Functions to make life easier. Many of these probably exist other places. More...

Functions
double	dMax (double, double)

double	dMax (const double *, int)

double	dvMax (const vector< double >)

double	dsMax (TSpline5 *sp)

double	dMin (const double *, int)

double	dMinNotZero (const double *, int)

double	dMin (double, double)

double	getMaxMagnitude (vector< double > v)

int	Getifreq (double freq, double freq_low, double freq_high, int n)

void	InterpolateReal (double *array, const unsigned n)

void	InterpolateComplex (double *array, const unsigned n)

void	four1 (double *data, const int isign, int nsize)

void	realft (double *data, const int isign, int nsize)

void	SWAP (double &a, double &b)

void	NormalTimeOrdering (const int n, double *volts)

void	reverseTimeOrdering (const int n, double bitsin, double bitsout)

void	reverseTimeOrdering (const int n, int bitsin, int bitsout)

void	ShiftLeft (double *x, const int n, int ishift)

void	ShiftRight (double *x, const int n, int ishift)

double	GetFWHM (TH1 *h1)

void	MakeGraph (int index, int n, double time, double volts, TGraph &mygraph, TH2F &h2, double scalex, double scaley, string xaxistitle, string yaxistitle)

double	dDot (double , double , int)

void	dCross (double , double , double *)

double	dSquare (double *)

double	Step (double x)

double	dGetTheta (double *)

double	dGetPhi (double *)

int	WhichIsMax (double *x, int n)

int	WhichIsMin (double *x, int n)

double	dSum (double *, int)

int	iSum (int *, int)

void	Print (double *, int)

void	Print (int *, int)

void	Zero (double *anarray, int n)

void	Zero (int *anarray, int n)

int	NonZero (double *anarray, int n)

void	GetNumbersAsStringArray (ifstream &fin, ofstream &fout, vector< string > &vnumbers, int nelements)

void	GetNext2NumbersAsString (ifstream &fin, ofstream &fout, string &number1, string &number2, string &stherest)

void	GetNextNumberAsString (ifstream &fin, ofstream &fout, string &number)

int	findIndex (double *freqlab, double freq, int npoints, double min, double max)

void	get_random_rician (double signal, double signal_phase, double sigma, double &amplitude, double &phase)

void	get_circular_bivariate_normal_random_variable (double &rand_gauss_a, double &rand_gauss_b)

int	round (double number)

double	AbbyPhiCalc (double x_abby, double y_abby)

TGraph *	getInterpolatedGraph (TGraph *grIn, Double_t deltaT)

double	calculateSNR (double justSig[512], double justNoise[512])

void	ConvertHVtoLRTimedomain (const int nfour, double vvolts, double hvolts, double left, double right)

template<class T , class U >
void	vector_element_convert (const vector< T > &input, vector< U > &output)

template<class T , class U >
void	nested_vector_element_convert (const vector< vector< T > > &input, vector< vector< U > > &output)

Detailed Description

Functions to make life easier. Many of these probably exist other places.

Function Documentation

void Tools::ConvertHVtoLRTimedomain	(	const int	nfour,
		double *	vvolts,
		double *	hvolts,
		double *	left,
		double *	right
	)

Convert H and V components to left and right circular polarization in time domain

Parameters

nfour	:: const int - number of fourier points
vvolts	:: double * - array of voltage values (VPOL)
hvolts	:: double * - array of voltage values (HPOL)
left	:: double * - array of voltage values (LCP)
right	:: double * - array of voltage values (RCP)

Definition at line 746 of file Tools.cc.