVNASaver.Windows.MarkerSettings module
      • NanoVNASaver.Windows.Screenshot module
      • NanoVNASaver.Windows.SweepSettings module
      • NanoVNASaver.Windows.TDR module
      • Module contents
  • Submodules
  • NanoVNASaver.About module
  • NanoVNASaver.AnalyticTools module
    • calculate_rolloff()
    • center_from_idx()
    • cut_off_left()
    • cut_off_right()
    • dip_cut_offs()
    • maxima()
    • minima()
    • take_from_idx()
    • zero_crossings()
  • NanoVNASaver.Calibration module
    • CalData
      • CalData.delta_e
      • CalData.e00
      • CalData.e10e01
      • CalData.e10e32
      • CalData.e11
      • CalData.e22
      • CalData.e30
      • CalData.freq
      • CalData.isolation
      • CalData.load
      • CalData.open
      • CalData.short
      • CalData.through
      • CalData.thrurefl
    • CalDataSet
      • CalDataSet.complete1port()
      • CalDataSet.complete2port()
      • CalDataSet.frequencies()
      • CalDataSet.from_str()
      • CalDataSet.get()
      • CalDataSet.insert()
      • CalDataSet.items()
      • CalDataSet.size_of()
      • CalDataSet.values()
    • CalElement
      • CalElement.load_c
      • CalElement.load_is_ideal
      • CalElement.load_l
      • CalElement.load_length
      • CalElement.load_r
      • CalElement.open_c0
      • CalElement.open_c1
      • CalElement.open_c2
      • CalElement.open_c3
      • CalElement.open_is_ideal
      • CalElement.open_length
      • CalElement.short_is_ideal
      • CalElement.short_l0
      • CalElement.short_l1
      • CalElement.short_l2
      • CalElement.short_l3
      • CalElement.short_length
      • CalElement.through_is_ideal
      • CalElement.through_length
    • Calibration
      • Calibration.calc_corrections()
      • Calibration.correct11()
      • Calibration.correct21()
      • Calibration.data_size()
      • Calibration.gamma_load()
      • Calibration.gamma_open()
      • Calibration.gamma_short()
      • Calibration.gamma_through()
      • Calibration.gen_interpolation()
      • Calibration.insert()
      • Calibration.isValid1Port()
      • Calibration.isValid2Port()
      • Calibration.load()
      • Calibration.save()
      • Calibration.size()
    • correct_delay()
  • NanoVNASaver.Defaults module
    • AppSettings
      • AppSettings.restore_dataclass()
      • AppSettings.store_dataclass()
    • CFG
      • CFG.chart
      • CFG.chart_colors
      • CFG.charts_selected
      • CFG.gui
      • CFG.markers
    • Chart
      • Chart.line_thickness
      • Chart.marker_at_tip
      • Chart.marker_count
      • Chart.marker_filled
      • Chart.marker_label
      • Chart.marker_size
      • Chart.point_size
      • Chart.returnloss_is_positive
      • Chart.show_bands
      • Chart.show_lines
      • Chart.vswr_lines
    • ChartColors
      • ChartColors.background
      • ChartColors.bands
      • ChartColors.foreground
      • ChartColors.reference
      • ChartColors.reference_secondary
      • ChartColors.sweep
      • ChartColors.sweep_secondary
      • ChartColors.swr
      • ChartColors.text
    • ChartsSelected
      • ChartsSelected.chart_00
      • ChartsSelected.chart_01
      • ChartsSelected.chart_02
      • ChartsSelected.chart_10
      • ChartsSelected.chart_11
      • ChartsSelected.chart_12
    • GUI
      • GUI.custom_colors
      • GUI.dark_mode
      • GUI.font_size
      • GUI.markers_hidden
      • GUI.splitter_sizes
      • GUI.window_height
      • GUI.window_width
    • Markers
      • Markers.active_labels
      • Markers.color_0
      • Markers.color_1
      • Markers.color_2
      • Markers.color_3
      • Markers.color_4
      • Markers.color_5
      • Markers.color_6
      • Markers.color_7
      • Markers.colored_names
    • from_type()
    • restore()
    • store()
    • to_type()
  • NanoVNASaver.Formatting module
    • format_capacitance()
    • format_complex_adm()
    • format_complex_imp()
    • format_frequency()
    • format_frequency_chart()
    • format_frequency_chart_2()
