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"status": {"type": "blank", "message": "not processed"}, "user_warning": false, "last_modified": null, "last_processing_time_seconds": null}, {"task_name": "Generate thumbnail SED local", "status": {"type": "blank", "message": "not processed"}, "user_warning": false, "last_modified": null, "last_processing_time_seconds": null}, {"task_name": "Generate thumbnail SED global", "status": {"type": "blank", "message": "not processed"}, "user_warning": false, "last_modified": null, "last_processing_time_seconds": null}, {"task_name": "Generate thumbnail", "status": {"type": "success", "message": "processed"}, "user_warning": false, "last_modified": "2026-01-13T01:33:04.549239+00:00", "last_processing_time_seconds": 0.36}]}cutouts/2MASS/2MASS_H.fits0000644000000000000000000012430000000000000012263 0ustar00SIMPLE = T BITPIX = -32 NAXIS = 2 / # of Axes NAXIS1 = 86 NAXIS2 = 90 EXTEND = T / TAPE MAY HAVE STANDARD FITS EXTENSIONS BLOCKED = T / TAPE MAY BE BLOCKED IN MULTIPLES OF 2880 ORDATE = '990602 ' / Observation Ref Date (yymmdd) DAYNUM = '0824 ' / Observation Day Num FN_PRFX = 'h0824036' / .rdo and .par filename prefix TYPE = 'sci ' / Scan type: dar flt sci cal tst SCANNO = 36 / Scan Number SCANDIR = 's ' / Scan Direction: n, s, - COMMENT (OV) STRIP_ID= 322733 / Strip ID (OV) POSITNID= 's481411 ' / Position ID (OV) ORIGIN = '2MASS ' / 2MASS Survey Camera CTYPE1 = 'RA---SIN' / Right ascension, orthographic/synthesis projectCTYPE2 = 'DEC--SIN' / Declination, orthographic/synthesis projection CRPIX1 = 256.5 / Pixel coordinate of reference point CRPIX2 = 512.5 / Pixel coordinate of reference point CRVAL1 = 212.8794266 / [deg] Coordinate value at reference point CRVAL2 = -50.14479831 / [deg] Coordinate value at reference point CROTA2 = -0.008118909588 / Image Twist +AXIS2 W of N, J2000 (deg) CDELT1 = -0.0002777777845 / [deg] Coordinate increment at reference point CDELT2 = 0.0002777777845 / [deg] Coordinate increment at reference point USXREF = -256.5 / U-scan X at Grid (0,0) USYREF = -8935. / U-scan Y at Grid (0,0) SKYVAL = 477.4331055 / GFIND Sky Estimate SKYSIG = 1.168670654 / Grid Noise Estimate MAGZP = 20.4539 / Calibrated zero point from CALMAN CALID = ' y lf 0 Nov 12 2001'/ Calibration descriptors from CALMAN SEESH = 0.9400 / Seeing shape parameter from SEEMAN DXFS = -0.4899843037 / Cross-scan Frame Step (arcsec) DYFS = -82.34524536 / In-scan Frame Step (arcsec) PIXNAM = 'nl.pixphot - v 011003s' QT0227 = 475.2490234 / 2.27 Percentile QT0668 = 475.8347168 / 6.68 Percentile QT1586 = 476.4085388 / 15.86 Percentile QT3085 = 476.9815369 / 30.85 Percentile QT5000 = 477.5772095 / 50.00 Percentile QT6914 = 478.1998901 / 69.14 Percentile QT8413 = 478.9024353 / 84.13 Percentile QT9331 = 479.9592896 / 93.31 Percentile QT9772 = 484.1635132 / 97.72 Percentile BASE = 6 / Pixel Dwell (microsec) WAVEF_P = '2masss.scn' / Secondary waveform data file TIMER0 = 52 / Read1 time (millisecs) TIMER1 = 1298 / Read2-Read1 time (millisecs) TIMER2 = 51 / Secondary settling time (millisecs) ICSVERSN= '990506 ' / ICS script pgm Version (yymmdd) SCHEDVER= '981228 ' / Scheduler pgm Version (yymmdd) SCRIPTFN= 'survey.sct' / Script template filename SCRPTVER= '980223 ' / Script template filename Versn (yymmdd) UT_OFF1 = 7.427007299270E-01 / UT Offset (IC),SOS to frm#1 Cntr (secs) XS_OFF1 = 1.280000000000E+00 / X-Scan Offset (IN),SOS to f#1 RA Cntr (ASec) IS_OFF1 = -3.653700000000E+02 / In-Scan Offset (IN),SOS to f#1 Dec Cntr(ASec)XS_OFF2 = 1.060000000000E+00 / X-Scan Offset(IN),EOS to End Frm RA Ctr(ASec)IS_OFF2 = 1.236100000000E+02 / In-Scan Offset(IN),EOS to End Frm Dec Ctr(AS)FOCUS = 977 / Focus Setting NUMFRMS = 274 / Total Number of Frames in this Scan SKIPRDOS= 0 / Total Number of SOS junk RDOs