SEPos2Radec.py File Reference

Namespaces
	SEPos2Radec

Functions
def	SEPos2Radec.SEPos2Radec (SEnum, xS, yS, ParAng, brg, offAng)

Variables
float	SEPos2Radec.imScl = 0.634
float	SEPos2Radec.deg2rad = 3.141592654/180.0
float	SEPos2Radec.rad2deg = 1.0/deg2rad
float	SEPos2Radec.pAng = ParAng*deg2rad
float	SEPos2Radec.bAng = brg*deg2rad
float	SEPos2Radec.oAng = offAng*deg2rad
	SEPos2Radec.xStp = abs(xS)
	SEPos2Radec.yStp = abs(yS)
float	SEPos2Radec.Xo = -47.490
	Assign Xo, Yo, and stage axis angles based on star enlarger number. More...
float	SEPos2Radec.Yo = -126.47
float	SEPos2Radec.xth = 0.70550*deg2rad
tuple	SEPos2Radec.yth = (-89.176+180.0)*deg2rad
float	SEPos2Radec.Sx = xStp / 29500.0
	Calculate Xfu,Yfu - the XY position in the UNROTATED frame. More...
float	SEPos2Radec.Sy = yStp / 29500.0
float	SEPos2Radec.Xfumm = Xo + Sx*np.cos(xth) + Sy*np.cos(yth)
float	SEPos2Radec.Yfumm = Yo + Sx*np.sin(xth) + Sy*np.sin(yth)
float	SEPos2Radec.Xfu = Xfumm / imScl
float	SEPos2Radec.Yfu = Yfumm / imScl
float	SEPos2Radec.Ang = bAng + pAng + oAng
	Now rotate into the focal plane frame. More...
float	SEPos2Radec.Xf = Xfu*np.cos(Ang) - Yfu*np.sin(Ang)
float	SEPos2Radec.Yf = Xfu*np.sin(Ang) + Yfu*np.cos(Ang)
float	SEPos2Radec.xstep = -1360560.0
float	SEPos2Radec.ystep = 854953.0
float	SEPos2Radec.prang = 0.0
float	SEPos2Radec.brg = 0.0
float	SEPos2Radec.offAng = 0.0