testWDM_4.C File Reference

Functions
	for ()
	for (int i=0;i<=32;++i)
tfmap	Forward (ts, wdm, 0)
pl	plot (ts, const_cast< char *>("APL"), 1, 4., ts.stop() -4., true, 0., 0., true, 1./16)
pl	plot (psd, const_cast< char *>("SAME"), 2)
ts	rate (Rate)
psd	rate (1./16)

Variables
int	Duration = 100
int	N = Rate*Duration
double	omega = TMath::TwoPi()*200
watplot	pl
wavearray< double >	psd (33)
double	T = 1./Rate
WSeries< double >	tfmap
wavearray< double >	ts (N)
WDM< double >	wdm (32, 64, 4, 8)
wavearray< double >	x

Function Documentation

for() [1/2]

for

(

)

Definition at line 13 of file testWDM_4.C.

for() [2/2]

for

(

int

i = 0; i<=32; ++i

)

Definition at line 33 of file testWDM_4.C.

Forward()

tfmap Forward	(	ts	,
		wdm	,
		0
	)

plot() [1/2]

pl plot	(	ts	,
		const_cast< char * >	"APL",
		1	,
		4.	,
		ts.stop() -	4.,
		true	,
		0.	,
		0.	,
		true	,
		1./	16
	)

plot() [2/2]

pl plot	(	psd	,
		const_cast< char * >	"SAME",
		2
	)

rate() [1/2]

ts rate

(

Rate

)

rate() [2/2]

psd rate

(

1./

16

)

Variable Documentation

Duration

int Duration = 100

Definition at line 4 of file testWDM_4.C.

N

int N = Rate*Duration

Definition at line 5 of file testWDM_4.C.

omega

double omega = TMath::TwoPi()*200

Definition at line 12 of file testWDM_4.C.

pl

watplot pl

Definition at line 24 of file testWDM_4.C.

psd

wavearray<double> psd(33)

T

double T = 1./Rate

Definition at line 11 of file testWDM_4.C.

tfmap

WSeries<double> tfmap

Definition at line 22 of file testWDM_4.C.

ts

wavearray<double> ts(N)

wdm

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

x

wavearray<double> x

Definition at line 30 of file testWDM_4.C.