SIMPLE = T / Standard FITS file BITPIX = 8 / NAXIS = 2 / NAXIS1 = 777777701 / Signature code for UV data in table NAXIS2 = 0 / No data in primary array EXTEND = T / All data in tables BLOCKED = T / Tape may be blocked HISTORY FILLM / Image created by user22109 at 14-OCT-2009 07:26:41 HISTORY FILLM OUTNAME='19840112 ' OUTCLASS='K BAND' HISTORY FILLM OUTSEQ= 1 OUTDISK= 1 HISTORY FILLM NFILE= 0 INFILE='AVIS:AA0099_1984JAN12_1_' HISTORY FILLM BAND = 'K', QUAL = 0, CALC = ' ' HISTORY FILLM VLAMODE =' ' HISTORY FILLM / Control program ID = HISTORY FILLM / VLA conf. = B HISTORY FILLM / correlator mode = HISTORY FILLM / AP options = HISTORY FILLM /TIMERANG = beginning to end HISTORY FILLM BCHAN = 1 ECHAN = 1 / Spectral channels HISTORY FILLM CPARM(1) = 0.000 / Integration (sec) HISTORY FILLM CPARM(3) = 3. / Max. IF stat. to pass HISTORY FILLM CPARM(4) = 0. / .lt. 0 => no shadow flag HISTORY FILLM CPARM(6) = 1. / Subarray HISTORY FILLM CPARM(7) = 0.000 / FQ entry tolerance HISTORY FILLM CPARM(8) = 0.05 / CL table time increment HISTORY FILLM CPARM(9) = 0.00 / TY table time increment HISTORY FILLM Opacity correction in CL table weighted average of weather HISTORY FILLM and season. weight for weather = 0.50 HISTORY FILLM Gain curve correction in CL table read from file: HISTORY FILLM standard system VLA antenna gains file HISTORY FILLM with variation as function of antenna and band HISTORY FILLM / Telescope = VLA Program = AA99 HISTORY FILLM / Weighted with nominal sensitivities HISTORY FILLM / Data not compressed, no loss of weight info HISTORY FILLM RELEASE = '31DEC07' HISTORY RENAM INNAME='19840112 ' INCLASS='K BAND' HISTORY RENAM INSEQ= 1 INDISK= 1 HISTORY RENAM OUTNAME='19840112 ' OUTCLASS='PREFIX' HISTORY RENAM OUTSEQ= 1 OUTDISK= 1 HISTORY UVFIX RELEASE ='31DEC07 ' /********* Start 14-OCT-2009 07:26:41 HISTORY UVFIX INNAME='19840112 ' INCLASS='PREFIX' HISTORY UVFIX INSEQ= 1 INDISK= 1 HISTORY UVFIX OUTNAME='19840112 ' OUTCLASS='K BAND' HISTORY UVFIX OUTSEQ= 1 OUTDISK= 1 HISTORY UVFIX /Array 1 U, V, W computation HISTORY UVFIX /Obs date=19840112 Obs freq= 22.485100 GHz HISTORY UVFIX /Array center BX= -1.601185365000E+06 meters HISTORY UVFIX /Array center BY= -5.041977547000E+06 meters HISTORY UVFIX /Array center BZ= 3.554875870000E+06 meters HISTORY UVFIX /GMST(0)= 7 22 44.748 data-UTC= 22.000 sec UT1-UTC= 0.000 secHISTORY UVFIX /Clock time corrected by 0.000 sec HISTORY UVFIX BEPOCH = 1979.30 / Besselian epoch of obs. HISTORY FLAGR RELEASE ='31DEC07 ' /********* Start 14-OCT-2009 17:05:33 HISTORY FLAGR FLAGVER = 0 / input flag version copied HISTORY FLAGR FLAGOUT = 1 / output flag version written HISTORY FLAGR OPTYPE = 'TIME' / operation type HISTORY FLAGR SOLINT = 23.000 / averaging time in sec HISTORY FLAGR QCLIPCLS= 0.60000 / question excess closure error HISTORY FLAGR MAXBAD(1) = 0.510 / max fract questionable corrs. HISTORY FLAGR MAXBAD(2) = 0.250 / max fract questionable baselines HISTORY FLAGR VECTOR = F / type of amplitude averaging HISTORY FLAGR KILLONES= T / kill or flag singletons HISTORY FLAGR RMSLIM = 0.0000, 0.0000 / min rms allowed in amp and rms HISTORY FLAGR CLIPR(1) = 3.5 / question data > CL(1)*rms from mean HISTORY FLAGR CLIPR(3) = 8.0 / flag amp data > CL(3)*rms from mean HISTORY FLAGR CLIPR(2) = 7.0 / question rms > CL(2)*avgrms above mean HISTORY FLAGR CLIPR(4) = 16.0 / flag rms > CL(1)*avgrms above mean HISTORY FLAGR FLAGD(1) = 0 / integrations fully flagged HISTORY FLAGR FLAGD(2) = 0 / corr/integrations fully flagged HISTORY FLAGR FLAGD(3) = 0 / antennas/integrations flagged HISTORY FLAGR FLAGD(4) = 0 / correlators for all times flagged HISTORY SETJY release ='31DEC07 ' /********* Start 14-OCT-2009 17:05:34 HISTORY SETJY / Resetting flux information to zero HISTORY SETJY BIF = 1 EIF = 2 /Range of IFs HISTORY SETJY SOURCES = '' /All sources selected HISTORY SETJY release ='31DEC07 ' /********* Start 14-OCT-2009 17:05:34 HISTORY SETJY / Flux calculated using known spectrum HISTORY SETJY BIF = 1 EIF = 2 /Range of IFs HISTORY SETJY '3C138 ' IF = 1 FLUX = 1.0375 (Jy calcd) HISTORY SETJY '3C138 ' IF = 2 FLUX = 1.0397 (Jy calcd) HISTORY SETJY / Using (1999.2) VLA or Reynolds (1934-638) coefficients HISTORY CALIB RELEASE ='31DEC07 ' /******* Start 14-OCT-2009 17:05:34 HISTORY CALIB N SOURCES= 1 /Following Sources included: HISTORY CALIB CALSOUR = ' ',' ' HISTORY CALIB QUAL = -1 CALCODE = * HISTORY CALIB FLAGVER = 1 /Flagging table used HISTORY CALIB GAINUSE = 1 /CL table used HISTORY CALIB /TIMERANG = beginning to end HISTORY CALIB SOLINT = 0.33 /Soln. inter. (min) HISTORY CALIB SOLSUB = 1 /Soln. subinterval HISTORY CALIB SOLMIN = 1 /Minimum soln. int. (min) HISTORY CALIB SUBARRAY = 0 REFANT = 0 /Reference Ant. HISTORY CALIB APARM(1) = 3 /Min. no antennas HISTORY CALIB APARM(3) = -1 />0 => avg. RR,LL HISTORY CALIB APARM(5) = -1 />0 => average IFs HISTORY CALIB APARM(7) = 3.5 /SNR cutoff HISTORY CALIB SOLTYPE ='L1R '/Solution type HISTORY CALIB SOLMODE ='P '/Solution mode HISTORY CALIB WEIGHTIT = 0 / fit wts = wt**1.00 HISTORY CALIB CPARM(2) = -1 /1 => Normalize gain HISTORY CALIB CPARM(7) = 2.500 /limit closure displays HISTORY CALIB SNVER = 1 /Output SN table version HISTORY CALIB UVRANGE = 0.000E+00, 1.000E+15 /Min, Max Baseline HISTORY CALIB ANTENNAS = 0 /All antennas selected HISTORY CALIB ANTWT = 1.0 /Weight same for all Ant HISTORY CALIB /Found 188 good solutions HISTORY CALIB /Failed on 4 solutions HISTORY CALIB RELEASE ='31DEC07 ' /******* Start 14-OCT-2009 17:05:35 HISTORY CALIB N SOURCES= 1 /Following Sources included: HISTORY CALIB CALSOUR = '3C138 ',' ' HISTORY CALIB QUAL = -1 CALCODE = C HISTORY CALIB FLAGVER = 1 /Flagging table used HISTORY CALIB GAINUSE = 1 /CL table used HISTORY CALIB /TIMERANG = beginning to end HISTORY CALIB IN2NAME='3C138_K ' IN2CLASS='MODEL ' HISTORY CALIB IN2SEQ= 1 IN2DISK= 1 HISTORY CALIB INVER = 0 /CC file version no. HISTORY CALIB NMAPS = 1 /Number of clean images used HISTORY CALIB NCOMP( 1)= 132 /Number of clean comps. HISTORY CALIB SOLINT = 0.33 /Soln. inter. (min) HISTORY CALIB SOLSUB = 1 /Soln. subinterval HISTORY CALIB SOLMIN = 1 /Minimum soln. int. (min) HISTORY CALIB SUBARRAY = 0 REFANT = 0 /Reference Ant. HISTORY CALIB APARM(1) = 3 /Min. no antennas HISTORY CALIB APARM(3) = -1 />0 => avg. RR,LL HISTORY CALIB APARM(5) = -1 />0 => average IFs HISTORY CALIB APARM(7) = 3.5 /SNR cutoff HISTORY CALIB SOLTYPE ='L1R '/Solution type HISTORY CALIB SOLMODE ='P '/Solution mode HISTORY CALIB WEIGHTIT = 0 / fit wts = wt**1.00 HISTORY CALIB CPARM(2) = -1 /1 => Normalize gain HISTORY CALIB CPARM(7) = 2.500 /limit closure displays HISTORY CALIB SNVER = 1 /Output SN table version HISTORY CALIB UVRANGE = 0.000E+00, 1.000E+15 /Min, Max Baseline HISTORY CALIB ANTENNAS = 0 /All antennas selected HISTORY CALIB ANTWT = 1.0 /Weight same for all Ant HISTORY CALIB /Found 188 good solutions HISTORY CALIB /Failed on 4 solutions HISTORY CLCAL RELEASE ='31DEC07 ' /********* Start 14-OCT-2009 17:05:35 HISTORY CLCAL OPCODE ='CALI' / MERG, CALI or SMOO HISTORY CLCAL SOURCES = '' / All sources selected HISTORY CLCAL SOUCODE =' ' / Source Cal code HISTORY CLCAL / Calibrators included: HISTORY CLCAL CALSOUR = '3C138 ',' ' HISTORY CLCAL QUAL = -1 CALCODE = '* ' HISTORY CLCAL /TIMERANG = beginning to end HISTORY CLCAL SUBARRAY = 0 HISTORY CLCAL ANTENNAS = 0 / All antennas selected HISTORY CLCAL GAINVER = 1, GAINUSE = 2 / CL table HISTORY CLCAL INTERPOL = '2PT ' / Interpolation type HISTORY CLCAL CUTOFF = 0.0 minutes / Interpolation limit HISTORY CLCAL SNVER = 1 1 / SN table versions used HISTORY CLCAL REFANT = 9 / Reference antenna used HISTORY CLCAL RELEASE ='31DEC07 ' /********* Start 14-OCT-2009 17:05:35 HISTORY CLCAL OPCODE ='CALI' / MERG, CALI or SMOO HISTORY CLCAL / Sources included: HISTORY CLCAL SOURCES = '3C138 ',' ' HISTORY CLCAL SOUCODE ='* ' / Source Cal code HISTORY CLCAL / Calibrators included: HISTORY CLCAL CALSOUR = '3C138 ',' ' HISTORY CLCAL QUAL = -1 CALCODE = '* ' HISTORY CLCAL /TIMERANG = beginning to end HISTORY CLCAL SUBARRAY = 0 HISTORY CLCAL ANTENNAS = 0 / All antennas selected HISTORY CLCAL GAINVER = 1, GAINUSE = 2 / CL table HISTORY CLCAL INTERPOL = 'SELF' / Interpolation type HISTORY CLCAL CUTOFF = 0.0 minutes / Interpolation limit HISTORY CLCAL SNVER = 1 1 / SN table versions used HISTORY CLCAL REFANT = 9 / Reference antenna used HISTORY CALIB RELEASE ='31DEC07 ' /******* Start 14-OCT-2009 17:05:35 HISTORY CALIB N SOURCES= 1 /Following Sources included: HISTORY CALIB CALSOUR = ' ',' ' HISTORY CALIB QUAL = -1 CALCODE = * HISTORY CALIB FLAGVER = 1 /Flagging table used HISTORY CALIB GAINUSE = 2 /CL table used HISTORY CALIB /TIMERANG = beginning to end HISTORY CALIB SOLINT = 5.00 /Soln. inter. (min) HISTORY CALIB SOLSUB = 1 /Soln. subinterval HISTORY CALIB SOLMIN = 1 /Minimum soln. int. (min) HISTORY CALIB SUBARRAY = 0 REFANT = 0 /Reference Ant. HISTORY CALIB APARM(1) = 3 /Min. no antennas HISTORY CALIB APARM(3) = -1 />0 => avg. RR,LL HISTORY CALIB APARM(5) = -1 />0 => average