    • format_frequency_inputs()
    • format_frequency_short()
    • format_frequency_space()
    • format_frequency_sweep()
    • format_gain()
    • format_group_delay()
    • format_inductance()
    • format_magnitude()
    • format_phase()
    • format_q_factor()
    • format_resistance()
    • format_vswr()
    • format_wavelength()
    • format_y_axis()
    • parse_frequency()
    • parse_value()
  • NanoVNASaver.Inputs module
    • FrequencyInputWidget
      • FrequencyInputWidget.setText()
    • MarkerFrequencyInputWidget
      • MarkerFrequencyInputWidget.keyPressEvent()
  • NanoVNASaver.NanoVNASaver module
    • Communicate
      • Communicate.data_available
    • NanoVNASaver
      • NanoVNASaver.auto_connect()
      • NanoVNASaver.changeFont()
      • NanoVNASaver.closeEvent()
      • NanoVNASaver.copyChart()
      • NanoVNASaver.dataUpdated()
      • NanoVNASaver.display_window()
      • NanoVNASaver.markerUpdated()
      • NanoVNASaver.popoutChart()
      • NanoVNASaver.resetReference()
      • NanoVNASaver.saveData()
      • NanoVNASaver.scaleFactor
      • NanoVNASaver.setReference()
      • NanoVNASaver.showError()
      • NanoVNASaver.showSweepError()
      • NanoVNASaver.sizeHint()
      • NanoVNASaver.sweepFinished()
      • NanoVNASaver.sweep_start()
      • NanoVNASaver.sweep_stop()
      • NanoVNASaver.updateTitle()
      • NanoVNASaver.update_sweep_title()
      • NanoVNASaver.version
  • NanoVNASaver.RFTools module
    • Datapoint
      • Datapoint.capacitiveEquivalent()
      • Datapoint.freq
      • Datapoint.gain
      • Datapoint.im
      • Datapoint.impedance()
      • Datapoint.inductiveEquivalent()
      • Datapoint.phase
      • Datapoint.qFactor()
      • Datapoint.re
      • Datapoint.seriesImpedance()
      • Datapoint.shuntImpedance()
      • Datapoint.vswr
      • Datapoint.wavelength
      • Datapoint.z
    • corr_att_data()
    • gamma_to_impedance()
    • groupDelay()
    • impedance_to_capacitance()
    • impedance_to_inductance()
    • impedance_to_norm()
    • norm_to_impedance()
    • parallel_to_serial()
    • reflection_coefficient()
    • serial_to_parallel()
  • NanoVNASaver.SITools module
    • Format
      • Format.allow_strip
      • Format.allways_signed
      • Format.assume_infinity
      • Format.fix_decimals
      • Format.max_nr_digits
      • Format.max_offset
      • Format.min_offset
      • Format.parse_clamp_max
      • Format.parse_clamp_min
      • Format.parse_sloppy_kilo
      • Format.parse_sloppy_unit
      • Format.printable_max
      • Format.printable_min
      • Format.space_str
      • Format.unprintable_over
      • Format.unprintable_under
    • Value
      • Value.CTX
      • Value.parse()
      • Value.unit
      • Value.value
    • clamp_value()
    • log_floor_125()
    • round_ceil()
    • round_floor()
  • NanoVNASaver.SweepWorker module
    • SweepWorker
      • SweepWorker.applyCalibration()
      • SweepWorker.gui_error()
      • SweepWorker.init_data()
      • SweepWorker.readAveragedSegment()
      • SweepWorker.readData()
      • SweepWorker.readSegment()
      • SweepWorker.run()
      • SweepWorker.updateData()
    • WorkerSignals
      • WorkerSignals.finished
      • WorkerSignals.sweepError
      • WorkerSignals.updated
    • truncate()
  • NanoVNASaver.Touchstone module
    • Options
      • Options.UNIT_TO_FACTOR
      • Options.VALID_FORMATS
      • Options.VALID_PARAMETERS
      • Options.VALID_UNITS
      • Options.factor
      • Options.parse()
    • Touchstone
      • Touchstone.FIELD_ORDER
      • Touchstone.gen_interpolation()
      • Touchstone.load()
      • Touchstone.loads()
      • Touchstone.max_freq()
      • Touchstone.min_freq()
      • Touchstone.r
      • Touchstone.s()
      • Touchstone.s11
      • Touchstone.s12
      • Touchstone.s21
      • Touchstone.s22
      • Touchstone.s_freq()
      • Touchstone.save()
      • Touchstone.saves()
      • Touchstone.swap()
  • NanoVNASaver.Version module
    • Version()
  • Module contents