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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": "error", "message": "failed"}, "user_warning": false, "last_modified": "2026-01-13T03:54:17.810828+00:00", "last_processing_time_seconds": 0.14}]}cutouts/2MASS/2MASS_H.fits0000644000000000000000000014520000000000000012265 0ustar00SIMPLE = T BITPIX = -32 NAXIS = 2 / # of Axes NAXIS1 = 100 NAXIS2 = 100 EXTEND = T / TAPE MAY HAVE STANDARD FITS EXTENSIONS BLOCKED = T / TAPE MAY BE BLOCKED IN MULTIPLES OF 2880 ORDATE = '981102 ' / Observation Ref Date (yymmdd) DAYNUM = '0612 ' / Observation Day Num FN_PRFX = 'h0612068' / .rdo and .par filename prefix TYPE = 'sci ' / Scan type: dar flt sci cal tst SCANNO = 68 / Scan Number SCANDIR = 's ' / Scan Direction: n, s, - COMMENT (OV) STRIP_ID= 314573 / Strip ID (OV) POSITNID= 's300146 ' / Position ID (OV) ORIGIN = '2MASS ' / 2MASS Survey Camera CTYPE1 = 'RA---SIN' / Right ascension, orthographic/synthesis projectCTYPE2 = 'DEC--SIN' / Declination, orthographic/synthesis projection CRPIX1 = 153.5 / Pixel coordinate of reference point CRPIX2 = 400.5 / Pixel coordinate of reference point CRVAL1 = 26.68261994 / [deg] Coordinate value at reference point CRVAL2 = -31.06819933 / [deg] Coordinate value at reference point CROTA2 = -0.003547938915 / 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 = -5056. / U-scan Y at Grid (0,0) SKYVAL = 318.0149536 / GFIND Sky Estimate SKYSIG = 0.8123474121 / Grid Noise Estimate MAGZP = 20.4221 / Calibrated zero point from CALMAN CALID = ' y lf 0 Oct 01 2001'/ Calibration descriptors from CALMAN SEESH = 0.9200 / Seeing shape parameter from SEEMAN DXFS = -0.372443229 / Cross-scan Frame Step (arcsec) DYFS = -82.31991577 / In-scan Frame Step (arcsec) PIXNAM = 'nl.pixphot - v 010110s' QT0227 = 316.401062 / 2.27 Percentile QT0668 = 316.8040161 / 6.68 Percentile QT1586 = 317.2149048 / 15.86 Percentile QT3085 = 317.6195679 / 30.85 Percentile QT5000 = 318.0272522 / 50.00 Percentile QT6914 = 318.4343567 / 69.14 Percentile QT8413 = 318.8432312 / 84.13 Percentile QT9331 = 319.2666931 / 93.31 Percentile QT9772 = 319.7098389 / 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= '980705 ' / ICS script pgm Version (yymmdd) SCHEDVER= '980514 ' / 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 = 978 / 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 = '981102 ' / UT Date of Frame (IC) (yymmdd) UT = '05:10:27.44' / Time of Frame (IC) (sxgsml) AMASS_FC= 1.05201459E+00 / Airmass (aprox) at this Frame (IC) (unitless)GRP2_SOS= 'SOS ' / Bgn Group#2 .par params at SOS DATE_SOS= '981102 ' / Date at SOS (yymmdd) EQUINOX = 2.000000000000E+03 / [yr] Equinox of equatorial coordinates AM_SOS = 1.04999995E+00 / Airmass at SOS (unitless) ZD_SOS = 1.82000008E+01 / Zenith Distance at SOS (degs) HA_SOS = '+01:24:16.00' / Hour Angle at SOS (sxgsml) UT_SOS = '05:09:05.00' / Scan Reference UT (SOS) (sxgsml) ST_SOS = '03:10:58.00' / Sidereal time at SOS (sxgsml) RA_SOS = '01:46:44.62' / Scan Reference RA at SOS ,epoch 2000 (sxgsml)DEC_SOS = '-29:42:15.9' / 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 = 26 / 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= 1.41000004E+01 / Air temperature at SOS, degs Celsius TELT_SOS= 1.28999996E+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= '981102 ' / Date at EOS (yymmdd) AM_EOS = 1.05999994E+00 / Airmass at EOS (unitless) ZD_EOS = 2.00000000E+01 / Zenith Distance at EOS (degs) HA_EOS = '+01:31:04.00' / Hour Angle at EOS (sxgsml) UT_EOS = '05:15:52.00' / UT at EOS (sxgsml) ST_EOS = '03:17:46.00' / ST at EOS (sxgsml) RA_EOS = '01:46:44.35' / RA at EOS, epoch 2000 (sxgsml) DEC_EOS = '-36:05:25.3' / 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 = 26 / 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= 1.43000002E+01 / Air temperature at EOS, degs Celsius TELT_EOS= 1.28000002E+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 = 0.99999999808276 / Coordinate transformation matrix element PC1_2 = -6.1923215686811E-05 / Coordinate transformation matrix element PC2_1 = 6.1923215686811E-05 / Coordinate transformation matrix element PC2_2 = 0.99999999808276 / 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 = -31.06819933 / [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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C+C~~C7,CCCCcC^C>CC CfCCCCOXC^C2C CקCCC C_Cm;CKCZCbCQC0C%C jCCCoCpCC6CCC{CKCCL-CfCE CCvCCC_C5CWC&C+]CX~C!CuCCHCpC[CCC* CC+CCdBCC.CC܋CCCCXLCfC6nCC0C5C[CCZCzCC_CUCC7CHC(C!aC"hC3!C:}C;yCCCCJCBCC~CPCUC CCZCCCCeCzCCoCCCC,CןCCC/CC4C/CjC$CCCC%Cw CCg[C;CHCCC7CCQCmC>kC=C*SC3/CCCC9CjCsCC~CNCCC3CCC)CtCWCC/C2CKCCCCԂCC/CKCauCRCkCCjCa%CZ ClSCMC[CCTC CRCCHCuCr_CqCu@CjC>0CQCCC/C7CeC6CCCCCC`CClxCC@CC&CWCVC%CHCNCfCMCCWCXCC7CBC CCCCCCCKCC[CqC C(ClCyC3C^C;CR}CCC8C5C CaC^C1C!GCCCC CjCcC"CCTCaCC{CF$CJCSCiC=CCCDCLdCCCZCCoCzlCZCP$CmCqC CCEBC!CtCCCCCCѦCC+CCC8?COCNCACĻC2CCvC1CCCUCCTCC~CCC CjCxCbCLCsCCQCPCL&CΰCCCkCCmCCCܷCCiCClCYCJC C0C$CCC-C*C|CrCsC-UC%#CZ$C|CWCCACz5CFCCC-CCCeZCClCC%CCCPCw!C\CCCC'CCC4CCCHCeCMC.KCCC|kC@CӅC'CCC C?C{CC*C6CCOCCC3"CNC4XC\CCQCMCtCCCJ1C3CCNZCJCXCPCoCC C|C(CC C#nCCCCtCCCkCCCCCCCCPC C`CG)C rCC>ClCC'ZC=dCўCECC&CmC,C4CѦCoCCNC^CCc*CuC C)CbYCtCCݞC:CbCCkC\GC/CxC CCKCoxCeCCCCC2CCwC Cw.CCCYCCGCW{CCCCCC5CCCMCKCDC%C&CC+CCoICCC*CCeCCFCtC<C7C&CCHCbCx%CYCCCCC8CIDCCnCsCwC dC*CCCTCKxCC @C$CCnCC6CEQCۣCTCGCCCCCCxCYC&CCOCC݉CɳCjCBCC#&C@CC^CCٛCC6C/COC CCCCeCC7CCNCC CCC5cutouts/2MASS/2MASS_J.fits0000644000000000000000000014520000000000000012267 0ustar00SIMPLE = T BITPIX = -32 NAXIS = 2 / # of Axes NAXIS1 = 100 NAXIS2 = 100 EXTEND = T / TAPE MAY HAVE STANDARD FITS