Shift M38
        Start at 240:18:00  GMT
                 = 02:00pm 28 Aug EDT
        End at 241:02:00
                 = 10:00pm 28 Aug EDT

SOT Lead        MJ
Spac/Aspect     RAC
FOT/Sci liason  
HRC             SSM
ACIS            

(Times will be given in GMT on day 240/241. In general
times are rough, not precise.)

PLAN
----
Run under control of P8b load
Plan for P9 HRC activities

EVENTS
------
18:50 LOS
00:01 AOS - current OBSID 1236
01:23 ACIS stop science
01:26 OBSID 1101
01:30 SIM focus at -369
01:38 ACIS start science


NOTES/ISSUES/PROBLEMS
---------------------
At shift start we are AOS with OBSID 1100.

In planning for the P9 load it was discovered that the target selected
for the HRC-I plate focus measurements (HR 1099) could not be
scheduled to occur during the required real-time pass because the moon
was too close. AR Lac was selected as a replacement. Other efforts in
planning the P9 load were to specify SIM offsets and DITHER parameters
so that any potential ground commanded adjustments would not
compromise the plans for the load and so the load would not undo
ground commanded improved focus adjustments. This was done by making
slight adjustments, as required to SIM offset and dither parameters: A
focus adjustment can be made in real-time and if the OFLS sees that
the next observation is at the same focus location it will not include
commands to change it but if one wants the focus to go back the OFLS
can be given a point that is one motor step different and it will put
the commands in the load.

For the HRC real-time commanding activities we have drafts for the
following CAPs:
 351 - Configure HRC for Initial Observations
 352 - Adjust SIM Focus Position
 353 - Release HRC Shutters from Launch-locks
 354 - Set Dither Amplitude
 355 - Scan HRC Shutters

P9 OR list schedules OK but with OFLS 7.1 (needed to get the correct
fid-light locations when the SIM is offset in translation) some of the
longer maneuvers are expected cause problems. There is also a problem
with scheduling the last four ORs in the load to occur at the perigee
passage, as they are behind the earth. FOT-MP will put in a maneuver
to away and back (possibly to the north celestial pole?).