skipped (IC) TELNAME = 'CTIO ' / Telescope -30.165/+70.815 lat/lon degs FILTER = 'h ' / Band: j, h, k UT_DATE = '990602 ' / UT Date of Frame (IC) (yymmdd) UT = '01:39:04.25' / Time of Frame (IC) (sxgsml) AMASS_FC= 1.07494497E+00 / Airmass (aprox) at this Frame (IC) (unitless)GRP2_SOS= 'SOS ' / Bgn Group#2 .par params at SOS DATE_SOS= '990602 ' / Date at SOS (yymmdd) EQUINOX = 2.000000000000E+03 / [yr] Equinox of equatorial coordinates AM_SOS = 1.05999994E+00 / Airmass at SOS (unitless) ZD_SOS = 1.91000004E+01 / Zenith Distance at SOS (degs) HA_SOS = '-00:37:50.00' / Hour Angle at SOS (sxgsml) UT_SOS = '01:36:32.00' / Scan Reference UT (SOS) (sxgsml) ST_SOS = '13:33:39.00' / Sidereal time at SOS (sxgsml) RA_SOS = '14:11:31.40' / Scan Reference RA at SOS ,epoch 2000 (sxgsml)DEC_SOS = '-47:42:15.9' / Scan Reference Dec at SOS,epoch 2000 (sxgsml)WSPD_SOS= 0 / Wind Speed at SOS, see WARNING below WDIR_SOS= 0 / Wind Direction at SOS, see WARNING below HUM_SOS = 18 / Humidity at SOS, 0-100% SEE_SOS = 0.00000000E+00 / Seeing at SOS, see WARNING below BAR_SOS = 2.98999996E+01 / Barometer at SOS (inches of Hg) AIRT_SOS= 1.41999998E+01 / Air temperature at SOS, degs Celsius TELT_SOS= 1.33999996E+01 / Telescope Temp at SOS, degs Celsius ARYT_SOS= -1.90000000E+02 / Temperature of array, see WARNING below GRP2_EOS= 'EOS ' / Bgn Group#2 .par params at EOS DATE_EOS= '990602 ' / Date at EOS (yymmdd) AM_EOS = 1.10000002E+00 / Airmass at EOS (unitless) ZD_EOS = 2.47000008E+01 / Zenith Distance at EOS (degs) HA_EOS = '-00:31:02.00' / Hour Angle at EOS (sxgsml) UT_EOS = '01:43:19.00' / UT at EOS (sxgsml) ST_EOS = '13:40:28.00' / ST at EOS (sxgsml) RA_EOS = '14:11:31.34' / RA at EOS, epoch 2000 (sxgsml) DEC_EOS = '-54:05:15.6' / Dec at EOS, epoch 2000 (sxgsml) WSPD_EOS= 0 / Wind Speed at SOS, see WARNING below WDIR_EOS= 0 / Wind Direction at EOS, see WARNING below HUM_EOS = 17 / Humidity at EOS, 0-100% SEE_EOS = 0.00000000E+00 / Seeing at EOS, see WARNING below BAR_EOS = 2.98999996E+01 / Barometer at EOS (inches of Hg) AIRT_EOS= 1.41000004E+01 / Air temperature at EOS, degs Celsius TELT_EOS= 1.33000002E+01 / Telescope Temp at EOS, degs Celsius ARYT_EOS= -1.90000000E+02 / Temperature of array, see WARNING below COMMENT *** WARNING *** indicated parameter not measured, dummy only COMMENT src keys: (IK)=IPAC Konstant; (IC)=IPAC cmptd; (IN)=IPAC namelist COMMENT (OV)=Obsrvtry .par file variable COMMENT Group 2 parms are ALL from the Obs .par file COMMENT non-Group 2 parms w/o (xx) are usually fm Obs RF_NLID = 'norot sat s 980730' / Rdframe namelist version id WCSAXES = 2 / Number of coordinate axes PC1_1 = 0.99999998996031 / Coordinate transformation matrix element PC1_2 = -0.00014170170350812 / Coordinate transformation matrix element PC2_1 = 0.00014170170350812 / Coordinate transformation matrix element PC2_2 = 0.99999998996031 / Coordinate transformation matrix element CUNIT1 = 'deg' / Units of coordinate increment and value CUNIT2 = 'deg' / Units of coordinate increment and value LONPOLE = 180.0 / [deg] Native longitude of celestial pole LATPOLE = -50.14479831 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time RADESYS = 'FK5' / Equatorial coordinate system HISTORY * Rdframe version= 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_ltթTQU|EQMTU7LQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;khQ.;kh#J٢8溢|cutouts/2MASS/2MASS_J.fits0000644000000000000000000012430000000000000012265 0ustar00SIMPLE = T BITPIX = -32 NAXIS = 2 / # of Axes NAXIS1 = 86 NAXIS2 = 90 EXTEND = T / TAPE MAY HAVE STANDARD FITS EXTENSIONS BLOCKED = T / TAPE MAY BE BLOCKED IN MULTIPLES OF 2880 ORDATE = '990602 ' / Observation Ref Date (yymmdd) DAYNUM = '0824 ' / Observation Day Num FN_PRFX = 'j0824036' / .rdo and .par filename prefix TYPE = 'sci ' / Scan