testWDM_5.C File Reference

Functions
aux *	for (int i=0;i< N;i++)
tfmap	Forward (ts, wdm)
pl	plot (ts, const_cast< char * >("APL"), 4, 9.9, 10.1)
ts	rate (Rate)
pWDM	setTDFilter (12)

Variables
double	aux = omega/Q
double	dT = 1./Rate
int	Duration = 20
int	N = Rate*Duration
double	omega = TMath::TwoPi()*100
watplot	pl
WDM< double > *	pWDM = (WDM<double>*)tfmap.pWavelet
double	Q = 8
WSeries< double >	tfmap
double *	tmp = new double[pWDM->nWWS/2]
wavearray< double >	ts (N)
WDM< double >	wdm (32, 64, 4, 8)

Function Documentation

aux* for

(

)

Definition at line 16 of file testWDM_5.C.

tfmap Forward	(	ts	,
		wdm
	)

pl plot	(	ts	,
		const_cast< char * >	"APL",
		4	,
		9.	9,
		10.	1
	)

ts rate

(

Rate

)

pWDM setTDFilter

(

12

)

Variable Documentation

double aux = omega/Q

Definition at line 14 of file testWDM_5.C.

double dT = 1./Rate

Definition at line 12 of file testWDM_5.C.

int Duration = 20

Definition at line 4 of file testWDM_5.C.

int N = Rate*Duration

Definition at line 5 of file testWDM_5.C.

double omega = TMath::TwoPi()*100

Definition at line 13 of file testWDM_5.C.

watplot pl

Definition at line 8 of file testWDM_5.C.

WDM<double>* pWDM = (WDM<double>*)tfmap.pWavelet

Definition at line 28 of file testWDM_5.C.

double Q = 8

Definition at line 11 of file testWDM_5.C.

WSeries<double> tfmap

Definition at line 24 of file testWDM_5.C.

double* tmp = new double[pWDM->nWWS/2]

Definition at line 31 of file testWDM_5.C.

wavearray<double> ts(N)

WDM<double> wdm(32, 64, 4, 8)