lbtoEquat2Horiz Namespace Reference

Functions
def	getHoriz (lbtoLoc, raDeg, decDeg, nowT)
def	getEquat (lbtoLoc, altDeg, azDeg, nowT)

Variables
	args = parser.parse_args()
	jtzt = Time(args.t,format='isot')
	lbtoLoc = EarthLocation(lat=32.701309*units.deg, lon=-109.889064*units.deg, height=3221*units.m)
	altDeg = Angle(args.RaOrAlt.lower(), unit=units.deg)
	azDeg = Angle(args.DecOrAz.lower(), unit=units.deg)
	raDeg = Angle(args.RaOrAlt.lower(), unit=units.hour)
	decDeg = Angle(args.DecOrAz.lower(), unit=units.deg)

Function Documentation

getEquat()

def lbtoEquat2Horiz.getEquat	(		lbtoLoc,
			altDeg,
			azDeg,
			nowT
	)

getHoriz()

def lbtoEquat2Horiz.getHoriz	(		lbtoLoc,
			raDeg,
			decDeg,
			nowT
	)

Variable Documentation

altDeg

lbtoEquat2Horiz.altDeg = Angle(args.RaOrAlt.lower(), unit=units.deg)

args

lbtoEquat2Horiz.args = parser.parse_args()

azDeg

lbtoEquat2Horiz.azDeg = Angle(args.DecOrAz.lower(), unit=units.deg)

decDeg

lbtoEquat2Horiz.decDeg = Angle(args.DecOrAz.lower(), unit=units.deg)

jtzt

lbtoEquat2Horiz.jtzt = Time(args.t,format='isot')

lbtoLoc

lbtoEquat2Horiz.lbtoLoc = EarthLocation(lat=32.701309*units.deg, lon=-109.889064*units.deg, height=3221*units.m)

raDeg

lbtoEquat2Horiz.raDeg = Angle(args.RaOrAlt.lower(), unit=units.hour)