#include <RecalEnergy.h>

Public Member Functions
void	AddPeak (double EPeak)

void	AnalyseSources ()
	******************************************************************************************/// More...

double	Calibrated (double x)
	******************************************************************************************/// More...

double	ECalibration (int nspe, double &offset1, double &slope1_, double &offset2_, double &slope2_, double &curv2_, int verbose_)
	******************************************************************************************/// More...

int	FitPeaks (int verbose)
	******************************************************************************************/// More...

vector< Fitted >	GetFitResults ()

	GWRecal ()
	*/ More...

void	initialize ()
	******************************************************************************************/// More...

bool	InvertMatrix3 (const double m[9], double invOut[9])
	******************************************************************************************/// More...

int	LargePeaks1 (float *data, int chA, int chB, float fwhm, float minAmpl, std::vector< double > &vPeaks, int maxNum)
	******************************************************************************************/// More...

void	NoBackGround ()

void	numparams (char *, int)
	******************************************************************************************/// More...

int	PeakSearch1 (float *data, int chA, int chB, float fwhm, float minAmpl, std::vector< double > &vPeaks)
	******************************************************************************************/// More...

int	PeakSearch2 (float *data, int chA, int chB, float fwhm, float minAmpl, std::vector< double > &vPeaks)
	******************************************************************************************/// More...

void	PrintResForXTalk (int VerboseMod)

void	RemoveClosestPeakTo (double EPeak)

void	SetChannelOffset (int Off)

void	SetFileName (TString FileName)

void	SetFullVerbosity ()

void	SetGain (float Gain)

void	SetGlobalChannelLimits (int ChFrom, int ChTo)

void	SetGlobalPeaksLimits (float DefFWHM, float DefAmpli)

void	SetHistChannelLimits (int SpecNbr, float ChFrom, float ChTo)
	******************************************************************************************/// More...

void	SetHistNumber (int HistNbr)

void	SetHistPeaksLimits (int SpecNbr, float FWHM, float Ampli)
	******************************************************************************************/// More...

void	SetNSpec (int N)

void	SetRefPeak (double EPeak)

void	SetSource (TString SourceName)

void	SetSpectraFolder (TString name)

void	SetStep (int Step)

void	SetVerbosityLevel (int Verb)

void	SmoothSpek (float spek, int nchan, double sigma, int ndiff, float &tSpek, int &start)
	******************************************************************************************/// More...

void	StartCalib ()
	******************************************************************************************/// More...

double	TCalibration ()
	******************************************************************************************/// More...

void	terminate (int)

bool	TestResults ()
	******************************************************************************************/// More...

void	UnsetLeftTail ()

void	UnsetRightTail ()

void	UseAffineBackGround ()

void	UseAffineCalib ()

void	UseFirstDerivativeSearch ()

void	UseFlatBackGround ()

void	UseLinearCalib ()

void	UseParabolicCalib ()

void	UseSecondDerivativeSearch ()

int	xP_Next1 (float *yVal, int yLen)
	******************************************************************************************/// More...

int	xP_Next2 (float *yVal, int yLen)
	******************************************************************************************/// More...

	~GWRecal ()

Public Attributes
bool	bOneLine

bool	bTwoLines

double	curv2

vector< double >	Delendae

int	Dmode

bool	doPoly1

bool	doPoly2

bool	doSlope

double	eBhead

int	eBnumb

double	eBstep

vector< double >	Energies

double	errE

bool	fAffineBg

float	fCurrentspecAMPLdef

int	fCurrentspecFromDef

float	fCurrentspecFWHMdef

int	fCurrentspecToDef

bool	fFlatBg

TString	fSourceName

TString	fSpectraFolderName

int	gterminate

float	hGain

CFitSpek *	m_pCFit

int	modXtalk

vector< NLimits_t >	nlim

int	numZero

vector< NWA_t >	nwa

double	offset1

double	offset2

vector< Fitted >	Peaks
	void SetFormat(string type, int nchan){specFormat = type; specLength = nchan;} // format of the data and number of channels (if not encoded in filename) void ShiftOfLargestPeakToPos(double Position){Energies.clear(); Energies.push_back(Position); doSlope = false;} //calculate shift of the largest peak with respect to the given position More...

double	refEner

double	slope

double	slope1

double	slope2

float *	specAMPL

float	specAMPLdef

float *	specData

string	specFormat

int *	specFrom

int	specFromDef

float *	specFWHM

float	specFWHMdef

int	specLength

int	specN0

string	specName

int	specNN

int	specNs

int	specOffset

vector< double >	specPeaks

int *	specTo

int	specToDef

ReadSpek	Spek

clock_t	startTime

clock_t	stopTime

float *	testData

string	testFileName

FILE *	testFP

float	testGain

bool	testResults

string	testSuff

double	tshift

bool	useErrors

bool	useTL

bool	useTR

int	Verbosity

int	xP_0

int	xP_1

int	xP_2

int	xP_3

int	xP_4

int	xP_5

int	xP_6

float	xP_fThreshCFA

float	xP_minAmpl

int	xP_nMinWidthN

int	xP_nMinWidthP

int	xP_nMinWidthP1

int	xP_nMinWidthP2

Detailed Description

Definition at line 84 of file RecalEnergy.h.

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

Public Member Functions

Public Attributes

Detailed Description