[daip] 31DEC12 LINUX midnite job (dave, 20120517.034428)

[aipsmgr at nrao.edu]

dave update report for 31DEC12 on Thu May 17 03:44:55 UTC 2012 (UT)

Copies and compiles:

AIPSUPD - Using CVS for copying files.
UPDCVS - cvs copy of 31DEC12 begun, 1st character means
 - U added, P updated, M your file differs from master
 - C you have a changed file needing work (error!)
 - ? you have a file not on the master (ignore)
? 31DEC12/ERRORS
? 31DEC12/SUL/SYSTEM/NRAOAOC
U 31DEC12/TIMESTAMP
P 31DEC12/HIST/CHANGE.DOC
P 31DEC12/UPDATE/COMLNK.UPD
U 31DEC12/UPDATE/COMLNK.UPD.SUM
U 31DEC12/UPDATE/LASTCVS.DAT
P 31DEC12/UPDATE/PUTBCK.UPD
U 31DEC12/UPDATE/PUTBCK.UPD.SUM
P 31DEC12/UPDATE/REASONS.UPD
U 31DEC12/UPDATE/REASONS.UPD.SUM
P 31DEC12/Y/PGM/NOTST/RFLAG.FOR
UPDCVS - cvs update of 31DEC12 completed
UPDCVS - cvs update of TEXT completed
AIPSUPD - UPDCVS apparently worked

UPDCONTROL - /home/AIPS/31DEC12/LINUX/UPDATE/LASTREMOVE.DAT = 20120516.034327
UPDCONTROL - /home/AIPS/31DEC12/LINUX/UPDATE/LASTCOPY.DAT = 20120516.034327
UPDCONTROL - /home/AIPS/31DEC12/LINUX/UPDATE/LASTCOMRPL.DAT = 20120516.034327
UPDCONTROL - /home/AIPS/31DEC12/LINUX/UPDATE/LASTCOMLNK.DAT = 20120516.034327

UPDCONTROL - Everything seems in order

UPDCOMRPL: COMRPLs


UPDCOMRPL: currently in /home/AIPS/31DEC12/LINUX/UPDATE

UPDCOMLNK: COMLNKs

16-MAY-2012 23:35:41 20120516 TST YPGNOT   RFLAG.FOR     egreisen

UPDCOMLNK: currently in /home/AIPS/31DEC12/LINUX/UPDATE
UPDCOMLNK: /home/AIPS/31DEC12/Y/PGM/NOTST/RFLAG.FOR


UPDCONTROL - Reasons for file updates on Thu May 17 03:44:46 UTC 2012 (UT)

16-MAY-2012 23:35:09 20120516 TST YPGNOT   RFLAG.FOR     repeats previous flags!
16-MAY-2012 23:36:16 20120516 TST HIST     CHANGE.DOC    rflag

CHANGE.DOC entries:

13841.  May 16, 2012            RFLAG                     Eric
        Discovered that the channel flag array was not properly
        initialized.  The flagging subroutine assumed that previously
        flagged channels were marked with a value of 1, but in fact
        they were all 0.  So the task repeated all input flags more or
        less.  Also changed:
        1. The internal working array (one baseline, one IF) is now
           initialized as 0 or 2 by the external flag array and that
           is copied to all polarizations.  Then the data weights are
           examined for the relevant times and any with weight <= 0
           get 1's in this working array.
        2. The test for some data valid now goes over all data since
           it has to set the working array.
        3. The test to flag channels between flagged channels
           (FPARM(8)) now flags only if the working array has value 2
           meaning that we are flagging in this pass of RFLAG.  It
           will ignore previously flagged partially.  This test is
           done before other global flag tests.
        4. The section of code that actually does the flagging would
           do things even though no channels in the working array had
           value 2 - generating flags matching previous flags.
        5. That section of code contained a second implementation of
           the FPARM(8) code has been dropped, replaced with a better
           algorithm looking to find consecutive channels to flag to
           reduce the number of output flags.
        Moved nowhere.

13842.  May