EXTENSIONS BLOCKED = T / TAPE MAY BE BLOCKED IN MULTIPLES OF 2880 ORDATE = '981102 ' / Observation Ref Date (yymmdd) DAYNUM = '0612 ' / Observation Day Num FN_PRFX = 'j0612068' / .rdo and .par filename prefix TYPE = 'sci ' / Scan type: dar flt sci cal tst SCANNO = 68 / Scan Number SCANDIR = 's ' / Scan Direction: n, s, - COMMENT (OV) STRIP_ID= 314573 / Strip ID (OV) POSITNID= 's300146 ' / Position ID (OV) ORIGIN = '2MASS ' / 2MASS Survey Camera CTYPE1 = 'RA---SIN' / Right ascension, orthographic/synthesis projectCTYPE2 = 'DEC--SIN' / Declination, orthographic/synthesis projection CRPIX1 = 153.5 / Pixel coordinate of reference point CRPIX2 = 400.5 / Pixel coordinate of reference point CRVAL1 = 26.68261994 / [deg] Coordinate value at reference point CRVAL2 = -31.06819933 / [deg] Coordinate value at reference point CROTA2 = -0.003547938915 / 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 = -5056. / U-scan Y at Grid (0,0) SKYVAL = 94.42593384 / GFIND Sky Estimate SKYSIG = 0.5320892334 / Grid Noise Estimate MAGZP = 20.9170 / Calibrated zero point from CALMAN CALID = 'y pw 0 Oct 01 2001 '/ Calibration descriptors from CALMAN SEESH = 0.9300 / Seeing shape parameter from SEEMAN DXFS = -0.3322152495 / Cross-scan Frame Step (arcsec) DYFS = -82.31976318 / In-scan Frame Step (arcsec) PIXNAM = 'nl.pixphot - v 010110s' QT0227 = 93.34127045 / 2.27 Percentile QT0668 = 93.61362457 / 6.68 Percentile QT1586 = 93.89676666 / 15.86 Percentile QT3085 = 94.15777588 / 30.85 Percentile QT5000 = 94.4288559 / 50.00 Percentile QT6914 = 94.69903564 / 69.14 Percentile QT8413 = 94.98124695 / 84.13 Percentile QT9331 = 95.26324463 / 93.31 Percentile QT9772 = 95.56729889 / 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= '980705 ' / ICS script pgm Version (yymmdd) SCHEDVER= '980514 ' / 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 = 978 / 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 = '981102 ' / UT Date of Frame (IC) (yymmdd) UT = '05:10:27.44' / Time of Frame (IC) (sxgsml) AMASS_FC= 1.05201459E+00 / Airmass (aprox) at this Frame (IC) (unitless)GRP2_SOS= 'SOS ' / Bgn Group#2 .par params at SOS DATE_SOS= '981102 ' / Date at SOS (yymmdd) EQUINOX = 2.000000000000E+03 / [yr] Equinox of equatorial coordinates AM_SOS = 1.04999995E+00 / Airmass at SOS (unitless) ZD_SOS = 1.82000008E+01 / Zenith Distance at SOS (degs) HA_SOS = '+01:24:16.00' / Hour Angle at SOS (sxgsml) UT_SOS = '05:09:05.00' / Scan Reference UT (SOS) (sxgsml) ST_SOS = '03:10:58.00' / Sidereal time at SOS (sxgsml) RA_SOS = '01:46:44.62' / Scan Reference RA at SOS ,epoch 2000 (sxgsml)DEC_SOS = '-29:42:15.9' / 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 = 26 / 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= 1.41000004E+01 / Air temperature at SOS, degs Celsius TELT_SOS= 1.28999996E+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= '981102 ' / Date at EOS (yymmdd) AM_EOS = 1.05999994E+00 / Airmass at EOS (unitless) ZD_EOS = 2.00000000E+01 / Zenith Distance at EOS (degs) HA_EOS = '+01:31:04.00' / Hour Angle at EOS (sxgsml) UT_EOS = '05:15:52.00' / UT at EOS (sxgsml) ST_EOS = '03:17:46.00' / ST at EOS (sxgsml) RA_EOS = '01:46:44.35' / RA at EOS, epoch 2000 (sxgsml) DEC_EOS = '-36:05:25.3' / 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 = 26 / 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= 1.43000002E+01 / Air temperature at EOS, degs Celsius TELT_EOS= 1.28000002E+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 = 0.99999999808276 / Coordinate transformation matrix element PC1_2 = -6.1923215686811E-05 / Coordinate transformation matrix element PC2_1 = 6.1923215686811E-05 / Coordinate transformation matrix element PC2_2 = 0.99999999808276 / 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 = -31.06819933 / [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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STANDARD FITS EXTENSIONS BLOCKED = T / TAPE MAY BE BLOCKED IN MULTIPLES OF 2880 ORDATE = '981102 ' / Observation Ref Date (yymmdd) DAYNUM = '0612 ' / Observation Day Num FN_PRFX = 'k0612068' / .rdo and .par filename prefix TYPE = 'sci ' / Scan type: dar flt sci cal tst SCANNO = 68 / Scan Number SCANDIR = 's ' / Scan Direction: n, s, - COMMENT (OV) STRIP_ID= 314573 / Strip ID (OV) POSITNID= 's300146 ' / Position ID (OV) ORIGIN = '2MASS ' / 2MASS Survey Camera CTYPE1 = 'RA---SIN' / Right ascension, orthographic/synthesis projectCTYPE2 = 'DEC--SIN' / Declination, orthographic/synthesis projection CRPIX1 = 153.5 / Pixel coordinate of reference point CRPIX2 = 400.5 / Pixel coordinate of reference point CRVAL1 = 26.68261994 / [deg] Coordinate value at reference point CRVAL2 = -31.06819933 / [deg] Coordinate value at reference point CROTA2 = -0.003547938915 / 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 = -5056. / U-scan Y at Grid (0,0) SKYVAL = 491.634552 / GFIND Sky Estimate SKYSIG = 0.9901428223 / Grid Noise Estimate MAGZP = 19.9001 / Calibrated zero point from CALMAN CALID = ' y lf 0 Oct 01 2001'/ Calibration descriptors from CALMAN SEESH = 0.9500 / Seeing shape parameter from SEEMAN DXFS = 0.2415393889 / Cross-scan Frame Step (arcsec) DYFS = -82.31938934 / In-scan Frame Step (arcsec) PIXNAM = 'nl.pixphot - v 010110s' QT0227 = 489.6443481 / 2.27 Percentile QT0668 = 490.1477966 / 6.68 Percentile QT1586 = 490.6468811 / 15.86 Percentile QT3085 = 491.1428833 / 30.85 Percentile QT5000 = 491.6370239 / 50.00 Percentile QT6914 = 492.1342163 / 69.14 Percentile QT8413 = 492.6314087 / 84.13 Percentile QT9331 = 493.1422729 / 93.31 Percentile QT9772 = 493.6747131 / 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= '980705 ' / ICS script pgm Version (yymmdd) SCHEDVER= '980514 ' / 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 = 978 / 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 = 'k ' / Band: j, h, k UT_DATE = '981102 ' / UT Date of Frame (IC) (yymmdd) UT = '05:10:27.44' / Time of Frame (IC) (sxgsml) AMASS_FC= 1.05201459E+00 / Airmass (aprox) at this Frame (IC) (unitless)GRP2_SOS= 'SOS ' / Bgn Group#2 .par params at SOS DATE_SOS= '981102 ' / Date at SOS (yymmdd) EQUINOX = 2.000000000000E+03 / [yr] Equinox of equatorial coordinates AM_SOS = 1.04999995E+00 / Airmass at SOS (unitless) ZD_SOS = 1.82000008E+01 / Zenith Distance at SOS (degs) HA_SOS = '+01:24:16.00' / Hour Angle at SOS (sxgsml) UT_SOS = '05:09:05.00' / Scan Reference UT (SOS) (sxgsml) ST_SOS = '03:10:58.00' / Sidereal time at SOS (sxgsml) RA_SOS = '01:46:44.62' / Scan Reference RA at SOS ,epoch 2000 (sxgsml)DEC_SOS = '-29:42:15.9' / 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 = 26 / 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= 1.41000004E+01 / Air temperature at SOS, degs Celsius TELT_SOS= 1.28999996E+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= '981102 ' / Date at EOS (yymmdd) AM_EOS = 1.05999994E+00 / Airmass at EOS (unitless) ZD_EOS = 2.00000000E+01 / Zenith Distance at EOS (degs) HA_EOS = '+01:31:04.00' / Hour Angle at EOS (sxgsml) UT_EOS = '05:15:52.00' / UT at EOS (sxgsml) ST_EOS = '03:17:46.00' / ST at EOS (sxgsml) RA_EOS = '01:46:44.35' / RA at EOS, epoch 2000 (sxgsml) DEC_EOS = '-36:05:25.3' / 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 = 26 / 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= 1.43000002E+01 / Air temperature at EOS, degs Celsius TELT_EOS= 1.28000002E+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 = 0.99999999808276 / Coordinate transformation matrix element PC1_2 = -6.1923215686811E-05 / Coordinate transformation matrix element PC2_1 = 6.1923215686811E-05 / Coordinate transformation matrix element PC2_2 = 0.99999999808276 / 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 = -31.06819933 / [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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@$v@)~@.z@2z@4@2D@.m%@(w@"e@ӌ@y@s@o[@6@",c@$F@%:@$@#S@!X\@@@ @u@ A@@zi@)Y@P@@n@L`@@ 4@ @v@1@O@ >@ \@ F@X^@@Ѱ@Dd@d@@@ h@!W@!@!e@!@"r@#@%~@&z@&@%@$*@#@"@" @(@@@@B@J@@@!t@%@*Q@.6@0@1G@.k3@(0@!D@b6@-Q@F@t@e&@`!@[@j@4z@!'@@@",@$ e@#Y@!"@@u@*@@! @%@*r@0@6P@:L@;B\@8B@2R@*ӱ@$@!,$@F@@.@ @ @ @ T5@!@@@n@K@kR@ MY@ 1@@v@:@/@@?@-@#@W@Bx@@@Xw@(@ @@<@,@Z_@p@ @`@@! @!@")@"'@#@%@'>@) @)@)&@'UK@%k@#@"cutouts/WISE/WISE_W2.fits0000644000000000000000000013750000000000000012236 0ustar00SIMPLE = T / Created with PDL (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 = 26.470718 / [deg] Coordinate value at reference point CRVAL2 = -31.803333 / [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 = 600.0 / Pixel coordinate of reference point CRPIX2 = -1619.0 / 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 = '2013-07-11T20:27:52.000Z' / WSDC file creation date/time (UTC) DATEOBS1= '2010-06-29T11:55:37.376' / obs. date/time of earliest frame (UTC) DATEOBS2= '2010-12-29T02:59:13.896' / obs. date/time of latest frame (UTC) MIDOBS = '2010-07-04T23:41:37.729' / 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 = '0264m319_ac51' / atlas-image identifier NUMFRMS = 349 / 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 = 7.25042295455933 / [DN] median of intensity pixels MEDCOV = 30.439453125 / [pixels] median depth-of-coverage MINCOV = 0.106887817382812 / [pixels] minimum depth-of-coverage MAXCOV = 44.58203125 / [pixels] maximum depth-of-coverage LOWCOVPC= 0.000584410840821097 / [%] area of footprint with depth <= 4 pixels LOWCOPC = 0.000745421990843236 / [%] area of footprint with depth <= 6 pixels NOMCOVPC= 0.000894506389011884 / [%] area of footprint with depth <= 8 pixels PCTMINC = 0 / [%] area of internal outlier tile <= 4 pix deepROBSIG = 0.0539150028424495 / [DN] robust spatial sigma at MEDCOV +/- 0.25 PIXCHIS1= 1.12554706579048 / ratio ROBSIG/(median unc) at MEDCOV +/- 0.25 PIXCHIS2= 1.13723000524067 / ratio ROBSIG/(modal unc) at MEDCOV +/- 0.25 MEDNMSK = 19699 / median number of pixels masked per frame RANDSEED= -999 / random seed for outlier step [-999=>not used] ELON = 10.2762010432175 / [deg] Ecliptic longitude at image center ELAT = -39.3608925420673 / [deg] Ecliptic latitude at image center GLON = 237.726355899577 / [deg] Galactic longitude at image center GLAT = -77.2728090861725 / [deg] Galactic latitude at image center MOONMASK= '/wise/fops/ref/coadd/wise-w2-moonmask.fits' / Moon mask - = '0264m319_ac51-w2-int-3.fits' / atlas image (coadd) filename FLXWTNUM= 423 / number of sources used to compute centroids FLXWTDX = -0.024758 / [arcsec] mdex - flux-weighted centroid along X FLXWTUDX= 0.0066425 / [arcsec] 1-sigma uncertainty in flxwtdx FLXWTSDX= 3.7272267 / signal-to-noise ratio in flxwtdx FLXWTDY = 0.0182224 / [arcsec] mdex - flux-weighted centroid along Y FLXWTUDY= 0.0058932 / [arcsec] 1-sigma uncertainty in flxwtdy FLXWTSDY= 3.0921273 / 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 = -31.803333 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time RADESYS = 'FK5' / Equatorial coordinate system EXPTIME = 234.3803 END 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1@K@@9@'@}@弾@]@䄆@@\@L@r@^@@]@n@h@I@,@"@@ @@l@@@@?cutouts/WISE/WISE_W3.fits0000644000000000000000000013750000000000000012237 0ustar00SIMPLE = T / Created with PDL (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 = 26.470718 / [deg] Coordinate