TORUS1:[GLL_RAW.INFO]UVS_Phase2_RTS_HDR.DOC
				June 21,1996 - JEREMY GEBBEN
				Updated February 27, 1997 - WENDY SWEET
                                Updated terms - July 23, 1997 - Simmons

   In phase 2 Real Time operations, the UVS data is integrated over
a period of several RIMs. This data is stored as 2 spectra pairs,
giving 1092 16-bit values for each data set. These data sets are
stored in IDL associate files formated as lonarr(1132).

HEADER:
Earth Receipt Time
0 = Year (last 2 digits eg. 96) 
1 = day of year
2 = hours
3 = minutes
4 = seconds
5 = milliseconds

Spacecraft Event time for start of integration:
6 = Year (last 2 digits eg. 96) 
7 = day of year
8 = hours
9 = minutes
10 = seconds
11 = milliseconds

SCLK time for start of integration:
12 = start RIM (all realtime data starts on mf 0)

Spacecraft Event time for end of integration:
13 = Year (last 2 digits eg. 96) 
14 = day of year
15 = hours
16 = minutes
17 = seconds
18 = milliseconds

SCLK time for end of integration:
19 = end RIM (all realtime data ends on mf 0)

20 = # of packets that went into this array(max = 8)

Data Presensce Indicators
21-28 = dpi flags,1 for each packet
        Each is a 4 byte field:
          Top byte:
                00 = no data missing
                FF = entire packet missing
                01 = data missing at end of packet
                02 = data missing in middle of packet
                03 = data missing at end of packet
          Lower 3 bytes are only used if top byte is 01,02, or 03
          In these cases, the three lower bytes are used to report
          the position of the gap:
                second byte: # of data words(2 bytes)
                             at start(0 if gap is at start)
                third byte : # of data words missing
                bottom byte: # of data words at end of packet
                              (0 if gap is at end)

29 = packet sequence # of the first packet in this set
30,31 = spare (set to -1)
32 = software version number (of IPF_RT_PROC.PRO - both UVS and EUV)
33 = commanded summation period (in RIMS)
34 = commanded number of steps in the miniscan for the first spectrum
35 = commanded number of steps in the miniscan for the second spectrum
36 = commanded initial grating position
37 = commanded number of grating steps to move to the second spectrum
38,39 = spare (set to -1)

DATA:
40-123 = data (6 integrations/RIM) 
124-141 = first fiducial
142-669 = data (7 integrations/RIM)
670-687 = second fiducial
688-1131 = data (7 integrations/RIM)