Modules

Classes
class	MExpandEventToBaseTypes
	expand event objects into base type objects More...
class	MQVectorToQPulse
	convert a QVector event member to a QPulse More...
class	MRerunSequence
	Just sets the flag to rerun the sequence some number of times. More...
class	MApplyCalibration
	Use calibration coefficients and stabilized amplitudes to compute energy. More...
class	MRunDataLoader
	Module to load commonly used run and detector information. More...
class	MVariableOperation
	Perform function on variable. More...
class	MDecorrelator
	noise decorrelation using side pulses More...
class	MLockinDenoising
	one-line description of your module More...
class	MNoiseCrossFrequencyCovariance
	compute correlation between different frequencies More...
class	MNoiseCrossPowerSpectrum
	compute cross correlated noise power spectrum on different channels. * This module needs side pulses as neighbours. So one needs side pulses unrolled and NeighbourAlgorithm = AllSideNeighbour in the reader, see also the config file $DIANA_INSTALL/cfg/noisedecorr/average_noise_correlation.cfg. Files must be preprocessed with preprocess.cfg in the same dir. More...
class	MNoiseFrequencyCoherence
	compute correlation between different frequencies More...
class	MCOFBiComponent
	one-line description of your module More...
class	MOptimumFilter
	Optimum Filter. More...
class	MAdvancedPeakFinder
	Peak Finder module that lets you choose which peak finding algorithm to choose. More...
class	MBaselineModule
	Module to calculate baseline parameters. More...
class	MPeakDetector
	Module to detect peaks in window alternative to MBCountPulses. More...
class	MPulseBasicParameters
	computes basic pulse parameters More...
class	MPulseIntegral
	Compute the pulse integral. More...
class	MPulseTimeConstants
	Computes rise and decay times of a pulse. More...
class	MPulserFlagByRegularTiming
	Flag heater events by their regular timing. More...
class	MAveragePulses
	Module to form idealized pulses by averaging. More...
class	MNoiseAvgPowerSpectrum
	Module to compute average power spectrum of noise. More...
class	MTestFetchContinuousIO
	one-line description of your module More...
class	MTestLight
	one-line description of your module More...
class	MTestModule
	diana framework software test. More...
class	MTestNeighbours
	one-line description of your module More...
class	MTestNeighboursContinuousIO
	one-line description of your module More...
class	MTestRawEvent
	one-line description of your module More...
class	MTestUnroll
	one-line description of your module More...
class	MCoincidence
	Version of MCoincidenceMultiplicity that uses neighbours. More...
class	MTimeSort
	Module for sorting events by time. More...
class	MAlphaDelayedCoincidence
	module to tag delayed coincidences. More...
class	MCheckTimeOrdering
	check that events are ordered in time. More...
class	MCoincidenceMultiplicity
	Puts multiplicities and total energies in events. More...
class	MJitterByCoincidence
	Calculates time jitter between couples of channels using coincident events. More...
class	MJitterByDelay
	Calculates mean value of OFDelay for all channels using pulser events (later used as a proxy for jitter) More...
class	MSideAmplitude
	module to calculate amplitude of side pulses starting from the main pulse and the jitter More...
class	MSideCoincidence
	Save as coincidence data the information on side pulses calulated by the module SideAmplitude. More...
class	MSourceRunTime
	one-line description of your module More...
class	MCoincidenceTiming
	Module to identify coincident events. More...
class	MFlagCoincidence
	A quick module to flag coincidences. More...
class	MSorter
	Module for sorting events based on an ordered list. More...
class	MCoincidenceSimple
	one-line description of your module More...
class	MMyModule
	one-line description of your module More...
class	MExtractVariableFromObject
	one-line description of your module More...

Detailed Description