File List

Here is a list of all documented files with brief descriptions:

[detail level 123]

▼ include
Anl1471Processor.hpp	A class to process data from the LeRIBSS 2012 campaign
BarBuilder.hpp	A class to build bar style detectors
BarDetector.hpp	A class to handle bar style detectors (VANDLE, Betas, etc.)
Beta4Hen3Processor.hpp
BetaProcessor.hpp
BetaScintProcessor.hpp
Calibrator.hpp	Class to handle energy calibrations for the channels
CfdAnalyzer.hpp	Class to use Cfd on traces
ChanEvent.hpp	A Class to define what a channel event is
Correlator.hpp	Header file for correlation
CrosstalkProcessor.hpp	A Crosstalk class to be used to build others
DammPlotIds.hpp	Lists Offsets and Ranges for various Processors
DetectorDriver.hpp	Main Driver for event processing
DetectorLibrary.hpp	This is an extension of the vector of the identifiers that was previously used
DetectorSummary.hpp	The class that generates the summary of the detectors in the analysis
DoubleBetaProcessor.hpp	A Template class to be used to build others
Dssd4SHEProcessor.hpp
DssdProcessor.hpp	Header file for DSSD analysis
E11006Processor.hpp	A class specific to the e11006 experiment
EventData.hpp	Structure holding event data
EventProcessor.hpp	Generic event processor
Exceptions.hpp	Class to handle errors occurring during the execution of the code
FittingAnalyzer.hpp	Class to fit functions to waveforms
Ge4Hen3Processor.hpp
GeCalibProcessor.hpp	Processor for germanium detectors - calibration
GeProcessor.hpp	Processor for germanium detectors
GetArguments.hpp	A quick and dirty way to get the arguments pass to scan through the respective Fortran calls
Globals.hpp	Constant parameters used in pixie16 analysis
Hen3Processor.hpp
HighResTimingData.hpp	Class to hold all of the information for high resolution timing
Identifier.hpp	Defines identifying information for channels
ImplantSsdProcessor.hpp	Header file for an SSD detector for implantation and correlation
IonChamberProcessor.hpp	Processor for ion chamber
IS600Processor.hpp	A class to process data from ISOLDE 599 and 600 experiments using VANDLE
LaBr3TestProcessor.hpp	A Labr3Test class to be used to build others
LiquidProcessor.hpp
LiquidScintProcessor.hpp
LitePositionProcessor.hpp	Handle QDCs for the position sensitive detector, a minimal number of spectra are created
LogicProcessor.hpp	Class to handle logic signals derived originally from MTC processor
McpProcessor.hpp	Class for handling position-sensitive mcp signals
Messenger.hpp	A class to handle messages and output them prettily
NeutronProcessor.hpp
NeutronScintProcessor.hpp
Notebook.hpp	An object to take notes
pixie16app_defs.h
PlaceBuilder.hpp	Defines the various places for the TreeCorrelator
Places.hpp	Defines the various places for the TreeCorrelator
Plots.hpp	A container to request a block of plots and plot respective spectra through the plots register
PlotsRegister.hpp
PositionProcessor.hpp	Handle QDCs for the position sensitive detector
PspmtProcessor.hpp	A processor to handle pixelated PMTs
PulserProcessor.hpp	Class for handling Pulser Signals
RandomPool.hpp	Holds a pre-generated pool of random numbers
RawEvent.hpp	Header file for the rawevent
RootProcessor.hpp	Processor to dump data from events into a root tree
ScintProcessor.hpp
SheCorrelator.hpp
SsdBetaProcessor.hpp
SsdProcessor.hpp	Header file for SSD analysis
StatsData.hpp	Stores statistics data from the data stream in its original format
TauAnalyzer.hpp	A trace analyzer which determines the decay time constant of traces
TeenyVandleProcessor.hpp	A Template class to be used to build others
TemplateExpProcessor.hpp	Example class for experiment specific setups
TemplateProcessor.hpp	A Template class to be used to build others
TimingCalibrator.hpp	A class to handle the timing calibration parameters
TimingMapBuilder.hpp	Class to build timing maps
Trace.hpp	A simple class to store the traces
TraceAnalyzer.hpp	Header file for the TraceAnalyzer class
TraceExtractor.hpp	Header file for the TraceExtractor class
TraceFilter.hpp	A class to perform trapezoidal filtering
TraceFilterAnalyzer.hpp	Declaration of analysis class which does the filtering of traces
TrapFilterParameters.hpp
TreeCorrelator.hpp	A class to handle complex correlations between various processors
ValidProcessor.hpp	Class for handling Valid Signals For the VANDLE-MoNA experiment at MSU
VandleAtLeribssProcessor.hpp	A class to process data from the LeRIBSS 2012 campaign
VandleProcessor.hpp	A class to handle VANDLE bars
