text: #: Path towards the hdf5 file holding the data
  PATH = '/Users/mdartiailh/Labber/Data/2019/12/Data_1206/JS131A_BM001_JJ100-1_028.hdf5'
  
  #: Name or index of the column containing the frequency data if applicable.
  #: Leave blanck if the datafile does not contain a frequency sweep.
  FREQUENCY_NAME = 2
  
  #: Frequencies of the applied microwave in Hz (one graph will be generated for
  #: each frequency).
  #: If a FREQUENCY_NAME is supplied data are filtered.
  FREQUENCIES = [4e9, 6e9]
  
  #: Name or index of the column containing the power data
  POWER_NAME = 1
  
  #: Name or index of the column containing the voltage data
  VOLTAGE_NAME = -1
  
  #: Name or index of the column containing the current data
  #: This should be a stepped channel ! use the applied voltage not the
  #: measured current
  CURRENT_NAME = 0
  
  #: Powers in dBm at which to plot the V-I characteristic. To use different
  #: powers per frequency use a dictionary.
  POWERS = {4e9: [-18, -7, -5, -3], 6e9: [-14, -7, -3, 0],\
            }
  
  #: Power at which we observe the gap closing. To use different values per
  #: frequency use a dictionary.
  CRITICAL_POWER = {4e9: -1.8, 6e9: 3.2}
  
  #: Conversion factor to apply to the current data (allow to convert from
  #: applied voltage to current bias).
  CURRENT_CONVERSION = 1e-6
  
  #: Conversion factor to apply to the voltage data (take into account possible
  #: amplification)
  VOLTAGE_CONVERSION = 1e-2
  
  #: Number of points to use to correct for the offset of the voltage using the
  #: lowest power scan.
  Y_OFFSET_CORRECTION = 20
  
  #: Should the Y axis be normalized in unit of the Shapiro step size hf/2e
  NORMALIZE_Y = True
  
  #: Label of the x axis, if left blank the current column name will be used
  #: If an index was passed the name found in the labber file is used.
  X_AXIS_LABEL = 'Bias Current (µA)'
  
  #: Label of the y axis, if left blank the voltage column name will be used
  #: If an index was passed the name found in the labber file is used.
  Y_AXIS_LABEL = 'Voltage drop (hf/2e)'
  
  #: Scaling factor for the x axis (used to convert between units)
  X_SCALING = 1e6
  
  #: Scaling factor for the y axis (used to convert between units)
  Y_SCALING = 1
  
  #: Limits to use for the x axis (after scaling)
  X_LIMITS = [None, None]
  
  #: Limits to use for the y axis (after scaling)
  Y_LIMITS = [None, None]
  
  #: Plot dashed lines for the specified Shapiro steps
  SHOW_SHAPIRO_STEP = [-3, -2, -1, 1, 2, 3]
  
  #: Label of the y axis for the differential resistance map.
  DIFF_Y_AXIS_LABEL = "Microwave power (dB)"
  
  #: Label of the colorbar in the differential resistance map
  DIFF_C_AXIS_LABEL = "Differential resistance (Ω)"
  
  #: Limits for the colorbar in the differential resistance map
  DIFF_C_AXIS_LIMITS = (0, 300)