Regression_H1.C File Reference

Macros
#define	F1   175
#define	F2   185
#define	FRLIST_NAME   "S5_H1_RDS_C03_L2.frl"
#define	FRLIST_NAME2   "H-R-8159.frl"
#define	HCHANNEL   "H1:LSC-STRAIN"
#define	LENGHT   1200
#define	NA   4
#define	START   815974300

Functions
r	add (tfmap, const_cast< char *>("hchannel"))
r	apply (0.2)
	for (int i=0;i< NA;i++)
	pointers to detectors More...
ww	Forward (h, B, 2)
tfmap	Forward (h, wdtf)
ww	getLayer (h, 0)
plot	goptions (const_cast< char *>("alp logy"), 1, START, START+LENGHT, true, F1, F2, true, 50)
r	mask (0)
r	setFilter (10)
r	setMatrix (totalscratch,.95)
r	solve (0.2, 0, 'h')
h	start (START-totalscratch)
h	stop (LENGHT+START+totalscratch)
r	unmask (0, F1, F2)
WDM< double >	wdtf (lev, 2 *lev, 6, 10)

Variables
Meyer< double >	B (1024)
wavearray< double >	freq =r.vfreq
frame	frt (FRLIST_NAME, HCHANNEL)
frame	frw (FRLIST_NAME2)
wavearray< double >	h
wavearray< double >	hh = r.getClean()
int	lev =h.rate()/2
TString	ofile = "Regression_H1.png"
watplot	plot
regression	r
wavearray< double >	rank =r.getRank(0)
WSeries< double >	tfmap
int	totalscratch =32
WSeries< double >	ww
wavearray< double >	x

Macro Definition Documentation

F1

#define F1   175

Definition at line 13 of file Regression_H1.C.

F2

#define F2   185

Definition at line 14 of file Regression_H1.C.

FRLIST_NAME

#define FRLIST_NAME   "S5_H1_RDS_C03_L2.frl"

Definition at line 6 of file Regression_H1.C.

FRLIST_NAME2

#define FRLIST_NAME2   "H-R-8159.frl"

Definition at line 8 of file Regression_H1.C.

HCHANNEL

#define HCHANNEL   "H1:LSC-STRAIN"

Definition at line 5 of file Regression_H1.C.

LENGHT

#define LENGHT   1200

Definition at line 11 of file Regression_H1.C.

NA

#define NA   4

START

#define START   815974300

Definition at line 10 of file Regression_H1.C.

Function Documentation

add()

r add	(	tfmap	,
		const_cast< char * >	"hchannel"
	)

apply()

r apply

(

0.

2

)

for()

for

(

)

pointers to detectors

Definition at line 54 of file Regression_H1.C.

Forward() [1/2]

ww Forward	(	h	,
		B	,
		2
	)

Forward() [2/2]

tfmap Forward	(	h	,
		wdtf
	)

getLayer()

ww getLayer	(	h	,
		0
	)

goptions()

plot goptions	(	const_cast< char * >	"alp logy",
		1	,
		START	,
		START+	LENGHT,
		true	,
		F1	,
		F2	,
		true	,
		50
	)

mask()

r mask

(

0

)

setFilter()

r setFilter

(

10

)

setMatrix()

r setMatrix	(	totalscratch	,
		.	95
	)

solve()

r solve	(	0.	2,
		0	,
		'h'
	)

start()

h start

(

START-

totalscratch

)

stop()

h stop

(

LENGHT+START+

totalscratch

)

unmask()

r unmask	(	0	,
		F1	,
		F2
	)

wdtf()

WDM<double> wdtf	(	lev	,
		2 *	lev,
		6	,
		10
	)

Variable Documentation

B

Meyer<double> B(1024)

freq

wavearray<double> freq =r.vfreq

Definition at line 79 of file Regression_H1.C.

frt

frame frt(FRLIST_NAME, HCHANNEL)

frw

frame frw(FRLIST_NAME2)

h

frt h

Definition at line 25 of file Regression_H1.C.

hh

wavearray<double> hh = r.getClean()

Definition at line 73 of file Regression_H1.C.

lev

int lev =h.rate()/2

Definition at line 38 of file Regression_H1.C.

ofile

plot ofile = "Regression_H1.png"

Definition at line 75 of file Regression_H1.C.

plot

hh plot

Definition at line 70 of file Regression_H1.C.

r

regression r

Definition at line 44 of file Regression_H1.C.

rank

wavearray<double> rank =r.getRank(0)

Definition at line 80 of file Regression_H1.C.

tfmap

WSeries<double> tfmap

Definition at line 40 of file Regression_H1.C.

totalscratch

int totalscratch =32

Definition at line 22 of file Regression_H1.C.

ww

WSeries<double> ww

Definition at line 33 of file Regression_H1.C.

x

wavearray<double> x

Definition at line 50 of file Regression_H1.C.