value at reference point CRVAL2 = -31.803333 / [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 = 600.0 / Pixel coordinate of reference point CRPIX2 = -1619.0 / 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 = 413662255 / 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 = '2013-07-11T21:14:59.000Z' / WSDC file creation date/time (UTC) DATEOBS1= '2010-06-29T11:55:37.376' / obs. date/time of earliest frame (UTC) DATEOBS2= '2010-07-05T18:44:32.952' / obs. date/time of latest frame (UTC) MIDOBS = '2010-07-01T21:04:44.761' / obs. date/time of middle frame (UTC) TELESCOP= 'WISE ' / telescope used to acquire data BAND = 3 / wavelength band number WAVELEN = 12.082 / [microns] effective wavelength of band COADDID = '0264m319_ac51' / atlas-image identifier NUMFRMS = 178 / final number of frames touching footprint MOONREJ = 18 / number of frames rejected due to moon-glow MOONINP = 18 / initial number of frames with suspect moon-glowMAGZP = 18. / [mag] relative photometric zero point MAGZPUNC= 0.012 / [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 = 432.632568359375 / [DN] median of intensity pixels MEDCOV = 13.8818359375 / [pixels] median depth-of-coverage MINCOV = 4.83349609375 / [pixels] minimum depth-of-coverage MAXCOV = 30.9921875 / [pixels] maximum depth-of-coverage LOWCOVPC= 0 / [%] area of footprint with depth <= 4 pixels LOWCOPC = 0.340103255854172 / [%] area of footprint with depth <= 6 pixels NOMCOVPC= 5.88496946006104 / [%] area of footprint with depth <= 8 pixels PCTMINC = 0 / [%] area of internal outlier tile <= 4 pix deepROBSIG = 0.34353499338279 / [DN] robust spatial sigma at MEDCOV +/- 0.25 PIXCHIS1= 0.801206737591977 / ratio ROBSIG/(median unc) at MEDCOV +/- 0.25 PIXCHIS2= 0.802177343630534 / ratio ROBSIG/(modal unc) at MEDCOV +/- 0.25 MEDNMSK = 4213.5 / median number of pixels masked per frame RANDSEED= -999 / random seed for outlier step [-999=>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 = 10.2762010432175 / [deg] Ecliptic longitude at image center ELAT = -39.3608925420673 / [deg] Ecliptic latitude at image center GLON = 237.726355899577 / [deg] Galactic longitude at image center GLAT = -77.2728090861725 / [deg] Galactic latitude at image center MOONMASK= '/wise/fops/ref/coadd/wise-w3-moonmask.fits' / Moon mask - = '0264m319_ac51-w3-int-3.fits' / atlas image (coadd) filename FLXWTNUM= 94 / number of sources used to compute centroids FLXWTDX = 0.2966831 / [arcsec] mdex - flux-weighted centroid along X FLXWTUDX= 0.0463564 / [arcsec] 1-sigma uncertainty in flxwtdx FLXWTSDX= 6.4000505 / signal-to-noise ratio in flxwtdx FLXWTDY = 0.1756645 / [arcsec] mdex - flux-weighted centroid along Y FLXWTUDY= 0.0435123 / [arcsec] 1-sigma uncertainty in flxwtdy FLXWTSDY= 4.0371209 / 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 = -31.803333 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time RADESYS = 'FK5' / Equatorial coordinate system EXPTIME = 122.1616 END CSCɒCضSCخCطCɭCCCCC 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C؍,C؋C؄C؊CؒGC؛hCءCؚGCؘCؖrCؗCؘCؠCحiCغCظCإC؏AC~C؇#C؉C؍*C{C\CCJC4,C2C5C=CCCCrC@C6@C8C8C.C'C%C1CFSCVCeCuC؄tC|ChCYCVCb+CmCpCo6Cq}CyC؀CؔaCاCغCؾCزWC؝EC؀CvKCtC؈TCؒCؓrCؑC؜CخCCӭCѸCyCCӗCCCC`C=CظCص_CزC؝C|CUC@CNCgC3Cآ.CةCحVCزCاCؐC؀UCsCw+C؃C؍~C؊fC؏aC؏CؐC؏JC؃C؃4C؉CؔC؞9CةCشECCCس&Cء%CؒC؛PCؚCؘIC}CSC3WC$C%C&+C+JC-C*C*C#3C,?C3C.C&C$C/CCCRC^CjC{mC~KCsCgQC[C_lCjCrCwCC}JC؆9C؋C؝6CحCؿMCǙCÍCطfCآC؞CCCCCCضCعCظnCإC؆-CbCO>C[yCmCxC؊CؚCإnCحC؜/CzCaCT C]Cu7C؅@C؃4C؄C~Cy8CqCb CaCkkC~ CؒCآCخCؿLCCCش5CاQCحCبjCؠC}CM2C+kC".C)C(C) C%C)C3CC&*C5~C4C1C0C7CGCOCT\CVCdCpCsNCp&CcCf2CsC؀C؊CؑsCؚbC؞YCثCضCC@CZCхCƳCǚCCݨCCػRCؤCاCسC3Cػ3CبCؠlCدCؼCCACغCزCةC؞CئCبC؞/C؉!CrChCvC؃C؀C؁FC؆CؘwCؤ~CؔCo%CPqCDCT{CrC؅fC؂C؀CCvwCmCb CLCGCQCglC؃CؘCب$CؾCηC՘CϝC$C,CؿCز,C؅?CMC'4C!$C,C-C-C'C@CCC,aCBCHCICKCOFCYCXCRPCH\COC]Ci.CoCfCiCyeC؉CؔCؙCءCؤCخwCش[Cع#C$C5CbCCCCCCCؾoCCyCzC-CحCءNCذCؽVClCذCءCؘCؓC،CؐoC؎9C؉C؁$C{C|C؍PCؖC؋C؁C~,CؐCؠpCؕCsCS:CFCUACr8C؃4C|Cy>CqClQCbCL\CBCINC]C{CؑCءCعCcCߑC߳CCCCؿpC؊CKoC"}CC.C4@C5C/{C&C'nC)C;CRCY^C`CfCjCrCkC^CLCMCXXCb`CjCb.CeICtrC؂C،C؎CؘC؜CؤCئCئCطCCCC,CCC+CCCCߔCCGCذC؝CثCضCشC؟_C؍NC؄UC؀Cx?CsCkClCr{C~C،CءCتC؛C؏C؃Cؑ3CؠC؜C؁Ce]CYVCcCCw?C~8Cr}Cn*Ck;Cm!CjCZ6CPCUCe[C؃CؙCبCؿCCCC'CCiCļC؎CLC!C C5C?ICACC,RCCC8CP#CZCR!CWCqCؕiCؠCاOCش%Cؾ9CVCƢCئC؍C؀CtCfZC[CXCZCNC@dC4CB`C_C{C،aCؐCؘCث7Cع;CؿC؏'CرYCOCCCCCxC;CطKC؛CؑCؕ|CةCRCCعCحLCةzCسCسCج)Cة6Cر=CؼCؽCذCأCؘCؙnCؔvC،C؉CؘCرgC²CƥCؽCؾCXCC*CCCtCCeCCrCМCCCؽCؘC؀CvC~8Cؐ]CؙfCؓC؇5CvGChbCZCOnC?+C;CHvCRCUCGICFCCWCvC؄+C؏CZCXCJCDCJC`ClNC{#C؏7C؞CزCظzCةCؗzC؀[ChCWyCMCEC;C+C)"C3CTaCuoC؍xCؚTC؟:CئCصCdCdCؚMCؿCCCCCCCCعCدCر3CغC CٕCCCC6CCÒCحCؠUCؠtCاCبSCءECؘC،C؏CؔCؖvCؓ Cؔ7CؖPCؘhC؛C؜CأCخ7CعCػ,CصCتCاCزCحCا:CئbCرpCC2CCحxCؖC؃aCvC|C؉:Cؕ C؜C؛8C؛C؝FC؜C؎CyCn8CfyCbCVXCMCKCYECdCtC؉CؙCثCزMCأCؐ'Cy>ChDCaC\CPC=YC%C!C2CWCy3CؑCؠCئCجCسCػCػCاCCC=CCCCCCضACزCػHCFCݙC=CCC&ChCCرCؕC؆C؆#C،C،C؅C؀XCxC؅CؕC؝CؙCؑC؅C~eCC؃C؋CؔLC؝Cء=CؠCؙCؖC؝+CؕC؏fCؒpCؠCسCؾCؼCج^Cؓ6Cz[CdCdfCoCCؐCؚCاCشhCعCجC،Cv~ChCd.CZ>CNCG)CRCa:CvC؋C؜NCحCCرaC؟(C؇iCsCnCyBC~CpCSnC4C/CA[CekC؃xCؘQCئCتCثCا2CاtCإCسCCdC=CCCYC݈CDCغCضCؾCeCCCKCCC)CCؘCwCfCceCglCc=C[CYCZCv`CؓC؟CؙoC؇Cq1Ce/Ch?Co}CuCzC؁~C؊CؔFC6wCGC_.C~qCؙtCجCؾC+CةC؍C}/C؄C؟