STOFAna Class Reference

#include <STOFAna.h>

Inheritance diagram for STOFAna:

Collaboration diagram for STOFAna:

Public Member Functions
	STOFAna ()
	STOFAna (std::string a_configFile)
void	readConf (std::string a_configFile)
	this function reads the config file More...
std::vector< TH2 * >	makeOutgoingTOFVAmpHists (bool a_applyCalib=false, bool a_applyCuts=false)
std::vector< TH2 * >	makeOutgoingTOFVTargetAmpHists (bool a_applyCalib=false, bool a_applyCuts=false)
std::vector< TH2 * >	makeIncomingTOFVTargetAmpHists (bool a_applyCalib=false, bool a_applyCuts=false)
std::vector< TH2 * >	makeEnETOFVTargetAmpHists (bool a_applyCalib=false, bool a_applyCuts=false)
std::vector< TH2 * >	makeEnITOFVTargetAmpHists (bool a_applyCalib=false, bool a_applyCuts=false)
std::vector< TH2 * >	makeEnITOFVTargetAmpHistsBG (bool a_applyCalib=false, bool a_applyCuts=false)
	amplitude hists !!!!!!this requires thoght More...
std::vector< TH2 * >	makeEnITOFVEnETOF (bool a_applyCalib=false, bool a_applyCuts=false)
std::vector< TH2 * >	makeEffEnVTargetAmpHists (bool a_applyCalib, bool a_applyCuts, bool a_exitTOFBinning=false)
	this function creates a histogram for calculating the efficiency More...
std::vector< TH2 * >	makeNeutronEneDist (bool a_applyCuts, bool a_exitTOF=false)
void	makePlotFile (std::string a_outFileName="stofResults.root", bool a_applyCalib=false, bool a_applyCuts=false)
void	loadIncTOFGammaFlashHist (TH1 *a_histogram)
std::vector< TH1 * >	getScatterPulseHeight (double a_minET, double a_maxET)
std::vector< TH1 * >	getTargetPulseHeight (double a_minTOF, double a_maxTOF, bool a_incTOF)
void	setIsSim (bool a_isSim)
void	setSmearExitTime (bool a_smearExitTime)
void	setExitTres (double a_exitTres)
void	setSmearIncTime (bool a_smearIncTime)
void	setIncTres (double a_incTres)
void	setnAmpBins (int a_nAmpBins)
void	setmaxAmp (double a_maxAmp)
void	seteTOFMax (double a_eTOFMax)
void	seteTOFMin (double a_eTOFMin)
void	setexitTBinWidth (double a_exitTBinWidth)
void	setSmearLight (bool a_smearLight)
void	setMaxEn (double a_maxEn)
void	setMinEn (double a_minEn)
void	setConfig (STOFConfig a_config)
bool	getIsSim ()
bool	getSmearExitTime ()
double	getExitTres ()
bool	getSmearIncTime ()
double	getIncTres ()
int	getnAmpBins ()
double	getmaxAmp ()
double	geteTOFMax ()
double	geteTOFMin ()
double	getexitTBinWidth ()
bool	getSmearLight ()
double	getMaxEn ()
double	getMinEn ()
TTree *	getTree ()
STOFEvent *	getEvent ()
CutManager &	getCutManager ()
void	clearHists ()
	~STOFAna ()
Public Member Functions inherited from PostProcBase< STOFEvent >
	PostProcBase ()
	defualt constructor puts class into a working state More...
virtual int	addFile (string a_filename)
virtual int	addFilesFromDirectory (string a_dir, string a_ext)
virtual int	loadEvent (int a_eventNumber)
	loads a specified event into memory More...
virtual int	fileNotLoaded ()
	tests if a file is loaded and prinst a message if not More...
virtual int	clearFileState ()
virtual std::ostream &	printState (std::ostream &a_stream=std::cout)
virtual	~PostProcBase ()
TChain *	getTrees ()
	danger danger, use this if you know what you are doing. More...

Public Attributes
std::map< string, bool >	m_cutState

Additional Inherited Members
Protected Attributes inherited from PostProcBase< STOFEvent >
TChain *	m_trees
	for associating the trees from files More...
string	m_treeName
	for storing the name of the tree More...
string	m_branchName
	for storing the name of the branch More...
STOFEvent *	m_currentEvent
	for storing the current event More...
vector< string >	m_loadedFiles
	for storing a list of loaded files More...
bool	m_hasFile
	flag for wheter a file has been loaded More...

