[daip] 31DEC24 LNX64 midnite job (primate, 20251014.214004)

[aipssrc at primate.aoc.nrao.edu]

primate update report for 31DEC24 on Tue Oct 14 21:40:37 UTC 2025 (UT)

Copies and compiles:

AIPSUPD - Using CVS for copying files.
UPDCVS - cvs copy of 31DEC24 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)
? 31DEC24/ERRORS
U 31DEC24/TIMESTAMP
P 31DEC24/HELP/VPLOT.HLP
P 31DEC24/HIST/CHANGE.DOC
P 31DEC24/UPDATE/COMLNK.UPD
U 31DEC24/UPDATE/COMLNK.UPD.SUM
U 31DEC24/UPDATE/LASTCVS.DAT
P 31DEC24/UPDATE/PUTBCK.UPD
U 31DEC24/UPDATE/PUTBCK.UPD.SUM
P 31DEC24/UPDATE/REASONS.UPD
U 31DEC24/UPDATE/REASONS.UPD.SUM
P 31DEC24/Y/PGM/NOTST/VPLOT.FOR
UPDCVS - cvs update of 31DEC24 completed
P TEXT/PUBL/COOK0.PS
P TEXT/PUBL/COOKC.PS
P TEXT/PUBL/COOKI.PS
P TEXT/PUBL/COOKJ.PS
U TEXT/PUBL/RECIPE.PDF
P TEXT/PUBL/RECIPE.PS
UPDCVS - cvs update of TEXT completed
AIPSUPD - UPDCVS apparently worked

UPDCONTROL - /home/AIPS/31DEC24/LNX64/UPDATE/LASTREMOVE.DAT = 20250911.201353
UPDCONTROL - /home/AIPS/31DEC24/LNX64/UPDATE/LASTCOPY.DAT = 20250911.201353
UPDCONTROL - /home/AIPS/31DEC24/LNX64/UPDATE/LASTCOMRPL.DAT = 20250911.201353
UPDCONTROL - /home/AIPS/31DEC24/LNX64/UPDATE/LASTCOMLNK.DAT = 20250911.201353

UPDCONTROL - Everything seems in order

UPDCOMRPL: COMRPLs


UPDCOMRPL: currently in /home/AIPS/31DEC24/LNX64/UPDATE

UPDCOMLNK: COMLNKs

14-OCT-2025 21:33:01 20251014 NEW YPGNOT   VPLOT.FOR     egreisen

UPDCOMLNK: currently in /home/AIPS/31DEC24/LNX64/UPDATE
UPDCOMLNK: /home/AIPS/31DEC24/Y/PGM/NOTST/VPLOT.FOR


UPDCONTROL - Reasons for file updates on Tue Oct 14 21:40:34 UTC 2025 (UT)

14-OCT-2025 21:32:26 20251014 NEW HIST     CHANGE.DOC    vplot
14-OCT-2025 21:32:44 20251014 NEW YPGNOT   VPLOT.FOR     rms amp wrong, add phase rms
14-OCT-2025 21:32:45 20251014 NEW HLPFIL   VPLOT.HLP     add phase rms

CHANGE.DOC entries:


16308.  October 14, 2025                VPLOT                     Eric
        Corrected the "rms" computation which was rms amplitude from
        vector computation.  It returned sqrt (sigmaR^2+sigmaI^2)
        when the correct combinatorial formula is
           sqrt [ (Re*SigmaR/AMP)^2 + (Im*SigmaI/AMP)^2 ]
        which is rather less.  Added phase rms with formula
           sqrt [(Re*SigmaI/AMP^2)^2 + (Im*SigmaR/AMP^2)^2]
        where the average real part is Re with uncertainty SigmaR
        and the average imaginry part is IM with uncertainty SigmaI.
        Moved to 31DEC24 this date.