MApplyCalibration Class Reference
[Modules]

Inheritance diagram for MApplyCalibration:

List of all members.

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Detailed Description

Use calibration coefficients and stabilized amplitiudes to compute energy.

Author:

L. Kogler

Use calibration coefficients to compute energy and store in event.

• Config example:

      module ApplyCalibration
      verbosity = info
      enable = true
      CalibrationFilename = Calibration.txt
   	EnergyVarName = energy
      endmod
      

• Parameters
  • CalibrationFilename [string = nodefault]: File which contains calibration function and coefficients.
  • EnergyVarName [string = nodefault]: This is the name which will be used to store the energy in AuxData. If no variable name is specified, it will be stored in the QEvent variable fCalibData.fEnergy
  • EnableBlinding [bool = false]: If blinding is enabled, the energy of events in the region of interest will be scrambled by adding a random offset. The energy shift will be stored in the AuxData variable "EnergyShift"
  • BlindRegionMin [double=2520]: Lower bound to define region for blinding
  • BlindRegionMax [double=2580]: Upper bound to define region for blinding
• Reads:
  • QRawEvent
  • QStab
  • ASCII file

• Writes
  • QCalibData OR AuxData

Public Member Functions
	MApplyCalibration (QSequence *s)
	constructor
	~MApplyCalibration ()
	destructor
void	Init ()
	Init method.
QEvent *	Do (QEvent *ev)
	Do method.
void	Done ()
	Done method.
Private Attributes
TF1 *	fCalFunction
	Function used for calibration.
std::string	fEnergyVarName
	Variable name to store energy in AuxData.
std::map< int, double * >	fParams
	Map of calibration parameters for each channel.
bool	fEnableBlinding
	Option to blind the region of interest.
double	fROImin
double	fROImax

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The documentation for this class was generated from the following files:

• /usr/local/cuore/pkg/modcalibration/MApplyCalibration.hh
• /usr/local/cuore/pkg/modcalibration/MApplyCalibration.cc

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