#include <MesyDAQPostProcessing.h>

Inheritance diagram for MesyDAQPostProcessing:

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Collaboration diagram for MesyDAQPostProcessing:

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Public Member Functions
	MesyDAQPostProcessing ()
	defualt constructor puts class into a working state More...

void	setOptVerbose (int a_verbosity)
	sets how much information to print while parsing More...

void	setWriteZeros (bool a_state)

void	setEnforceBoardCount (bool a_state)

int	addFile (std::string a_fileName)
	this function adds a file to the list of files to be processed More...

int	addRootFile (std::string a_filename)

int	runIntegrityChecks ()

int	testCorrelations ()

void	buildCoinHists ()

void	buildDeltaTTestHist (int a_modID1, int a_modID2, int a_ch1, int a_ch2)

int	accumulateBasicQuantities ()
	build a series of histograms for More...

int	fileNotLoaded ()
	tests if a file is loaded and prinst a message if not More...

TH1 *	buildCoincidenceTimeHistogram (int a_moduleNumber, int a_channel1, int a_channel2, double a_res)

void	writeBasicHists (std::string a_filename)
	clears the map More...

void	writeAmplitudeHistsToAscii ()

vector< TH1 * >	buildSingleBoardCalibrationHistograms (std::vector< int > a_chList={})

int	ProcessEventToMesyDAQEv (MesyDAQEvent a_daqEv, uint32_t buffer, size_t a_size, int a_fileVersion)

int	ProcessEventToMDPP16Events (std::vector< MDPP16Event > a_evVector, uint32_t a_buffer, size_t a_size, int a_fileVersion, std::ostream &a_stream=std::cout)

int	loadNextEvent ()
	this function adds a file to the list of files to be processed More...

int	readMDPPEvents (long int a_num, bool a_resEvVec=true)
	reads a series of sections into memory for processing More...

int	loadNextSectionToMDPP16Ev ()

int	processZipToMesyDAQEv (std::string a_fileName, std::string a_outFileName)

int	processZipToMDPPEvent (std::string a_fileName, std::string a_outFileName)

void	generateCloverCalibrationHists (std::vector< CloverInfo > a_config)

std::vector< TH1 * >	getCloverCalibrationHists (const CloverInfo &a_config)

void	generateWallTimeVAmpTree (ExperimentConfig a_configFile, std::vector< DetType > a_typeList, std::string a_outFileName, double a_downSampleScaler=-1)

void	generateGlobalTimeVAmpTree (ExperimentConfig a_configFile, std::vector< DetType > a_typeList, std::string a_outFileName, double a_downSampleScaler=-1)

void	generateOrganicScintillatorHists (std::string a_fileName)

void	findCoincidences (std::vector< MDPP16Event > *a_evVec, std::vector< int > &a_singlesList, std::vector< std::vector< int >> &a_coinList, double a_coinWinNs, std::map< uint32_t, std::vector< uint16_t >> &a_RFTimes, bool a_accumulateRFs=true, bool a_includeSingleBoard=true)

void	createTriggerVsWallTimeHist (std::string a_outFile, int a_moduleID=17, int a_threshold=10)

void	investigateSections (std::vector< int > a_anticipatedBoards, std::vector< int > a_trigArray)

void	retrieveBeamOnTimes (std::string a_inputFilename, std::string a_outputFilename)

void	generateWallTimeTrigInterEventTime (std::string a_outputFileName, int a_numSections=100000)

void	testCleanTrigArray (std::string a_outputFileName, int a_numSections, uint16_t a_boardID, uint16_t a_trigID, uint16_t a_desiredPeriod, uint16_t a_obsTrigPeriod, uint16_t a_jitterThreshold=2)

std::ostream &	printFileStartTime (std::ostream &a_stream=std::cout)

std::ostream &	printLoadedEvents (std::ostream &a_stream=std::cout)
	this functions prints the events from the m_evVec vector More...

std::ostream &	printLoadedSection (std::ostream &a_stream=std::cout)

std::ostream &	printBadEvent (std::ostream &a_stream=std::cout)
	this function print bad event info More...

std::ostream &	printLastSection (std::ostream &a_stream=std::cout)

Static Public Member Functions
static void	developCleanTrigArray (std::vector< uint16_t > &a_obsTrigs, std::vector< uint16_t > &a_resultArray, uint16_t a_desiredPeriod, uint16_t a_obsTrigPeriod, uint16_t a_jitterThreshold=2)

Protected Member Functions
void	createBoardHists (int a_boardNumber)
	creates basic histograms for a board More...

vector< TH1 * > &	getBoardHistVector (int a_boardNumber)

TH1 *	createSCPAmpHist (std::string a_name)

TH1 *	createDeltaTDCHist (std::string a_name)

int	openFile (std::string a_fileName)

void	getRunStartTime (std::string a_fileName)

void	getRunStopTime (std::string a_fileName)

Protected Attributes
TChain *	m_trees
	for associating the trees from files More...