type: dar flt sci cal tst SCANNO = 36 / Scan Number SCANDIR = 's ' / Scan Direction: n, s, - COMMENT (OV) STRIP_ID= 322733 / Strip ID (OV) POSITNID= 's481411 ' / Position ID (OV) ORIGIN = '2MASS ' / 2MASS Survey Camera CTYPE1 = 'RA---SIN' / Right ascension, orthographic/synthesis projectCTYPE2 = 'DEC--SIN' / Declination, orthographic/synthesis projection CRPIX1 = 256.5 / Pixel coordinate of reference point CRPIX2 = 512.5 / Pixel coordinate of reference point CRVAL1 = 212.8794266 / [deg] Coordinate value at reference point CRVAL2 = -50.14479831 / [deg] Coordinate value at reference point CROTA2 = -0.008118909588 / Image Twist +AXIS2 W of N, J2000 (deg) CDELT1 = -0.0002777777845 / [deg] Coordinate increment at reference point CDELT2 = 0.0002777777845 / [deg] Coordinate increment at reference point USXREF = -256.5 / U-scan X at Grid (0,0) USYREF = -8935. / U-scan Y at Grid (0,0) SKYVAL = 104.099823 / GFIND Sky Estimate SKYSIG = 0.7053604126 / Grid Noise Estimate MAGZP = 20.8832 / Calibrated zero point from CALMAN CALID = 'y pw 0 Nov 12 2001 '/ Calibration descriptors from CALMAN SEESH = 0.9400 / Seeing shape parameter from SEEMAN DXFS = -0.4495793283 / Cross-scan Frame Step (arcsec) DYFS = -82.34463501 / In-scan Frame Step (arcsec) PIXNAM = 'nl.pixphot - v 011003s' QT0227 = 102.9357758 / 2.27 Percentile QT0668 = 103.2722626 / 6.68 Percentile QT1586 = 103.5991669 / 15.86 Percentile QT3085 = 103.9441071 / 30.85 Percentile QT5000 = 104.3045273 / 50.00 Percentile QT6914 = 104.7078857 / 69.14 Percentile QT8413 = 105.2310944 / 84.13 Percentile QT9331 = 106.2728043 / 93.31 Percentile QT9772 = 110.506897 / 97.72 Percentile BASE = 6 / Pixel Dwell (microsec) WAVEF_P = '2masss.scn' / Secondary waveform data file TIMER0 = 52 / Read1 time (millisecs) TIMER1 = 1298 / Read2-Read1 time (millisecs) TIMER2 = 51 / Secondary settling time (millisecs) ICSVERSN= '990506 ' / ICS script pgm Version (yymmdd) SCHEDVER= '981228 ' / Scheduler pgm Version (yymmdd) SCRIPTFN= 'survey.sct' / Script template filename SCRPTVER= '980223 ' / Script template filename Versn (yymmdd) UT_OFF1 = 7.427007299270E-01 / UT Offset (IC),SOS to frm#1 Cntr (secs) XS_OFF1 = 1.280000000000E+00 / X-Scan Offset (IN),SOS to f#1 RA Cntr (ASec) IS_OFF1 = -3.653700000000E+02 / In-Scan Offset (IN),SOS to f#1 Dec Cntr(ASec)XS_OFF2 = 1.060000000000E+00 / X-Scan Offset(IN),EOS to End Frm RA Ctr(ASec)IS_OFF2 = 1.236100000000E+02 / In-Scan Offset(IN),EOS to End Frm Dec Ctr(AS)FOCUS = 977 / Focus Setting NUMFRMS = 274 / Total Number of Frames in this Scan SKIPRDOS= 0 / Total Number of SOS junk RDOs skipped (IC) TELNAME = 'CTIO ' / Telescope -30.165/+70.815 lat/lon degs FILTER = 'j ' / Band: j, h, k UT_DATE = '990602 ' / UT Date of Frame (IC) (yymmdd) UT = '01:39:04.25' / Time of Frame (IC) (sxgsml) AMASS_FC= 1.07494497E+00 / Airmass (aprox) at this Frame (IC) (unitless)GRP2_SOS= 'SOS ' / Bgn Group#2 .par params at SOS DATE_SOS= '990602 ' / Date at SOS (yymmdd) EQUINOX = 2.000000000000E+03 / [yr] Equinox of equatorial coordinates AM_SOS = 1.05999994E+00 / Airmass at SOS (unitless) ZD_SOS = 1.91000004E+01 / Zenith Distance at SOS (degs) HA_SOS = '-00:37:50.00' / Hour Angle at SOS (sxgsml) UT_SOS = '01:36:32.00' / Scan Reference UT (SOS) (sxgsml) ST_SOS = '13:33:39.00' / Sidereal time at SOS (sxgsml) RA_SOS = '14:11:31.40' / Scan Reference RA at SOS ,epoch 2000 (sxgsml)DEC_SOS = '-47:42:15.9' / Scan Reference Dec at SOS,epoch 2000 (sxgsml)WSPD_SOS= 0 / Wind Speed at SOS, see WARNING below WDIR_SOS= 0 / Wind Direction at SOS, see WARNING below HUM_SOS = 18 / Humidity at SOS, 0-100% SEE_SOS = 0.00000000E+00 / Seeing at SOS, see WARNING below BAR_SOS = 2.98999996E+01 / Barometer at SOS (inches of Hg) AIRT_SOS= 1.41999998E+01 / Air temperature at SOS, degs Celsius TELT_SOS= 1.33999996E+01 / Telescope Temp at SOS, degs Celsius ARYT_SOS= -1.90000000E+02 / Temperature of array, see WARNING below GRP2_EOS= 'EOS ' / Bgn Group#2 .par params at EOS DATE_EOS= '990602 ' / Date at EOS (yymmdd) AM_EOS = 1.10000002E+00 / Airmass at EOS (unitless) ZD_EOS = 2.47000008E+01 / Zenith Distance at EOS (degs) HA_EOS = '-00:31:02.00' / Hour Angle at EOS (sxgsml) UT_EOS = '01:43:19.00' / UT at EOS (sxgsml) ST_EOS = '13:40:28.00' / ST at EOS (sxgsml) RA_EOS = '14:11:31.34' / RA at EOS, epoch 2000 (sxgsml) DEC_EOS = '-54:05:15.6' / Dec at EOS, epoch 2000 (sxgsml) WSPD_EOS= 0 / Wind Speed at SOS, see WARNING below WDIR_EOS= 0 / Wind Direction at EOS, see WARNING below HUM_EOS = 17 / Humidity at EOS, 0-100% SEE_EOS = 0.00000000E+00 / Seeing at EOS, see WARNING below BAR_EOS = 2.98999996E+01 / Barometer at EOS (inches of Hg) AIRT_EOS= 1.41000004E+01 / Air temperature at EOS, degs Celsius TELT_EOS= 1.33000002E+01 / Telescope Temp at EOS, degs Celsius ARYT_EOS= -1.90000000E+02 / Temperature of array, see WARNING below COMMENT *** WARNING *** indicated parameter not measured, dummy only COMMENT src keys: (IK)=IPAC Konstant; (IC)=IPAC cmptd; (IN)=IPAC namelist COMMENT (OV)=Obsrvtry .par file variable COMMENT Group 2 parms are ALL from the Obs .par file COMMENT non-Group 2 parms w/o (xx) are usually fm Obs RF_NLID = 'norot sat s 980730' / Rdframe namelist version id WCSAXES = 2 / Number of coordinate axes PC1_1 = 0.99999998996031 / Coordinate transformation matrix element PC1_2 = -0.00014170170350812 / Coordinate transformation matrix element PC2_1 = 0.00014170170350812 / Coordinate transformation matrix element PC2_2 = 0.99999998996031 / Coordinate transformation matrix element CUNIT1 = 'deg' / Units of coordinate increment and value CUNIT2 = 'deg' / Units of coordinate increment and value LONPOLE = 180.0 / [deg] Native longitude of celestial pole LATPOLE = -50.14479831 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time RADESYS = 'FK5' / Equatorial coordinate system HISTORY * Rdframe version= 980423 jhw. 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(http://pdl.perl.org) BITPIX = -32 / number of bits per data pixel NAXIS = 2 / number of data axes NAXIS1 = 100 / length of data axis 1 NAXIS2 = 100 / length of data axis 2 EXTEND = T / FITS dataset may contain extensions BUNIT = 'DN ' / image pixel units COMMENT FITS (Flexible Image Transport System) format is defined in 'AstronomyCOMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H CRVAL1 = 213.676380 / [deg] Coordinate value at reference point CRVAL2 = -49.976667 / [deg] Coordinate value at reference point EQUINOX = 2000.0 / [yr] Equinox of equatorial coordinates CTYPE1 = 'RA---SIN' / Right ascension, orthographic/synthesis projectCTYPE2 = 'DEC--SIN' / Declination, orthographic/synthesis projection CRPIX1 = -1123.0 / Pixel coordinate of reference point CRPIX2 = 839.0 / Pixel coordinate of reference point CDELT1 = -0.0003819444391411 / [deg] Coordinate increment at reference point CDELT2 = 0.0003819444391411 / [deg] Coordinate increment at reference point CROTA2 = 0.000000 / Image twist: +axis2 W of N, J2000.0 (deg) HISTORY AWAIC: A WISE Astronomical Image Coadder; Vsn 5.1 BITMASK = 405273647 / Fatal bitstring mask template WRELEASE= 'release-v6.0' / WSDS s/w release tag FILETYPE= 'intensity image' / product description ORIGIN = 'WISE Science Data Center, IPAC, Caltech' / origin of image data FCREATE = '2013-07-21T03:47:34.000Z' / WSDC file creation date/time (UTC) DATEOBS1= '2010-02-05T17:42:22.665' / obs. date/time of earliest frame (UTC) DATEOBS2= '2010-08-08T22:22:48.599' / obs. date/time of latest frame (UTC) MIDOBS = '2010-02-11T00:44:55.919' / obs. date/time of middle frame (UTC) TELESCOP= 'WISE ' / telescope used to acquire data BAND = 1 / wavelength band number