class emcCalibrator

Virtual base class of a calibrator.

Inheritance:

Public Methods

virtual bool Calibrate(const emcRawDataObject& rdo, emcMixedDataObject& mdo, const PHTimeStamp& when)

Calibrate interface going from RawDataObject to MixedDataObject

virtual bool Calibrate(const emcMixedDataObject& mdo, emcCalibratedDataObject& cdo, const PHTimeStamp& when)

Calibrate interface going from MixedDataObject to CalibratedDataObject

virtual bool Calibrate(const emcRawDataObject& rdo, emcCalibratedDataObject& cdo, const PHTimeStamp& when)

short cut to go from raw to calibrated

virtual float GetThresholdADC(void) const

Get ADC threshold (below this threshold we do not try to calibrate energy).

virtual float GetGlobalT0(void) const

Get Global T0 value which in principal may be run dependent and which is needed almost entirely for presentation purposes (also if we want to use timing in Clustering and need it to be approximately correct)

virtual bool GetCollectionStatus(const char* type) const

Get status of last try of collecting calibration data

virtual int GetHighLowLimit(void) const

Get ADC channel count limit between high and low gain

virtual const char* GetName(void) const

Get the name of this calibrator (has to be the classname, so the CalibratorFactory can detect changes).

virtual void Print(void) const

A print utility to inform what the calibrator is doing

virtual void SetThresholdADC(float thres = 10.0)

Set ADC threshold

virtual void SetGlobalT0(float T0 = 0.0)

Set Global T0

virtual void SetHighLowLimit(int lim = 1024)

Set ADC channel count limit between high and low gain

virtual bool SelectSource(const char* type, emcManageable::EStorage source)

Select the source of calibration data.

void SetZeroSuppression(bool swi = true)

switches on and off the zero suppression flag

Protected Fields

string fName

Name of the calibrator

Bool_t fZeroSuppression

tells if zero's should be suppressed from raw data

virtual bool Calibrate(const emcRawDataObject& rdo, emcMixedDataObject& mdo, const PHTimeStamp& when)

Calibrate interface going from RawDataObject to MixedDataObject

virtual bool Calibrate(const emcMixedDataObject& mdo, emcCalibratedDataObject& cdo, const PHTimeStamp& when)

Calibrate interface going from MixedDataObject to CalibratedDataObject

virtual bool Calibrate(const emcRawDataObject& rdo, emcCalibratedDataObject& cdo, const PHTimeStamp& when)

short cut to go from raw to calibrated

virtual float GetThresholdADC(void) const

Get ADC threshold (below this threshold we do not try to calibrate energy).

virtual float GetGlobalT0(void) const

Get Global T0 value which in principal may be run dependent and which is needed almost entirely for presentation purposes (also if we want to use timing in Clustering and need it to be approximately correct)

virtual bool GetCollectionStatus(const char* type) const

Get status of last try of collecting calibration data

virtual int GetHighLowLimit(void) const

Get ADC channel count limit between high and low gain

virtual const char* GetName(void) const

Get the name of this calibrator (has to be the classname, so the CalibratorFactory can detect changes).

virtual void Print(void) const

A print utility to inform what the calibrator is doing

virtual void SetThresholdADC(float thres = 10.0)

Set ADC threshold

virtual void SetGlobalT0(float T0 = 0.0)

Set Global T0

virtual void SetHighLowLimit(int lim = 1024)

Set ADC channel count limit between high and low gain

virtual bool SelectSource(const char* type, emcManageable::EStorage source)

Select the source of calibration data.

void SetZeroSuppression(bool swi = true)

switches on and off the zero suppression flag

string fName

Name of the calibrator

Bool_t fZeroSuppression

tells if zero's should be suppressed from raw data

Direct child classes:

emcRawDataCalibrator

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