MesyDAQEvent *	m_currentEvent
	for storing the current event More...

std::vector< MDPP16Event > *	m_evVec
	used for storing a series of MDPP16 events; More...

std::vector< std::string >	m_loadedFiles
	for storing a list of loaded files More...

map< int, vector< TH1 * > >	m_basicHists

bool	m_hasFile
	flag for wheter a file has been loaded More...

std::vector< std::string >	m_files
	used for storing list of files to be processed More...

int	m_fileIndex
	used to reference which of the current files in the list is open More...

int	m_fileVersion

int	m_optVerbose

bool	m_writeZeros

bool	m_enforceBoardCount

std::tm	m_lastFileTime

std::tm	m_lastFileStopTime

std::map< FailMode, int >	m_badEvCounter

std::map< int, int >	m_sectionTypeCounter

long int	m_sectionsRead

DataBuffer *	m_dataBuffer
	from MVME More...

int	m_bufferSize

DataBuffer *	m_lastDataBuffer

int	m_lastBufferSize

ListFile	m_listFileUtil
	From mesytec for storing the current opened file. More...

bool	m_fileOpen
	used to ensure file is open More...

bool	m_sectionRead

std::default_random_engine	m_generator

Detailed Description

this class is intended as a base class for handling file io for file parsed by the MesyDAQParsing program

Constructor & Destructor Documentation

◆ MesyDAQPostProcessing()

MesyDAQPostProcessing::MesyDAQPostProcessing ( )

defualt constructor puts class into a working state

Member Function Documentation

◆ accumulateBasicQuantities()

int MesyDAQPostProcessing::accumulateBasicQuantities ( )

build a series of histograms for

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◆ addFile()

int MesyDAQPostProcessing::addFile ( std::string a_fileName )

this function adds a file to the list of files to be processed

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◆ addRootFile()

int MesyDAQPostProcessing::addRootFile ( std::string a_filename )

#####Depricated SHOULD BE REMOVED IF GENERICALLY UNUSED

loads a file and associates the tree branch with internal memory for the event if a file has been loaded this checks to see if the call is a duplicitrous effort and if not adds the file to the TChain returns 0 when successful

◆ buildCoincidenceTimeHistogram()

TH1 * MesyDAQPostProcessing::buildCoincidenceTimeHistogram	(	int	a_moduleNumber,
		int	a_channel1,
		int	a_channel2,
		double	a_res
	)

build a time difference histogram in ns for a pair of channels within a module - was used to look at 511 keV coincidences for CFD par sweep

build a time difference histogram in ns for a pair of channels within a module

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◆ buildCoinHists()

void MesyDAQPostProcessing::buildCoinHists ( )

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◆ buildDeltaTTestHist()

void MesyDAQPostProcessing::buildDeltaTTestHist	(	int	a_modID1,
		int	a_modID2,
		int	a_ch1,
		int	a_ch2
	)

this function write a file called timingtest.root containing a TTree with time differences and amplitudes of the two channels on either the seperate or same module if specified by modIDN it aslo save a time difference histrogram containing the raw time differences between the channels. It assumes that the boards are being externally triggered using the external trigger as a sync signal

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◆ buildSingleBoardCalibrationHistograms()

vector< TH1 * > MesyDAQPostProcessing::buildSingleBoardCalibrationHistograms ( std::vector< int > a_chList = {} )

this function is intended to create calibration histograms when working with a single module and coincidences are constrained within a gate. If no channels are given it will produce histograms for all channels encountered

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◆ createBoardHists()

void MesyDAQPostProcessing::createBoardHists ( int a_boardNumber )

protected

creates basic histograms for a board

pulse amplitude time pulse shape

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◆ createDeltaTDCHist()

TH1 * MesyDAQPostProcessing::createDeltaTDCHist ( std::string a_name )

protected

creates a historgram with the appropriate bounds and axis lables for the difference in TDC values for a pair of channels

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◆ createSCPAmpHist()