KCتCؚCvCVCQCeFC؃Cؘ:CإCدCذCتCؙC؏C؇5CػC8CͤCCmCsCCqCӓCoCؽgCؾCdCLCCOCC CۚCؼgC؍CiCWwCQ`CNCAC6C6C@GCh C،Cؖ-C؇PCkCOCD_CN"C\&C`C`CeCvC،Cؗ5CؘCؕC؅|C|8C؄CؚCذC8CؽCا.C؄CgCS CX?CfCvC؊>C؝CظC|CECػC؇$C\ICCoC=C6C&CC4CVC؀CءWCػCCCصCؓC؅_CؔCعICljCصACؒCzChCؖCج=CشCظuCؽ!CػCذwCؖC؄vCxDCسCؼCCCC͝CҦC=CCCCؽYCŻCCCݓC CڛCjCطEC؋ClC]CVCMC7jC(YC*>C8CgvC؎CؔNC}"C[C>C9CK-C\CZCQCP#CeQC؃Cؕ@CؚdCؙ[C؋C؆MCؑCبCؼCȚC¢CةCC؇CnCbHCoC؁\C،CؗCؤ%Cغ8CϪC@Cد*CvCI_C1zC-C)C)CC+CSC؅DCجC#CCCCإCؔCؠC CCخCؑ`C؈CؚNCض{CCíCؿ CؿCؼCذqCؕWC؁CvCذ,CظRCؽCǷCCC CʉCЊC1C&CZCИCClCCCeCԚCػCؖC}Ct#ClGC\C?C-&C-C<;CgC؉C؊CoCMC3bC5CP)CfSC_CNCEtCY!CyC؍Cؖ3CؙCؓCCؕCؤbCطCjCȼCؿZCبC؍C~C|Cؑ(CأCةCةCج CغGCʣCCأCmCD9C1C2FC3SC(4C"gC:jC_{C؏Cط3C{CICCFCشCآCؤnCشCثC؎CzWC؃CؤCCC#CغCصCرCئC؏C؁BC{CدCط%CؽCCؾqCذCحXCصC5CSCC/CCvCC'CCC^CتmC؈CwCtCpCaCB}C0NC/C8CXCsCqC\CAC.C7vCXCvCpDC\3CL C[CwOC؇C؏CؔCؕlCء8CزFC9CCؿCضCإCؔC؏CؕCجCؼCؼCرCتCزyCؾ3CطCؔCdCBgC5C;CC#C>C=CCQxCnCؘDCغXCC5CCtCCشCح.Cج/CؐCn`CbbCzCئCC$CiCحCأSC؜RCؒC؂C{DC}CسqCؼCC,CػCإC؞ICب{CؼC`CCݷCCC@CCCعCإC؆CjCdClCoCcCJC=!C8C6>CGCZ"CZ%CNC@C5C@Cf1C؊0C؈tCtmCaCnC؃C؍CؐCؕ C؛pCخCCCşCACػICرCاCئCخ@CC1CőCسCإCاCثzC؞ CzCQZC7C11C;8CECH`CMCbCyC؜ Cظ!CצC1CCC@C>CظCةFC؁C^>CZbC{CحC>CҨCCثCؙGC؊sCTCs\CnCrmCأCذCػdCCدCؗ9CؒwCأCؿ-CϿCCCCC CCqCب7C؈DCeCQ1CXCmCwCoC[[COCBC1C0C:mC>C@C?NC<1CJnot used] ELON = 10.2762010432175 / [deg] Ecliptic longitude at image center ELAT = -39.3608925420673 / [deg] Ecliptic latitude at image center GLON = 237.726355899577 / [deg] Galactic longitude at image center GLAT = -77.2728090861725 / [deg] Galactic latitude at image center MOONMASK= '/wise/fops/ref/coadd/wise-w4-moonmask.fits' / Moon mask - = '0264m319_ac51-w4-int-3.fits' / atlas image (coadd) filename FLXWTNUM= 9 / number of sources used to compute centroids FLXWTDX = 0.4432224 / [arcsec] mdex - flux-weighted centroid along X FLXWTUDX= 0.2619488 / [arcsec] 1-sigma uncertainty in flxwtdx FLXWTSDX= 1.6920193 / signal-to-noise ratio in flxwtdx FLXWTDY = 0.1355188 / [arcsec] mdex - flux-weighted centroid along Y FLXWTUDY= 0.0806071 / [arcsec] 1-sigma uncertainty in flxwtdy FLXWTSDY= 1.6812271 / signal-to-noise ratio in flxwtdy WCSAXES = 2 / Number of coordinate axes CUNIT1 = 'deg' / Units of coordinate increment and value CUNIT2 = 'deg' / Units of coordinate increment and value LONPOLE = 180.0 / [deg] Native longitude of celestial pole LATPOLE = -31.803333 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time RADESYS = 'FK5' / Equatorial coordinate system EXPTIME = 139.29520000000002 END C EC C mC CICCCWC 4C CCCAC%CCSCCCCCoC(CNCJCCCCC 0CCC-C*CCCyCCrCCCC0CCjCC$CC C CCC)CCCC?C`CC C eCCCTCeCuCWCCCQCCfCCCCC !C3CCCFCCCQCCCnCXCChCCC6CC*C1C CC }CC C rC C C TCCiCC QC C C;CCCCnCCCCC C CCCiCCC)C ,CCC CCCLCCCZC(CC2CCCnC=CC CC C CWCCyC&CwCCCC7CC CCCCCMCNC1CCCCCbC.CCCXC[C5CCC wC UC C'C%C CCCCCCC;C]CC CECCCCCCCCC C"C5CCSCCCCXCCC oC C C CCTCC^C2C C C,C C C C C CCCDCCCUCSCCgCCUCfCCCCCCC/CCCCCCCCCCC6CCCBCCCCCCCC;CtCC$CgCCClC(C C C C CCDCCCCCCC%CICHCCCXCCCCWC C,C2CCCCzCCCVCCC C OC C ?CCC C C C C C C C C C lCC C CJCC CCCCCC5CCYCBCsCCCCCCC:CCCCCCC_CC/CCZCCCtC+CICCCC[CCC.CCC CCCC C C WCJCCCCeCCCTC cC CCCCCCdC C xCpC9CCCCCCCCCCnC C C C C 6C C C C C |C C C C kCCAC:CCUC=CCPCyCC CCCoCC*CCDC,CC\CCmCCJCCCCCCCxCCCCCCTCC/CXCCCCCCCCCCoCPCCCC C 2CCCCCCC!#C"*C!C!CCYCCCCC CCCCCTC $C/CtCCCCC +C!oC"C!C!nCCCCCC CCCVCCiC|CC CjC`CCC4C C C ^C +C C C CNCCpCCC/CYCC CCCCCCCCzCCC C sC{CCCC+C ZC EC ~CCC CC|CC4CQClCCCkCCXCCcC 5C sC JCNCZC?CSCC CCRCC"CCSCCCdC C CCjCCiCC CC CKC \C CCCCCCCCC 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;<|>;>;;E;E;M;?;';;;;[;;[;<{F;<{J;<|;>;;n;;M;;A;?;;[;;F;Ecutouts/GALEX/GALEX_FUV.fits0000644000000000000000000014520000000000000012564 0ustar00SIMPLE = T / file does conform to FITS standard 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 COMMENT FITS (Flexible Image Transport System) format is defined in 'AstronomyCOMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H LONGSTRN= 'OGIP 1.0' / The HEASARC Long String Convention may be used.COMMENT This FITS file may contain long string keyword values that are COMMENT continued over multiple keywords. 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 = 788.5 / Pixel coordinate of reference point CRPIX2 = 822.5 / Pixel coordinate of reference point CRVAL1 = 26.35703086853 / [deg] Coordinate value at reference point CRVAL2 = -30.844509124756 / [deg] Coordinate value at reference point CROTA2 = 0. BUNIT = ' ' BSCALE = 1. BZERO = 0. BAND = 2 OW = 1 RA_CENT = 26.3570308685303 DEC_CENT= -30.8445091247559 TWIST = -999. LEG = 7 MPSNPOS = 12 OBJECT = 'AIS_407_0001_sg81' EXPSTART= 1162727099.995 OBS-DATE= '2006-11-05' TIME-OBS= '11:45:00' PLANID = 13774 TILENUM = 50407 TILE = 'AIS_407 ' TILENAME= 'AIS_407 ' MPSPLAN = 'ais ' MPSTYPE = 'AIS ' MPSPHASE= 'G2 ' SKYGRID = 42172 NHVNOM = 171. NHVNOMN = 171. NHVNOMF = 171. GRELEASE= 'ops-v7_0_3' PHTFIRST= 846762299.995 PHTLAST = 848833100.995 EXPTIME = 162.05 NGAPS = 2. TOTREAD = 5082615. TOTMAP = 266681. TOTONMAP= 232087. RRMED = 143.084060668945 RRAVE = 138.769984927653 NASPOK = 165. AVEFDEAD= 0.0130059323115732 ASPF0001= '/home/vili2/fltops/pipe/02-vsn/50407-AIS_407/d/00-visits/0001-img/0&'CONTINUE '7-try/AIS_407_0001_sg81-asprta.fits' ASPF0002= '/home/vili2/fltops/pipe/02-vsn/50407-AIS_407/d/00-visits/0002-img/0&'CONTINUE '7-try/AIS_407_0002_sg81-asprta.fits' AVDE0001= -30.8616132183875 AVDE0002= -30.8528674825699 AVFD0001= 0.011497479403517 AVFD0002= 0.0145143852196293 AVRA0001= 26.3705375607529 AVRA0002= 26.3519665280745 AVRO0001= 231.486375528794 AVRO0002= -51.4802674263524 CALP0001= 'cal ' CALP0002= 'cal ' ECL0001 = 18791 ECL0002 = 19141 EXPEND = 1164797900.995 EXPT0001= 99.05 EXPT0002= 63. GPA0001 = 257.826552035971 GPA0002 = 303.422876838093 GREL0001= 'ops-v7_0_3' GREL0002= 'ops-v7_0_3' HKF0001 = ' ' HKF0002 = ' ' INF0001 = '/home/galex/fltops/visits/02-vsn/50407-AIS_407/d/00-visits/0001-img&'CONTINUE '/use//AIS_407_0001_sg81-fd-cnt.fits' INF0002 = '/home/galex/fltops/visits/02-vsn/50407-AIS_407/d/00-visits/0002-img&'CONTINUE '/use//AIS_407_0002_sg81-fd-cnt.fits' NADDED = 2. NASP0001= 101 NASP0002= 64 OBDT0001= '061105T114500Z' OBDT0002= '061129T105718Z' OBSS0001= 1162727099.995 OBSS0002= 1164797837.995 