WAVELEN = 3.368 / [microns] effective wavelength of band COADDID = '2136m500_ac51' / atlas-image identifier NUMFRMS = 314 / final number of frames touching footprint MOONREJ = 0 / number of frames rejected due to moon-glow MOONINP = 0 / initial number of frames with suspect moon-glowMAGZP = 20.5 / [mag] relative photometric zero point MAGZPUNC= 0.006 / [mag] 1-sigma uncertainty in zero point SIZEX = 1.564444 / [deg] linear dimension along axis 1 SIZEY = 1.564444 / [deg] linear dimension along axis 2 PXSCAL1 = 1.375 / [asec/pix] scale at CRPIX1,CRPIX2 for axis1 PXSCAL2 = 1.375 / [asec/pix] scale at CRPIX1,CRPIX2 for axis2 MEDINT = 4.45650005340576 / [DN] median of intensity pixels MEDCOV = 29.833984375 / [pixels] median depth-of-coverage MINCOV = 0.382965087890625 / [pixels] minimum depth-of-coverage MAXCOV = 36.2890625 / [pixels] maximum depth-of-coverage LOWCOVPC= 0.00260003190406121 / [%] area of footprint with depth <= 4 pixels LOWCOPC = 0.00412665614130816 / [%] area of footprint with depth <= 6 pixels NOMCOVPC= 0.00555190298780042 / [%] area of footprint with depth <= 8 pixels PCTMINC = 0 / [%] area of internal outlier tile <= 4 pix deepROBSIG = 0.125028354688208 / [DN] robust spatial sigma at MEDCOV +/- 0.25 PIXCHIS1= 2.84731413529541 / ratio ROBSIG/(median unc) at MEDCOV +/- 0.25 PIXCHIS2= 2.91908024682806 / ratio ROBSIG/(modal unc) at MEDCOV +/- 0.25 MEDNMSK = 13245 / median number of pixels masked per frame RANDSEED= -999 / random seed for outlier step [-999=>not used] ELON = 229.732505171105 / [deg] Ecliptic longitude at image center ELAT = -34.1073099820267 / [deg] Ecliptic latitude at image center GLON = 316.381900729072 / [deg] Galactic longitude at image center GLAT = 10.7080750139983 / [deg] Galactic latitude at image center MOONMASK= '/wise/fops/ref/coadd/wise-w1-moonmask.fits' / Moon mask - = '2136m500_ac51-w1-int-3.fits' / atlas image (coadd) filename FLXWTNUM= 6495 / number of sources used to compute centroids FLXWTDX = -0.0066266 / [arcsec] mdex - flux-weighted centroid along X FLXWTUDX= 0.0052828 / [arcsec] 1-sigma uncertainty in flxwtdx FLXWTSDX= 1.2543618 / signal-to-noise ratio in flxwtdx FLXWTDY = 0.0446005 / [arcsec] mdex - flux-weighted centroid along Y FLXWTUDY= 0.0051406 / [arcsec] 1-sigma 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extensions BUNIT = 'DN ' / image pixel units COMMENT FITS (Flexible Image Transport System) format is defined in 'AstronomyCOMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H CRVAL1 = 213.676380 / [deg] Coordinate value at reference point CRVAL2 = -49.976667 / [deg] Coordinate value at reference point EQUINOX = 2000.0 / [yr] Equinox of equatorial coordinates CTYPE1 = 'RA---SIN' / Right ascension, orthographic/synthesis projectCTYPE2 = 'DEC--SIN' / Declination, orthographic/synthesis projection CRPIX1 = -1123.0 / Pixel coordinate of reference point CRPIX2 = 839.0 / Pixel coordinate of reference point CDELT1 = -0.0003819444391411 / [deg] Coordinate increment at reference point CDELT2 = 0.0003819444391411 / [deg] Coordinate increment at reference point CROTA2 = 0.000000 / Image twist: +axis2 W of N, J2000.0 (deg) HISTORY AWAIC: A WISE Astronomical Image Coadder; Vsn 5.1 BITMASK = 405273647 / Fatal bitstring mask template WRELEASE= 'release-v6.0' / WSDS s/w release tag FILETYPE= 'intensity image' / product description ORIGIN = 'WISE Science Data Center, IPAC, Caltech' / origin of image data FCREATE = '2013-07-21T05:29:30.000Z' / WSDC file creation date/time (UTC) DATEOBS1= '2010-02-05T17:42:22.665' / obs. date/time of earliest frame (UTC) DATEOBS2= '2010-08-08T22:22:48.599' / obs. date/time of latest frame (UTC) MIDOBS = '2010-02-11T00:44:55.919' / obs. date/time of middle frame (UTC) TELESCOP= 'WISE ' / telescope used to acquire data BAND = 2 / wavelength band number WAVELEN = 4.618 / [microns] effective wavelength of band COADDID = '2136m500_ac51' / atlas-image identifier NUMFRMS = 314 / final number of frames touching footprint MOONREJ = 0 / number of frames rejected due to moon-glow MOONINP = 0 / initial number of frames with suspect moon-glowMAGZP = 19.5 / [mag] relative photometric zero point MAGZPUNC= 0.007 / [mag] 1-sigma uncertainty in zero point SIZEX = 1.564444 / [deg] linear dimension along axis 1 SIZEY = 1.564444 / [deg] linear dimension along axis 2 PXSCAL1 = 1.375 / [asec/pix] scale at CRPIX1,CRPIX2 for axis1 PXSCAL2 = 1.375 / [asec/pix] scale at CRPIX1,CRPIX2 for axis2 MEDINT = 8.4251594543457 / [DN] median of intensity pixels MEDCOV = 30.068359375 / [pixels] median depth-of-coverage MINCOV = 1.4302978515625 / [pixels] minimum depth-of-coverage MAXCOV = 36.765625 / [pixels] maximum depth-of-coverage LOWCOVPC= 0.000506886953773401 / [%] area of footprint with depth <= 4 pixels LOWCOPC = 0.000906433140865375 / [%] area of footprint with depth <= 6 pixels NOMCOVPC= 0.00140735671871203 / [%] area of footprint with depth <= 8 pixels PCTMINC = 0 / [%] area of internal outlier tile <= 4 pix deepROBSIG = 0.0831008734967996 / [DN] robust spatial sigma at MEDCOV +/- 0.25 PIXCHIS1= 1.74400731582299 / ratio ROBSIG/(median unc) at MEDCOV +/- 0.25 PIXCHIS2= 1.75680607918912 / ratio ROBSIG/(modal unc) at MEDCOV +/- 0.25 MEDNMSK = 14414 / median number of pixels masked per frame RANDSEED= -999 / random seed for outlier step [-999=>not used] ELON = 229.732505171105 / [deg] Ecliptic longitude at image center ELAT = -34.1073099820267 / [deg] Ecliptic latitude at image center GLON = 316.381900729072 / [deg] Galactic longitude at image center GLAT = 10.7080750139983 / [deg] Galactic latitude at image center MOONMASK= '/wise/fops/ref/coadd/wise-w2-moonmask.fits' / Moon mask - = '2136m500_ac51-w2-int-3.fits' / atlas image (coadd) filename FLXWTNUM= 4725 / number of sources used to compute centroids FLXWTDX = -0.0343075 / [arcsec] mdex - flux-weighted centroid along X FLXWTUDX= 0.0053285 / [arcsec] 1-sigma uncertainty in flxwtdx FLXWTSDX= 6.4384662 / signal-to-noise ratio in flxwtdx FLXWTDY = 0.0350948 / [arcsec] mdex - flux-weighted centroid along Y FLXWTUDY= 0.005062 / [arcsec] 1-sigma uncertainty in flxwtdy FLXWTSDY= 6.9329884 / signal-to-noise ratio in flxwtdy WCSAXES = 2 / Number of coordinate axes CUNIT1 = 'deg' / Units of coordinate increment and value CUNIT2 = 'deg' / Units of coordinate 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AA8&AߏAkA AAwAyVAXA[rAfAgAA9~A2AA*A0AGAdEAAbA AAXAA kVA (AfAAfA4A ~_A AtA AAA A tAAAAVAAA0AXAAAAAA-fAAwA AQAA6LAwAQAi,AA. AA-AȽArAbAA`AA‰ArAAAHqAíA^AA$ApAFA6ANA|A AAl>AA9AhAAAAAGAAAA8ApbAAAMAA`AAAGA#AA^AA:A-A;AA A /A ;A A AAVA&A8!AOAgA|A3AAk̒APA6A"A) A ACA3A>AArAB{AAFA.AAAAA;AyAAAAAdAlAa4AGA9nAFA[AIAAA!A'BAA6AjAAAA\AA^AZ;AGA?rAeAXA[AAbA A ZA A Aj AfA4A:AAOfA|ANANAqA_A.not used] FRC8P8ET= 1 / fraction of NUMFRMS with exptime=8.8 sec FRC4P4ET= 0 / fraction of NUMFRMS with exptime=4.4 sec FRC2P2ET= 0 / fraction of NUMFRMS with exptime=2.2 sec FRC1P1ET= 0 / fraction of NUMFRMS with exptime=1.1 sec ELON = 229.732505171105 / [deg] Ecliptic longitude at image center ELAT = -34.1073099820267 / [deg] Ecliptic latitude at image center GLON = 316.381900729072 / [deg] Galactic longitude at image center GLAT = 10.7080750139983 / [deg] Galactic latitude at image center MOONMASK= '/wise/fops/ref/coadd/wise-w3-moonmask.fits' / Moon mask - = '2136m500_ac51-w3-int-3.fits' / atlas image (coadd) filename FLXWTNUM= 766 / number of sources used to compute centroids FLXWTDX = 0.0859447 / [arcsec] mdex - flux-weighted centroid along X FLXWTUDX= 0.0156473 / [arcsec] 1-sigma uncertainty in flxwtdx FLXWTSDX= 5.4926239 / signal-to-noise ratio in flxwtdx