Hi Lyle-
    here are my initial comments after a day of working on it.   Recall I have 
played with the data before, but not in the PDS format.   The raw data I tried 
looks ok, but I think the geometry has issues.   I will look at the calibration 
stuff before the meeting.
                                              -Wayne

Wayne Pryor initial comments for UVIS PDS review

downloaded, unzipped, tarred data ok.   
Seems like a complete set of Jupiter encounter data.
Opened readme.txt file in reader.
Note ObjectReader.jar  in the java line should be changed in 2 places to 
         ReadPDSObject.jar
java program ran, created idl program.  (I'm running on a Mac under OSX 10.3.4)
I used IDL, tested EUV data from day 280 (I know this data set).
/PDS/DATA/D2000_280/EUV2000_280_03_09.DAT
Data looks like interplanetary hydrogen and helium, as it should be.
Choice has been made to retain 1024 elements in wl direction even when data is 
returned as 128 elements-  storage issues (lots of 0's in archive)?    
Should a wavelength scale be available for each of the different binning 
options?   Is it?

Looked at metadata structure.   Tried to look at geometry (right ascension, 
declination).  
Returns -1000, so pointing geometry is NOT associated with the data.

On the other hand,  central_body_distance, subsolar lat, lon,  and 
subspacecraft lat, lon are present.  Is the central body assumed to be Jupiter 
for all of this data?

Phase angle returns NaN.

Timing-  Alain Jouchoux has told me before that start times in the UVIS 
database refer to the end of the first integration:  is that true here, too?