PHOF0001= '/home/vili2/fltops/pipe/02-vsn/50407-AIS_407/d/00-visits/0001-img/0&'CONTINUE '7-try/AIS_407_0001_sg81-fd-raw6.fits' PHOF0002= '/home/vili2/fltops/pipe/02-vsn/50407-AIS_407/d/00-visits/0002-img/0&'CONTINUE '7-try/AIS_407_0002_sg81-fd-raw6.fits' QAGR0001= 'PASS/YES' QAGR0002= 'PASS/YES' ROLL0001= 231.52829118749 ROLL0002= 308.528273226775 RRAV0001= 84.942125022638 RRAV0002= 53.8278599050147 RRMD0001= 87.5968322753906 RRMD0002= 55.4872283935547 SMV0001 = '$Id: simplemap.c,v 1.173 2009/11/20 18:43:36 cmillion Exp $' SMV0002 = '$Id: simplemap.c,v 1.173 2009/11/20 18:43:36 cmillion Exp $' SUBV0001= 81 SUBV0002= 81 VIS0001 = 1 VIS0002 = 2 AVASPRA = 26.3633173181624 AVASPDEC= -30.85821346311 AVASPROL= 261.434548893964 AVRRMED = 75.1136169433594 AVRRAVE = 72.8458664455922 PMEDRR = 139.120620727539 PTHRESH = 2.5 PMEDBG = 0.000209957361221313 PRMSBG = 1.00135803222656E-05 PTHRBG = 0.00108963088494193 PSIGDET = 1.1274320979143 PMEDTHR = 0.00109601020812988 PRMSTHR = 0.00012671947479248 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 = -30.844509124756 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time RADESYS = 'FK5' / Equatorial coordinate system END < < << ˗<< 8<^<< < JE<l< ʟ< !< p4< w< <F< << H< E<< ~s<̦<^< < &<!z<<< ZS< << C< 8< < << w< =< q< f< !<Ϛ< < O< \< < < < ]< < ʟ< c< < < < < P< h< {<]<F< < c< < < < $<}< < < < /<< P<<< ZR< 2< <U<o< |< .<\<z< <B< w4<±<<i< +< <U<< +< B<< q< &< < <<%S<cI< xU<7<q< q< < q< G<Y< -<U<^<!z<>< < < < ~<iY< {< *L< h< < t< < < < ]:< ~s< < .< < < q< < $k< << < < < <}< /< QI< &< *R< << < 0< X|< < L< V)< < }8<l< BK< <s<S<z<$)< =< < P<< Q< +< !< <±< < < f<<&{< < < {< < < < < < << < < < < <`< <<<<s7<:< 4<Ѡ<9<?< <N<#<ܘ<jd< 0P< O<ڥ<&{<P< ݷ<Ö< <?< a< < d\<< < LO< <<< < <}< MU<l%<n<1<m<< Ʈ< ݨ<< (<<< q< < D<Mx<L<L< <[< <l< ~< <$</cutouts/PanSTARRS/PanSTARRS_g.fits0000644000000000000000000014520000000000000014004 0ustar00SIMPLE = T / file does conform to FITS standard 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 COMMENT FITS (Flexible Image Transport System) format is defined in 'AstronomyCOMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H DATE = '2024-09-07T17:42:56' / file creation date (YYYY-MM-DDThh:mm:ss UT) CTYPE1 = 'RA---TAN' / Right ascension, gnomonic projection CTYPE2 = 'DEC--TAN' / Declination, gnomonic projection CRVAL1 = 27.341772079499 / [deg] Coordinate value at reference point CRVAL2 = -29.999999999999 / [deg] Coordinate value at reference point CRPIX1 = -7660.5 / Pixel coordinate of reference point CRPIX2 = 16858.5 / Pixel coordinate of reference point CDELT1 = 6.9444446125999E-05 / [deg] Coordinate increment at reference point CDELT2 = 6.9444446125999E-05 / [deg] Coordinate increment at reference point PC001001= -1. PC001002= 0. PC002001= 0. PC002002= 1. HISTORY ppStack at 2014-11-27T13:20:32.159674 PSLIB_V = '37083 ' HISTORY psLib version: tags/ipp-pv3-20140717/psLib@37083 HISTORY psLib source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd MODULE_V= '37083 ' HISTORY psModules version: tags/ipp-pv3-20140717/psModules@37083 HISTORY psModules source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd PHOT_V = '37083 ' HISTORY psphot version: tags/ipp-pv3-20140717/psphot@37083 HISTORY psphot source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd STATS_V = '37083 ' HISTORY ppStats version: tags/ipp-pv3-20140717/ppStats@37083 HISTORY ppStats source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd STACK_V = '37083 ' HISTORY ppStack version: tags/ipp-pv3-20140717/ppStack@37083 HISTORY ppStack source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd NINPUTS = 2 / Number of input images STK_TYPE= 'DEEP_STACK' / type of stack STK_ID = '3983339 ' / type of stack SKYCELL = 'skycell.0641.026' / type of stack TESS_ID = 'RINGS.V3' / type of stack AIRM_SLP= 0. / airmass slope INP_0000= 'o5836g0172o.401939.wrp.1222502.skycell.0641.026.fits' / input image nINP_0001= 'o5836g0190o.401958.wrp.1222508.skycell.0641.026.fits' / input image nSCL_0000= 3.369082 / input image scale factor SCL_0001= 3.683259 / input image scale factor ZPT_0000= 24.42005 / input image zero point ZPT_0001= 24.35069 / input image zero point EXP_0000= 43. / input image exptime EXP_0001= 43. / input image exptime AIR_0000= 1.555 / input image airmass AIR_0001= 1.559 / input image airmass PSCAMERA= 'GPC1 ' / Camera name PSFORMAT= 'SKYCELL ' / Camera format IMAGEID = 3983339 / Image identifier SOURCEID= 35 / Source identifier HIERARCH FPA.TELESCOPE = 'PS1 ' / Telescope of origin HIERARCH FPA.INSTRUMENT = 'GPC1 ' / Instrument name (according to the instrumHIERARCH FPA.DETECTOR = 'GPC1 ' / Detector name HIERARCH FPA.COMMENT = ' ' / Observation comment HIERARCH FPA.OBS.MODE = ' ' / Observation mode (eg, survey id) HIERARCH FPA.OBS.GROUP = ' ' / Observation group (eg, associated images) HIERARCH FPA.FOCUS = 'NaN ' / Telescope focus AIRMASS = 1. / Airmass at boresight HIERARCH FPA.FILTERID = 'g.00000 ' / Filter used (parsed, abstract name) HIERARCH FPA.FILTER = 'g.00000 ' / Filter used (instrument name) HIERARCH FPA.POSANGLE = 'NaN ' / Position angle of instrument HIERARCH FPA.ROTANGLE = 'NaN ' / Rotator angle of instrument HIERARCH FPA.RADECSYS = ' ' / Celestial coordinate system HIERARCH FPA.RA = 'NaN ' / Right Ascension of boresight HIERARCH FPA.DEC = 'NaN ' / Declination of boresight HIERARCH FPA.LONGITUDE = 'NaN ' / West longitude of observatory HIERARCH FPA.LATITUDE = 'NaN ' / Latitude of observatory HIERARCH FPA.ELEVATION = 'NaN ' / Elevation of observatory (meters) HIERARCH FPA.OBSTYPE = ' ' / Type of observation HIERARCH FPA.OBJECT = ' ' / Object of observation HIERARCH