FLXWTDY = 0.262586 / [arcsec] mdex - flux-weighted centroid along Y FLXWTUDY= 0.0152743 / [arcsec] 1-sigma uncertainty in flxwtdy FLXWTSDY= 17.1913755 / signal-to-noise ratio in flxwtdy WCSAXES = 2 / Number of coordinate axes CUNIT1 = 'deg' / Units of coordinate increment and value CUNIT2 = 'deg' / Units of coordinate increment and value LONPOLE = 180.0 / [deg] Native longitude of celestial pole LATPOLE = -49.976667 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time RADESYS = 'FK5' / Equatorial coordinate system EXPTIME = 147.092 END C̜DC̗!C̡C̳C;CC)C ,C2jCGCICDCCC;C-aC%mC(C4CECDC>C8CCVCZCXCYfCPC?C2C,C,TC6tC!C+CCC,CJ>CkMĊLC̬CCC C:C.C>CC̪C̐ĈC̐vC̻CC!CC)C*CkCC*CC"C̳C̙eCrCNCBCHCW]CwC̡CMC CfC9C]C̓CCͤ|C'CCSC!CC@C͌COC/lCCaCC'sCBC^CaXCNaC3CC C6C &CCCֵC CC8C8CCSCQCaCCC8C$CC/C!CCC̞C̅CcC=C&BC4C@CT(Cv_C̝kC̿CeC_C*CSC͇ACsCdCKBCo(C_C CRCTCNC8%CCwC CfC/]CEqCHC@4C5C+.C'C"dC6CC`CGC,CCCPCCC{C sCC>CBCCC C CNCCC:C,CwC8C̒CfCEC1;C)C#C$C#1CC*C>CNC`Co@CxC̖C CC&MC4C'\C ACCCC̷C̽CCCCCrCaCCC̬C̒CtCQnC0C"~C2C>CQCrC̕AC̳3C+CC CN?C͇xCCCjC΍CtC'C̐ĆeCTnC=C!CCgCC( C:C=C6C,C"CCC3CڿCCCCCfCCCCCDC C )CC 6CCCCCICxCCC1CC̠C|CZC?{C/7C"CC!"C!~C!C1eCLCd4C{@C̊C̎WC̣C}CCC C C^C1CCCψCCRC4C:CCCaCC&C̢PC̀5C_C?DC'hC%CNCV CdCWC̚C̲CCC#CQ}C͋|CC#"CrCΒCwQC,CjC͌iC_CC>C C:C̡C̡C̨JC̻eCC}CC%CTC{2CͧCMCCInCaCS|C)CCʹ[C̈́CZC-C CDC C$ C;C@7C2C CCCȉC̵C̯C̷dCCCxC C=CCCķCkCCkCCC CEHCCiCSCͥCzCNC$|CCC CbCCC@CC;CіCτCCoCSCoCDCCCyC~C]CaCNCCCCjC,CCCCoCGCOCCClCC̿C̿CC̳cC̛ CxCj'CcLCiCrC̀C̕ C̢xC̹C܅CCC"C8C[C̓ZC͎C͂sCbC5lC3CCCCFCC6CCC'CeC̰C̒C~CCC#CVC)_C:fCOBCzCͮnCDCC+C?CQChuCxCqCECCͼeC͍@Ca}C4 C CCqC C CICGC͵CCWC_CCCC CkC$LCCCCCCRC|C^C4CCCCCC"CCFCCFCCCƟC:C!CC̨SC̍Cz`Cu`CyC~,C̄ C̑C̗ÇTCÀCaCOC wCDCnC͕C͟}C͓jCsCEcCCcChC C3CCCCyCCگCyC̥FC̑`CCCMC_C.CBC^C͒$CPCbCP5CqCΉC΢HCοC CC΍C0C!C͝CmC>CCHC C CC C׉CXC&CCtCCC CtC C'cCCCCCzCCTCCCCCfCCQCCCC sCC.CCACӤCUC`C̹kC̡1C̐BČ ČC̊C̆C̊C̉C̑fC̨ CC}C`CHCt]C͖pC͝3C͔CxCMC$C CCCC-CCCCCCDC̻ C̭CpCCCC,)CG.Co:CͱC/C[CΤ8CmCLC)CRCdCHCCvCCͲCuCBC.CYCCCCKC_CCUCCCCrC CC CC CCeCC2CC9CCtCACCoCCCC/C CcCC~CCCRCCۋCC̲C̥C̤gC̢C̘C̊PC̄C{C|FČPC̩C2C CDCoC͍C͓C͐C}:CW{C. 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GC}CCCCNkCOhC_tC}C̙'ÇHC̟C̝&C̝C̤C̢ C̜C̓C̐VC̈C̆qC̊,C̚Ç$C̱}C̰C̦C̜KC̑ČC̍C̙C̦C̳C̲C̬C̨C̰qC̲C̺*C̺zC̿C̺C̠C{CjCpC̍C̝"C̊Ch0CR.CSQCdAC̄C̦C CC)C̻CCCCCNCxCCCC̶C̉MC^CAC; CG6Cc CvĈCĊC̕C̟sC̊CVoC"C!C4C,CACK}CWCnĈC̅Ć"CsCiC^CMC2uC CgCdCCJC8C?CQCjC}2C̆C̄RČ_C̕C̟C̝C̚]C̔C̓C̉GĈC̅YC̘C̬C̻xC̻C̱PC̩XC̢ C̜C̘C̛%C̢8C̰C̱C̯iC̬C̵lC̷CtCC4CȎC̭+C̉7C~C̈C̦UC̱C̚CrCXCWClC̔C̿QCC>C=CMCڲCCCC`CCCoC#C̴ C̉CbCEC?UCJACbCsC̃lC̈LC̙C̭C̶C̛CbC0:CsC"C:aCG CLjCVDCm C}+CzjCq:CcC]CVCHbC/CCACCC C'C1CCCUC_CeBChqCy@C̉C̖not used] ELON = 229.732505171105 / [deg] Ecliptic longitude at image center ELAT = -34.1073099820267 / [deg] Ecliptic latitude at image center GLON = 316.381900729072 / [deg] Galactic longitude at image center GLAT = 10.7080750139983 / [deg] Galactic latitude at image center MOONMASK= '/wise/fops/ref/coadd/wise-w4-moonmask.fits' / Moon mask - = '2136m500_ac51-w4-int-3.fits' / atlas image (coadd) filename FLXWTNUM= 75 / number of sources used to compute centroids FLXWTDX = -0.0658138 / [arcsec] mdex - flux-weighted centroid along X 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The HEASARC convention uses the & COMMENT character at the end of each substring which is then continued COMMENT on the next keyword which has the name CONTINUE. CDELT1 = -0.00041666666666667 / [deg] Coordinate increment at reference point CDELT2 = 0.00041666666666667 / [deg] Coordinate increment at reference point EQUINOX = 2000. / [yr] Equinox of equatorial coordinates EPOCH = 2000. CTYPE1 = 'RA---TAN' / Right ascension, gnomonic projection CTYPE2 = 'DEC--TAN' / Declination, gnomonic projection CRPIX1 = -1017.5 / Pixel coordinate of reference point CRPIX2 = 720.5 / Pixel coordinate of reference point CRVAL1 = 213.6710357666 / [deg] Coordinate value