Detailed Description

this intent of this class is to manage the analysis of data products relating to the STOF system. The goals are two fold. First, to take the STOFEvent trees generated by the STOFPostProcessing algorithm and accumulate them with cuts to produce derived calibrated histograms. Second, to take the STOFEvent trees generated by STOFSimAna and produce quantities necessary for second order calibrations and for an efficiency calculation

Constructor & Destructor Documentation

STOFAna() [1/2]

STOFAna::STOFAna

(

)

default construtor puts the class into a rather uninteresting state it really requires a config file to do anything meaningful

STOFAna() [2/2]

STOFAna::STOFAna

(

std::string

a_configFile

)

this constuctor puts the class into a working state from the config file perspective, you will still need to add files for processing

Here is the call graph for this function:

~STOFAna()

STOFAna::~STOFAna

(

)

Here is the call graph for this function:

Member Function Documentation

clearHists()

void STOFAna::clearHists

(

)

Here is the caller graph for this function:

getCutManager()

CutManager & STOFAna::getCutManager

(

)

Here is the caller graph for this function:

geteTOFMax()

double STOFAna::geteTOFMax

(

)

geteTOFMin()

double STOFAna::geteTOFMin

(

)

getEvent()

STOFEvent * STOFAna::getEvent

(

)

Here is the caller graph for this function:

getexitTBinWidth()

double STOFAna::getexitTBinWidth

(

)

getExitTres()

double STOFAna::getExitTres

(

)

getIncTres()

double STOFAna::getIncTres

(

)

getIsSim()

bool STOFAna::getIsSim

(

)

getmaxAmp()

double STOFAna::getmaxAmp

(

)

getMaxEn()

double STOFAna::getMaxEn

(

)

getMinEn()

double STOFAna::getMinEn

(

)

getnAmpBins()

int STOFAna::getnAmpBins

(

)

getScatterPulseHeight()

std::vector< TH1 * > STOFAna::getScatterPulseHeight	(	double	a_minET,
		double	a_maxET
	)

this functions accumulates a 1d hist for the scatter pulse height with the given bounds on the exit time of flight for a given scatter ID used for generating sudo-monoenergetic pulse height spectra for recalibration neutron psd gates are also applied

this is marginally broken if we ever use more than one target

Parameters

a_maxET

min exit TOF

Here is the call graph for this function:

Here is the caller graph for this function:

getSmearExitTime()

bool STOFAna::getSmearExitTime

(

)

getSmearIncTime()

bool STOFAna::getSmearIncTime

(

)

getSmearLight()

bool STOFAna::getSmearLight

(

)

getTargetPulseHeight()

std::vector< TH1 * > STOFAna::getTargetPulseHeight	(	double	a_minTOF,
		double	a_maxTOF,
		bool	a_incTOF
	)

this functions accumulates a 1d hist for the target pulse height with the given bounds on the TOF for either a given scatter ID (a_incTOF==0)
or using the incoming TOF (a_incTOF==1) used for generating sudo-monoenergetic pulse height spectra for recalibration neutron psd gates are also applied

this functions accumulates a 1d hist for the target pulse height with the given bounds on the TOF for either a given scatter ID (a_TOFMeas==0)
or using the incoming TOF (a_TOFMeas==1) used for generating sudo-monoenergetic pulse height spectra for recalibration neutron psd gates are also applied

this is marginally broken if we ever use more than one target

Here is the call graph for this function:

Here is the caller graph for this function:

getTree()

TTree * STOFAna::getTree

(

)

Here is the caller graph for this function:

loadIncTOFGammaFlashHist()

void STOFAna::loadIncTOFGammaFlashHist

(

TH1 *

a_histogram

)

this function takes a zero centered histogram representative of the incoming time of flight gamma flash used for smearing the incoming time of flight by the real uncertainty

Here is the caller graph for this function:

makeEffEnVTargetAmpHists()

std::vector< TH2 * > STOFAna::makeEffEnVTargetAmpHists	(	bool	a_applyCalib,
		bool	a_applyCuts,
		bool	a_exitTOFBinning = false
	)

this function creates a histogram for calculating the efficiency

!!!!!!!!!!!!!!!!!!!!HARD CODED TARGET ID !!!!!!!!!!!!!!!!!!!

Here is the call graph for this function:

Here is the caller graph for this function:

makeEnETOFVTargetAmpHists()

std::vector< TH2 * > STOFAna::makeEnETOFVTargetAmpHists	(	bool	a_applyCalib = false,
		bool	a_applyCuts = false
	)

this function accumulates the outgoing time of flight vs amplitude hists

!!!!!!!!!!!!!!!!!!!!HARD CODED TARGET ID !!!!!!!!!!!!!!!!!!!

Here is the call graph for this function:

Here is the caller graph for this function:

makeEnITOFVEnETOF()

std::vector< TH2 * > STOFAna::makeEnITOFVEnETOF	(	bool	a_applyCalib = false,
		bool	a_applyCuts = false
	)

this function accumulates the outgoing time of flight vs amplitude hists

!!!!!!!!!!!!!!!!!!!!HARD CODED TARGET ID !!!!!!!!!!!!!!!!!!!

Here is the call graph for this function:

Here is the caller graph for this function:

makeEnITOFVTargetAmpHists()

std::vector< TH2 * > STOFAna::makeEnITOFVTargetAmpHists	(	bool	a_applyCalib = false,
		bool	a_applyCuts = false
	)

this function accumulates the outgoing time of flight vs amplitude hists

!!!!!!!!!!!!!!!!!!!!HARD CODED TARGET ID !!!!!!!!!!!!!!!!!!!