WaaAnalyzer.hpp	Class to perform Weighted Average algorithm on waveforms
WalkCorrector.hpp	A Class to handle walk corrections for channels
WalkVandleBetaProcessor.hpp	A class to determine the walk between Vandle and the LeRIBSS betas
WaveformAnalyzer.hpp	Class to analyze traces
▼ src
► analyzers
CfdAnalyzer.cpp	Uses a Digital CFD to obtain waveform phases
FittingAnalyzer.cpp	Uses a chi^2 minimization to fit waveforms
TauAnalyzer.cpp	Implements the determination of the decay constants for a trace
TraceAnalyzer.cpp	Defines the Trace class
TraceExtractor.cpp	Extract traces for a specific type and subtype
TraceFilter.cpp	A class to perform trapezoidal filtering
TraceFilterAnalyzer.cpp	Implements the analysis of traces using trapezoidal filters
WaaAnalyzer.cpp	Obtains the phase of a waveform using a weighted average algorithm
WaveformAnalyzer.cpp	Preliminary waveform analysis
► core
BarBuilder.cpp	A class that builds bar type detectors
Calibrator.cpp	Class to handle energy calibrations for the channels
ChanEvent.cpp	A Class to define what a channel event is
Correlator.cpp	Correlates events
DetectorDriver.cpp	Main driver for event processing
DetectorLibrary.cpp	Some useful function for managing the list of channel identifiers
DetectorSummary.cpp	The class that generates the summary of the detectors in the analysis
Globals.cpp	Constant parameters used in pixie16 analysis
Initialize.cpp	C++ wrapper to upak's hd1d/hd2d functions
Messenger.cpp	A class to handle messages and output them prettily
PixieStd.cpp	Pixie_std provides the interface between the HRIBF scan and the C++ analysis
PlaceBuilder.cpp	Defines the various places for the TreeCorrelator
Places.cpp	Defines the various places for the TreeCorrelator
Plots.cpp	Implement a block declaration scheme for DAMM plots
PlotsRegister.cpp	Declaration of singleton register
RandomPool.cpp	Implementation of the random pool of numbers
RawEvent.cpp	Defines functions associated with a rawevent
ReadBuffDataA.cpp	Retrieve data from raw buffer array ibuf
ReadBuffDataD.cpp	Retrieve data from raw buffer array ibuf
ReadBuffDataF.cpp	Retrieve data from raw buffer array ibuf
StatsData.cpp	Stores statistics data from the data stream in its original format
TimingCalibrator.cpp	A class to handle the timing calibration parameters
TimingMapBuilder.cpp	A Class to build TimingMaps
Trace.cpp	Implement how to do our usual tricks with traces
TreeCorrelator.cpp	A class to handle complex correlations between various processors
► experiment
Anl1471Processor.cpp	Processes information for VANDLE
Beta4Hen3Processor.cpp
CrosstalkProcessor.cpp	A Template processor class that can be used to build your own
E11006Processor.cpp	A class specific to the e11006 experiment
Ge4Hen3Processor.cpp
IS600Processor.cpp	A class to process data from ISOLDE 599 and 600 experiments using VANDLE
LaBr3TestProcessor.cpp	A LaBr3Test processor class that can be used to build your own
SheCorrelator.cpp
TemplateExpProcessor.cpp	Example class for experiment specific setups
VandleAtLeribssProcessor.cpp	Processes information for VANDLE
WalkVandleBetaProcessor.cpp	A class to determine the walk between Vandle and the LeRIBSS betas
► processors
BetaProcessor.cpp
BetaScintProcessor.cpp
DoubleBetaProcessor.cpp	A DoubleBeta processor class that can be used to analyze double beta detectors
DssdProcessor.cpp	Processes DSSD events
EventProcessor.cpp	Implementation of a generic event processor
GeCalibProcessor.cpp
GeProcessor.cpp	Implementation for germanium processor
ImplantSsdProcessor.cpp	Handles ssd:implant detectors
IonChamberProcessor.cpp	Implementation for ion chambers
LiquidProcessor.cpp
LiquidScintProcessor.cpp
LitePositionProcessor.cpp	Handle some QDC action to determine positions in a strip detector
LogicProcessor.cpp	Handling of logic events, derived from MtcProcessor.cpp
McpProcessor.cpp	Handles MCP detectors
NeutronProcessor.cpp
NeutronScintProcessor.cpp
PositionProcessor.cpp	Handle some QDC action to determine positions in a strip detector
PulserProcessor.cpp	Analyzes pulser signals
RootProcessor.cpp	Implemenation of class to dump event info to a root tree
ScintProcessor.cpp
SsdBetaProcessor.cpp
SsdProcessor.cpp	The SSD processor handles detectors of type ssd
TeenyVandleProcessor.cpp	A Template processor class that can be used to build your own
TemplateProcessor.cpp	A Template processor class that can be used to build your own
ValidProcessor.cpp	Used to output the timestamps from the MoNA daq clock
VandleProcessor.cpp	Processes information for VANDLE