IFs HISTORY CALIB APARM(7) = 3.5 /SNR cutoff HISTORY CALIB SOLTYPE ='L1R '/Solution type HISTORY CALIB SOLMODE ='A&P '/Solution mode HISTORY CALIB WEIGHTIT = 0 / fit wts = wt**1.00 HISTORY CALIB CPARM(2) = -1 /1 => Normalize gain HISTORY CALIB CPARM(7) = 2.500 /limit closure displays HISTORY CALIB SNVER = 2 /Output SN table version HISTORY CALIB UVRANGE = 0.000E+00, 1.000E+15 /Min, Max Baseline HISTORY CALIB ANTENNAS = 0 /All antennas selected HISTORY CALIB ANTWT = 1.0 /Weight same for all Ant HISTORY CALIB /Found 94 good solutions HISTORY CALIB /Failed on 2 solutions HISTORY CALIB RELEASE ='31DEC07 ' /******* Start 14-OCT-2009 17:05:36 HISTORY CALIB N SOURCES= 1 /Following Sources included: HISTORY CALIB CALSOUR = '3C138 ',' ' HISTORY CALIB QUAL = -1 CALCODE = HISTORY CALIB FLAGVER = 1 /Flagging table used HISTORY CALIB GAINUSE = 2 /CL table used HISTORY CALIB /TIMERANG = beginning to end HISTORY CALIB IN2NAME='3C138_K ' IN2CLASS='MODEL ' HISTORY CALIB IN2SEQ= 1 IN2DISK= 1 HISTORY CALIB INVER = 0 /CC file version no. HISTORY CALIB NMAPS = 1 /Number of clean images used HISTORY CALIB NCOMP( 1)= 132 /Number of clean comps. HISTORY CALIB SOLINT = 5.00 /Soln. inter. (min) HISTORY CALIB SOLSUB = 1 /Soln. subinterval HISTORY CALIB SOLMIN = 1 /Minimum soln. int. (min) HISTORY CALIB SUBARRAY = 0 REFANT = 0 /Reference Ant. HISTORY CALIB APARM(1) = 3 /Min. no antennas HISTORY CALIB APARM(3) = -1 />0 => avg. RR,LL HISTORY CALIB APARM(5) = -1 />0 => average IFs HISTORY CALIB APARM(7) = 3.5 /SNR cutoff HISTORY CALIB SOLTYPE ='L1R '/Solution type HISTORY CALIB SOLMODE ='A&P '/Solution mode HISTORY CALIB WEIGHTIT = 0 / fit wts = wt**1.00 HISTORY CALIB CPARM(2) = -1 /1 => Normalize gain HISTORY CALIB CPARM(7) = 2.500 /limit closure displays HISTORY CALIB SNVER = 2 /Output SN table version HISTORY CALIB UVRANGE = 0.000E+00, 1.000E+15 /Min, Max Baseline HISTORY CALIB ANTENNAS = 0 /All antennas selected HISTORY CALIB ANTWT = 1.0 /Weight same for all Ant HISTORY CALIB /Found 94 good solutions HISTORY CALIB /Failed on 2 solutions HISTORY GETJY RELEASE ='31DEC07 ' /********* Start 14-OCT-2009 17:05:36 HISTORY GETJY INNAME='19840112 ' INCLASS='K BAND' HISTORY GETJY INSEQ= 1 INDISK= 1 HISTORY GETJY SOURCES = '' /All sources selected HISTORY GETJY SOUCODE ='* ' /Source Cal code HISTORY GETJY /Calibrators included: HISTORY GETJY CALSOUR = '3C138 ',' ' HISTORY GETJY QUAL = 0 CALCODE = HISTORY GETJY BIF = 1, EIF = 2 / IF range HISTORY GETJY /TIMERANG = beginning to end HISTORY GETJY SUBARRAY = 0 HISTORY GETJY ANTENNAS = 0 /All antennas selected HISTORY GETJY SNVER = 2 /SN version, 0=> all HISTORY CLCAL RELEASE ='31DEC07 ' /********* Start 14-OCT-2009 17:05:36 HISTORY CLCAL OPCODE ='CALI' / MERG, CALI or SMOO HISTORY CLCAL SOURCES = '' / All sources selected HISTORY CLCAL SOUCODE =' ' / Source Cal code HISTORY CLCAL / Calibrators included: HISTORY CLCAL CALSOUR = '3C138 ',' ' HISTORY CLCAL QUAL = -1 CALCODE = '* ' HISTORY CLCAL /TIMERANG = beginning to end HISTORY CLCAL SUBARRAY = 0 HISTORY CLCAL ANTENNAS = 0 / All antennas selected HISTORY CLCAL GAINVER = 2, GAINUSE = 3 / CL table HISTORY CLCAL INTERPOL = '2PT ' / Interpolation type HISTORY CLCAL CUTOFF = 0.0 minutes / Interpolation limit HISTORY CLCAL SNVER = 2 2 / SN table versions used HISTORY CLCAL REFANT = 9 / Reference antenna used HISTORY CLCAL RELEASE ='31DEC07 ' /********* Start 14-OCT-2009 17:05:36 HISTORY CLCAL OPCODE ='CALI' / MERG, CALI or SMOO HISTORY CLCAL / Sources included: HISTORY CLCAL SOURCES = '3C138 ',' ' HISTORY CLCAL SOUCODE ='* ' / Source Cal code HISTORY CLCAL / Calibrators included: HISTORY CLCAL CALSOUR = '3C138 ',' ' HISTORY CLCAL QUAL = -1 CALCODE = '* ' HISTORY CLCAL /TIMERANG = beginning to end HISTORY CLCAL SUBARRAY = 0 HISTORY CLCAL ANTENNAS = 0 / All antennas selected HISTORY CLCAL GAINVER = 2, GAINUSE = 3 / CL table HISTORY CLCAL INTERPOL = 'SELF' / Interpolation type HISTORY CLCAL CUTOFF = 0.0 minutes / Interpolation limit HISTORY CLCAL SNVER = 2 2 / SN table versions used HISTORY CLCAL REFANT = 9 / Reference antenna used HISTORY TASAV RELEASE ='31DEC07 ' /********* Start 14-OCT-2009 17:05:36 HISTORY TASAV INNAME='19840112 ' INCLASS='K BAND' HISTORY TASAV INSEQ= 1 INDISK= 1 HISTORY TASAV OUTNAME='19840112 ' OUTCLASS='TASAV ' HISTORY TASAV OUTSEQ= 1 OUTDISK= 1 HISTORY TASAV / I copied all extension tables ORIGIN = 'AIPSvlbacald-b VLA_PIPE 31DEC07' / DATE = '2009-10-14' / File written on Greenwich yyyy-mm-dd HISTORY AIPS IMNAME='19840112 ' IMCLASS='TASAV ' IMSEQ= 1 / HISTORY AIPS USERNO=22109 / COMMENT FITS (Flexible Image Transport System) format is defined in 'AstronomyCOMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H / Where baseline = 256*ant1 + ant2 + (array#-1)/100 HISTORY AIPS SORT ORDER = 'TB' / Where T means TIME (IAT) / Where B means BASELINE NUM HISTORY AIPS IPIECE= 1 NPIECE= 1 / piece number HISTORY AIPS FIRSTVIS= 1 / first vis # HISTORY AIPS LASTVIS = 1 / last vis # HISTORY AIPS / uv header which will appear with table HISTORY AIPS GCOUNT = 1 HISTORY AIPS PCOUNT = 7 HISTORY AIPS PTYPE1 = 'UU---SIN' HISTORY AIPS PSCAL1 = 4.4473896046895E-11 HISTORY AIPS PTYPE2 = 'VV---SIN' HISTORY AIPS PSCAL2 = 4.4473896046895E-11 HISTORY AIPS PTYPE3 = 'WW---SIN' HISTORY AIPS PSCAL3 = 4.4473896046895E-11 HISTORY AIPS PTYPE4 = 'BASELINE' HISTORY AIPS PTYPE5 = 'DATE ' HISTORY AIPS PZERO5 = 2.4457115000000E+06 HISTORY AIPS PTYPE6 = 'SOURCE ' HISTORY AIPS PTYPE7 = 'FREQSEL ' HISTORY AIPS NAXIS = 6 HISTORY AIPS NAXIS1 = 3 HISTORY AIPS CTYPE1 = 'COMPLEX ' HISTORY AIPS CRVAL1 = 1.0000000000000E+00 HISTORY AIPS CDELT1 = 1.000000000E+00 HISTORY AIPS CRPIX1 = 1.000000000E+00 HISTORY AIPS CROTA1 = 0.000000000E+00 HISTORY AIPS NAXIS2 = 4 HISTORY AIPS CTYPE2 = 'STOKES ' HISTORY AIPS CRVAL2 = -1.0000000000000E+00 HISTORY AIPS CDELT2 = -1.000000000E+00 HISTORY AIPS CRPIX2 = 1.000000000E+00 HISTORY AIPS CROTA2 = 0.000000000E+00 HISTORY AIPS NAXIS3 = 2 HISTORY AIPS CTYPE3 = 'IF ' HISTORY AIPS CRVAL3 = 1.0000000000000E+00 HISTORY AIPS CDELT3 = 1.000000000E+00 HISTORY AIPS CRPIX3 = 1.000000000E+00 HISTORY AIPS CROTA3 = 0.000000000E+00 HISTORY AIPS NAXIS4 = 1 HISTORY AIPS CTYPE4 = 'FREQ ' HISTORY AIPS CRVAL4 = 2.2485099999909E+10 HISTORY AIPS CDELT4 = 5.000000000E+07 HISTORY AIPS CRPIX4 = 1.000000000E+00 HISTORY AIPS CROTA4 = 0.000000000E+00 HISTORY AIPS NAXIS5 = 1 HISTORY AIPS CTYPE5 = 'RA ' HISTORY AIPS CRVAL5 = 0.0000000000000E+00 HISTORY AIPS CDELT5 = 1.000000000E+00 HISTORY AIPS CRPIX5 = 1.000000000E+00 HISTORY AIPS CROTA5 = 0.000000000E+00 HISTORY AIPS NAXIS6 = 1 HISTORY AIPS CTYPE6 = 'DEC ' HISTORY AIPS CRVAL6 = 0.0000000000000E+00 HISTORY AIPS CDELT6 = 1.000000000E+00 HISTORY AIPS CRPIX6 = 1.000000000E+00 HISTORY AIPS CROTA6 = 0.000000000E+00 HISTORY AIPS OBJECT = 'MULTI ' / Source name HISTORY AIPS TELESCOP= 'VLA ' / HISTORY AIPS INSTRUME= 'VLA ' / HISTORY AIPS OBSERVER= 'AA99 ' / HISTORY AIPS DATE-OBS= '1984-01-12' / Obs start date YYYY-MM-DD HISTORY AIPS DATE-MAP= '2009-10-14' / Last processing date YYYY-MM-DD HISTORY AIPS BSCALE = 1.00000000000E+00 / REAL = TAPE * BSCALE + BZERO HISTORY AIPS BZERO = 0.00000000000E+00 / HISTORY AIPS BUNIT = 'UNCALIB ' / Units of flux HISTORY AIPS EPOCH = 2.000000000E+03 / Epoch of RA DEC HISTORY AIPS BLANK = -1 / IEEE not-a-number blanked pixelsHISTORY AIPS ALTRPIX = 1.000000000E+00 / Altenate FREQ/VEL ref pixel HISTORY AIPS DATE-OBS= '1984-01-12' HISTORY AIPS DATE-MAP= '2009-10-14' END XTENSION= 'BINTABLE' / Extension type BITPIX = 8 / Binary data NAXIS = 2 / Table is a matrix NAXIS1 = 86 / Width of table in bytes NAXIS2 = 29 / Number of entries in table PCOUNT = 0 / Random parameter count GCOUNT = 1 / Group count TFIELDS = 12 / Number of fields in each row EXTNAME = 'AIPS AN ' / AIPS table file EXTVER = 1 / Version number of table TFORM1 = '8A ' / FORTRAN format of field 1 TTYPE1 = 'ANNAME ' / Type (heading) of field 1 TUNIT1 = ' ' / Physical units of field 1 TFORM2 = '3D ' / FORTRAN format of field 2 TTYPE2 = 'STABXYZ ' / Type (heading) of field 2 TUNIT2 = 'METERS ' / Physical units of field 2 TFORM3 = '0D ' / FORTRAN format of field 3 TTYPE3 = 'ORBPARM ' / Type (heading) of field 3 TUNIT3 = ' ' / Physical units of field 3 TFORM4 = '1J ' / FORTRAN format of field 4 TTYPE4 = 'NOSTA ' / Type (heading) of field 4 TUNIT4 = ' ' / Physical units of field 4 TFORM5 = '1J ' / FORTRAN format of field 5 TTYPE5 = 'MNTSTA ' / Type (heading) of field 5 TUNIT5 = ' ' / Physical units of field 5 TFORM6 = '1E ' / FORTRAN format of field 6 TTYPE6 = 'STAXOF ' / Type (heading) of field 6 TUNIT6 = 'METERS ' / Physical units of field 6 TFORM7 = '1A ' / FORTRAN format of field 7 TTYPE7 = 'POLTYA ' / Type (heading) of field 7 TUNIT7 = ' ' / Physical units of field 7 TFORM8 = '1E ' / FORTRAN format of field 8 TTYPE8 = 'POLAA ' / Type (heading) of field 8 TUNIT8 = 'DEGREES ' / Physical units of field 8 TFORM9 = '4E ' / FORTRAN format of field 9 TTYPE9 = 'POLCALA ' / Type (heading) of field 9 TUNIT9 = ' ' / Physical units of field 9 TFORM10 = '1A ' / FORTRAN format