FPA.ALT = 'NaN ' / Altitude of boresight HIERARCH FPA.AZ = 'NaN ' / Azimuth of boresight HIERARCH FPA.TEMP = 'NaN ' / Temperature of focal plane HIERARCH FPA.M1X = 'NaN ' / Primary Mirror X Position HIERARCH FPA.M1Y = 'NaN ' / Primary Mirror Y Position HIERARCH FPA.M1Z = 'NaN ' / Primary Mirror Z Position HIERARCH FPA.M1TIP = 'NaN ' / Primary Mirror TIP HIERARCH FPA.M1TILT = 'NaN ' / Primary Mirror TILT HIERARCH FPA.M2X = 'NaN ' / Primary Mirror X Position HIERARCH FPA.M2Y = 'NaN ' / Primary Mirror Y Position HIERARCH FPA.M2Z = 'NaN ' / Primary Mirror Z Position HIERARCH FPA.M2TIP = 'NaN ' / Primary Mirror TIP HIERARCH FPA.M2TILT = 'NaN ' / Primary Mirror TILT HIERARCH FPA.ENV.TEMP = 'NaN ' / Environment: Temperature HIERARCH FPA.ENV.HUMID = 'NaN ' / Environment: Humidity HIERARCH FPA.ENV.WIND = 'NaN ' / Environment: Wind speed HIERARCH FPA.ENV.DIR = 'NaN ' / Environment: Wind direction HIERARCH FPA.TELTEMP.M1 = 'NaN ' / Telescope Temperatures: M1 HIERARCH FPA.TELTEMP.M1CELL = 'NaN ' / Telescope Temperatures: M1 cell HIERARCH FPA.TELTEMP.M2 = 'NaN ' / Telescope Temperatures: M2 HIERARCH FPA.TELTEMP.SPIDER = 'NaN ' / Telescope Temperatures: spider HIERARCH FPA.TELTEMP.TRUSS = 'NaN ' / Telescope Temperatures: truss HIERARCH FPA.TELTEMP.EXTRA = 'NaN ' / Telescope Temperatures: extra HIERARCH FPA.PON.TIME = 'NaN ' / Power On Time HIERARCH FPA.ZP = 25. / Magnitude zero point HIERARCH CHIP.XSIZE = 0 / Size of chip (pixels) HIERARCH CHIP.YSIZE = 0 / Size of chip (pixels) HIERARCH CHIP.TEMP = 'NaN ' / Temperature of chip HIERARCH CHIP.TEMPERATURE = 'NaN ' / Temperature of chip HIERARCH CHIP.ID = ' ' / Chip identifier HIERARCH CHIP.SEEING = 'NaN ' / Seeing FWHM (pixels) HIERARCH CHIP.VIDEOCELL = F / Does this OTA have any video cells HIERARCH CELL.GAIN = 1.01248 / CCD gain (e/count) HIERARCH CELL.READNOISE = 5.822228 / CCD read noise (e) HIERARCH CELL.SATURATION = 178561.4 / Saturation level (counts) HIERARCH CELL.BAD = 0. / Bad level (counts) EXPTIME = 86. / Exposure time (sec) HIERARCH CELL.DARKTIME = 'NaN ' / Time since flush (sec) HIERARCH CELL.XBIN = 1 / Binning in x HIERARCH CELL.YBIN = 1 / Binning in y MJD-OBS = 55836.482395956 / [d] MJD of observation HIERARCH CELL.XSIZE = 0 / Size of cell (pixels) HIERARCH CELL.YSIZE = 0 / Size of cell (pixels) HIERARCH CELL.XWINDOW = 0 / Start of cell window (pixels) HIERARCH CELL.YWINDOW = 0 / Start of cell window (pixels) HIERARCH CELL.TRIMSEC = '[1:6274,1:6269]' / Trim section HIERARCH CELL.BIASSEC = '' HISTORY Created by fitscut 1.4.2 (William Jon McCann) RADESYS = 'FK5 ' / Equatorial coordinate system TIMESYS = 'TAI ' / Time scale WCSAXES = 2 / Number of coordinate axes PC1_1 = -1.0 / 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 = -29.999999999999 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time DATE-OBS= '2011-10-02T11:34:39.011' / ISO-8601 time of observation EQUINOX = 2000.0 / [yr] Equinox of equatorial coordinates END cutouts/PanSTARRS/PanSTARRS_r.fits0000644000000000000000000014520000000000000014017 0ustar00SIMPLE = T / file does conform to FITS standard 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 COMMENT FITS (Flexible Image Transport System) format is defined in 'AstronomyCOMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H DATE = '2024-09-07T17:42:57' / file creation date (YYYY-MM-DDThh:mm:ss UT) CTYPE1 = 'RA---TAN' / Right ascension, gnomonic projection CTYPE2 = 'DEC--TAN' / Declination, gnomonic projection CRVAL1 = 27.341772079499 / [deg] Coordinate value at reference point CRVAL2 = -29.999999999999 / [deg] Coordinate value at reference point CRPIX1 = -7660.5 / Pixel coordinate of reference point CRPIX2 = 16858.5 / Pixel coordinate of reference point CDELT1 = 6.9444446125999E-05 / [deg] Coordinate increment at reference point CDELT2 = 6.9444446125999E-05 / [deg] Coordinate increment at reference point PC001001= -1. PC001002= 0. PC002001= 0. PC002002= 1. HISTORY ppStack at 2014-12-03T12:58:00.471719 PSLIB_V = '37083 ' HISTORY psLib version: tags/ipp-pv3-20140717/psLib@37083 HISTORY psLib source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd MODULE_V= '37083 ' HISTORY psModules version: tags/ipp-pv3-20140717/psModules@37083 HISTORY psModules source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd PHOT_V = '37083 ' HISTORY psphot version: tags/ipp-pv3-20140717/psphot@37083 HISTORY psphot source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd STATS_V = '37083 ' HISTORY ppStats version: tags/ipp-pv3-20140717/ppStats@37083 HISTORY ppStats source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd STACK_V = '37083 ' HISTORY ppStack version: tags/ipp-pv3-20140717/ppStack@37083 HISTORY ppStack source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd NINPUTS = 2 / Number of input images STK_TYPE= 'DEEP_STACK' / type of stack STK_ID = '3989823 ' / type of stack SKYCELL = 'skycell.0641.026' / type of stack TESS_ID = 'RINGS.V3' / type of stack AIRM_SLP= 0. / airmass slope INP_0000= 'o6260g0141o.551776.wrp.1223224.skycell.0641.026.fits' / input image nINP_0001= 'o6260g0137o.551772.wrp.1223234.skycell.0641.026.fits' / input image nSCL_0000= 2.808868 / input image scale factor SCL_0001= 2.822361 / input image scale factor ZPT_0000= 24.61568 / input image zero point ZPT_0001= 24.64251 / input image zero point EXP_0000= 40. / input image exptime EXP_0001= 40. / input image exptime AIR_0000= 1.593 / input image airmass AIR_0001= 1.599 / input image airmass PSCAMERA= 'GPC1 ' / Camera name PSFORMAT= 'SKYCELL ' / Camera format IMAGEID = 3989823 / Image identifier SOURCEID= 35 / Source identifier HIERARCH