[daip] Problem with FILLM

[Chun Ly]

I am currently trying to load data from the archive onto my account at 
NOAO, Tucson. I copied the files from the archive to that account:
/home/archive/e2e/archive/data/VLA/tapes/XH02022/file_5 and file_6

When I tried loading it, this is the error I got:

URSA  > FILLM1: Task FILLM  (release of 31DEC03) begins
URSA  > FILLM1: UV data will be written in compressed format
URSA  > FILLM1: Shadow flag limit =  2.500E+01 meters.
URSA  > FILLM1: Opacity correction in CL table weighted average of 
weather and
URSA  > FILLM1:    season.  Weight for weather = 0.50
URSA  > FILLM1: Gain curve correction in CL table read from file,
URSA  > FILLM1:    with variation as function of antenna and band.
URSA  > FILLM1: Opening DATA:XH02022/file_5
URSA  > FILLM1: tape file #  5, start date/time = 20020225/21:37:23
URSA  > FILLM1:
URSA  > FILLM1: *** ATTENTION - default: loading subarray 1 ***
URSA  > FILLM1:
URSA  > FILLM1: MCINI: Processing Correlator Code '    ' with  27 antennas.
URSA  > FILLM1: MCINI - Continuum, 2 compatible IFs
URSA  > FILLM1: Program = AA267 ; Tape revision number =   26.
URSA  > FILLM1: Create AA267_5     .L BAND.   1 (UV)  on disk  1  cno    7
URSA  > FILLM1: Ref. date = 20020226 A-C =  1.464900 B-D =  1.385100 GHz
URSA  > FILLM1: ZFIO: DOES NOT PERFORM TAPE I/O AS OF 15APR87
URSA  > FILLM1: TABINI: WRIT ERROR    2
URSA  > FILLM1: ZCLOSE: DOES NOT PERFORM TAPE CLOSES AS OF 15APR87
URSA  > FILLM1: FQINI: ERROR INITIALIZING FREQUENCY TABLE FOR WRIT
URSA  > FILLM1: ZCLOSE: DOES NOT PERFORM TAPE CLOSES AS OF 15APR87
URSA  > FILLM1: Purports to die of UNNATURAL causes
URSA  > FILLM1: ursa         31DEC03 TST: Cpu=       4.2  Real=       9

> Note: IEEE floating-point exception traps enabled: 
    overflow;  division by zero;  invalid operation; 
 Nonstandard floating-point mode enabled 
 See the Numerical Computation Guide, ieee_handler(3M), ieee_sun(3M) 



I also attempted to load it onto my account at the AOC. There was no problem.
Is my version of AIPS (31DEC03) having problems. Here's a tget:

AIPS 1: FILLM     Task to read a VLA archive tape
AIPS 1: Adverbs     Values                 Comments
AIPS 1: ----------------------------------------------------------------
AIPS 1: INTAPE        0                    Tape drive number
AIPS 1: INFILE     'DATA:XH02022/file_                              '
AIPS 1:                                    Non-blank: disk file name
AIPS 1: NFILES        4                    Number of files to advance
AIPS 1: BAND       'L   '                  Freq. band (4,P,L,C,X,U,K,Q)
AIPS 1: QUAL         -1                    Source qualifier -1=>all
AIPS 1: CALCODE    '    '                  Calibrator code
AIPS 1: VLAOBS     'AA267 '                VLA obs. pgm. name ('AZ99')
AIPS 1: VLAMODE    '  '                    VLA obs. mode ('  '=any)
AIPS 1: REFDATE    '20020226'              Reference date. 'yyyymmdd'
AIPS 1: TIMERANG   *all 0                  Timerange selected
AIPS 1: BCHAN         1                    First spectral channel
AIPS 1: ECHAN         0                    Highest spectral channel
AIPS 1: OUTNAME    'AA267_5     '          Output UV file name (name)
AIPS 1: OUTSEQ        0                    Output UV file name (seq. #)
AIPS 1: OUTDISK       1                    Output UV file disk unit #.
AIPS 1: DOUVCOMP      1                    1 (T) => compressed data
AIPS 1: DOALL        -1                    1 (T) => write all data.
AIPS 1: DOCONCAT     -1                    1 (T) => append data to old
AIPS 1:                                    files
AIPS 1: NCOUNT        1                    Number of files to read
AIPS 1: DOWEIGHT      1                    Use nominal sensitivity to
AIPS 1:                                    scale weights?
AIPS 1: DOACOR       -1                    Load autocorrelation data?
AIPS 1: CPARM        10           0        User options.
AIPS 1:               0           0        1 => Avg. time (seconds)
AIPS 1:               0           1        2 => bitmap    (see help)
AIPS 1:             100        *rest 0          = 16 for planets & Sun
AIPS 1:                                    3 => Max. OK IF status
AIPS 1:                                         <=3 => 3
AIPS 1:                                    4 => Control dropping of
AIPS 1:                                         shadowed data
AIPS 1:                                         < 0 => no shadow check
AIPS 1:                                         0 => 25 m limit
AIPS 1:                                         > 0 => Shadow limit is
AIPS 1:                                               CPARM(4) in meters
AIPS 1:                                    5 = channel code (see HELP)
AIPS 1:                                    6 => Subarray number-see HELP
AIPS 1:                                    7 => FQ entry tolerance (kHz)
AIPS 1:                                    8 => CL table time incr. min
AIPS 1:                                    9 => TY table time incr. min
AIPS 1:                                    10=> Calibrator avg. time
AIPS 1: DPARM      *all 0                  Selection by Frequency
AIPS 1:                                    1+2 => A Frequency (Hz)
AIPS 1:                                    3+4 => B Frequency (Hz)
AIPS 1:                                    5+6 => C Frequency (Hz)
AIPS 1:                                    7+8 => D Frequency (Hz)
AIPS 1:                                    9 => tolerance for A&C
AIPS 1:                                    10 => tolerance for B&D
AIPS 1: BPARM      *all 0                  Opacity and Gain curve
AIPS 1:                                    control (see help)
AIPS 1: IN2FILE    '                                                '
AIPS 1:                                    Antenna gains file


Thanks,
Chun Ly