11/28/03 - Files got from Mac during meeting at Goodrich 11/13/03

FiveLens1.zmx - Single config, 365-1000 nm
FiveLens2.ZMX - 6 configs, BVR (390-810 nm), U,B,V,R,I
FiveLens3.zmx - 8 configs, zenith angles with ADC, BVR band
	Doesn't use the atmosphere surface, does it a funny way.
FiveLens4.zmx - 8 configs, zenith angles with ADC, U (mod) band
	Same arrangement for atmosphere.

Make new files, FiveLens3T.zmx and FiveLens4T.zmx that use the special 
atmospheric refraction surface.  This is set up for a 2200 meter altitude
and 1013*0.76 mbar pressure.  Latitude 35 deg, temp 283K=+10C.  The big
effect is the pressure.  The altitude doesn't factor in to the refractive
index and seems to be a small second order effect.  The primary effects 
are zenith angle and pressure.  Temperature is a secondary effect and
the others are all minor.

FiveLens3T.zmx - 8 configs, zenith angles with ADC, BVR band
	Uses the atmospheric refraction surface.
FiveLens4T.zmx - 8 configs, zenith angles with ADC, U (mod) band
	Uses the atmospheric refraction surface.

RCfieldCorr.Ted.zmx - Put even asphere on concave surface of last lens.
Move filter between the two lenses.  Ask for low distortion.  Looks like
this does the trick - image quality is still excellent.  The original
corrector with spherical surfaces wanted to have thin lenses.  This allows
thicker lenses too.  Distortion is about 1/2 pixel max, pixels are 0.11".

Got rid of the dewar window too - use the last element as the window.