of field 10 TTYPE10 = 'POLTYB ' / Type (heading) of field 10 TUNIT10 = ' ' / physical units of field 10 TFORM11 = '1E ' / FORTRAN format of field 11 TTYPE11 = 'POLAB ' / Type (heading) of field 11 TUNIT11 = 'DEGREES ' / physical units of field 11 TFORM12 = '4E ' / FORTRAN format of field 12 TTYPE12 = 'POLCALB ' / Type (heading) of field 12 TUNIT12 = ' ' / physical units of field 12 ARRAYX = -0.16011853650000000E+07 ARRAYY = -0.50419775470000003E+07 ARRAYZ = 0.35548758700000001E+07 GSTIA0 = 0.11068645066786908E+03 DEGPDY = 0.36098564497181746E+03 FREQ = 0.22485099999909286E+11 RDATE = '1984-01-12' POLARX = 0.00000000000000000E+00 POLARY = 0.00000000000000000E+00 UT1UTC = 0.00000000000000000E+00 DATUTC = 0.22000000000000000E+02 TIMSYS = 'IAT ' ARRNAM = 'VLA ' NUMORB = 0 NOPCAL = 4 FREQID = -1 IATUTC = 0.00000000000000000E+00 END VLA: N28VNtatiS@"oRLVLA: E20@4a@+UNRLVLA: E28@583% &@h:iݲ>XRLVLA: E12@l&O@|"u=';iRLVLA: N20YSi!foߴit@RLVLA: W24@kMU"5J RLVLA: W28@hu5x12X Xk/RLVLA: E36@=@[^"Qi3< RLVLA: W8 @cPΘyY~k RLVLA: E24@'@XSq RLVLA: OUT RLVLA: E8 @\ @@{k G e/"+ RLVLA: W12@s"$w|!Z RLVLA: W36@@P@rX:%.bxwRLVLA: N8 ns͓p1Ce@v|RLVLA: E32@+@}סcȋ@[6/ ӮRLVLA: W16@=>Z imRLVLA: N16 C\_>ׂγ@xs;\RLVLA: N36##dj]z@$DARLVLA: N4 Rei'~ *u@[FRLVLA: N24].p5oﵩ@,lRLVLA: W4 @Gu,X^BPF+oRLVLA: W20@,)3"ep!RLVPT: OUTRLXTENSION= 'BINTABLE' / Extension type BITPIX = 8 / Binary data NAXIS = 2 / Table is a matrix NAXIS1 = 28 / Width of table in bytes NAXIS2 = 1 / Number of entries in table PCOUNT = 0 / Random parameter count GCOUNT = 1 / Group count TFIELDS = 7 / Number of fields in each row EXTNAME = 'AIPS NX ' / AIPS table file EXTVER = 1 / Version number of table TFORM1 = '1E ' / FORTRAN format of field 1 TTYPE1 = 'TIME ' / Type (heading) of field 1 TUNIT1 = 'DAYS ' / Physical units of field 1 TFORM2 = '1E ' / FORTRAN format of field 2 TTYPE2 = 'TIME INTERVAL ' / Type (heading) of field 2 TUNIT2 = 'DAYS ' / Physical units of field 2 TFORM3 = '1J ' / FORTRAN format of field 3 TTYPE3 = 'SOURCE ID ' / Type (heading) of field 3 TUNIT3 = ' ' / Physical units of field 3 TFORM4 = '1J ' / FORTRAN format of field 4 TTYPE4 = 'SUBARRAY ' / Type (heading) of field 4 TUNIT4 = ' ' / Physical units of field 4 TFORM5 = '1J ' / FORTRAN format of field 5 TTYPE5 = 'START VIS ' / Type (heading) of field 5 TUNIT5 = ' ' / Physical units of field 5 TFORM6 = '1J ' / FORTRAN format of field 6 TTYPE6 = 'END VIS ' / Type (heading) of field 6 TUNIT6 = ' ' / Physical units of field 6 TFORM7 = '1J ' / FORTRAN format of field 7 TTYPE7 = 'FREQ ID ' / Type (heading) of field 7 TUNIT7 = ' ' / Physical units of field 7 END > 9dXTENSION= 'BINTABLE' / Extension type BITPIX = 8 / Binary data NAXIS = 2 / Table is a matrix NAXIS1 = 172 / Width of table in bytes NAXIS2 = 1 / Number of entries in table PCOUNT = 0 / Random parameter count GCOUNT = 1 / Group count TFIELDS = 19 / Number of fields in each row EXTNAME = 'AIPS SU ' / AIPS table file EXTVER = 1 / Version number of table TFORM1 = '1J ' / FORTRAN format of field 1 TTYPE1 = 'ID. NO. ' / Type (heading) of field 1 TUNIT1 = ' ' / Physical units of field 1 TFORM2 = '16A ' / FORTRAN format of field 2 TTYPE2 = 'SOURCE ' / Type (heading) of field 2 TUNIT2 = ' ' / Physical units of field 2 TFORM3 = '1J ' / FORTRAN format of field 3 TTYPE3 = 'QUAL ' / Type (heading) of field 3 TUNIT3 = ' ' / Physical units of field 3 TFORM4 = '4A ' / FORTRAN format of field 4 TTYPE4 = 'CALCODE ' / Type (heading) of field 4 TUNIT4 = ' ' / Physical units of field 4 TFORM5 = '2E ' / FORTRAN format of field 5 TTYPE5 = 'IFLUX ' / Type (heading) of field 5 TUNIT5 = 'JY ' / Physical units of field 5 TFORM6 = '2E ' / FORTRAN format of field 6 TTYPE6 = 'QFLUX ' / Type (heading) of field 6 TUNIT6 = 'JY ' / Physical units of field 6 TFORM7 = '2E ' / FORTRAN format of field 7 TTYPE7 = 'UFLUX ' / Type (heading) of field 7 TUNIT7 = 'JY ' / Physical units of field 7 TFORM8 = '2E ' / FORTRAN format of field 8 TTYPE8 = 'VFLUX ' / Type (heading) of field 8 TUNIT8 = 'JY ' / Physical units of field 8 TFORM9 = '2D ' / FORTRAN format of field 9 TTYPE9 = 'FREQOFF ' / Type (heading) of field 9 TUNIT9 = 'HZ ' / Physical units of field 9 TFORM10 = '1D ' / FORTRAN format of field 10 TTYPE10 = 'BANDWIDTH ' / Type (heading) of field 10 TUNIT10 = 'HZ ' / physical units of field 10 TFORM11 = '1D ' / FORTRAN format of field 11 TTYPE11 = 'RAEPO ' / Type (heading) of field 11 TUNIT11 = 'DEGREES ' / physical units of field 11 TFORM12 = '1D ' / FORTRAN format of field 12 TTYPE12 = 'DECEPO ' / Type (heading) of field 12 TUNIT12 = 'DEGREES ' / physical units of field 12 TFORM13 = '1D ' / FORTRAN format of field 13 TTYPE13 = 'EPOCH ' / Type (heading) of field 13 TUNIT13 = 'YEARS ' / physical units of field 13 TFORM14 = '1D ' / FORTRAN format of field 14 TTYPE14 = 'RAAPP ' / Type (heading) of field 14 TUNIT14 = 'DEGREES ' / physical units of field 14 TFORM15 = '1D ' / FORTRAN format of field 15 TTYPE15 = 'DECAPP ' / Type (heading) of field 15 TUNIT15 = 'DEGREES ' / physical units of field 15 TFORM16 = '2D ' / FORTRAN format of field 16 TTYPE16 = 'LSRVEL ' / Type (heading) of field 16 TUNIT16 = 'M/SEC ' / physical units of field 16 TFORM17 = '2D ' / FORTRAN format of field 17 TTYPE17 = 'RESTFREQ ' / Type (heading) of field 17 TUNIT17 = 'HZ ' / physical units of field 17 TFORM18 = '1D ' / FORTRAN format of field 18 TTYPE18 = 'PMRA ' / Type (heading) of field 18 TUNIT18 = 'DEG/DAY ' / physical units of field 18 TFORM19 = '1D ' / FORTRAN format of field 19 TTYPE19 = 'PMDEC ' / Type (heading) of field 19 TUNIT19 = 'DEG/DAY ' / physical units of field 19 NO_IF = 2 VELTYP = ' ' VELDEF = ' ' FREQID = -1 END 3C138 C ??> Aׄ@T[@0@@@Tb@0/֬XTENSION= 'BINTABLE' / Extension type BITPIX = 8 / Binary data NAXIS = 2 / Table is a matrix NAXIS1 = 44 / Width of table in bytes NAXIS2 = 1 / Number of entries in table PCOUNT = 0 / Random parameter count GCOUNT = 1 / Group count TFIELDS = 5 / Number of fields in each row EXTNAME = 'AIPS FQ ' / AIPS table file EXTVER = 1 / Version number of table TFORM1 = '1J ' / FORTRAN format of field 1 TTYPE1 = 'FRQSEL ' / Type (heading) of field 1 TUNIT1 = ' ' / Physical units of field 1 TFORM2 = '2D ' / FORTRAN format of field 2 TTYPE2 = 'IF FREQ ' / Type (heading) of field 2 TUNIT2 = 'HZ ' / Physical units of field 2 TFORM3 = '2E ' / FORTRAN format of field 3 TTYPE3 = 'CH WIDTH ' / Type (heading) of field 3 TUNIT3 = 'HZ ' / Physical units of field 3 TFORM4 = '2E ' / FORTRAN format of field 4 TTYPE4 = 'TOTAL BANDWIDTH ' / Type (heading) of field 4 TUNIT4 = 'HZ ' / Physical units of field 4 TFORM5 = '2J ' / FORTRAN format of field 5 TTYPE5 = 'SIDEBAND ' / Type (heading) of field 5 TUNIT5 = ' ' / Physical units of field 5 NO_IF = 2 END >(ׄ_]gL> L> L> L> XTENSION= 'BINTABLE' / Extension type BITPIX = 8 / Binary data NAXIS = 2 / Table is a matrix NAXIS1 = 192 / Width of table in bytes NAXIS2 = 125 / Number of entries in table PCOUNT = 0 / Random parameter count GCOUNT = 1 / Group count TFIELDS = 33 / Number of fields in each row EXTNAME = 'AIPS CL ' / AIPS table file EXTVER = 1 / Version number of table TFORM1 = '1D ' / FORTRAN format of field 1 TTYPE1 = 'TIME ' / Type (heading) of field 1 TUNIT1 = 'DAYS ' / Physical units of field 1 TFORM2 = '1E ' / FORTRAN format of field 2 TTYPE2 = 'TIME INTERVAL ' / Type (heading) of field 2 TUNIT2 = 'DAYS ' / Physical units of field 2 TFORM3 = '1J ' / FORTRAN format of field 3 TTYPE3 = 'SOURCE ID ' / Type (heading) of field 3 TUNIT3 = ' ' / Physical units of field 3 TFORM4 = '1J ' / FORTRAN format of field 4 TTYPE4 = 'ANTENNA NO. ' / Type (heading) of field 4 TUNIT4 = ' ' / Physical units of field 4 TFORM5 = '1J ' / FORTRAN format of field 5 TTYPE5 = 'SUBARRAY ' / Type (heading) of field 5 TUNIT5 = ' ' / Physical units of field 5 TFORM6 = '1J ' / FORTRAN format of field 6 TTYPE6 = 'FREQ ID ' / Type (heading) of field 6 TUNIT6 = ' ' / Physical units of field 6 TFORM7 = '1E ' / FORTRAN format of field 7 TTYPE7 = 'I.FAR.ROT ' / Type (heading) of field 7 TUNIT7 = 'RAD/M**2' / Physical units of field 7 TFORM8 = '1D ' / FORTRAN format of field 8 TTYPE8 = 'GEODELAY ' / Type (heading) of field 8 TUNIT8 = 'SECONDS ' / Physical units of field 8 TFORM9 = '2E ' / FORTRAN format of field 9 TTYPE9 = 'DOPPOFF ' / Type (heading) of field 9 TUNIT9 = 'HZ ' / Physical units of field 9 TFORM10 = '1E ' / FORTRAN format of field 10 TTYPE10 = 'ATMOS ' / Type (heading) of field 10 TUNIT10 = 'SECONDS ' / physical units of field 10 TFORM11 = '1E ' / FORTRAN format of field 11 TTYPE11 = 'DATMOS ' / Type (heading) of field 11 TUNIT11 = 'SEC/SEC ' / physical units of field 11 TFORM12 = '1E ' / FORTRAN format of field 12 TTYPE12 = 'MBDELAY1 ' / Type (heading) of field 12 TUNIT12 = 'SECONDS ' / physical units of field 12 TFORM13 = '1E ' / FORTRAN format of field 13 TTYPE13 = 'CLOCK 1 ' / Type (heading) of field 13 TUNIT13 = 'SECONDS ' / physical units of field 13 TFORM14 = '1E ' / FORTRAN format of field 14 TTYPE14 = 'DCLOCK 1 ' / Type (heading) of field 14 TUNIT14 = 'SEC/SEC ' / physical