TH1 * MesyDAQPostProcessing::createSCPAmpHist ( std::string a_name )

protected

creates a histogram with appropriate bounds and axis labels for the amplitude range of the SCP firmware

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◆ createTriggerVsWallTimeHist()

void MesyDAQPostProcessing::createTriggerVsWallTimeHist	(	std::string	a_outFile,
		int	a_moduleID = `17`,
		int	a_threshold = `10`
	)

creates a histogram of system triggers with respect to wall time; or a quick way to get count rate over time to determine when cyclotron is on or off

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◆ developCleanTrigArray()

void MesyDAQPostProcessing::developCleanTrigArray	(	std::vector< uint16_t > &	a_obsTrigs,
		std::vector< uint16_t > &	a_resultArray,
		uint16_t	a_desiredPeriod,
		uint16_t	a_obsTrigPeriod,
		uint16_t	a_jitterThreshold = `2`
	)

static

this function is used to clean a trigger array from mulitple triggering problems. It requires that you know what the periodicity of the desired trigger is known, and which of the sub-periods you would like to start with every time. It searches for a trigger where the next event occurs at the given sub period, then constructs an array with the correct periodicity within the observed range of the given array. It then tests the individual observed triggers against the constructed array, only keeping ones that fall within the specified sample tolerance. a_obsTrigs is the raw trigger array a_resultArray stores the resulting subset of the trigger array a_desired period is the anticipated period of the trigger a_obsTrig period is the subperiod to start the calculation from !!!!!!! THIS ASSUMES YOUR TRIG ARRAY IS SORTED !!!!!!!!!!!!! !!!!!!! THIS ASSUMES YOUR TRIG ARRAY IS > size 2 !!!!!!!!!!!!! !!!!!!! THIS ASSUMES YOUR RESULT ARRAY IS CLEAR !!!!!!!!!!!!!

this function is used to clean a trigger array from mulitple triggering problems. It requires that you know what the periodicity of the desired trigger is known, and which of the sub-periods you would like to start with every time. It searches for a trigger where the next event occurs at the given sub period, then constructs an array with the correct periodicity within the observed range of the given array. It then tests the individual observed triggers against the constructed array, only keeping ones that fall within the specified sample tolerance. a_obsTrigs is the raw trigger array a_resultArray stores the resulting subset of the trigger array a_desired period is the anticipated period of the trigger a_obsTrig period is the subperiod to start the calculation from

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◆ fileNotLoaded()

int MesyDAQPostProcessing::fileNotLoaded ( )

tests if a file is loaded and prinst a message if not

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◆ findCoincidences()

void MesyDAQPostProcessing::findCoincidences	(	std::vector< MDPP16Event > *	a_evVec,
		std::vector< int > &	a_singlesList,
		std::vector< std::vector< int >> &	a_coinList,
		double	a_coinWinNs,
		std::map< uint32_t, std::vector< uint16_t >> &	a_RFTimes,
		bool	a_accumulateRFs = `true`,
		bool	a_includeSingleBoard = `true`
	)

this function looks for events included in the supplied event vector for situations where there are at least two hits within the given coincidence window

this function looks for events included in the supplied event vector for situations where there are at least two hits within the given coincidence window this function looks for events included in the supplied event vector for situations where there are at least two hits within the given coincidence window

add RF times

!!!!!!!!!!needs to be updated for longer windows than a_coinWinNs!!!!!!!

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◆ generateCloverCalibrationHists()

void MesyDAQPostProcessing::generateCloverCalibrationHists ( std::vector< CloverInfo > a_config )

generates histograms for the clover energy and interelement time calibrations

need a list of the channels in the event

maybe need the modID?

!!!!!!!!HANDLE BGO COINCIDENCES!!!!!!!!!!!!!!!

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◆ generateGlobalTimeVAmpTree()

void MesyDAQPostProcessing::generateGlobalTimeVAmpTree	(	ExperimentConfig	a_configFile,
		std::vector< DetType >	a_typeList,
		std::string	a_outFileName,
		double	a_downSampleScaler = `-1`
	)

This function does the same as generateWallTimeVAmpTree, but does it with global time rather than wall time.

