MCheckOffsetAndSat Class Reference

Inheritance diagram for MCheckOffsetAndSat:

List of all members.

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Detailed Description

check that the baseline is above zero and below a maximum value for all the channels check number of saturated events produces histograms for all channels containing baselines amplitude, rms, fluctuations and power spectrum

Author:

Elena Guardincerri, Fabio Bellini

• Config example:

   module ChechHeaterDAQ
   verbosity = info
   enable = true
   MinBaseline = 300.
   UpperBelowMax = 10000.
   MaxTimeCloseToMax = 60
   MaxBaselineFrequency = 4.0
   BaselineWarningLevel = 0.05
   OutFileName = "CheckRange"
   OutRootFileName = "CheckR"
   endmod
     

• Parameters:

MinBaseline [double = 300.]: this is the minimum value accepted for the baseline. If a sample with a lower value is found a warning is issued UpperBelowMax [double = 10000.]: the baseline cannot be higher than UpperBelowMax for more than MaxTimeCloseToMax. If this happens a warning is issued BaselineWarningLevel [double = 0.05] maximum allowed baseline ratio over threshold during the measurement If not a warning is issued SaturationWarningLevel [doulbe =0.05] maximum allowed ratio of saturated events MaxBaselineFrequency [double = 4.0] maximum plotted frequency in Power Spectrum OutFilename [string = "CheckRange"]: All the text warnings produced by the checks above are dumped here. The run number is appended to the file name OutRootFileName [string = "CheckR"]: All the plots produced are written here. The run number is appended to the file name

Public Member Functions
	MCheckOffsetAndSat (QSequence *)
	Constructor.
virtual void	Init ()
	Init method: reads parameters.
virtual QEvent *	Do (QEvent *)
	Do method: correct pulse amplitudes.
virtual void	Done ()
	Done method is called after event loop.
Private Member Functions
void	CreateReference ()
void	SetReference (char *VariableName, const QVector &VariableValue)
double	TruncatedRMS (const QVector &vector, double KeepRMS)
TH1F *	createHisto (char *name, char *title, int bins, int min, int max, int iFloor, char *yaxis)
Private Attributes
std::string	fOutRootFileName
std::string	fOutTxtFileName
std::string	fOutReferenceDir
bool	fFirstEvent
QOutputFileHandler *	fOutputHandler
ChannelManager *	fChannelManager
double	fMinBaseline
double	fDistanceToMaxBaseline
time_t	fDeltaTimeMaxAboveH
double	fMaxRange
double	fMaxBaselineFrequency
double	fBaselineWarningLevel
double	fSaturationWarningLevel
std::vector< QVector >	fChannelsBaseline
std::vector< QVector >	fChannelsBaselineRMS
std::vector< QVector >	fChannelsAmplitudes
std::vector< QVector >	fChannelsAmplitudesH1
std::vector< QVector >	fChannelsAmplitudesH2
std::vector< QVector >	fChannelsAmplitudesH3
std::vector< QVector >	fTimes
std::vector< QVector >	fSaturatedHighTimes
std::vector< QVector >	fSaturatedStabTimes
std::vector< int >	fSaturated
std::vector< int >	fSaturatedHighHeaterFlag
std::vector< int >	fSaturatedStabHeaterFlag
std::vector< int >	fCounterUnderLThreshold
std::vector< int >	fCounterAboveHThreshold
std::vector< int >	fGlobalCounterUnderLThreshold
std::vector< int >	fGlobalCounterAboveHThreshold
std::vector< bool >	fUnderflowNoticed
std::vector< double >	fTimePassLThresh
std::vector< double >	fTimePassHThresh
int	fLastChannel
QVector	fAverageBaseline
QVector	fAverageBaselineRMS
QVector	fAveragePS
QVector	fBaselFluctuation
int	fRun

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

• /usr/local/cuore/pkg/modmeascheck/MCheckOffsetAndSat.hh
• /usr/local/cuore/pkg/modmeascheck/MCheckOffsetAndSat.cc

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