units of field 14 TFORM15 = '1E ' / FORTRAN format of field 15 TTYPE15 = 'DISP 1 ' / Type (heading) of field 15 TUNIT15 = 'SECONDS ' / physical units of field 15 TFORM16 = '1E ' / FORTRAN format of field 16 TTYPE16 = 'DDISP 1 ' / Type (heading) of field 16 TUNIT16 = 'SEC/SEC ' / physical units of field 16 TFORM17 = '2E ' / FORTRAN format of field 17 TTYPE17 = 'REAL1 ' / Type (heading) of field 17 TUNIT17 = ' ' / physical units of field 17 TFORM18 = '2E ' / FORTRAN format of field 18 TTYPE18 = 'IMAG1 ' / Type (heading) of field 18 TUNIT18 = ' ' / physical units of field 18 TFORM19 = '2E ' / FORTRAN format of field 19 TTYPE19 = 'RATE 1 ' / Type (heading) of field 19 TUNIT19 = 'SEC/SEC ' / physical units of field 19 TFORM20 = '2E ' / FORTRAN format of field 20 TTYPE20 = 'DELAY 1 ' / Type (heading) of field 20 TUNIT20 = 'SECONDS ' / physical units of field 20 TFORM21 = '2E ' / FORTRAN format of field 21 TTYPE21 = 'WEIGHT 1 ' / Type (heading) of field 21 TUNIT21 = ' ' / physical units of field 21 TFORM22 = '2J ' / FORTRAN format of field 22 TTYPE22 = 'REFANT 1 ' / Type (heading) of field 22 TUNIT22 = ' ' / physical units of field 22 TFORM23 = '1E ' / FORTRAN format of field 23 TTYPE23 = 'MBDELAY2 ' / Type (heading) of field 23 TUNIT23 = 'SECONDS ' / physical units of field 23 TFORM24 = '1E ' / FORTRAN format of field 24 TTYPE24 = 'CLOCK 2 ' / Type (heading) of field 24 TUNIT24 = 'SECONDS ' / physical units of field 24 TFORM25 = '1E ' / FORTRAN format of field 25 TTYPE25 = 'DCLOCK 2 ' / Type (heading) of field 25 TUNIT25 = 'SEC/SEC ' / physical units of field 25 TFORM26 = '1E ' / FORTRAN format of field 26 TTYPE26 = 'DISP 2 ' / Type (heading) of field 26 TUNIT26 = 'SECONDS ' / physical units of field 26 TFORM27 = '1E ' / FORTRAN format of field 27 TTYPE27 = 'DDISP 2 ' / Type (heading) of field 27 TUNIT27 = 'SEC/SEC ' / physical units of field 27 TFORM28 = '2E ' / FORTRAN format of field 28 TTYPE28 = 'REAL2 ' / Type (heading) of field 28 TUNIT28 = ' ' / physical units of field 28 TFORM29 = '2E ' / FORTRAN format of field 29 TTYPE29 = 'IMAG2 ' / Type (heading) of field 29 TUNIT29 = ' ' / physical units of field 29 TFORM30 = '2E ' / FORTRAN format of field 30 TTYPE30 = 'RATE 2 ' / Type (heading) of field 30 TUNIT30 = 'SEC/SEC ' / physical units of field 30 TFORM31 = '2E ' / FORTRAN format of field 31 TTYPE31 = 'DELAY 2 ' / Type (heading) of field 31 TUNIT31 = 'SECONDS ' / physical units of field 31 TFORM32 = '2E ' / FORTRAN format of field 32 TTYPE32 = 'WEIGHT 2 ' / Type (heading) of field 32 TUNIT32 = ' ' / physical units of field 32 TFORM33 = '2J ' / FORTRAN format of field 33 TTYPE33 = 'REFANT 2 ' / Type (heading) of field 33 TUNIT33 = ' ' / physical units of field 33 NO_ANT = 29 NO_POL = 2 NO_IF = 2 NO_TERM = 1 MGMOD = 0.10000000000000000E+01 REVISION= 10 ISORTORD= 4 END ?s8.E>?|ȩ?|ȩ???|ȩ?|ȩ???ww8.E>?|?|???|?|???{B`8.E>?|?|???|?|??? @8.E>?|?|???|?|??? 8.E>?|?|???|?|???s8.EФ? ? ??? ? ???ww8.EФ?????????{B`8.EГm|y ?2?2???2?2??? @8.EГm|y ?,?,???,?,??? 8.EГm|y ?????????s8.Eݩ}?$?$???$?$???ww8.EݘR?????????{B`8.EݘR????????? @8.EݘR?L?L???L?L??? 8.E݇$w?P?P???P?P???s8.Eab?h?h???h?h???ww8.Eab?m\?m\???m\?m\???{B`8.Eab?os?os???os?os??? @8.Eab?t?t???t?t??? 8.Eab?s?s???s?s???s8.E>=At?Y?Y???Y?Y???ww8.E>=At?^O?^O???^O?^O???{B`8.E>=At?`5?`5???`5?`5??? @8.E>=At?e?e???e?e??? 8.E>=At?d&?d&???d&?d&???s8.E>z3?????????ww8.E>z3?????????{B`8.E>U????????? @8.E>U????????? 8.E>k?Y?Y???Y?Y???s8.E>?-P?@d?@d???@d?@d???ww8.E>?-P?E ?E ???E ?E ???{B`8.E>]J?F?F???F?F??? @8.E>]J?K?K???K?K??? 8.E>N?J?J???J?J???s8.EȐ_?m?m???m?m???ww8.EȐ_?s?s???s?s???{B`8.Ekn'?w2?w2???w2?w2??? @8.EbwZ?}?}???}?}??? 8.EbwZ?~$?~$???~$?~$???s8.E >:A?????????ww8.E >:A?????????{B`8.E >:A?N?N???N?N??? @8.E >:A????????? 8.E >:A?????????s8.E ֿkn'?U_?U_???U_?U_???ww8.E ֮˸GQ?Y?Y???Y?Y???{B`8.E ֮˸GQ?[q?[q???[q?[q??? @8.E ֮˸GQ?`?`???`?`??? 8.E ֮˸GQ?^?^???^?^???s8.E ab?r?r???r?r???ww8.E ab?w?w???w?w???{B`8.E ab?zv?zv???zv?zv??? @8.E ab????????? 8.E ab?????????s8.E >:A?.q?.q???.q?.q???ww8.E >:A?3K?3K???3K?3K???{B`8.E >:A?5a?5a???5a?5a??? @8.E >;| +?:?:???:?:??? 8.E >;| +?9?9???9?9???s8.E>W2`>?i?i???i?i???ww8.E>W2`>?W?W???W?W???{B`8.E>Fx?Ԇ?Ԇ???Ԇ?Ԇ??? @8.E>4ֲ?ٻ?ٻ???ٻ?ٻ??? 8.E># ? ? ??? ? ???s8.E>򚼯I?y?y???y?y???ww8.E>򚼯I?????????{B`8.E>򚼯I????????? @8.E>򚼯I????????? 8.E>򚼯I?,?,???,?,???s8.Ei&?R?R???R?R???ww8.E2/?W?W???W?W???{B`8.E2/?Y?Y???Y?Y??? @8.E;=?^?^???^?^??? 8.E;=?]?]???]?]???s8.Eƌo?s?s???s?s???ww8.Eƌo?????????{B`8.Eƌo????????? @8.Ej????????? 8.Ej?????????s8.E>򚼯I?????????ww8.E>ab? ? ??? ? ???{B`8.E>ab? ;? ;??? ;? ;??? @8.E>ab?o?o???o?o??? 8.E>ab?????????s8.E>/(? ? ??? ? ???ww8.E>/(?+?+???+?+???{B`8.E>/(? e? e??? e? e??? @8.E>/(????????? 8.E>/(? ? ??? ? ???s8.E>4ֲ?????????ww8.E>U?????????{B`8.E>U?L?L???L?L??? @8.E>U????????? 8.E>U?-?-???-?-???s8.E>Gq^I?T?T???T?T???ww8.E>Gq^I?????????{B`8.E>Gq^I????????? @8.E>Gq^I?@?@???@?@??? 8.E>Gq^I?-?-???-?-???s8.E>6e*7s?k?k???k?k???ww8.E>Gq^I?t?t???t?t???{B`8.E>Gq^I????????? @8.E>Gq^I????????? 8.E>Gq^I?????????s8.E>. &֕?U?U???U?U???ww8.E>. &֕?h?h???h?h???{B`8.E>. &֕????????? @8.E>. &֕????????? 8.E>. &֕?????????s8.E>#?????????ww8.E>#?????????{B`8.E>#????????? @8.E>#?=?=???=?=??? 8.E>#?????????s8.E>~C?????????ww8.E>~C?????????{B`8.E>~C????????? @8.E>~C????????? 8.E>~C?5?5???5?5???s8.E>޽e%ɔ?????????ww8.E>޽e%ɔ?3?3???3?3???{B`8.E>޽e%ɔ????????? @8.E>5.9?!?!???!?!??? 8.E>5.9????????XTENSION= 'BINTABLE' / Extension type BITPIX = 8 / Binary data NAXIS = 2 / Table is a matrix NAXIS1 = 192 / Width of table in bytes NAXIS2 = 120 / Number of entries in table PCOUNT = 0 / Random parameter count GCOUNT = 1 / Group count TFIELDS = 33 / Number of fields in each row EXTNAME = 'AIPS CL ' / AIPS table file EXTVER = 2 / Version number of table TFORM1 = '1D ' / FORTRAN format of field 1 TTYPE1 = 'TIME ' / Type (heading) of field 1 TUNIT1 = 'DAYS ' / Physical units of field 1 TFORM2 = '1E ' / FORTRAN format of field 2 TTYPE2 = 'TIME INTERVAL ' / Type (heading) of field 2 TUNIT2 = 'DAYS ' / Physical units of field 2 TFORM3 = '1J ' / FORTRAN format of field 3 TTYPE3 = 'SOURCE ID ' / Type (heading) of field 3 TUNIT3 = ' ' / Physical units of field 3 TFORM4 = '1J ' / FORTRAN format of field 4 TTYPE4 = 'ANTENNA NO. ' / Type (heading) of field 4 TUNIT4 = ' ' / Physical units of field 4 TFORM5 = '1J ' / FORTRAN format of field 5 TTYPE5 = 'SUBARRAY ' / Type (heading) of field 5 TUNIT5 = ' ' / Physical units of field 5 TFORM6 = '1J ' / FORTRAN format of field 6 TTYPE6 = 'FREQ ID ' / Type (heading) of field 6 TUNIT6 = ' ' / Physical units of field 6 TFORM7 = '1E ' / FORTRAN format of field 7 TTYPE7 = 'I.FAR.ROT ' / Type (heading) of field 7 TUNIT7 = 'RAD/M**2' / Physical units of field 7 TFORM8 = '1D ' / FORTRAN format of field 8 TTYPE8 = 'GEODELAY ' / Type (heading) of field 8 TUNIT8 = 'SECONDS ' / Physical units of field 8 TFORM9 = '2E ' / FORTRAN format of field 9 TTYPE9 = 'DOPPOFF ' / Type (heading) of field 9 TUNIT9 = 'HZ ' / Physical units of field 9 TFORM10 = '1E ' / FORTRAN format of field 10 TTYPE10 = 'ATMOS ' / Type (heading) of field 10 TUNIT10 = 'SECONDS ' / physical units of field 10 TFORM11 = '1E ' / FORTRAN format of field 11 TTYPE11 = 'DATMOS ' / Type (heading) of field 11 TUNIT11 = 'SEC/SEC ' / physical units of field 11 TFORM12 = '1E ' / FORTRAN format of field 12 TTYPE12 = 'MBDELAY1 ' / Type (heading) of field 12 TUNIT12 = 'SECONDS ' / physical units of field 12 TFORM13 = '1E ' / FORTRAN format of field 13 TTYPE13 = 'CLOCK 1 ' / Type (heading) of field 13 TUNIT13 = 'SECONDS ' / physical units of field 13 TFORM14 = '1E ' / FORTRAN format of field 14 TTYPE14 = 'DCLOCK 1 ' / Type (heading) of field 14 TUNIT14 = 'SEC/SEC ' / physical units of field 14 TFORM15 = '1E ' / FORTRAN format of field 15 TTYPE15 = 'DISP 1 ' / Type (heading) of field 15 TUNIT15 = 'SECONDS ' / physical units of field 15 TFORM16 = '1E ' / FORTRAN format of field 16 TTYPE16 = 'DDISP 1 ' / Type (heading) of field 16 TUNIT16 = 'SEC/SEC ' / physical units of field 16 TFORM17 = '2E ' / FORTRAN format of field 17 TTYPE17 = 'REAL1 ' / Type (heading) of field 17 TUNIT17 = ' ' / physical units of field 17 TFORM18 = '2E ' / FORTRAN format of field 18 TTYPE18 = 'IMAG1 ' / Type (heading) of field 18 TUNIT18 = ' ' / physical units of field 18 TFORM19 = '2E ' / FORTRAN format of field 19 TTYPE19 = 'RATE 1 ' / Type (heading) of field 19 TUNIT19 = 'SEC/SEC ' / physical units of field 19 TFORM20 = '2E ' / FORTRAN format of field 20 TTYPE20 = 'DELAY 1 ' / Type (heading) of field 20 TUNIT20 = 'SECONDS ' / physical units of field 20 TFORM21 = '2E ' / FORTRAN format of field 21 TTYPE21 = 'WEIGHT 1 ' / Type (heading) of field 21 TUNIT21 = ' ' / physical units of field 21 TFORM22 = '2J ' / FORTRAN format of field 22 TTYPE22 = 'REFANT 1 ' / Type (heading) of field 22 TUNIT22 = ' ' / physical units of field 22 TFORM23 = '1E ' / FORTRAN format of field 23 TTYPE23 = 'MBDELAY2 ' / Type (heading) of field 23 TUNIT23 = 'SECONDS ' / physical units of field 23 TFORM24 = '1E ' / FORTRAN format of field 24 TTYPE24 = 'CLOCK 2 ' / Type (heading) of field 24 TUNIT24 = 'SECONDS ' / physical units of field 24 TFORM25 = '1E ' / FORTRAN format of field 25 TTYPE25 = 'DCLOCK 2 ' / Type (heading) of field 25 TUNIT25 = 'SEC/SEC ' / physical units of field 25 TFORM26 = '1E ' / FORTRAN format of field 26 TTYPE26 = 'DISP 2 ' / Type (heading) of field 26 TUNIT26 = 'SECONDS ' / physical units of field 26 TFORM27 = '1E ' / FORTRAN format of field 27 TTYPE27 = 'DDISP 2 ' / Type (heading) of field 27 TUNIT27 = 'SEC/SEC ' / physical units of field 27 TFORM28 = '2E ' / FORTRAN format of field 28 TTYPE28 = 'REAL2 ' / Type (heading) of field 28 TUNIT28 = ' ' / physical units of field 28 TFORM29 = '2E ' / FORTRAN format of field 29 TTYPE29 = 'IMAG2 ' / Type (heading) of field 29 TUNIT29 = ' ' / physical units of field 29 TFORM30 = '2E ' / FORTRAN format of field 30 TTYPE30 = 'RATE 2 ' / Type (heading) of field 30 TUNIT30 = 'SEC/SEC ' / physical units of field 30 TFORM31 = '2E ' / FORTRAN format of field 31 TTYPE31 = 'DELAY 2 ' / Type (heading) of field 31 TUNIT31 = 'SECONDS ' / physical units of field 31 TFORM32 = '2E ' / FORTRAN format of field 32 TTYPE32 = 'WEIGHT 2 ' / Type (heading) of field 32 TUNIT32 = ' ' / physical units of field 32 TFORM33 = '2J ' / FORTRAN format of field 33 TTYPE33 = 'REFANT 2 ' / Type (heading) of field 33 TUNIT33 = ' ' / physical units of field 33 NO_ANT = 29 NO_POL = 2 NO_IF = 2 NO_TERM = 1 MGMOD = 0.10000000000000000E+01 REVISION= 10 ISORTORD= 4 END ?s8.E>La>eX߿m?BCAe >g-?|a4?v=dADAV ?ww8.E>Z>~GtBAtI >1?|?q"HwAًA ?{B`8.E>f>)JyĈBAˑ >q?w`w?j}OAjA* ? @8.E>o=\h|bAAѮ >#?n_?cZAAc. ? 8.E>o=\󙾞|VAAѮ >I?nU?cAAc. ?s8.EФ 4&4?w8 AqA >:?i5?mBA3A/ ?ww8.EФQ쫾kI?iAA_ ?3>L'?>j?AMA ?{B`8.EГm|y >.A?{N0A{=AU2 ?h?S>?ayAfA1 ? @8.EГm|y ?/qdM?WeBkxB ?Y?E$>&U?,'BAx ? 8.EГm|y ?+¿q]?W_DBkxB ?Uz?E>&Q,?,"BAx ?s8.Eݩ}?MͿx]?'㾹’AA, ?paB>/ ?+AA ?ww8.EݘR?]?}a?ќA',Aߏ ?eZ<A2Aa ?{B`8.EݘR?k]ij>h7})AFAव ?Yv͡n쿄-AcUA ? @8.EݘR?vi>@AfAṹ ?K`뚿)-AAO ? 8.E݇$w?v g> @AfAṹ ?K`<)AAO ?s8.E>=At?lfc/AQAr >f?x?}׭p[AivB( ?ww8.E>=At?Pn50,m=RA/jA ? ?a%i?i5d[BBBq ?{B`8.E>=At?+:Q7> Aa^A ?2???Kl>B\HB  ? @8.E>=At?ۿm;m5?%ASBw ?TQ?j?'i_mBvAM$ ? 8.E>=At?mːm?<ASBw ?T?i?'hӿ_BvAM$ ?s8.E>z3p=85>՟M2mAB>Ar =?K?y'AAVAo ?ww8.E>z3R ?YAwAþ >Lo?8?xϐR-AV?0Ap ?{B`8.E>U#9?SsATzAr ? @8.E>Uײ ^?p`mAgAo# ?S"@>?KASAt. ? 8.E>k׭ \+?p*`i&AgAo# ?S>!?8ASAt. ?s8.E>?-P>~?~H~u>FAt<"Aq |A>YzkAY"lAz ?ww8.E>?-P>"(?򿅾 >K8An Aqu i T? Mg<ALAq+ ?{B`8.E>]J]J5?%oi`8AUO/Ao +:Q?QI+!AAKf ? 8.E>N3?8og7AUO/Ao +9ɿQ?Q׿+ pAAKf ?s8.EȐ_;?|1?m&>6YAlA ?U>A޷OA3 ?ww8.EȐ_=_?e?>sVAA= '?f| >>AґtAYP??1>,A.AH ?Rqy=AFA ? @8.EbwZ>w?zi?J>=%AA #45?{dFAAA ? 8.EbwZ>w?z?>=AA #4?{duFAAA ?s8.E >:A??2o`BA7 ??A0B ?ww8.E >:A??2`BYA ??AB?G ?{B`8.E >:A?N?N2,>BA q ?N?NAB= ? @8.E >:A??1 B(iB ??A*nB<@ ? 8.E >:A??1ՄB(iB ??A*nB<@ ?s8.E ֿkn'k?@t=AKAR KDDU^1IA/A ?ww8.E ֮˸GQI?3jqWAjA- Fn <ArLA9 ?{B`8.E ֮˸GQ0_?~sJA/A(_A$ 3 y_ƿcAAh? ? @8.E ֮˸GQV9?k"Gr@IAһTBa 6Da׿7IA{A ? 8.E ֮˸GQV7?kտ"F ?(AһTBa Dba7H$A{A ?s8.E ab?+? 8½hAB ?ww8.E ab?oS;?ۿSVA=B%G ?{B`8.E ab?X?)FA/mA ? @8.E ab?=?xG5뀝A舞AD ? 8.E ab?=$?xG5&A舞AD ?s8.E >:Al?ؿ* =5ANA J) jղAbAo ?ww8.E >:A}37ھӅ>ggAWAi ƎX ϭsAA ?{B`8.E >:A(k͒>&AkAJ A➟tĿyaA|A8 ? @8.E >;| +YrP˽P? A A,- ÿgkjbAAi ? 8.E >;| +XRrOaO2?JA A,- gjAAi ?s8.E>W2`>deBJA5iAy 5>>T*9AA ?ww8.E>W2`>0`fA."A( Fx6/>5qOt'APA ׀r>TￇvA#AbW ? @8.E>4ֲ:">>ٿ\ kAA  >¿TAYA ? 8.E># 9n">=\LAA f ,>AYA ?s8.E>򚼯I[b??aA%ZA] >%P忂PTA sB ?ww8.E>򚼯I#4ƿ1?Od?C=AYA /vS翂kmA_kBO ?{B`8.E>򚼯Iɥ?}?sAAT 8|N^~5iAAk ? @8.E>򚼯I=vo?~/?AqAF US=^A٥AQ ? 8.E>򚼯I=xs?{?AqAF U}฿ =wA٥AQ ?s8.Ei&iFž? "R?ǧA-A*. ?,u?nR5 tAEAܠ ?ww8.E2/[I?!b*?AA ?$+?UٿY4cASAX ?{B`8.E2/L\?4?A¼A ?'x?*`Bо$ApAB ? @8.E;=;VfnPNAҍA ?s8.EƌoL?o>;AA V?}RzpA)B; ?ww8.Eƌoś?v!> 0MAA9 y?a0 !AtB[= ?{B`8.Eƌo)ME?QLʾ"AA> ?3ɽPCs4AԍB ? @8.Ej]?YL[/ިAA$D +>s>"տk;A4B ? 8.Ej]?YY pAA$D * >o> ̿kA4B ?s8.E>򚼯I?''I?Vf?5AB'2i >?z>7YBEFBdU ?ww8.E>ab?ZD>);?!?bfB8B8L =\>?򥿇bP B BPU9 ?{B`8.E>ab??a>J?oGBA @]?qᎿN<,BB(U ? @8.E>ab?=?Eë=@Y?:2B6PA ?ab??E´=??:HB6PA  ?/(>|?sAk Aݯ >W=~.RAB | ?ww8.E>/(>,(?w`>2[A-lAi = οͿAyB ?{B`8.E>/(?Mqh?Xn>7B A( #Y⿂tLsAgtAL ? @8.E>/(?FܿP=?-J?!B&AF пuR:AU A ? 8.E>/(?F䀿P?-?!@B&AF ށuR5,AU A ?s8.E>4ֲ?c>k 4rA!AOy D?-R<%LKlAJA5 ?ww8.E>U?*TlE(N֨[A3AS z>^>4y8rA#A ?{B`8.E>U>Zc˿lAA]0 8^jI?BqwAUƅcQѿk@&AAfq b?{iuApA ? 8.E>Uƃ>Qόiο&LAAfq ?{ðuApA ?s8.E>Gq^I5?P>?z?bFBB2Az CdP!0= zArAΟ ?ww8.E>Gq^Iq?+??GXB:Aϲg ] dkّ΅uAfAӔ ?{B`8.E>Gq^I=z?Mq?X-?$rUBA!* q~Ζ+]BGq^I>~x?g?e>_ANBG ⿃l|Gq^I>~?g?_>YANBG {꿃in|6QqB%ūAެM ?s8.E>6e*7s?k$߾n AؠAȥ bQ?0CDAʶAN ?ww8.E>Gq^I?}xqc~ZAGA o*?ƾTAA7 ?{B`8.E>Gq^I?q@뿄dN=]jAA yn!?Y2ԿbABrAO ? @8.E>Gq^I?`u%\ f=,BA <>ؾsοn,APB4 ? 8.E>Gq^I?`q"¿ c='BA >]snoAPB4 ?s8.E>. &֕>߆A?t|*eABx% z?}ٿLu>~AfA9 ?ww8.E>. &֕ O> ?mjwkA1kB ) x?|ʿ >A AK) ?{B`8.E>. &֕??$?fgr8AёiB p?z?u>BvA%AnR ? @8.E>. &֕"? @?^ͿlAhB j?x^ſ>`AA{ ? 8.E>. &֕"? ?^ݿlAhB i?x]E>_AA{ ?s8.E>#?UZۦq7hAd]Ah ?i>?g!A`A ?ww8.E>#?dAަ(Ao ? T>s?~tAkAτ ?{B`8.E>#?&MK>OBDA@ ?<Ͻ+?AkA|+ ? @8.E>#>qpǯx>gBuAD ?{>N?}KA%B ? 8.E>#>;px!>PBuAD ?{>K6?}EA%B ?s8.E>~Co%®u?yA A ?f 9?(}AeRA ?ww8.E>~Cb׆ ~0?tAd;A6 ?Xgq?_ASA ?{B`8.E>~CTؾ"1?oA~CDPe5d?jƚAJAٰe ?8k?AGgHA PB ` ? 8.E>~CD~ ο5b?jðAJAٰe ?8Ѥi@?AEA PB ` ?s8.E>޽e%ɔ>9}>}mOzDuAA B?Z WjLAs\A ?ww8.E>޽e%ɔ>rol׿TAJ A ȿ1?{DFjqA{A ?{B`8.E>޽e%ɔoҺt~A9AA ,o^?AAp ? @8.E>5.9Y3 ~E AjjAhH >|e?IFAA- ? 8.E>5.9V3~ϡEoAjjAhH >$|a9? LAA- XTENSION= 'BINTABLE' / Extension type BITPIX = 8 / Binary data NAXIS = 2 / Table is a matrix NAXIS1 = 192 / Width of table in bytes NAXIS2 = 120 / Number of entries in table PCOUNT = 0 / Random parameter count GCOUNT = 1 / Group count TFIELDS = 33 / Number of fields in each row EXTNAME = 'AIPS CL ' / AIPS table file EXTVER = 3 / Version number of table TFORM1 = '1D ' / FORTRAN format of field 1 TTYPE1 = 'TIME ' / Type (heading) of field 1 TUNIT1 = 'DAYS ' / Physical units of field 1 TFORM2 = '1E ' / FORTRAN format of field 2 TTYPE2 = 'TIME INTERVAL ' / Type (heading) of field 2 TUNIT2 = 'DAYS ' / Physical units of field 2 TFORM3 = '1J ' / FORTRAN format of field 3 TTYPE3 = 'SOURCE ID ' / Type (heading) of field 3 TUNIT3 = ' ' / Physical units of field 3 TFORM4 = '1J ' / FORTRAN format of field 4 TTYPE4 = 'ANTENNA NO. ' / Type (heading) of field 4 TUNIT4 = ' ' / Physical units of field 4 TFORM5 = '1J ' / FORTRAN format of field 5 TTYPE5 = 'SUBARRAY ' / Type (heading) of field 5 TUNIT5 = ' ' / Physical units of field 5 TFORM6 = '1J ' / FORTRAN format of field 6 TTYPE6 = 'FREQ ID ' / Type (heading) of field 6 TUNIT6 = ' ' / Physical units of field 6 TFORM7 = '1E ' / FORTRAN format of field 7 TTYPE7 = 'I.FAR.ROT ' / Type (heading) of field 7 TUNIT7 = 'RAD/M**2' / Physical units of field 7 TFORM8 = '1D ' / FORTRAN format of field 8 TTYPE8 = 'GEODELAY ' / Type (heading) of field 8 TUNIT8 = 'SECONDS ' / Physical units of field 8 TFORM9 = '2E ' / FORTRAN format of field 9 TTYPE9 = 'DOPPOFF ' / Type (heading) of field 9 TUNIT9 = 'HZ ' / Physical units of field 9 TFORM10 = '1E ' / FORTRAN format of field 10 TTYPE10 = 'ATMOS ' / Type (heading) of field 10 TUNIT10 = 'SECONDS ' / physical units of field 10 TFORM11 = '1E ' / FORTRAN format of field 11 TTYPE11 = 'DATMOS ' / Type (heading) of field 11 TUNIT11 = 'SEC/SEC ' / physical units of field 11 TFORM12 = '1E ' / FORTRAN format of field 12 TTYPE12 = 'MBDELAY1 ' / Type (heading) of field 12 TUNIT12 = 'SECONDS ' / physical units of field 12 TFORM13 = '1E ' / FORTRAN format of field 13 TTYPE13 = 'CLOCK 1 ' / Type (heading) of field 13 TUNIT13 = 'SECONDS ' / physical units of field 13 TFORM14 = '1E ' / FORTRAN format of field 14 TTYPE14 = 'DCLOCK 1 ' / Type (heading) of field 14 TUNIT14 = 'SEC/SEC ' / physical units of field 14 TFORM15 = '1E ' / FORTRAN format of field 15 TTYPE15 = 'DISP 1 ' / Type (heading) of field 15 TUNIT15 = 'SECONDS ' / physical units of field 15 TFORM16 = '1E ' / FORTRAN format of field 16 TTYPE16 = 'DDISP 1 ' / Type (heading) of field 16 TUNIT16 = 'SEC/SEC ' / physical units of field 16 TFORM17 = '2E ' / FORTRAN format of field 17 TTYPE17 = 'REAL1 ' / Type (heading) of field 17 TUNIT17 = ' ' / physical units of field 17 TFORM18 = '2E ' / FORTRAN format of field 18 TTYPE18 = 'IMAG1 ' / Type (heading) of field 18 TUNIT18 = ' ' / physical units of field 18 TFORM19 = '2E ' / FORTRAN format of field 19 TTYPE19 = 'RATE 1 ' / Type (heading) of field 19 TUNIT19 = 'SEC/SEC ' / physical units of field 19 TFORM20 = '2E ' / FORTRAN format of field 20 TTYPE20 = 'DELAY 1 ' / Type (heading) of field 20 TUNIT20 = 'SECONDS ' / physical units of field 20 TFORM21 = '2E ' / FORTRAN format of field 21 TTYPE21 = 'WEIGHT 1 ' / Type (heading) of field 21 TUNIT21 = ' ' / physical units of field 21 TFORM22 = '2J ' / FORTRAN format of field 22 TTYPE22 = 'REFANT 1 ' / Type (heading) of field 22 TUNIT22 = ' ' / physical units of field 22 TFORM23 = '1E ' / FORTRAN format of field 23 TTYPE23 = 'MBDELAY2 ' / Type (heading) of field 23 TUNIT23 = 'SECONDS ' / physical units of field 23 TFORM24 = '1E ' / FORTRAN format of field 24 TTYPE24 = 'CLOCK 2 ' / Type (heading) of field 24 TUNIT24 = 'SECONDS ' / physical units of field 24 TFORM25 = '1E ' / FORTRAN format of field 25 TTYPE25 = 'DCLOCK 2 ' / Type (heading) of field 25 TUNIT25 = 'SEC/SEC ' / physical units of field 25 TFORM26 = '1E ' / FORTRAN format of field 26 TTYPE26 = 'DISP 2 ' / Type (heading) of field 26 TUNIT26 = 'SECONDS ' / physical units of field 26 TFORM27 = '1E ' / FORTRAN format of field 27 TTYPE27 = 'DDISP 2 ' / Type (heading) of field 27 TUNIT27 = 'SEC/SEC ' / physical units of field 27 TFORM28 = '2E ' / FORTRAN format of field 28 TTYPE28 = 'REAL2 ' / Type (heading) of field 28 TUNIT28 = ' ' / physical units of field 28 TFORM29 = '2E ' / FORTRAN format of field 29 TTYPE29 = 'IMAG2 ' / Type (heading) of field 29 TUNIT29 = ' ' / physical units of field 29 TFORM30 = '2E ' / FORTRAN format of field 30 TTYPE30 = 'RATE 2 ' / Type (heading) of field 30 TUNIT30 = 'SEC/SEC ' / physical units of field 30 TFORM31 = '2E ' / FORTRAN format of field 31 TTYPE31 = 'DELAY 2 ' / Type (heading) of field 31 TUNIT31 = 'SECONDS ' / physical units of field 31 TFORM32 = '2E ' / FORTRAN format of field 32 TTYPE32 = 'WEIGHT 2 ' / Type (heading) of field 32 TUNIT32 = ' ' / physical units of field 32 TFORM33 = '2J ' / FORTRAN format of field 33 TTYPE33 = 'REFANT 2 ' / Type (heading) of field 33 TUNIT33 = ' ' / physical units of field 33 NO_ANT = 29 NO_POL = 2 NO_IF = 2 NO_TERM = 1 MGMOD = 0.10000000000000000E+01 REVISION= 10 ISORTORD= 1 END ?s8.E>#@{+ꋯA֜A+ ?