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◆ generateOrganicScintillatorHists()

void MesyDAQPostProcessing::generateOrganicScintillatorHists ( std::string a_fileName )

This funciton generates filled calibration histograms from the organic scintillators

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◆ generateWallTimeTrigInterEventTime()

void MesyDAQPostProcessing::generateWallTimeTrigInterEventTime	(	std::string	a_outputFileName,
		int	a_numSections = `100000`
	)

this function takes and generates a tree used for investigating the behavior of a repetitive trigger within the gate. It only parses the first N event specified as an argument. The tree has the following structure wallTime unix time of the event iETime time since the last trigger of a given trigger obsrvation boardID the id of the board observing the trigger triggerID the trigger number from the board

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◆ generateWallTimeVAmpTree()

void MesyDAQPostProcessing::generateWallTimeVAmpTree	(	ExperimentConfig	a_config,
		std::vector< DetType >	a_typeList,
		std::string	a_outFileName,
		double	a_downSampleScaler = `-1`
	)

this function is inteded to enable the ability to develop a time dependent gain calibrations for detectors where it is neccesary it produces a file with a trees with basic types. for each class of specified detectors. Detectors to consider are specified through the detector list, and a downsample scaler allows for writing a reduced selection of events. The downsampling is handled statistically If the down sample scaler is set to 100 the probability of writing any single event is 1/100. the tree variables for non-segmented detectors are int8_t det id int16_t amp, the raw recorded amplitue int32_t time, the wall clock time of the event as a seconds since epoch segmented detectors additionally get int8_t element id/leaf id for clovers

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◆ getBoardHistVector()

vector< TH1 * > & MesyDAQPostProcessing::getBoardHistVector ( int a_boardNumber )

protected

returns a reference to the board histograms if present if not present creates them

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◆ getCloverCalibrationHists()

std::vector< TH1 * > MesyDAQPostProcessing::getCloverCalibrationHists ( const CloverInfo & a_config )

returns a set of unfilled calibration histograms for a clover ID [0..3] = raw amplitude histograms [4] = leaf 0 1 time differences [5] = leaf 0 2 time differences [6] = leaf 0 3 time differences [7] = leaf 0 bgo 0 time differences [8] = leaf 0 bgo 1 time differences [7+nbgo] = leaf 0 bgo n time differences

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◆ getRunStartTime()

void MesyDAQPostProcessing::getRunStartTime ( std::string a_fileName )

protected

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◆ getRunStopTime()

void MesyDAQPostProcessing::getRunStopTime ( std::string a_fileName )

protected

◆ investigateSections()

void MesyDAQPostProcessing::investigateSections	(	std::vector< int >	a_anticipatedBoards,
		std::vector< int >	a_trigArray
	)

this creates a tree with information about the state of the sections being created by the DAQ.

create a tree

create maps for storing the information which will let us have a dynamic tree based on inputs

initalize the maps to assume failure

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◆ loadNextEvent()

int MesyDAQPostProcessing::loadNextEvent ( )

this function adds a file to the list of files to be processed

this function process a section from the current zip file and

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◆ loadNextSectionToMDPP16Ev()

int MesyDAQPostProcessing::loadNextSectionToMDPP16Ev ( )

this function parses the next mesytec section into MDPP16 events and stores them in the m_evVec data member

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◆ openFile()

int MesyDAQPostProcessing::openFile ( std::string a_fileName )

protected

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◆ printBadEvent()

std::ostream & MesyDAQPostProcessing::printBadEvent ( std::ostream & a_stream = std::cout )

this function print bad event info

◆ printFileStartTime()

std::ostream & MesyDAQPostProcessing::printFileStartTime ( std::ostream & a_stream = std::cout )

◆ printLastSection()

std::ostream & MesyDAQPostProcessing::printLastSection ( std::ostream & a_stream = std::cout )

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◆ printLoadedEvents()

std::ostream & MesyDAQPostProcessing::printLoadedEvents ( std::ostream & a_stream = std::cout )

this functions prints the events from the m_evVec vector

◆ printLoadedSection()

std::ostream & MesyDAQPostProcessing::printLoadedSection ( std::ostream & a_stream = std::cout )

this function prints the last section from the stored data buffer without influencing other data structures

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◆ ProcessEventToMDPP16Events()

int MesyDAQPostProcessing::ProcessEventToMDPP16Events	(	std::vector< MDPP16Event > *	a_evVector,
		uint32_t *	a_buffer,
		size_t	a_size,
		int	a_fileVersion,
		std::ostream &	a_stream = `std::cout`
	)

this function processes a mesytec data section adding MDPP16Events to the supplied vector if opt verbose is set to true diagnostic info will be printed the supplied stream

the top 4 bits of the header should be 0b0100 or 4

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◆ ProcessEventToMesyDAQEv()

int MesyDAQPostProcessing::ProcessEventToMesyDAQEv	(	MesyDAQEvent *	a_daqEv,
		uint32_t *	buffer,
		size_t	a_size,
		int	a_fileVersion
	)

this function process a mesytec data section stored in buffer and fills the assigned MesyDAQEvent with the data