at reference point CRVAL2 = -49.998710632324 / [deg] Coordinate value at reference point CROTA2 = 0. BUNIT = ' ' BSCALE = 1. BZERO = 0. BAND = 1 OW = 1 RA_CENT = 213.671035766602 DEC_CENT= -49.9987106323242 TWIST = -999. LEG = 1 MPSNPOS = 12 OBJECT = 'AIS_467_0001_sg77' EXPSTART= 1306136810.995 OBS-DATE= '2011-05-23' TIME-OBS= '07:46:51' PLANID = 14065 TILENUM = 50467 TILE = 'AIS_467 ' TILENAME= 'AIS_467 ' MPSPLAN = 'ais ' MPSTYPE = 'AIS ' MPSPHASE= 'G2 ' SKYGRID = 46100 NHVNOM = 107. NHVNOMN = 107. NHVNOMF = 0. GRELEASE= 'ops-v7_2_1' PHTFIRST= 990172010.995 PHTLAST = 990172106.995 EXPTIME = 96. NGAPS = 1. TOTREAD = 10000000. TOTMAP = 4776258. TOTONMAP= 4440239. RRMED = 60.9609603881836 RRAVE = 60.7384342258009 NASPOK = 97. AVEFDEAD= 0.267008674686165 ASPF0001= '/home/vili/fltops/pipe/02-vsn/50467-AIS_467/d/00-visits/0001-img/07&'CONTINUE '-try/AIS_467_0001_sg77-asprta.fits' AVDE0001= -50.0142988168123 AVFD0001= 0.267008674686165 AVRA0001= 213.65489964806 AVRO0001= -67.0083672537096 CALP0001= 'cal ' ECL0001 = 43033 EXPEND = 1306136906.995 EXPT0001= 96. GPA0001 = 176.922221963623 GREL0001= 'ops-v7_2_1' HKF0001 = ' ' INF0001 = '/home/galex/fltops/visits/02-vsn/50467-AIS_467/d/00-visits/0001-img&'CONTINUE '/use//AIS_467_0001_sg77-nd-cnt.fits' NADDED = 1. NASP0001= 97 OBDT0001= '110523T074651Z' OBSS0001= 1306136810.995 PHOF0001= '/home/vili/fltops/pipe/02-vsn/50467-AIS_467/d/00-visits/0001-img/07&'CONTINUE '-try/AIS_467_0001_sg77-nd-raw6.fits' QAGR0001= 'PASS/YES' ROLL0001= 293.007333337523 RRAV0001= 60.7384342258009 RRMD0001= 60.9609603881836 SMV0001 = '$Id: simplemap.c,v 1.173 2009/11/20 18:43:36 cmillion Exp $' SUBV0001= 77 VIS0001 = 1 AVASPRA = 213.65489964806 AVASPDEC= -50.0142988168123 AVASPROL= -67.0083672537096 AVRRMED = 60.9609603881836 AVRRAVE = 60.7384342258009 PMEDRR = 60.7864475250244 PTHRESH = 2. PMEDBG = 0.00933074951171875 PRMSBG = 0.000425338745117188 PTHRBG = 0.00625908731878229 PSIGDET = 1.97944697970891 PMEDTHR = 0.00627613067626953 PRMSTHR = 0.000321865081787109 WCSAXES = 2 / Number of coordinate axes CUNIT1 = 'deg' / Units of coordinate increment and value CUNIT2 = 'deg' / Units of coordinate increment and value LONPOLE = 180.0 / [deg] Native longitude of celestial pole LATPOLE = -49.998710632324 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time RADESYS = 'FK5' / Equatorial coordinate system END <|]h<{[<|l<| <|>R<{=<<{ "<{<|>R<|]h<||== <}<<}<|n<|<|]h<|.<{J<{e<{<|M<|<|<|]h<}M<~C <@<<<\B<}<}W&<}(-<|<}W&<}8<~<<r<~<~C <@<<<<0<R<|<}1<}M<}1<|<|M<|E<{<|<~<<~ <~=<~R<~C <<<~<~=<=G<"<.<<<<j<*=A<|]h<|.==t<}v<}<}v<}W&<{t=<<<{J<||R<| <}<||<|>R<|.<|>R<|.<{<<<}8<~R<|<|<||<|l<|<|.<|>R<}<=>HR<|.<|.<>R<]h<|><~3C<=<==><<@<`d<|><|]h<|>R<|.<|E== <{<|<<~ <@<`d<<<$0j<}f<>R<|?<|?<{t<|?<}<~b<~ <`d<<`H==/<|<|<|?<{A<<|<7< <~b<<<<1=<=?=<pQ<@<8< R<>R<|l<|<}(-<}W&< =\B=<|E<}7<}<~==:e<.<E<|<|<<}f<<0=l[<.i<~rm<~R<~<}=|<<|?==]c<|<}7< <<<R<|M<|<}7<~g<|<><|<}G{<~ < <4<~#}<~C <~g<@<<~C=>H<~<~<~ <=<~ <~g<<<|><<~b< =<<| <~b<~<$ <`H<<@<@<`d<1<Py<$<$<$<@<`d<0< <@<pQ<@<< <0=D$=D$S<}z<~<<`d<|<}<}1<~<~=<~C <}M<H<~rm<<r<}<<]h<|?<.<|><}<~<~=<}z<}1< <1<\B=( <~g<<Py<=>== >x5=>_=r<~==?<<<<1<pQ<pQ<pQ<~<~=<~=<Py<~g<`d=T7<<1<pQ<<,<~g<0<<<( <="<<<<<$<{ "=<]<}<(-<(-<~<~<~C<Py< <0<pQ<0<~3C<}z<~3CS<~b<@<`d=>r<}<}z<~C <`d< <$<@==@ << << <<~#}<}8<}Կ<}<~#}<}<}Կ<8<}z<}z<~<$<$<$<$<$< <<<<pQ<`d<@<@<Py<<~C<<~<~<~<|M<{A<R<|><|n<|<|>R<|<|.<|<|<}G{<~R<~C<<<Py=Py<@<@<~ <~g<~<~<<~<<|<}v<~<~R<~< <<<< <<~g<~b<3C<<~<~<}<}<|<|><|><}7<}1<3C<~C <}v<}v=><}v<}f<1<<< =L-==@l=<=<|n<| <| <|<|=> <}1<~=< < <<( <|E<}<~<~ <<:<|<}(-<}<|E<}7<}W&<|l<|<|><|<|<}<|<}(-<}7=>H<`d<$ <|n<}<}<}7==R <}v<<}z<}M<}W&<}<|== <||<{<{A<|]h<|<| <<}7<}1<}Կ<~#}<~C <~3C<~rm=? <<pQ< < <"==j=gR<|l<|n<}80j<}Կ<~<~R<~<<|E<||==<}r<~rm<~<~<~<<< <pQ<<==8=@=<< %<"R<}M<8<~C <~3C<<~3C<{<|E<< <}==<}W&<}f<}