TestFrame6.C File Reference

Macros
#define	N_IFO   1

Functions
ww	FFTW (1)
ww	FFTW (-1)
ww	rate (srate)
ww	resize (srate)

Variables
TString	ifo [N_IFO] ={"L1"}
CWB::mdc	MDC (N_IFO, ifo)
cout<< endl;cout<< "ww srate "<< ww.rate()<< endl;cout<< "ww start "<< ww.start()<< endl;cout<< "ww stop "<< ww.stop()<< endl;cout<< "ww size "<< ww.size()<< endl;cout<< endl;fr.resample(ww, 11);cout<< endl;cout<< "resampled ww srate "<< ww.rate()<< endl;cout<< "resampled ww start "<< ww.start()<< endl;cout<< "resampled ww stop "<< ww.stop()<< endl;cout<< "resampled ww size "<< ww.size()<< endl;cout<< endl;watplot plot(const_cast< char * >"plot"), 200, 20, 800, 500);char gtitle[256];sprintf(gtitle,"Original PSD (Black) Reasampled PSD (Red)");plot.gtitle(gtitle,"frequency (Hz)","strain/#sqrt{Hz}");plot.goptions(const_cast< char * >"alp logy"), 1, 0, 0, true, 0, w.rate()/2., true, 32);w >	plot
wavearray< double >	w = MDC.GetWNB(500., 4000., 0.01)
cout<< endl;cout<< "w srate "<< w.rate()<< endl;cout<< "w start "<< w.start()<< endl;cout<< "w stop "<< w.stop()<< endl;cout<< "w size "<< w.size()<< endl;cout<< endl;double srate=2 *4300;wavearray< double >	ww = w

Macro Definition Documentation

N_IFO

#define N_IFO   1

Function Documentation

FFTW() [1/2]

ww FFTW

(

1

)

FFTW() [2/2]

ww FFTW

(

-

1

)

rate()

ww rate

(

srate

)

resize()

ww resize

(

srate

)

Variable Documentation

ifo

TString ifo[N_IFO] ={"L1"}

Definition at line 10 of file TestFrame6.C.

MDC

CWB::mdc MDC(N_IFO, ifo)

plot

ww plot

Definition at line 54 of file TestFrame6.C.

w

wavearray<double> w = MDC.GetWNB(500., 4000., 0.01)

Definition at line 15 of file TestFrame6.C.

ww

cout<< endl; cout << "w srate " << w.rate() << endl; cout << "w start " << w.start() << endl; cout << "w stop " << w.stop() << endl; cout << "w size " << w.size() << endl; cout << endl; double srate = 2*4300; wavearray<double> ww = w

Definition at line 25 of file TestFrame6.C.