#include <HPGECalibration.h>

Inheritance diagram for HPGECalibration:

Collaboration diagram for HPGECalibration:

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Public Member Functions
	HPGECalibration ()
	default constructor More...

void	loadBasicHists (string a_fname)

void	findPeaks (double a_minHeight, int a_numPeaks)

void	doCalibration ()

map< int, TH1 * >	getHists ()

void	writeToConfig ()
	writes slope/intercept to configFile More...

Public Member Functions inherited from SpectrumAnalysis
	SpectrumAnalysis ()
	default constructor More...

void	loadHists (string a_fname, int a_modID, double a_countTime=0)

void	loadBackgroundHists (string a_fname, int a_modID, double a_countTime)
	loads GEANT4 output processed with GenAnalysis.generateSpectrumVeto() More...

void	addHists (string a_fname, int a_modID, double a_countTime=0)
	adds spectra to previously loaded spectra More...

void	addBackgroundHists (string a_fname, int a_modID, double a_countTime)

void	subtractBackgroundSpectra ()
	subtract background spectra from loaded spectra More...

void	setResolutionParameters (vector< double > a_params)

void	fixResolution (bool a_fixRes)

void	fixMean (bool a_fixMean)

void	setVerbosity (int a_verbosity)

void	rebinSpectrum (DetType a_detType, int a_detID, int a_elemID, int a_rebinFactor=2)
	rebins spectra More...

vector< PeakInfo >	FitPeaksMan (DetType a_detType, int a_detID, int a_elemID, double a_lower, double a_higher, vector< double > a_peakMeans, bool a_addBack=false, bool a_bgoVeto=false, bool a_checkPeakRes=true)

vector< PeakInfo >	FitPeaksMan (TH1F *a_hist, double a_lower, double a_higher, vector< double > a_peakMeans, int a_polyDegree=0)

vector< PeakInfo >	FitPeaksManPol1 (DetType a_detType, int a_detID, int a_elemID, double a_lower, double a_higher, vector< double > a_peakMeans, bool a_addBack=false, bool a_bgoVeto=false, bool a_checkPeakRes=true)
	same as FitPeaksMan but fit peaks with 1st degree polynomial background More...

void	printPeakFits ()
	prints information about fitted peaks (mean, area, resolution, chi2/ndf) More...

vector< PeakInfo >	FitPeaksErf (DetType a_detType, int a_detID, int a_elemID, double a_lower, double a_higher, double a_peakMean, bool a_addBack=false, bool a_bgoVeto=false)

vector< PeakInfo >	FitPeaksErf (TH1F *a_hist, double a_lower, double a_higher, double a_peakMean)

vector< PeakInfo >	FitPeaks6111Double (TH1F *a_hist)

EffPeakSet	Eu152Efficiency (DetType a_detType, int a_detID, int a_elemID, double a_activity, double a_countTime, double a_simBrTot=.2101, bool a_res=false, bool a_bgoVeto=false, bool a_addBack=false, bool a_draw=false)

EffPeakSet	Eu152Efficiency (TH1F *a_hist, double a_activity, double a_countTime, double a_simBrTot=.2101, bool a_res=false, bool a_draw=false)

EffPeakSet	Co56Efficiency (TH1F *a_hist, double a_activity, double a_countTime, double a_simBrTot=.9993999, bool a_res=false, bool a_draw=false)

EffPeakSet	Ga66Efficiency (TH1F *a_hist, double a_activity, double a_countTime, int multi_peaking=0, double a_simBrTot=.37, bool a_res=false, bool a_draw=false)

EffPeakSet	Cl35Efficiency (TH1F *a_hist, double a_activity, double a_countTime, bool double_peak=false, double a_simBrTot=1.0, bool a_res=false, bool a_draw=false)

EffPeakSet	createEffPeakSet (string infilename)

vector< double >	calcEffCurve (EffPeakSet const &a_ps, string a_fitType) const

void	calcAddBackFactor ()

map< int, TH1 * >	getHists ()
	returns m_hists, useful for drawing More...

map< int, vector< TH1 * > >	getCloverHists ()

TH1 *	getHist (DetType a_detType, int a_detID, int a_elemID=0, bool a_addBack=false, bool a_bgoVeto=false)

map< int, map< double, PeakInfo > >	getPeakFits ()

vector< double >	ChannelResolution (DetType a_detType, int a_detID, int a_elemID=0)
	creates plot of resolution vs energy More...

int	autoEu152EnergyCalibration (int a_channel, int a_guess=5000)

int	autoEu152EnergyCalibration (TH1 *a_hist, int a_guess=5000)

int	autoEu152EnergyCalibration1408Guess (int a_channel, int a_guess)

int	autoEu152EnergyCalibration1408Guess (TH1 *a_hist, int a_guess)

void	removePeakFit (DetType a_detType, int a_detID, int a_elemID, double a_energy)
	removes last peak in m_peakFits More...