Here is the call graph for this function:

Here is the caller graph for this function:

makeEnITOFVTargetAmpHistsBG()

std::vector< TH2 * > STOFAna::makeEnITOFVTargetAmpHistsBG	(	bool	a_applyCalib = false,
		bool	a_applyCuts = false
	)

amplitude hists !!!!!!this requires thoght

this function accumulates the outgoing time of flight vs

this function needs a discussion be cautious in use unless you understand the motivation here well

!!!!!!!!!!!!!!!!!!!!HARD CODED TARGET ID !!!!!!!!!!!!!!!!!!!

Here is the call graph for this function:

makeIncomingTOFVTargetAmpHists()

std::vector< TH2 * > STOFAna::makeIncomingTOFVTargetAmpHists	(	bool	a_applyCalib = false,
		bool	a_applyCuts = false
	)

this function accumulates the outgoing time of flight vs amplitude hists

!!!!!!!!!!!!!!!!!!!!HARD CODED TARGET ID !!!!!!!!!!!!!!!!!!!

Here is the call graph for this function:

Here is the caller graph for this function:

makeNeutronEneDist()

std::vector< TH2 * > STOFAna::makeNeutronEneDist	(	bool	a_applyCuts,
		bool	a_exitTOF = false
	)

this function creates a histogram for calculating the contribution from different incoming neutron energy to a given bin need to use simulation data

Here is the call graph for this function:

Here is the caller graph for this function:

makeOutgoingTOFVAmpHists()

std::vector< TH2 * > STOFAna::makeOutgoingTOFVAmpHists	(	bool	a_applyCalib = false,
		bool	a_applyCuts = false
	)

this function accumulates the outgoing time of flight vs amplitude hists

Here is the call graph for this function:

Here is the caller graph for this function:

makeOutgoingTOFVTargetAmpHists()

std::vector< TH2 * > STOFAna::makeOutgoingTOFVTargetAmpHists	(	bool	a_applyCalib = false,
		bool	a_applyCuts = false
	)

this function accumulates the outgoing time of flight vs amplitude hists

!!!!!!!!!!!!!!!!!!!!HARD CODED TARGET ID !!!!!!!!!!!!!!!!!!!

Here is the call graph for this function:

Here is the caller graph for this function:

makePlotFile()

void STOFAna::makePlotFile	(	std::string	a_outFileName = "stofResults.root",
		bool	a_applyCalib = false,
		bool	a_applyCuts = false
	)

this function runs all of the plot generating functions above and stores the output in a specified filename

this function accumulates the outgoing time of flight vs amplitude hists

this function accumulates the https://commons.lbl.gov/display/cpp/Vulnerability+Scanning time of flight vs amplitude hists

this function accumulates the outgoing time of flight vs amplitude hists

this function accumulates the outgoing time of flight vs amplitude hists

this function accumulates the outgoing time of flight vs amplitude hists

Here is the call graph for this function:

readConf()

void STOFAna::readConf

(

std::string

a_configFile

)

this function reads the config file

Here is the call graph for this function:

Here is the caller graph for this function:

setConfig()

void STOFAna::setConfig

(

STOFConfig

a_config

)

Here is the caller graph for this function:

seteTOFMax()

void STOFAna::seteTOFMax

(

double

a_eTOFMax

)

seteTOFMin()

void STOFAna::seteTOFMin

(

double

a_eTOFMin

)

setexitTBinWidth()

void STOFAna::setexitTBinWidth

(

double

a_exitTBinWidth

)

setExitTres()

void STOFAna::setExitTres

(

double

a_exitTres

)

Here is the caller graph for this function:

setIncTres()

void STOFAna::setIncTres

(

double

a_incTres

)

Here is the caller graph for this function:

setIsSim()

void STOFAna::setIsSim

(

bool

a_isSim

)

Here is the caller graph for this function:

setmaxAmp()

void STOFAna::setmaxAmp

(

double

a_maxAmp

)

Here is the caller graph for this function:

setMaxEn()

void STOFAna::setMaxEn

(

double

a_maxEn

)

setMinEn()

void STOFAna::setMinEn

(

double

a_minEn

)

setnAmpBins()

void STOFAna::setnAmpBins

(

int

a_nAmpBins

)

setSmearExitTime()

void STOFAna::setSmearExitTime

(

bool

a_smearExitTime

)

Here is the caller graph for this function:

setSmearIncTime()

void STOFAna::setSmearIncTime

(

bool

a_smearIncTime

)

Here is the caller graph for this function:

setSmearLight()

void STOFAna::setSmearLight

(

bool

a_smearLight

)

Here is the caller graph for this function:

Member Data Documentation

m_cutState

std::map<string, bool> STOFAna::m_cutState

this map reflects the possible cuts that can be applied to the data they are inactive by default. Currenty managed cuts are targetPSDNeutron scatterPSDNeutron targetPSDGamma scatterPSDGamma minScatterLight minTargetLight matchWindow for the sim only zCuts

---

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

• CAENDataProcAna/STOFAna/include/STOFAna.h
• CAENDataProcAna/STOFAna/src/STOFAna.cpp