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◆ processZipToMDPPEvent()

int MesyDAQPostProcessing::processZipToMDPPEvent	(	std::string	a_fileName,
		std::string	a_outFileName
	)

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◆ processZipToMesyDAQEv()

int MesyDAQPostProcessing::processZipToMesyDAQEv	(	std::string	a_fileName,
		std::string	a_outFileName
	)

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◆ readMDPPEvents()

int MesyDAQPostProcessing::readMDPPEvents	(	long int	a_num,
		bool	a_resEvVec = `true`
	)

reads a series of sections into memory for processing

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◆ retrieveBeamOnTimes()

void MesyDAQPostProcessing::retrieveBeamOnTimes	(	std::string	a_inputFilename,
		std::string	a_outputFilename
	)

retrieves beam on times from createTriggerVsWallTimeHist root file and outputs to JSON.

◆ runIntegrityChecks()

int MesyDAQPostProcessing::runIntegrityChecks ( )

constructs histograms that run data integrity checks to ensure both the instrumentation and parse are working as expected this produces a file with a series of histograms

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◆ setEnforceBoardCount()

void MesyDAQPostProcessing::setEnforceBoardCount ( bool a_state )

◆ setOptVerbose()

void MesyDAQPostProcessing::setOptVerbose ( int a_verbosity )

sets how much information to print while parsing

◆ setWriteZeros()

void MesyDAQPostProcessing::setWriteZeros ( bool a_state )

sets whether or not to conisder events with sections that have not adc or tdc values

◆ testCleanTrigArray()

void MesyDAQPostProcessing::testCleanTrigArray	(	std::string	a_outputFileName,
		int	a_numSections,
		uint16_t	a_boardID,
		uint16_t	a_trigID,
		uint16_t	a_desiredPeriod,
		uint16_t	a_obsTrigPeriod,
		uint16_t	a_jitterThreshold = `2`
	)

this function tests the cleaning of the trigger array for a given board and set of paramters

create storage for the cleaned array

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◆ testCorrelations()

int MesyDAQPostProcessing::testCorrelations ( )

constructs histograms that run data integrity checks to ensure both the instrumentation and parse are working as expected this produces a file with a series of histograms

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◆ writeAmplitudeHistsToAscii()

void MesyDAQPostProcessing::writeAmplitudeHistsToAscii ( )

this function dumps a series of amplitude hists for the boards present the naming convention is amp_[board#]_[channel#].dat each row of the file corresponds to a bin of the amplitude histograms starting with 0-1. if no counts are present in the histogram a file will not be written

this function dumps a series of amplitude hists for the boards present the naming convention is amp_[board#]_[channel#].dat each row of the file corresponds to a bin of the amplitude histograms starting with 0-1.

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◆ writeBasicHists()

void MesyDAQPostProcessing::writeBasicHists ( std::string a_filename )

clears the map

writes the current map of basic hists to a tfile and

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Member Data Documentation

◆ m_badEvCounter

std::map<FailMode, int > MesyDAQPostProcessing::m_badEvCounter

protected

◆ m_basicHists

map< int , vector<TH1*> > MesyDAQPostProcessing::m_basicHists

protected

◆ m_bufferSize

int MesyDAQPostProcessing::m_bufferSize

protected

◆ m_currentEvent

MesyDAQEvent* MesyDAQPostProcessing::m_currentEvent

protected

for storing the current event

◆ m_dataBuffer

DataBuffer* MesyDAQPostProcessing::m_dataBuffer

protected

from MVME

◆ m_enforceBoardCount

bool MesyDAQPostProcessing::m_enforceBoardCount

protected

◆ m_evVec

std::vector<MDPP16Event>* MesyDAQPostProcessing::m_evVec

protected

used for storing a series of MDPP16 events;