֤@ԍ@>AA\ ?s8.EФGS@6 mBB @#\@"@lB AM ?s8.Eݩ}@ʷ@) ]A6A/ @?&v)d|ͲBA ?s8.E>=At@Un?AAl @V@AealTAB ? ?s8.E>z3"?|@ A#,A" L@lV6@kA2Al ?s8.E>?-P@Aٲ,@UA?:Aqi &}0@\fAEPA^ ?s8.EȐ_ 8F@{ր@%BA ?s8.E >:A@D@ !3ABB! @Gp@AlB=L ?s8.E ֿkn'f0@r.{ӷgA^AW _׾MMTB'WBO ?s8.E ab@R@qOuB'B ?s8.E >:A8W>9/AA B42IvB(;GAbY ?s8.E>W2`>/vdFWAA u?! ]eA[A4R ?s8.E>򚼯I@q@E@ArCAeAI >s_Td6'exB)B:` ?s8.Ei&nhl@G@LB2B& @<@];y\UAA\ ?s8.EƌoJX@q?|AAL ae@jEDܿ߿B b B2 ?s8.E>򚼯I@nNt@.k@TB B( ?@fI`f>BXsOB^, ?s8.E>/(?BS@);6AEA@ ?W==MAB'l ?s8.E>4ֲ@h?&x\AA @@4>ଃAMA\ ?s8.E>Gq^I@2a[@i@EB6BM r1y^ YcAq`AG ?s8.E>6e*7s@9MU*VB)?B `@V|$yA)B ?s8.E>. &֕=]@|3@0A˓{B5f ʣ@eŋ@ BB ?s8.E>#A2 1AO#AYB @ix@dKA"A`B ?s8.E>~Cdp@AhzB @;Q@AЯVAr[ ?s8.E>޽e%ɔ@9?|, A3>AeY H:A^݁AܣA)H ?ww8.E>?zEA֜A+ @@^@EAA\ ?ww8.EФ=I*@40=BB @k?d@\a@MB AM ?ww8.EݘR@t@~B A6A/ @ǽ\D'BA ?ww8.E>=At@sCyna?:<AAl @@%q@&8AB ? ?ww8.E>z3Κ@SzUA#,A" ? @.@<>A2Al ?ww8.E>?-P?A!_:X?XLA?:Aqi hΆ@khIAEPA^ ?ww8.EȐ_?KEASA^I@7AYnA> [P@#*?֥ BA ?ww8.E >:A@H@$3isABB! @K@BAlB=L ?ww8.E ֮˸GQ(@}(nA^AW =̀tW/B'WBO ?ww8.E ab@(>@I11SB'B ?ww8.E >:AKئ?AA ZᙁwB(;GAbY ?ww8.E>W2`>>\XAA -W>)M"A[A4R ?ww8.E>򚼯I5K4@@ׇAeAI ̓EW0ViB)B:` ?ww8.E2/`s z1@)@$B2B& @1S@AA\ ?ww8.Eƌo@ q>AlAAL Qa@L/VB b B2 ?ww8.E>ab@B?O`?{@NqB B( =y @cdsP+oxBXsOB^, ?ww8.E>/(?ՃX|G@r^n?k,}AEA@ -mοhnx!AB'l ?ww8.E>U@ bVɪAA .@9t@R^hAMA\ ?ww8.E>Gq^IS@]@@dcB6BM 2wAq`AG ?ww8.E>Gq^I@yY/@,QZB)?B Yj@=á<A)B ?ww8.E>. &֕M"@&}@i~A˓{B5f Ќ@B61%@b7BB ?ww8.E>#@v >=AO#AYB A u?ROA GA`B ?ww8.E>~Ce.@@AhzB @9@6]]+AЯVAr[ ?ww8.E>޽e%ɔ?,πA3>AeY =+A|rLAܣA)H ?{B`8.E>u?ILIA֜A+ @%~@j@޿|AA\ ?{B`8.EГm|y ?۽LE@CDFctBB @@/@P@yB AM ?{B`8.EݘR@|@R]XJ`A6A/ @K_FLBA ?{B`8.E>=At@E q@AAl @Ë@.@ϵAB ? ?{B`8.E>Uh6@A#,A" @*_)? @0A2Al ?{B`8.E>]JoA#ѣ8=A?:Aqi o9 @I0DAEPA^ ?{B`8.Ekn'?"AA@RaAYnA> }I@J?7hBA ?{B`8.E >:A@I@$y3^ABB! @LA@AlB=L ?{B`8.E ֮˸GQX4@TA^AW s.lvIB'WBO ?{B`8.E ab@q+@Zп?FB'B ?{B`8.E >:A& ]?Ϻ AA Rs'vs;B(;GAbY ?{B`8.E>Fx.p?UVoAA S?jj4A[A4R ?{B`8.E>򚼯IRv@E@|AeAI 1zgq:%B)B:` ?{B`8.E2/P6ʽM0@=@B2B& @'9@~?UAA\ ?{B`8.Eƌo;ȡ@A9ĎAAL "@=!0CTB b B2 ?{B`8.E>ab@_&?ۨ?wS@1B B( @GXfLBXsOB^, ?{B`8.E>/(@#ضf(@Pq?FAEA@ |0|H sAB'l ?{B`8.E>U@ -AA zݿ*@ ȼAMA\ ?{B`8.E>Gq^I>!$@I@@7B6BM r!b]kAq`AG ?{B`8.E>Gq^I@kY1>HmB)?B @"QH[A)B ?{B`8.E>. &֕].@4@4TUA˓{B5f o3@ϛ@BB ?{B`8.E>#@1@ AO#AYB A ?8L\SA :NA`B ?{B`8.E>~C\G_@UAhzB @o7H3@8pwoAЯVAr[ ?{B`8.E>޽e%ɔM Mh*A3>AeY 

@>}kB AM ? @8.EݘR@=@$%!A6A/ @欿YwBA ? @8.E>=At@t}lc@nAAl @@ @mVAB ? ? @8.E>UJT@'A#,A" @~>V^@-TA2Al ? @8.E>]JA!$vbA?:Aqi ] SAn7AEPA^ ? @8.EbwZ@0AU@GZ?|AYnA> @y;z7BA ? @8.E >:A@M+@(3gABB! @P@AlB=L ? @8.E ֮˸GQy@ k$"5A^AW /3h,p+AB'WBO ? @8.E ab@d@~B'B ? @8.E >;| +xspCȠ@ *AA f<-ivQB(;GAbY ? @8.E>4ֲaI!?2AA ¶z?y򚼯I?FB=@@qAeAI }!x >'?hdB)B:` ? @8.E;=>_ >:@O@uB2B& @4I@bKAA\ ? @8.Ejl@_7j< ,AAL ~z?R?WZfB b B2 ? @8.E>ab@hBm@'R@B B(  @r@l0L BXsOB^, ? @8.E>/(@QYFC@":@*LAEA@ &6Rv,KAB'l ? @8.E>UdM.AA (PxAӕAMA\ ? @8.E>Gq^I?@Oi@@AB6BM !nKAq`AG ? @8.E>Gq^I@Y"]?+!LB)?B @VbCA A)B ? @8.E>. &֕m2@B@h*A˓{B5f S@o@BB ? @8.E>#@bkw@}2AO#AYB AN@;F' A?A`B ? @8.E>~Cp]p_t@- AhzB @=[@9AЯVAr[ ? @8.E>5.9*xtWA3>AeY @8+A{1`AܣA)H ? 8.E>@>xB AM ? 8.E݇$w@圡@$#7#A6A/ @䟿Vw}`BA ? 8.E>=At@t{jb@AAl @h@@lV誵AB ? ? 8.E>k_J =@eA#,A" @~>VZ@+4A2Al ? 8.E>NA!`$RA?:Aqi \g R#AmAEPA^ ? 8.EbwZ@1 A@H(?AYnA> @z Az8BA ? 8.E >:A@I@%^3eABB! @M?@AlB=L ? 8.E ֮˸GQwS@ L$U"A^AW /2(h*pARB'WBO ? 8.E ab@d @~SKB'B ? 8.E >;| +w*sn׾h@ [AA f <,ivB(;GAbY ? 8.E># aG?1~AA µ|?x;A[A4R ? 8.E>򚼯I?FU=j@@n=AeAI }B :?eB)B:` ? 8.E;=>]>@O@B2B& @3U@'awcAA\ ? 8.Ejl@_h< mAAL ~w?O?Tf?B b B2 ? 8.E>ab@hAK@'Qٽ@]B B(  ^@qK@{0K-BXsOB^, ? 8.E>/(@QSC>@"6d@*AEA@ 6fvKDAB'l ? 8.E>Ud_K+FAA (|x(A%AMA\ ? 8.E>Gq^I?@L @ @!B6BM B̫ H<Aq`AG ? 8.E>Gq^I@YCo[?+B)?B q@b>A)B ? 8.E>. &֕m1@B@wA˓{B5f R@Vn@BB ? 8.E>#@^}t@}!AO#AYB A/@;OF"KAA`B ? 8.E>~CpZn_q@+JAhzB @=[@vAЯVAr[ ? 8.E>5.9*}zpTfA3>AeY @8*A/AܣA)H XTENSION= 'BINTABLE' / Extension type BITPIX = 8 / Binary data NAXIS = 2 / Table is a matrix NAXIS1 = 56 / Width of table in bytes NAXIS2 = 125 / Number of entries in table PCOUNT = 0 / Random parameter count GCOUNT = 1 / Group count TFIELDS = 10 / Number of fields in each row EXTNAME = 'AIPS TY ' / AIPS table file EXTVER = 1 / Version number of table TFORM1 = '1E ' / FORTRAN format of field 1 TTYPE1 = 'TIME ' / Type (heading) of field 1 TUNIT1 = 'DAYS ' / Physical units of field 1 TFORM2 = '1E ' / FORTRAN format of field 2 TTYPE2 = 'TIME INTERVAL ' / Type (heading) of field 2 TUNIT2 = 'DAYS ' / Physical units of field 2 TFORM3 = '1J ' / FORTRAN format of field 3 TTYPE3 = 'SOURCE ID ' / Type (heading) of field 3 TUNIT3 = ' ' / Physical units of field 3 TFORM4 = '1J ' / FORTRAN format of field 4 TTYPE4 = 'ANTENNA NO. ' / Type (heading) of field 4 TUNIT4 = ' ' / Physical units of field 4 TFORM5 = '1J ' / FORTRAN format of field 5 TTYPE5 = 'SUBARRAY ' / Type (heading) of field 5 TUNIT5 = ' ' / Physical units of field 5 TFORM6 = '1J ' / FORTRAN format of field 6 TTYPE6 = 'FREQ ID ' / Type (heading) of field 6 TUNIT6 = ' ' / Physical units of field 6 TFORM7 = '2E ' / FORTRAN format of field 7 TTYPE7 = 'TSYS 1 ' / Type (heading) of field 7 TUNIT7 = 'KELVINS ' / Physical units of field 7 TFORM8 = '2E ' / FORTRAN format of field 8 TTYPE8 = 'TANT 1 ' / Type (heading) of field 8 TUNIT8 = 'KELVINS ' / Physical units of field 8 TFORM9 = '2E ' / FORTRAN format of field 9 TTYPE9 = 'TSYS 2 ' / Type (heading) of field 9 TUNIT9 = 'KELVINS ' / Physical units of field 9 TFORM10 = '2E ' / FORTRAN format of field 10 TTYPE10 = 'TANT 2 ' / Type (heading) of field 10 TUNIT10 = 'KELVINS ' / physical units of field 10 NO_POL = 2 NO_IF = 2 REVISION= 10 END > e8.E>>?>@> e8.E????> e8.E>? ??`> e8.E??%?-?> e8.E??>`>> e8.E?? ?G?S> e8.E>>> >> e8.E>?? ?> e8.E >`>>>> e8.E ??@?> e8.E ?%?<@A^A#> e8.E ?q???> e8.E?w?g ?{?> e8.E????]> e8.E????`> e8.E@ ?@?`?> e8.E?`???@> e8.E????> e8.E?u?|`?.?> e8.E?d?b?u ?> e8.E?? ?p? > e8.E?n?f?a`?U> e8.E>> >>> e8.E? ??`? > e8.E?>@?c?@> 8.E>>?`>@> 8.E????> 8.E> ? ?@?@> 8.E??$?-?> 8.E?? >>> 8.E??@?G?S@> 8.E>> > >> 8.E?`???> 8.E >>>> > 8.E ??@?@> 8.E ?%?<A[ A@> 8.E ?p???݀> 8.E?y@?i?{?@> 8.E?? ??\> 8.E????> 8.E@???> 8.E??`?@?> 8.E?? ??> 8.E?t?|?. ?`> 8.E?e?a?u ?@> 8.E??@?p ?> 8.E?n?g?`?V`> 8.E> >>>> 8.E???? `> 8.E?`>?c?@@> 8.E>>?@>`> 8.E??@? ?> 8.E>???> 8.E?@?$?-?@> 8.E??>`>> 8.E???H?R> 8.E>`>`>@>@> 8.E>???> 8.E >>>>~> 8.E ?Ѐ?݀@?> 8.E ?%?< AUA `> 8.E ?q?`?@? > 8.E?z@?h?z@?> 8.E?`???] > 8.E? ???> 8.E@`???`> 8.E? ?@? ?> 8.E? ???€> 8.E?s?|?-`?`> 8.E?d@?a?t`?> 8.E??`?p?> 8.E?m?g?a?U> 8.E> >>>> 8.E? ?@?@? `> 8.E?>?c?@> j8.E>>? >> j8.E?`???> j8.E>??`?`> j8.E?`?$?-?@> j8.E??>`>`> j8.E???G`?R> j8.E>>> >> j8.E>`? ?@?> j8.E >>`>`> > j8.E ?@?@@? > j8.E ?%?<@AeA`> j8.E ?r@??Š?@> j8.E?z ?i ?{ ?`> j8.E?? ? ?]@> j8.E? ???> j8.E@??@?> j8.E?? ??> j8.E? ?@??> j8.E?t`?}@?-?`> j8.E?c?a?t?> j8.E??@?q@?> j8.E?m@?g?b?V> j8.E> >`>>> j8.E?@?@?`? > j8.E?>`?d@?@@> 8.E>>?>> 8.E??`??> 8.E>??? > 8.E?@?$?-`?`> 8.E??>`> > 8.E?`??F?R> 8.E>>@>>> 8.E>`?`?? > 8.E >>>>@> 8.E ?Ҡ? @ ?> 8.E ?&?<@AbA > 8.E ?q??`?ݠ> 8.E?z?j?z ?> 8.E?`???]@> 8.E?@??`?> 8.E@?`? ?@> 8.E?@? ?@? > 8.E?@???@> 8.E?t?}?-?@> 8.E?d?a?t?> 8.E?@?ɠ?q?@> 8.E?m?g?b@?U> 8.E>>>>> 8.E?`??? @> 8.E?> ?c?