Class Hierarchy

Go to the graphical class hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 123]

CAddBackEvent	Simple structure-like class to store info on addback reconstructed event
CBarBuilder	Class that builds bars out of a list of ends
CBarDetector	A class to handle detectors that have two readouts viewing the same volume
CCalibrationParams	This structure holds walk calibration model identfier, range of calibration and vector of parameters needed for the function
CCalibrator	Class to handle energy calibrations
CChanEvent	A channel event
CCorrectionParams	This structure holds walk calibration model identfier and vector of parameters needed for the function
CCorrelator	Correlate decays with previous implants
CIonChamberProcessor::Data	A Data structure to handle all of the info for the chamber
CDetectorDriver	DetectorDriver controls event processing
CDetectorSummary	Summary of all channels of one detector type
CEventData	Simple structure holding basic parameters needed for correlation of events in the same place
CEventInfo	Structure to contain the event info
▼CEventProcessor	Class to handle event processing
CBetaProcessor	Detector processor that handles scintillator events for beta detection (deprecated)
►CBetaScintProcessor	Detector processor that handles scintillator detectors for beta detection
CBeta4Hen3Processor	Class to handle Beta events for the 3Hen detector
CDoubleBetaProcessor	A generic processor to be used as a template for others
CDssd4SHEProcessor	Class to handle DSSDs for Super heavy element experiments
CDssdProcessor	Handles detectors of type dssd_front and dssd_back
CE11006Processor	Processor for the e11006 experiment
►CGeProcessor	Processor to handle Ge (read as clover) events
CGe4Hen3Processor	Class to handle Ge clovers for 3Hen experiments
CGeCalibProcessor	A class to handle the calibrations for the Ge Processor
CHen3Processor	Processor to handle 3Hen detector
CImplantSsdProcessor	Handles detectors of type ssd:implant
CIonChamberProcessor	Processor to handle ion chambers
CIS600Processor	Class Analyze for ISOLDE experiments 599 and 600
CLabr3TestProcessor	A generic processor to be used as a template for others
CLiquidProcessor	Processor for Liquid Scintillators - Deprecated
CLiquidScintProcessor	Class to handle liquid scintillator
CLitePositionProcessor	Version of PositionProcessor that is light weight
CLogicProcessor	Class to handle logic signals
CMcpProcessor	Class that handles MCP detectors
CNeutronProcessor	Processor for handling scintillator neutron detectors - Deprecated
CNeutronScintProcessor	Class to handle Neutron Scintillators (that are not VANDLE)
CPositionProcessor	Processor to calculate the position in SSDs
CPspmtProcessor	Class to handle processing of position sensitive pmts
CPulserProcessor	A class to handle time differences between two pulsers
CRootProcessor	A Class to handle outputting things into ROOT
CScintProcessor	Obsoltete Class to handle scintillator events
CSsdProcessor	Handles detectors of type dssd_front and dssd_back (Deprecated - Duplicate!)
CSsdProcessor	Handles detectors of type dssd_front and dssd_back (Deprecated - Duplicate!)
CTeenyVandleProcessor	A generic processor to be used as a template for others
CTemplateExpProcessor	Working template class for experiment processors
CTemplateProcessor	A generic processor to be used as a template for others
CValidProcessor	Class to handle the Valid signal from MoNA DAQ
►CVandleProcessor	Class to process VANDLE related events
CAnl1471Processor	Class to process VANDLE related events
CCrosstalkProcessor	A generic processor to be used as a template for others
CVandleAtLeribssProcessor	Class to process VANDLE related events
CWalkVandleBetaProcessor	Class to process VANDLE related events
▼Cexception
►CGeneralException	Exception with customizable message
CConversionException	Error in conversion of string to numerical or boolean value
CHistogramException	Error in creating or accesing histograms
CIOException	Read/write exception for all file operation related tasks
CNotImplemented	Use this exception if feature is not implemented yet
CTreeCorrelatorException	Exception in the TreeCorrelator, both reading and parsing XML file, as well as creating new places, accessing places etc
CGeneralWarning	Warning with customizable message
CFittingAnalyzer::FitData	Structure necessary for the GSL fitting routines
CGlobals	Singleton class holding global parameters
CHighResTimingData
CIdentifier	Channel identification
CMcpProcessor::McpData	Data structure to hold MCP data
CMessenger	This class outputs nicely formatted messages during configuration loading
CNotebook	A class to output things to a notebook
▼CPlace	A pure abstract class to define a "place" for correlator
CPlaceAND	Similar to PlaceOR but uses AND relation
CPlaceCounter	Counts number of activations coming from directly or from children
CPlaceDetector	The basic detector which does not depend on children status. Will use info_ map to store additional information
CPlaceLazy	"Lazy" Place does not store multiple activation or deactivation events. Abstract class
CPlaceOR	An abstract place using OR logic to set the activation of places
►CPlaceThreshold	Each activation must be within the set thresholds
CPlaceThresholdOR	Each activation must be within the set thresholds
CPlaceBuilder	Create place, alter or add existing place to the tree
CPlots	Holds pointers to all Histograms
CPlotsRegister	Holds ranges and offsets of all plots. Singleton class
CPspmtProcessor::PspmtData	Structure defining what data we're storing
CRandomPool	A random pool of numbers using Mersenne twister - Singleton Class
CRawEvent	The all important raw event
CSheCorrelator	Class to handle correlations for super heavy event experiments
CSheEvent	A class to define information for a super-heavy element event
CStatsData	Class to store statistics data from data stream in original format
CDssd4SHEProcessor::StripEvent	Structure defining an event on a strip of the DSSD
CTimingCalibration	A class to hold the timing calibration for a detector
CTimingCalibrator	Class to handle time calibrations for bar type detectors - Singleton
CTimingMapBuilder	A class that builds timing maps from a list of ChanEvents
▼CTraceAnalyzer	Abstract class that all trace analyzers are derived from
CCfdAnalyzer	Class to analyze traces using a digital CFD
CFittingAnalyzer	Analyzer that handles the fitting of traces for High Resolution Timing
CTauAnalyzer	Class to analyze Tau from a trace
CTraceExtractor	A class to extract traces from events
CTraceFilterAnalyzer	A class to perform trapezoidal filters on the traces
CWaaAnalyzer	Extracts sub-sampling time from trace using weighted average algorithm
CWaveformAnalyzer	Class to handle the HRT and waveform analysis
CTraceFilter
CTrapFilterParameters	Simple class that holds trapezoidal filter parameters
CTreeCorrelator	Singleton class holding map of all places
▼Cvector
CCorrelationList	The list of correlations
CDetectorLibrary	A class to define a library of detectors known to the analysis
CTrace	Store the information for a trace
CWalkCorrector	Class to correct channels for walk in the onboard filters
CWalker	XML document walker and parser for TreeCorrelator xml config file