◆ m_fileIndex

int MesyDAQPostProcessing::m_fileIndex

protected

used to reference which of the current files in the list is open

◆ m_fileOpen

bool MesyDAQPostProcessing::m_fileOpen

protected

used to ensure file is open

◆ m_files

std::vector<std::string> MesyDAQPostProcessing::m_files

protected

used for storing list of files to be processed

◆ m_fileVersion

int MesyDAQPostProcessing::m_fileVersion

protected

◆ m_generator

std::default_random_engine MesyDAQPostProcessing::m_generator

protected

◆ m_hasFile

bool MesyDAQPostProcessing::m_hasFile

protected

flag for wheter a file has been loaded

◆ m_lastBufferSize

int MesyDAQPostProcessing::m_lastBufferSize

protected

◆ m_lastDataBuffer

DataBuffer* MesyDAQPostProcessing::m_lastDataBuffer

protected

◆ m_lastFileStopTime

std::tm MesyDAQPostProcessing::m_lastFileStopTime

protected

◆ m_lastFileTime

std::tm MesyDAQPostProcessing::m_lastFileTime

protected

◆ m_listFileUtil

ListFile MesyDAQPostProcessing::m_listFileUtil

protected

From mesytec for storing the current opened file.

◆ m_loadedFiles

std::vector<std::string> MesyDAQPostProcessing::m_loadedFiles

protected

for storing a list of loaded files

◆ m_optVerbose

int MesyDAQPostProcessing::m_optVerbose

protected

◆ m_sectionRead

bool MesyDAQPostProcessing::m_sectionRead

protected

◆ m_sectionsRead

long int MesyDAQPostProcessing::m_sectionsRead

protected

◆ m_sectionTypeCounter

std::map<int,int> MesyDAQPostProcessing::m_sectionTypeCounter

protected

◆ m_trees

TChain* MesyDAQPostProcessing::m_trees

protected

for associating the trees from files

◆ m_writeZeros

bool MesyDAQPostProcessing::m_writeZeros

protected

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

DataProcessingAndAnalysis/MesytecDataProcessing/include/MesyDAQPostProcessing.h
DataProcessingAndAnalysis/MesytecDataProcessing/src/MesyDAQPostProcessing.cpp

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ MesyDAQPostProcessing()

Member Function Documentation

◆ accumulateBasicQuantities()

◆ addFile()

◆ addRootFile()

#####Depricated SHOULD BE REMOVED IF GENERICALLY UNUSED

◆ buildCoincidenceTimeHistogram()

◆ buildCoinHists()

◆ buildDeltaTTestHist()

◆ buildSingleBoardCalibrationHistograms()

◆ createBoardHists()

◆ createDeltaTDCHist()

◆ createSCPAmpHist()

◆ createTriggerVsWallTimeHist()

◆ developCleanTrigArray()

◆ fileNotLoaded()

◆ findCoincidences()

◆ generateCloverCalibrationHists()

◆ generateGlobalTimeVAmpTree()

◆ generateOrganicScintillatorHists()

◆ generateWallTimeTrigInterEventTime()

◆ generateWallTimeVAmpTree()

◆ getBoardHistVector()

◆ getCloverCalibrationHists()

◆ getRunStartTime()

◆ getRunStopTime()

◆ investigateSections()

◆ loadNextEvent()

◆ loadNextSectionToMDPP16Ev()

◆ openFile()

◆ printBadEvent()

◆ printFileStartTime()

◆ printLastSection()

◆ printLoadedEvents()

◆ printLoadedSection()

◆ ProcessEventToMDPP16Events()

◆ ProcessEventToMesyDAQEv()

◆ processZipToMDPPEvent()

◆ processZipToMesyDAQEv()

◆ readMDPPEvents()

◆ retrieveBeamOnTimes()

◆ runIntegrityChecks()

◆ setEnforceBoardCount()

◆ setOptVerbose()

◆ setWriteZeros()

◆ testCleanTrigArray()

◆ testCorrelations()

◆ writeAmplitudeHistsToAscii()

◆ writeBasicHists()

Member Data Documentation

◆ m_badEvCounter

◆ m_basicHists

◆ m_bufferSize

◆ m_currentEvent

◆ m_dataBuffer

◆ m_enforceBoardCount

◆ m_evVec

◆ m_fileIndex

◆ m_fileOpen

◆ m_files

◆ m_fileVersion

◆ m_generator

◆ m_hasFile

◆ m_lastBufferSize

◆ m_lastDataBuffer

◆ m_lastFileStopTime

◆ m_lastFileTime

◆ m_listFileUtil

◆ m_loadedFiles

◆ m_optVerbose

◆ m_sectionRead

◆ m_sectionsRead

◆ m_sectionTypeCounter

◆ m_trees