@ XTENSION= 'BINTABLE' / Extension type BITPIX = 8 / Binary data NAXIS = 2 / Table is a matrix NAXIS1 = 48 / Width of table in bytes NAXIS2 = 5 / Number of entries in table PCOUNT = 0 / Random parameter count GCOUNT = 1 / Group count TFIELDS = 11 / Number of fields in each row EXTNAME = 'AIPS WX ' / AIPS table file EXTVER = 1 / Version number of table TFORM1 = '1D ' / FORTRAN format of field 1 TTYPE1 = 'TIME ' / Type (heading) of field 1 TUNIT1 = 'DAYS ' / Physical units of field 1 TFORM2 = '1E ' / FORTRAN format of field 2 TTYPE2 = 'TIME_INTERVAL ' / Type (heading) of field 2 TUNIT2 = 'DAYS ' / Physical units of field 2 TFORM3 = '1J ' / FORTRAN format of field 3 TTYPE3 = 'ANTENNA_NO ' / Type (heading) of field 3 TUNIT3 = ' ' / Physical units of field 3 TFORM4 = '1J ' / FORTRAN format of field 4 TTYPE4 = 'SUBARRAY ' / Type (heading) of field 4 TUNIT4 = ' ' / Physical units of field 4 TFORM5 = '1E ' / FORTRAN format of field 5 TTYPE5 = 'TEMPERATURE ' / Type (heading) of field 5 TUNIT5 = 'CENTIGRA' / Physical units of field 5 TFORM6 = '1E ' / FORTRAN format of field 6 TTYPE6 = 'PRESSURE ' / Type (heading) of field 6 TUNIT6 = 'MILLIBAR' / Physical units of field 6 TFORM7 = '1E ' / FORTRAN format of field 7 TTYPE7 = 'DEWPOINT ' / Type (heading) of field 7 TUNIT7 = 'CENTIGRA' / Physical units of field 7 TFORM8 = '1E ' / FORTRAN format of field 8 TTYPE8 = 'WIND_VELOCITY ' / Type (heading) of field 8 TUNIT8 = 'M/SEC ' / Physical units of field 8 TFORM9 = '1E ' / FORTRAN format of field 9 TTYPE9 = 'WIND_DIRECTION ' / Type (heading) of field 9 TUNIT9 = 'DEGREES ' / Physical units of field 9 TFORM10 = '1E ' / FORTRAN format of field 10 TTYPE10 = 'WVR_H2O ' / Type (heading) of field 10 TUNIT10 = ' ' / physical units of field 10 TFORM11 = '1E ' / FORTRAN format of field 11 TTYPE11 = 'IONOS_ELECTRON ' / Type (heading) of field 11 TUNIT11 = ' ' / physical units of field 11 OBSCODE = 'AA99 ' RDATE = '1984-01-12' TABREV = 3 END ?sW;8.E330DD@C?wwwwwx8.E330DD@yC?{B^З8.E330DD@C? F)8.E330DD@C?-.8.ELDD@fdCXTENSION= 'BINTABLE' / Extension type BITPIX = 8 / Binary data NAXIS = 2 / Table is a matrix NAXIS1 = 69 / Width of table in bytes NAXIS2 = 0 / Number of entries in table PCOUNT = 0 / Random parameter count GCOUNT = 1 / Group count TFIELDS = 9 / Number of fields in each row EXTNAME = 'AIPS FG ' / AIPS table file EXTVER = 1 / Version number of table TFORM1 = '1J ' / FORTRAN format of field 1 TTYPE1 = 'SOURCE ' / Type (heading) of field 1 TUNIT1 = ' ' / Physical units of field 1 TFORM2 = '1J ' / FORTRAN format of field 2 TTYPE2 = 'SUBARRAY ' / Type (heading) of field 2 TUNIT2 = ' ' / Physical units of field 2 TFORM3 = '1J ' / FORTRAN format of field 3 TTYPE3 = 'FREQ ID ' / Type (heading) of field 3 TUNIT3 = ' ' / Physical units of field 3 TFORM4 = '2J ' / FORTRAN format of field 4 TTYPE4 = 'ANTS ' / Type (heading) of field 4 TUNIT4 = ' ' / Physical units of field 4 TFORM5 = '2E ' / FORTRAN format of field 5 TTYPE5 = 'TIME RANGE ' / Type (heading) of field 5 TUNIT5 = 'DAYS ' / Physical units of field 5 TFORM6 = '2J ' / FORTRAN format of field 6 TTYPE6 = 'IFS ' / Type (heading) of field 6 TUNIT6 = ' ' / Physical units of field 6 TFORM7 = '2J ' / FORTRAN format of field 7 TTYPE7 = 'CHANS ' / Type (heading) of field 7 TUNIT7 = ' ' / Physical units of field 7 TFORM8 = '4X ' / FORTRAN format of field 8 TTYPE8 = 'PFLAGS ' / Type (heading) of field 8 TUNIT8 = ' ' / Physical units of field 8 TFORM9 = '24A ' / FORTRAN format of field 9 TTYPE9 = 'REASON ' / Type (heading) of field 9 TUNIT9 = ' ' / Physical units of field 9 END XTENSION= 'BINTABLE' / Extension type BITPIX = 8 / Binary data NAXIS = 2 / Table is a matrix NAXIS1 = 3724 / Width of table in bytes NAXIS2 = 2 / Number of entries in table PCOUNT = 0 / Random parameter count GCOUNT = 1 / Group count TFIELDS = 7 / Number of fields in each row EXTNAME = 'AIPS XX ' / AIPS table file EXTVER = 1 / Version number of table TFORM1 = '1E ' / FORTRAN format of field 1 TTYPE1 = 'TIME1 ' / Type (heading) of field 1 TUNIT1 = 'DAYS ' / Physical units of field 1 TFORM2 = '1E ' / FORTRAN format of field 2 TTYPE2 = 'TIME2 ' / Type (heading) of field 2 TUNIT2 = 'DAYS ' / Physical units of field 2 TFORM3 = '1J ' / FORTRAN format of field 3 TTYPE3 = 'SOURCE ' / Type (heading) of field 3 TUNIT3 = ' ' / Physical units of field 3 TFORM4 = '232E ' / FORTRAN format of field 4 TTYPE4 = 'AMPLITUDE ' / Type (heading) of field 4 TUNIT4 = 'Jy ' / Physical units of field 4 TFORM5 = '232E ' / FORTRAN format of field 5 TTYPE5 = 'RMS ' / Type (heading) of field 5 TUNIT5 = 'Jy ' / Physical units of field 5 TFORM6 = '232E ' / FORTRAN format of field 6 TTYPE6 = 'WEIGHT ' / Type (heading) of field 6 TUNIT6 = '1/Jy**2 ' / Physical units of field 6 TFORM7 = '232E ' / FORTRAN format of field 7 TTYPE7 = 'CLOSURE ' / Type (heading) of field 7 TUNIT7 = ' ' / Physical units of field 7 END > d> y=2L<=%=/=mF=)J='^EunEYEvvDE"E,E3EEE?FEQuFYJFEVbFoGkc1FFVoFeKG DX^DyvEDEeEOdECE'E H(F)pGEzEmE!GFbEFWEX FGSEF=FG$GkqD1D5EE E*EWEE޼FeEr/EUE]GFRF ?=2C?>=C>>?>z?>^=2C>=2C>=2C?=2C?=2C=2C?=2C=2C=C>>?>C?>=C=C=2C=2C??=:.=:.??>:.=:.=.=.> ?=:.?> =:.=.=:.????=:.> >?> ?=:.=:.=.?> j> <=3< <<4;<^5<]=D== W<'=)=$ܟ=Sp)=4=Cs;~< ;ϧ;;;;4;;B<;];T<;|]; h;;+M{;;;4f;[;f< <;<q<*)<Ic;vu;)<I;r#;[6;j;@;(;u;6;.;첵;;{;VUc<`<]I;;<5<;;>;0;;;;D;)>; ";;Y;;4;];;#;l<+$^=2C?>2C?=C>=2C=2C??=2C=2C?=2C>2C=2C>^?>2C?>2C>>^>2C?=:.?=:.>:.??>:.=.> =.?>h/?>=:.=.=.=:.=:.=:.??=:.=:.>:.??=:.=.> ?>h/?>=:.=.=.?XTENSION= 'BINTABLE' / Extension type BITPIX = 8 / Binary data NAXIS = 2 / Table is a matrix NAXIS1 = 140 / Width of table in bytes NAXIS2 = 48 / Number of entries in table PCOUNT = 0 / Random parameter count GCOUNT = 1 / Group count TFIELDS = 22 / Number of fields in each row EXTNAME = 'AIPS SN ' / AIPS table file EXTVER = 1 / Version number of table TFORM1 = '1D ' / FORTRAN format of field 1 TTYPE1 = 'TIME ' / Type (heading) of field 1 TUNIT1 = 'DAYS ' / Physical units of field 1 TFORM2 = '1E ' / FORTRAN format of field 2 TTYPE2 = 'TIME INTERVAL ' / Type (heading) of field 2 TUNIT2 = 'DAYS ' / Physical units of field 2 TFORM3 = '1J ' / FORTRAN format of field 3 TTYPE3 = 'SOURCE ID ' / Type (heading) of field 3 TUNIT3 = ' ' / Physical units of field 3 TFORM4 = '1J ' / FORTRAN format of field 4 TTYPE4 = 'ANTENNA NO. ' / Type (heading) of field 4 TUNIT4 = ' ' / Physical units of field 4 TFORM5 = '1J ' / FORTRAN format of field 5 TTYPE5 = 'SUBARRAY ' / Type (heading) of field 5 TUNIT5 = ' ' / Physical units of field 5 TFORM6 = '1J ' / FORTRAN format of field 6 TTYPE6 = 'FREQ ID ' / Type (heading) of field 6 TUNIT6 = ' ' / Physical units of field 6 TFORM7 = '1E ' / FORTRAN format of field 7 TTYPE7 = 'I.FAR.ROT ' / Type (heading) of field 7 TUNIT7 = 'RAD/M**2' / Physical units of field 7 TFORM8 = '1J ' / FORTRAN format of field 8 TTYPE8 = 'NODE NO. ' / Type (heading) of field 8 TUNIT8 = ' ' / Physical units of field 8 TFORM9 = '1E ' / FORTRAN format of field 9 TTYPE9 = 'MBDELAY1 ' / Type (heading) of field 9 TUNIT9 = 'SECONDS ' / Physical units of field 9 TFORM10 = '2E ' / FORTRAN format of field 10 TTYPE10 = 'REAL1 ' / Type (heading) of field 10 TUNIT10 = ' ' / physical units of field 10 TFORM11 = '2E ' / FORTRAN format of field 11 TTYPE11 = 'IMAG1 ' / Type (heading) of field 11 TUNIT11 = ' ' / physical units of field 11 TFORM12 = '2E ' / FORTRAN format of field 12 TTYPE12 = 'DELAY 1 ' / Type (heading) of field 12 TUNIT12 = 'SECONDS ' / physical units of field 12 TFORM13 = '2E ' / FORTRAN format of field 13 TTYPE13 = 'RATE 1 ' / Type (heading) of field 13 TUNIT13 = 'SEC/SEC ' / physical units of field 13 TFORM14 = '2E ' / FORTRAN format of field 14 TTYPE14 = 'WEIGHT 1 ' / Type (heading) of field 14 TUNIT14 = ' ' / physical units of field 14 TFORM15 = '2J ' / FORTRAN format of field 15 TTYPE15 = 'REFANT 1 ' / Type (heading) of field 15 TUNIT15 = ' ' / physical units of field 15 TFORM16 = '1E ' / FORTRAN format of field 16 TTYPE16 = 'MBDELAY2 ' / Type (heading) of field 16 TUNIT16 = 'SECONDS ' / physical units of field 16 TFORM17 = '2E ' / FORTRAN format of field 17 TTYPE17 = 'REAL2 ' / Type (heading) of field 17 TUNIT17 = ' ' / physical units of field 17 TFORM18 = '2E ' / FORTRAN format of field 18 TTYPE18 = 'IMAG2 ' / Type (heading) of field 18 TUNIT18 = ' ' / physical units of field 18 TFORM19 = '2E ' / FORTRAN format of field 19 TTYPE19 = 'DELAY 2 ' / Type (heading) of field 19 TUNIT19 = 'SECONDS ' / physical units of field 19 TFORM20 = '2E ' / FORTRAN format of field 20 TTYPE20 = 'RATE 2 ' / Type (heading) of field 20 TUNIT20 = 'SEC/SEC ' / physical units of field 20 TFORM21 = '2E ' / FORTRAN format of field 21 TTYPE21 = 'WEIGHT 2 ' / Type (heading) of field 21 TUNIT21 = ' ' / physical units of field 21 TFORM22 = '2J ' / FORTRAN format of field 22 TTYPE22 = 'REFANT 2 ' / Type (heading) of field 22 TUNIT22 = ' ' / physical units of field 22 NO_ANT = 29 NO_POL = 2 NO_IF = 2 NO_NODES= 0 MGMOD = 0.10000000000000000E+01 APPLIED = T REVISION= 10 ORIGIN = 0 ISORTORD= 1 END ?u8V>ǿ ɿtLBCAe >k??v|PADAV ?u8N~u?zsPAqA ?|=-3?R?A3A/ ?u8?NX[rI?QAA, ?cC=IeAA ?u8?SW wfvgAQAr >Y?aF?gh2AivB( ?u8]?'?AB>Ar >Hj?2a?{ 7YAVAo ?u8>j?v t>xAt<"Aq fȾ+>ܳbdnAY"lAz ?u8=V7?j?P>sAlA ̥?u9je>A޷OA3 ?u8 ??2rBA7 ??A0B ?u8 +?$jɽQ"AKAR 7%˕~|KA/A ?u8 ?gm ?}f \AB ?u8 d'}Xl>ANA ˾w]r6xhAbAo ?u8~Z.VzA5iAy ~0=˜~@AA ?u8>UG?+2U? <'A%ZA] < 33 67A sB ?u8To??x<A-A*. ?B?{vNI8[?0AEAܠ ?u8q?tx6>AA `i?i'YcjA)B; ?u8?6q;4F?3?AB'2i >@?w<1$BEFBdU ?u8>p(_?x=TPAk Aݯ >1Uп|!ɿAB | ?u8?B>AO%{}`A!AOy |3?>/3YRAJA5 ?u8^??y>?PB2Az KXÿغArAΟ ?u8?zI~b?_gABx% '?j w0>*RAfA9 ?u8?pO4}Ғ~F Ad]Ah ?owJ7>?nrA`A ?u8_Nþi+[w?lj A A ?VA? vhAeRA ?u8>=Zp~AA 4?b|RkAs\A ? @9rs=_g'AAѮ >O?qm?f EAAc. ? @9r?k4?RsxBkxB ?|b?@>"?(3}BAx ? @9r?nP{>=9AfAṹ ?DάY#Bz.CAAO ? @9r>¿`H`>%ASBw ?I6k??E5SBvAM$ ? @9rnZR?izYHAgAo# ?M> ?TX}KASAt. ? @9r?}}7b$AUO/Ao !FM??F9! AAKf ? @9r>2?