[daip] FILLM Help

[Amy Mioduszewski]

In AIPS if you put the final ' it capitalizes everything on the inside.  If you 
leave it off it will leave it as you type it.  So if you type:
INFILE 'FITS:AG752_A070811.xp rather than INFILE 'FITS:AG752_A070811.xp' it 
should work.

Amy

P.S. to test if something is set up as an environmental variable, outside of 
AIPS, type something like 'ls $FITS' and see if it gives you something sensible.

Julie Grant wrote:
> Hi Amy,
> 
> How would I check if "FITS" is setup as an environment variable?  I was 
> able to do this import with FILLM on my MacBook Pro aips install without 
> changing/adding any environment variables, so I am confused.
> 
> The files are named:
> AG752_A070811.xp1
> AG752_A070811.xp2
> 
> My FILLM inputs are:
> 
> AIPS 1: FILLM     Task to read a VLA archive tape
> AIPS 1: Adverbs     Values                 Comments
> AIPS 1: ----------------------------------------------------------------
> AIPS 1: INTAPE        1                    Tape drive number
> AIPS 1: INFILE     'FITS:AG752_A070811.XP' Non-blank: disk file name
> AIPS 1: NFILES        0                    Number of files to advance
> AIPS 1:                                    Also applies to ON-LINE!
> AIPS 1: BAND       ' '                     Freq. band:
> AIPS 1:                                      (4,P,L,S,C,X,U,K,A,Q)
> AIPS 1: QUAL         -1                    Source qualifier -1=>all
> AIPS 1: CALCODE    ' '                     Calibrator code
> AIPS 1: VLAOBS     ' '                     VLA obs. pgm. name ('AZ99')
> AIPS 1: VLAMODE    ' '                     VLA obs. mode ('  '=any)
> AIPS 1: REFDATE    ' '                     Reference date. 'yyyymmdd'
> AIPS 1: TIMERANG   *all 0                  Timerange selected
> AIPS 1: BCHAN         0                    First spectral channel
> AIPS 1: ECHAN         0                    Highest spectral channel
> AIPS 1: OUTNAME    'AG752'                 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: DOCONCAT     -1                    1 (T) => append data to old
> AIPS 1:                                    files
> AIPS 1: NCOUNT        0                    Number of files to read
> AIPS 1: DOWEIGHT      1                    Use nominal sensitivity to
> AIPS 1:                                    scale weights?
> AIPS 1:                                    = 10, use Memo 108 weights
> AIPS 1: DOACOR       -1                    Load autocorrelation data?
> AIPS 1: CPARM      *all 0                  User options.
> AIPS 1:                                    1 => Avg. time (seconds)
> AIPS 1:                                    2 => bitmap    (see help)
> AIPS 1:                                         = 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:                                         (see HELP)
> 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    *all ' '                Antenna gains file
> 
> Thanks,
> Julie
>