Variables
float	offAng = 71.5

float	imScl = 0.613

int	nSE = 12

float	stpmm = 29.5

float	maxstp = stpmm*100.0

float	deg2rad = 3.141592654/180.0

float	rad2deg = 1.0/deg2rad

float	rad2asec = 3600.0 / deg2rad

bool	verbose = True

	starFile = sys.argv[1]

	ParAng = float(sys.argv[2])

	bks = float(sys.argv[3])

float	bkDeg = -1.0 * (bks+53.500)/0.891666666

float	oAng = offAng*deg2rad

float	pAng = ParAng*deg2rad

float	bAng = bkDeg*deg2rad

	Xo

	Yo

	xth

	yth

	nStar

	RA

	dec

	RAR

	decR

	sep

	PA

	PS

	PP

	theta

	Xtp

	Ytp

	Xfb

	Yfb

	StX

	StY

	Xrp

	Yrp

	Xref

	Yref

bool	flip = True

float	flipd = 180.0*deg2rad - PS[i]

float	mbAng = bAng + 2.38*deg2rad

float	Xtm = Xfb[i] * imScl

float	Ytm = Yfb[i] * imScl

tuple	Xmm = ( (Xtm-Xo[SE]) - (Ytm-Yo[SE])np.cos(yth[SE])/np.sin(yth[SE]) ) / ( np.cos(xth[SE]) - np.sin(xth[SE])np.cos(yth[SE])/np.sin(yth[SE]) )

tuple	Ymm = ( (Xtm-Xo[SE]) - (Ytm-Yo[SE])np.cos(xth[SE])/np.sin(xth[SE]) ) / ( np.cos(yth[SE]) - np.sin(yth[SE])np.cos(xth[SE])/np.sin(xth[SE]) )

tuple	Xstp = Xmm * stpmm

tuple	Ystp = Ymm * stpmm

string	fCmd = "MapStringPoint=["
	-----------------—###### E2 - Command Formatting (MapStringPoint=[SEnn=[0,1],SEnn=[0,2]]) -----------------—###### More...

bool	zoom = True

	success = Viz8(nStar,Xtp,Ytp,nSE,oAng,pAng,bAng,Xo,Yo,xth,yth,imScl,zoom)

Variable Documentation

◆ bAng

float cat2mm_E2.bAng = bkDeg*deg2rad

◆ bkDeg

float cat2mm_E2.bkDeg = -1.0 * (bks+53.500)/0.891666666

◆ bks

cat2mm_E2.bks = float(sys.argv[3])

◆ dec

cat2mm_E2.dec

◆ decR

cat2mm_E2.decR

◆ deg2rad

float cat2mm_E2.deg2rad = 3.141592654/180.0

◆ fCmd

string cat2mm_E2.fCmd = "MapStringPoint=["

-----------------—###### E2 - Command Formatting (MapStringPoint=[SEnn=[0,1],SEnn=[0,2]]) -----------------—######

◆ flip

bool cat2mm_E2.flip = True

◆ flipd

cat2mm_E2.flipd = 180.0*deg2rad - PS[i]

◆ imScl

float cat2mm_E2.imScl = 0.613

◆ maxstp

float cat2mm_E2.maxstp = stpmm*100.0

◆ mbAng

float cat2mm_E2.mbAng = bAng + 2.38*deg2rad

◆ nSE

int cat2mm_E2.nSE = 12

◆ nStar

cat2mm_E2.nStar

◆ oAng

float cat2mm_E2.oAng = offAng*deg2rad

◆ offAng

float cat2mm_E2.offAng = 71.5

◆ PA

cat2mm_E2.PA

◆ pAng

float cat2mm_E2.pAng = ParAng*deg2rad

◆ ParAng

cat2mm_E2.ParAng = float(sys.argv[2])

◆ PP

cat2mm_E2.PP

◆ PS

cat2mm_E2.PS

◆ RA

cat2mm_E2.RA

◆ rad2asec

float cat2mm_E2.rad2asec = 3600.0 / deg2rad

◆ rad2deg

float cat2mm_E2.rad2deg = 1.0/deg2rad

◆ RAR

cat2mm_E2.RAR

◆ sep

cat2mm_E2.sep

◆ starFile

cat2mm_E2.starFile = sys.argv[1]

◆ stpmm

float cat2mm_E2.stpmm = 29.5

◆ StX

cat2mm_E2.StX

◆ StY

cat2mm_E2.StY

◆ success

cat2mm_E2.success = Viz8(nStar,Xtp,Ytp,nSE,oAng,pAng,bAng,Xo,Yo,xth,yth,imScl,zoom)

◆ theta

cat2mm_E2.theta

◆ verbose

bool cat2mm_E2.verbose = True

◆ Xfb

cat2mm_E2.Xfb

◆ Xmm

tuple cat2mm_E2.Xmm = ( (Xtm-Xo[SE]) - (Ytm-Yo[SE])*np.cos(yth[SE])/np.sin(yth[SE]) ) / ( np.cos(xth[SE]) - np.sin(xth[SE])*np.cos(yth[SE])/np.sin(yth[SE]) )

◆ Xo

cat2mm_E2.Xo

◆ Xref

cat2mm_E2.Xref

◆ Xrp

cat2mm_E2.Xrp

◆ Xstp

float cat2mm_E2.Xstp = Xmm * stpmm

◆ xth

cat2mm_E2.xth

◆ Xtm

float cat2mm_E2.Xtm = Xfb[i] * imScl

◆ Xtp

cat2mm_E2.Xtp

◆ Yfb

cat2mm_E2.Yfb

◆ Ymm

tuple cat2mm_E2.Ymm = ( (Xtm-Xo[SE]) - (Ytm-Yo[SE])*np.cos(xth[SE])/np.sin(xth[SE]) ) / ( np.cos(yth[SE]) - np.sin(yth[SE])*np.cos(xth[SE])/np.sin(xth[SE]) )

◆ Yo

cat2mm_E2.Yo

◆ Yref

cat2mm_E2.Yref

◆ Yrp

cat2mm_E2.Yrp

◆ Ystp

tuple cat2mm_E2.Ystp = Ymm * stpmm

◆ yth

cat2mm_E2.yth

◆ Ytm

float cat2mm_E2.Ytm = Yfb[i] * imScl

◆ Ytp

cat2mm_E2.Ytp

◆ zoom

bool cat2mm_E2.zoom = True

Variables