|U?uWu>,ZAA ?Pc4yVAAA ? @9r ??1j:B(iB ??A*nB<@ ? @9r L?_춿x$AһTBa ;9ܿV.A{A ? @9r ?0{4?gXO9rG;A舞AD ? @9r ~[b!睻>lA A,- ԿӿXYDZ AAi ? @9ro@">MAA vľ>ӿtQAYA ? @9r=PTX??tAqAF NQP=DA٥AQ ? @9r/3r>pc 6A4B ? @9r??: = u?/ۆB6PA !?1lsU 8B(\BV ? @9r?@J?(k|?B&AF />n]ǿKAU A ? @9rǿHnǿ~oAAAfq cFE?pܿjApA ? @9r>w?aq?xoL>vANBG xǾu\bKB%ūAެM ? @9r?Yx~ =;mBA y>l ޿gnAPB4 ? @9r ??N[AhB V?fou>AA{ ? @9r>0j)=qD4> BuAD ?t4>^"?vU\A%B ? @9r<*߿-e?`AJAٰe ?0໿?9A PB ` ? @9rg?,+׿u=tbAjjAhH >r4?v>{ AA- XTENSION= 'BINTABLE' / Extension type BITPIX = 8 / Binary data NAXIS = 2 / Table is a matrix NAXIS1 = 140 / Width of table in bytes NAXIS2 = 24 / Number of entries in table PCOUNT = 0 / Random parameter count GCOUNT = 1 / Group count TFIELDS = 22 / Number of fields in each row EXTNAME = 'AIPS SN ' / AIPS table file EXTVER = 2 / Version number of table TFORM1 = '1D ' / FORTRAN format of field 1 TTYPE1 = 'TIME ' / Type (heading) of field 1 TUNIT1 = 'DAYS ' / Physical units of field 1 TFORM2 = '1E ' / FORTRAN format of field 2 TTYPE2 = 'TIME INTERVAL ' / Type (heading) of field 2 TUNIT2 = 'DAYS ' / Physical units of field 2 TFORM3 = '1J ' / FORTRAN format of field 3 TTYPE3 = 'SOURCE ID ' / Type (heading) of field 3 TUNIT3 = ' ' / Physical units of field 3 TFORM4 = '1J ' / FORTRAN format of field 4 TTYPE4 = 'ANTENNA NO. ' / Type (heading) of field 4 TUNIT4 = ' ' / Physical units of field 4 TFORM5 = '1J ' / FORTRAN format of field 5 TTYPE5 = 'SUBARRAY ' / Type (heading) of field 5 TUNIT5 = ' ' / Physical units of field 5 TFORM6 = '1J ' / FORTRAN format of field 6 TTYPE6 = 'FREQ ID ' / Type (heading) of field 6 TUNIT6 = ' ' / Physical units of field 6 TFORM7 = '1E ' / FORTRAN format of field 7 TTYPE7 = 'I.FAR.ROT ' / Type (heading) of field 7 TUNIT7 = 'RAD/M**2' / Physical units of field 7 TFORM8 = '1J ' / FORTRAN format of field 8 TTYPE8 = 'NODE NO. ' / Type (heading) of field 8 TUNIT8 = ' ' / Physical units of field 8 TFORM9 = '1E ' / FORTRAN format of field 9 TTYPE9 = 'MBDELAY1 ' / Type (heading) of field 9 TUNIT9 = 'SECONDS ' / Physical units of field 9 TFORM10 = '2E ' / FORTRAN format of field 10 TTYPE10 = 'REAL1 ' / Type (heading) of field 10 TUNIT10 = ' ' / physical units of field 10 TFORM11 = '2E ' / FORTRAN format of field 11 TTYPE11 = 'IMAG1 ' / Type (heading) of field 11 TUNIT11 = ' ' / physical units of field 11 TFORM12 = '2E ' / FORTRAN format of field 12 TTYPE12 = 'DELAY 1 ' / Type (heading) of field 12 TUNIT12 = 'SECONDS ' / physical units of field 12 TFORM13 = '2E ' / FORTRAN format of field 13 TTYPE13 = 'RATE 1 ' / Type (heading) of field 13 TUNIT13 = 'SEC/SEC ' / physical units of field 13 TFORM14 = '2E ' / FORTRAN format of field 14 TTYPE14 = 'WEIGHT 1 ' / Type (heading) of field 14 TUNIT14 = ' ' / physical units of field 14 TFORM15 = '2J ' / FORTRAN format of field 15 TTYPE15 = 'REFANT 1 ' / Type (heading) of field 15 TUNIT15 = ' ' / physical units of field 15 TFORM16 = '1E ' / FORTRAN format of field 16 TTYPE16 = 'MBDELAY2 ' / Type (heading) of field 16 TUNIT16 = 'SECONDS ' / physical units of field 16 TFORM17 = '2E ' / FORTRAN format of field 17 TTYPE17 = 'REAL2 ' / Type (heading) of field 17 TUNIT17 = ' ' / physical units of field 17 TFORM18 = '2E ' / FORTRAN format of field 18 TTYPE18 = 'IMAG2 ' / Type (heading) of field 18 TUNIT18 = ' ' / physical units of field 18 TFORM19 = '2E ' / FORTRAN format of field 19 TTYPE19 = 'DELAY 2 ' / Type (heading) of field 19 TUNIT19 = 'SECONDS ' / physical units of field 19 TFORM20 = '2E ' / FORTRAN format of field 20 TTYPE20 = 'RATE 2 ' / Type (heading) of field 20 TUNIT20 = 'SEC/SEC ' / physical units of field 20 TFORM21 = '2E ' / FORTRAN format of field 21 TTYPE21 = 'WEIGHT 2 ' / Type (heading) of field 21 TUNIT21 = ' ' / physical units of field 21 TFORM22 = '2J ' / FORTRAN format of field 22 TTYPE22 = 'REFANT 2 ' / Type (heading) of field 22 TUNIT22 = ' ' / physical units of field 22 NO_ANT = 29 NO_POL = 2 NO_IF = 2 NO_NODES= 0 MGMOD = 0.10000000000000000E+01 APPLIED = T REVISION= 10 ORIGIN = 0 ISORTORD= 1 END ?{BP9@|@i*<|HA֜A+ @f@eMoAA\ ?{BP9@B@s$g5BB @df@30mB AM ?{BP9@=i@nwZ1HA6A/ @@nj[cWBA ?{BP9A8|@nﻍ7[AAl AA[ut AB ? ?{BP9@g@>>0A#,A" @S@Q?N<?A2Al ?{BP9A1A~A}lA?:Aqi A+A,Ҿ\AEPA^ ?{BP9@A! @Ժ7@yBA ?{BP9 @ W@0ABB! @@tAlB=L ?{BP9 @Yr@پAiA^AW @%@{FFB'WBO ?{BP9 @d@KW>B'B ?{BP9 @6@L zvAA @L@OmAA\ ?{BP9@~@QrʯBAAL @E@qoNyB b B2 ?{BP9@Z.@G|hK.ʬB B( @dq@YrQNBXsOB^, ?{BP9@!@{ q*lxAEA@ @aD@*(`wAB'l ?{BP9@W9@V%&AA AcA۾AMA\ ?{BP9@GI@n.SǾMB6BM @`@xΊ.kAq`AG ?{BP9@@ ?%)B)?B @ͯ@Թ"A)B ?{BP9@Z@=/kbA˓{B5f @F@=I7H!BB ?{BP9A $ A$%AO#AYB A2A A`B ?{BP9@@ <=AhzB @@>Zj=#AЯVAr[ ?{BP9@G7@˜K]A3>AeY A@+qzϿAܣA)H XTENSION= 'BINTABLE' / Extension type BITPIX = 8 / Binary data NAXIS = 2 / Table is a matrix NAXIS1 = 124 / Width of table in bytes NAXIS2 = 1 / Number of entries in table PCOUNT = 0 / Random parameter count GCOUNT = 1 / Group count TFIELDS = 8 / Number of fields in each row EXTNAME = 'AIPS UV ' / AIPS table file EXTVER = 1 / Version number of table TFORM1 = '1E ' / FORTRAN format of field 1 TTYPE1 = 'UU---SIN ' / Type (heading) of field 1 TUNIT1 = 'SECONDS ' / physical units of field 1 TSCAL1 = 4.4473896046895E-11 / scale to physical units in field 1 TFORM2 = '1E ' / FORTRAN format of field 2 TTYPE2 = 'VV---SIN ' / Type (heading) of field 2 TUNIT2 = 'SECONDS ' / physical units of field 2 TSCAL2 = 4.4473896046895E-11 / scale to physical units in field 2 TFORM3 = '1E ' / FORTRAN format of field 3 TTYPE3 = 'WW---SIN ' / Type (heading) of field 3 TUNIT3 = 'SECONDS ' / physical units of field 3 TSCAL3 = 4.4473896046895E-11 / scale to physical units in field 3 TFORM4 = '1E ' / FORTRAN format of field 4 TTYPE4 = 'BASELINE ' / Type (heading) of field 4 TUNIT4 = ' ' / physical units of field 4 TFORM5 = '1E ' / FORTRAN format of field 5 TTYPE5 = 'DATE ' / Type (heading) of field 5 TUNIT5 = 'DAYS ' / physical units of field 5 TZERO5 = 2.4457115000000E+06 / offset to physical units in field 5 TFORM6 = '1E ' / FORTRAN format of field 6 TTYPE6 = 'SOURCE ' / Type (heading) of field 6 TUNIT6 = ' ' / physical units of field 6 TFORM7 = '1E ' / FORTRAN format of field 7 TTYPE7 = 'FREQSEL ' / Type (heading) of field 7 TUNIT7 = ' ' / physical units of field 7 TFORM8 = '24E ' / FORTRAN format of field 8 TTYPE8 = 'VISIBILITIES ' / Type (heading) of field 8 TUNIT8 = 'JY ' / physical units of field 8 TDIM8 = '(3,4,2,1,1,1)' 1CTYP8 = 'COMPLEX ' / 1=real,2=imag,3=weight 1CRVL8 = 1.00000000000E+00 / 1CDLT8 = 1.000000000E+00 / 1CRPX8 = 1.000000000E+00 / 1CROT8 = 0.000000000E+00 / 2CTYP8 = 'STOKES ' / -1=RR, -2=LL, -3=RL, -4=LR 2CRVL8 = -1.00000000000E+00 / 2CDLT8 = -1.000000000E+00 / 2CRPX8 = 1.000000000E+00 / 2CROT8 = 0.000000000E+00 / 3CTYP8 = 'IF ' / Freq. group no. in CH table 3CRVL8 = 1.00000000000E+00 / 3CDLT8 = 1.000000000E+00 / 3CRPX8 = 1.000000000E+00 / 3CROT8 = 0.000000000E+00 / 4CTYP8 = 'FREQ ' / Frequency in Hz. 4CRVL8 = 2.24850999999E+10 / 4CDLT8 = 5.000000000E+07 / 4CRPX8 = 1.000000000E+00 / 4CROT8 = 0.000000000E+00 / 5CTYP8 = 'RA ' / Right Ascension in deg. 5CRVL8 = 0.00000000000E+00 / 5CDLT8 = 1.000000000E+00 / 5CRPX8 = 1.000000000E+00 / 5CROT8 = 0.000000000E+00 / 6CTYP8 = 'DEC ' / Declination in deg. 6CRVL8 = 0.00000000000E+00 / 6CDLT8 = 1.000000000E+00 / 6CRPX8 = 1.000000000E+00 / 6CROT8 = 0.000000000E+00 / OBJECT = 'MULTI ' / Source name TELESCOP= 'VLA ' / INSTRUME= 'VLA ' / OBSERVER= 'AA99 ' / DATE-OBS= '1984-01-12' / Obs start date YYYY-MM-DD DATE-MAP= '2009-10-14' / Last processing date YYYY-MM-DD BSCALE = 1.00000000000E+00 / REAL = TAPE * BSCALE + BZERO BZERO = 0.00000000000E+00 / BUNIT = 'UNCALIB ' / Units of flux EPOCH = 2.000000000E+03 / Epoch of RA DEC BLANK = -1 / IEEE not-a-number for blanked pixels ALTRPIX = 1.000000000E+00 / Altenate FREQ/VEL ref pixel HISTORY AIPS SORT ORDER = 'TB' / Where T means TIME (IAT) / Where B means BASELINE NUM HISTORY AIPS IMNAME='19840112 ' IMCLASS='TASAV ' IMSEQ= 1 / HISTORY AIPS USERNO=22109 / HISTORY AIPS IPIECE= 1 NPIECE= 1 / piece number HISTORY AIPS FIRSTVIS= 1 / first vis # HISTORY AIPS LASTVIS = 1 / last vis # END its of field 8 TDIM8 = '(3,4,2,1,1,1)' 1CTYP8 = 'COMPLEX ' / 1=real,2=imag,3=weight 1CRVL8 = 1.00000000000E+00 / 1CDLT8 = 1.000000000E+00 / 1CRPX8 = 1.000000000E+00 / 1CROT8 = 0.000000000E+00 / 2CTYP8 = 'STOKES ' / -1=RR, -2=LL, -3=RL, -4=LR 2CRVL8 = -1.00000000000E+00 / 2CDLT8 = -1.000000000E+00 / 2CRPX8 = 1.000000000E+00 / 2CROT8 = 0.000000000E+00 / 3CTYP8 = 'IF ' / Freq. group no. in CH table 3CRVL8 = 1.00000000000E+00 / 3CDLT8 = 1.000000000E+00 / 3CRPX8 = 1.000000000E+00 / 3CROT8 = 0.000000000E+00 / 4CTYP8 = 'FREQ ' / Frequency in Hz. 4CRVL8 = 2.24850999999E+10 / 4CDLT8 = 5.000000000E+07 / 4CRPX8 = 1.000000000E+00 / 4CROT8 = 0.000000000E+00 / 5CTYP8 = 'RA ' / Right Ascension in deg. 5CRVL8 = 0.00000000000E+00 / 5CDLT8 = 1.000000000E+00 / 5CRPX8 = 1.000000000E+00 / 5CROT8 = 0.000000000E+00 / 6CTYP8 = 'DEC ' / Declination in deg. 6CRVL8 = 0.00000000000E+00 / 6CDLT8 = 1.000000000E+00 / 6CRPX8 = 1.000000000E+00 / 6CROT8 = 0.000000000E+00 / OBJECT = 'MULTI ' / Source name TELESCOP= 'VLA ' /