void	setUpMinimizer ()

double	fitPeakConstrained (const double *a_params)

std::vector< double >	fitSTOFBandProjection (TH1F *a_histogram, double a_minLight, double a_maxLight, vector< double > a_peakCentroid, int a_polOrder)

	SpectrumAnalysis ()
	default constructor More...

void	loadHists (string a_fname, int a_modID, double a_countTime=0)

void	loadSimHists (string a_fname)
	loads GEANT4 output processed with GenAnalysis.generateSpectrumVeto() More...

void	loadBackgroundHists (string a_fname, int a_modID, double a_countTime)
	loads a spectrum for background subtraction More...

void	addHists (string a_fname, int a_modID, double a_countTime=0)
	adds spectra to previously loaded spectra More...

void	addBackgroundHists (string a_fname, int a_modID, double a_countTime)

void	subtractBackgroundSpectra ()
	subtract background spectra from loaded spectra More...

void	rebinSpectrum (int a_channel, int a_rebinFactor=2, bool a_fullClover=false)
	rebins spectra More...

vector< Peak >	FitPeaksMan (int a_channel, double a_lower, double a_higher, vector< double > a_peakMeans, bool a_fullClover=false, bool a_addBack=false, bool a_checkPeakRes=true)

vector< Peak >	FitPeaksManPol1 (int a_channel, int a_lower, int a_higher, vector< double > a_peakMeans, bool a_checkPeakRes=true, bool a_fullClover=false, bool a_addBack=false)
	same as aboe but fit peaks with 1st degree polynomial background More...

void	printPeakFits ()
	prints information about fitted peaks (mean, area, resolution, chi2/ndf) More...

vector< Peak >	FitPeaksErf (int a_channel, double a_lower, double a_higher, int a_numPeaks=1, bool a_fullClover=false, bool a_addBack=false)

map< double, std::pair< double, double > >	Eu152Efficiency (int a_channel, double a_activity, double a_countTime, double a_simBrTot=.2101, bool a_res=false, bool a_fullClover=false, bool a_addBack=false, bool a_draw=false)

void	calcAddBackFactor ()

map< double, std::pair< double, double > >	U235Efficiency (int a_channel, double a_activity, double a_activityErr, double a_countTime)

map< int, TH1 * >	getHists ()
	returns m_hists, useful for drawing More...

map< int, vector< TH1 * > >	getCloverHists ()

map< int, vector< Peak > >	getPeakFits ()

void	ChannelResolution (int a_channel)
	creates plot of resolution vs energy More...

int	autoEu152EnergyCalibration (int a_channel)

void	removeLastPeak (int a_channel)
	removes last peak in m_peakFits More...

double	fitPeakConstrained (const double *a_params)

Public Attributes
map< string, vector< vector< double > > >	m_zeroCrossings

Public Attributes inherited from SpectrumAnalysis
map< DetType, map< int, map< int, TH1 * > > >	m_histsD

Additional Inherited Members
Public Types inherited from SpectrumAnalysis
using	EffPeakSet = std::map< double, std::pair< double, double > >
	Container type for efficiency outputs. More...

Static Public Member Functions inherited from SpectrumAnalysis
static Double_t	totalFit (Double_t x, Double_t par)
	https://doi.org/10.1016/S0168-9002(98)00778-5 More...

static Double_t	fullGeFit (Double_t x, Double_t par)

Constructor & Destructor Documentation

◆ HPGECalibration()

HPGECalibration::HPGECalibration ( )

default constructor

Member Function Documentation

◆ doCalibration()

void HPGECalibration::doCalibration ( )

fits line to m_peakFits per channel adds slope,intercept to m_calibration

◆ findPeaks()

void HPGECalibration::findPeaks	(	double	a_minHeight,
		int	a_numPeaks
	)

fits gaussians to peak(s), adds (ADC#, Gamma Energy, chi2/ndf) to m_peakFits

◆ getHists()

map< int, TH1 * > HPGECalibration::getHists ( )

◆ loadBasicHists()

void HPGECalibration::loadBasicHists ( string a_fname )

loads histograms from file containing histograms channels it loads currently hard-coded --> will change to look at ConfigFile

◆ writeToConfig()

void HPGECalibration::writeToConfig ( )

writes slope/intercept to configFile

Member Data Documentation

◆ m_zeroCrossings

map<string, vector<vector<double> > > HPGECalibration::m_zeroCrossings

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

GammaSpecAnalysis/include/HPGECalibration.h
GammaSpecAnalysis/src/HPGECalibration.cpp

Public Member Functions

Public Attributes

Additional Inherited Members