[daip] TBIN
Eric Greisen
egreisen at cv3.cv.nrao.edu
Mon Dec 23 16:00:42 EST 2002
Yoshiaki Hagiwara writes:
> I'd like to import an ASCII CC table (I am attaching below) to an aips
> image file (MA) with TBIN, but TBIN fails. The CC table was originally
> produced by TBOUT. Could you please look at error messages below and
> tell me how to work out this problem?
I have tried the text file you have supplied and it works
perfectly well in TBIN when I run it with only one exception. TBIN
reported a warning that the file states that there is one CC row and
it actually reads 9 - but all 9 are read with no error. That warning
comes from the line
> NAXIS2 = 1 / Number of entries in table
Are you sure that the file you have sent us is the exact one you were
using? If the END card were missing or blanks inserted some places
then the program would become confused and think it is still reading
header information even when it is now into the data.
> JOP13 > TBIN 1: Task TBIN (release of 31DEC02) begins
> JOP13 > TBIN 1: ZTXOP2: using translated file name =
> JOP13 > TBIN 1: ZTXOP2: /export/home/hagiwara/SIM/MIKE.TXT
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL ROW
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL NUMBER
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL ROW
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL NUMBER
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: TABHDK: UNKNOWN SYMBOL
> JOP13 > TBIN 1: EXWTHD: WRITE ERROR 2
> JOP13 > TBIN 1: ERROR
> JOP13 > TBIN 1: ZCLOSE: DOES NOT PERFORM TEXT FILE CLOSES AS OF 15OCT87
> JOP13 > TBIN 1: Purports to die of UNNATURAL causes
> JOP13 > TBIN 1: jop13 31DEC02 TST: Cpu= 0.0 Real= 0
>
>
> -Hagi
>
> --
> Yoshiaki Hagiwara
>
> ASTRON/Westerbork Radio Observatory
> P.O. Box 2 Dwingeloo 7990 AA, The Netherlands
> Phone +31-(0)521 595100 (Reception), +31-(0)521 595239 (Office)XTENSION= 'TABLE ' / extension type
> BITPIX = 8 / printable ASCII codes
> NAXIS = 2 / Table is a matrix
> NAXIS1 = 80 / Max. no. of characters/pass
> NAXIS2 = 1 / Number of entries in table
> PCOUNT = 0 / Random parameter count
> GCOUNT = 1 / Group count
> NOPASS = 2 / Number of passes thru table
> TFIELDS = 7 / Number of fields in each row
> EXTNAME = 'AIPS CC ' / AIPS table file
> EXTVER = 1 / Version Number of table
> TBCOL1 = 9 / Starting char. pos. of field
> TFORM1 = 'E15.6 ' / Fortran format of field 1
> TFDIM1 = 1 / Dimension of field 1
> TTYPE1 = 'FLUX ' / type (heading) of field 1
> TUNIT1 = 'JY ' / physical units of field 1
> TBCOL2 = 24 / Starting char. pos. of field
> TFORM2 = 'E15.6 ' / Fortran format of field 2
> TFDIM2 = 1 / Dimension of field 2
> TTYPE2 = 'DELTAX ' / type (heading) of field 2
> TUNIT2 = 'DEGREES ' / physical units of field 2
> TBCOL3 = 39 / Starting char. pos. of field
> TFORM3 = 'E15.6 ' / Fortran format of field 3
> TFDIM3 = 1 / Dimension of field 3
> TTYPE3 = 'DELTAY ' / type (heading) of field 3
> TUNIT3 = 'DEGREES ' / physical units of field 3
> TBCOL4 = 54 / Starting char. pos. of field
> TFORM4 = 'E15.6 ' / Fortran format of field 4
> TFDIM4 = 1 / Dimension of field 4
> TTYPE4 = 'MAJOR AX ' / type (heading) of field 4
> TUNIT4 = 'DEGREES ' / physical units of field 4
> TBCOL5 = 1009 / Starting char. pos. of field
> TFORM5 = 'E15.6 ' / Fortran format of field 5
> TFDIM5 = 1 / Dimension of field 5
> TTYPE5 = 'MINOR AX ' / type (heading) of field 5
> TUNIT5 = 'DEGREES ' / physical units of field 5
> TBCOL6 = 1024 / Starting char. pos. of field
> TFORM6 = 'E15.6 ' / Fortran format of field 6
> TFDIM6 = 1 / Dimension of field 6
> TTYPE6 = 'POSANGLE ' / type (heading) of field 6
> TUNIT6 = 'DEGREES ' / physical units of field 6
> TBCOL7 = 1039 / Starting char. pos. of field
> TFORM7 = 'E15.6 ' / Fortran format of field 7
> TFDIM7 = 1 / Dimension of field 7
> TTYPE7 = 'TYPE OBJ ' / type (heading) of field 7
> TUNIT7 = 'CODE ' / physical units of field 7
> ISORTORD = -257
> HISTORY TBOUT /INNAME='1612 CH 38 .RMAP . 1'
> END
> COL. NO. 1 2 3 4
> ROW FLUX DELTAX DELTAY MAJOR AX
> NUMBER JY DEGREES DEGREES DEGREES
> ***BEGIN*PASS***
> 1 5E-07 2.0E+00 0.0E+00 14E-07
> 2 5E-07 3.0E-07 11.0E-07 12E-07
> 3 4E-07 6.0E-07 18.0E-07 13E-07
> 4 6E-07 -5.0E-07 17.0E-07 12E-07
> 5 4E-07 -15.0E-07 15.0E-07 1E-09
> 6 4E-07 -26.0E-07 20.0E-07 12E-07
> 7 4E-07 -25.0E-07 25.0E-07 14E-07
> 8 4E-07 -32.0E-07 27.0E-07 10E-07
> 9 4E-07 -33.0E-07 30.0E-07 16E-07
> ***END*PASS***
> COL. NO. 5 6 7
> ROW MINOR AX POSANGLE TYPE OBJ
> NUMBER DEGREES DEGREES CODE
> ***BEGIN*PASS***
> 1 1.000000E-08 40.000000E+00 1.000000E+00
> 2 1.000000E-08 130.00000E+00 1.000000E+00
> 3 1.000000E-09 90.00000E+00 1.000000E+00
> 4 1.000000E-08 80.00000E+00 1.000000E+00
> 5 1.000000E-09 50.00000E+00 1.000000E+00
> 6 1.000000E-08 30.00000E+00 1.000000E+00
> 7 1.000000E-08 -50.00000E+00 1.000000E+00
> 8 1.000000E-08 -60.00000E+00 1.000000E+00
> 9 1.000000E-08 -50.00000E+00 1.000000E+00
> ***END*PASS***
This is very peculiar CC data with fluxes of 0.5 microJy, major axes of
milliarcsec and minor axes 1/100 of the major axis. The first
position is 2, 0 degrees, the others are milliarcsec.
Eric Greisen
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