CalibrationCalculator#

class lstcam_calib.pixel.calibration_calculator.CalibrationCalculator(**kwargs: Any)#

Parent class for the camera calibration calculators.

Fills the MonitoringCameraContainer on the base of calibration events.

Attributes Summary

`classes`
`flatfield_product`
`hg_lg_ratio`	HG/LG ratio applied if use_scaled_low_gain is True.
`npe_median_cut_outliers`	Interval (number of std) of accepted number of pe in FF events around camera median value
`pedestal_product`
`squared_excess_noise_factor`	Excess noise factor squared: 1+ Var(gain)/Mean(Gain)**2
`std_noise_file`	Parameter file for the npe std estimation
`systematic_correction_file`	Path to systematic correction file
`use_scaled_low_gain`	If true, low gain calibration coefficients are scaled from high gain coefficients

Attributes Documentation

classes = [<class 'ctapipe.calib.camera.flatfield.FlatFieldCalculator'>, <class 'ctapipe.calib.camera.pedestals.PedestalCalculator'>, <class 'ctapipe.calib.camera.flatfield.FlatFieldCalculator'>, <class 'ctapipe.calib.camera.flatfield.FlasherFlatFieldCalculator'>, <class 'lstcam_calib.pixel.flatfield.FlasherFlatFieldCalculator'>, <class 'ctapipe.calib.camera.pedestals.PedestalCalculator'>, <class 'ctapipe.calib.camera.pedestals.PedestalIntegrator'>, <class 'lstcam_calib.pixel.pedestals.PedestalIntegrator'>]#

hg_lg_ratio#: HG/LG ratio applied if use_scaled_low_gain is True. The ratio is ~1 for calibrated data, ~17.4 for uncalibrated data.

npe_median_cut_outliers#: Interval (number of std) of accepted number of pe in FF events around camera median value

squared_excess_noise_factor#: Excess noise factor squared: 1+ Var(gain)/Mean(Gain)**2

use_scaled_low_gain#: If true, low gain calibration coefficients are scaled from high gain coefficients