FPA.TELESCOPE = 'PS1 ' / Telescope of origin HIERARCH FPA.INSTRUMENT = 'GPC1 ' / Instrument name (according to the instrumHIERARCH FPA.DETECTOR = 'GPC1 ' / Detector name HIERARCH FPA.COMMENT = ' ' / Observation comment HIERARCH FPA.OBS.MODE = ' ' / Observation mode (eg, survey id) HIERARCH FPA.OBS.GROUP = ' ' / Observation group (eg, associated images) HIERARCH FPA.FOCUS = 'NaN ' / Telescope focus AIRMASS = 1. / Airmass at boresight HIERARCH FPA.FILTERID = 'r.00000 ' / Filter used (parsed, abstract name) HIERARCH FPA.FILTER = 'r.00000 ' / Filter used (instrument name) HIERARCH FPA.POSANGLE = 'NaN ' / Position angle of instrument HIERARCH FPA.ROTANGLE = 'NaN ' / Rotator angle of instrument HIERARCH FPA.RADECSYS = ' ' / Celestial coordinate system HIERARCH FPA.RA = 'NaN ' / Right Ascension of boresight HIERARCH FPA.DEC = 'NaN ' / Declination of boresight HIERARCH FPA.LONGITUDE = 'NaN ' / West longitude of observatory HIERARCH FPA.LATITUDE = 'NaN ' / Latitude of observatory HIERARCH FPA.ELEVATION = 'NaN ' / Elevation of observatory (meters) HIERARCH FPA.OBSTYPE = ' ' / Type of observation HIERARCH FPA.OBJECT = ' ' / Object of observation HIERARCH FPA.ALT = 'NaN ' / Altitude of boresight HIERARCH FPA.AZ = 'NaN ' / Azimuth of boresight HIERARCH FPA.TEMP = 'NaN ' / Temperature of focal plane HIERARCH FPA.M1X = 'NaN ' / Primary Mirror X Position HIERARCH FPA.M1Y = 'NaN ' / Primary Mirror Y Position HIERARCH FPA.M1Z = 'NaN ' / Primary Mirror Z Position HIERARCH FPA.M1TIP = 'NaN ' / Primary Mirror TIP HIERARCH FPA.M1TILT = 'NaN ' / Primary Mirror TILT HIERARCH FPA.M2X = 'NaN ' / Primary Mirror X Position HIERARCH FPA.M2Y = 'NaN ' / Primary Mirror Y Position HIERARCH FPA.M2Z = 'NaN ' / Primary Mirror Z Position HIERARCH FPA.M2TIP = 'NaN ' / Primary Mirror TIP HIERARCH FPA.M2TILT = 'NaN ' / Primary Mirror TILT HIERARCH FPA.ENV.TEMP = 'NaN ' / Environment: Temperature HIERARCH FPA.ENV.HUMID = 'NaN ' / Environment: Humidity HIERARCH FPA.ENV.WIND = 'NaN ' / Environment: Wind speed HIERARCH FPA.ENV.DIR = 'NaN ' / Environment: Wind direction HIERARCH FPA.TELTEMP.M1 = 'NaN ' / Telescope Temperatures: M1 HIERARCH FPA.TELTEMP.M1CELL = 'NaN ' / Telescope Temperatures: M1 cell HIERARCH FPA.TELTEMP.M2 = 'NaN ' / Telescope Temperatures: M2 HIERARCH FPA.TELTEMP.SPIDER = 'NaN ' / Telescope Temperatures: spider HIERARCH FPA.TELTEMP.TRUSS = 'NaN ' / Telescope Temperatures: truss HIERARCH FPA.TELTEMP.EXTRA = 'NaN ' / Telescope Temperatures: extra HIERARCH FPA.PON.TIME = 'NaN ' / Power On Time HIERARCH FPA.ZP = 25. / Magnitude zero point HIERARCH CHIP.XSIZE = 0 / Size of chip (pixels) HIERARCH CHIP.YSIZE = 0 / Size of chip (pixels) HIERARCH CHIP.TEMP = 'NaN ' / Temperature of chip HIERARCH CHIP.TEMPERATURE = 'NaN ' / Temperature of chip HIERARCH CHIP.ID = ' ' / Chip identifier HIERARCH CHIP.SEEING = 'NaN ' / Seeing FWHM (pixels) HIERARCH CHIP.VIDEOCELL = F / Does this OTA have any video cells HIERARCH CELL.GAIN = 1.01248 / CCD gain (e/count) HIERARCH CELL.READNOISE = 5.814055 / CCD read noise (e) HIERARCH CELL.SATURATION = 148870. / Saturation level (counts) HIERARCH CELL.BAD = 0. / Bad level (counts) EXPTIME = 80. / Exposure time (sec) HIERARCH CELL.DARKTIME = 'NaN ' / Time since flush (sec) HIERARCH CELL.XBIN = 1 / Binning in x HIERARCH CELL.YBIN = 1 / Binning in y MJD-OBS = 56260.285247527 / [d] MJD of observation HIERARCH CELL.XSIZE = 0 / Size of cell (pixels) HIERARCH CELL.YSIZE = 0 / Size of cell (pixels) HIERARCH CELL.XWINDOW = 0 / Start of cell window (pixels) HIERARCH CELL.YWINDOW = 0 / Start of cell window (pixels) HIERARCH CELL.TRIMSEC = '[1:6274,1:6269]' / Trim section HIERARCH CELL.BIASSEC = '' HISTORY Created by fitscut 1.4.2 (William Jon McCann) RADESYS = 'FK5 ' / Equatorial coordinate system TIMESYS = 'TAI ' / Time scale WCSAXES = 2 / Number of coordinate axes PC1_1 = -1.0 / 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 = -29.999999999999 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time DATE-OBS= '2012-11-29T06:50:45.386' / ISO-8601 time of observation EQUINOX = 2000.0 / [yr] Equinox of equatorial coordinates END cutouts/PanSTARRS/PanSTARRS_i.fits0000644000000000000000000015270000000000000014011 0ustar00SIMPLE = T / file does conform to FITS standard 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 COMMENT FITS (Flexible Image Transport System) format is defined in 'AstronomyCOMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H DATE = '2024-09-07T17:42:58' / file creation date (YYYY-MM-DDThh:mm:ss UT) CTYPE1 = 'RA---TAN' / Right ascension, gnomonic projection CTYPE2 = 'DEC--TAN' / Declination, gnomonic projection CRVAL1 = 27.341772079499 / [deg] Coordinate value at reference point CRVAL2 = -29.999999999999 / [deg] Coordinate value at reference point CRPIX1 = -7660.5 / Pixel coordinate of reference point CRPIX2 = 16858.5 / Pixel coordinate of reference point CDELT1 = 6.9444446125999E-05 / [deg] Coordinate increment at reference point CDELT2 = 6.9444446125999E-05 / [deg] Coordinate increment at reference point PC001001= -1. PC001002= 0. PC002001= 0. PC002002= 1. HISTORY ppStack at 2014-11-29T08:42:42.589077 PSLIB_V = '37083 ' HISTORY psLib version: tags/ipp-pv3-20140717/psLib@37083 HISTORY psLib source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd MODULE_V= '37083 ' HISTORY psModules version: tags/ipp-pv3-20140717/psModules@37083 HISTORY psModules source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd PHOT_V = '37083 ' HISTORY psphot version: tags/ipp-pv3-20140717/psphot@37083 HISTORY psphot source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd STATS_V = '37083 ' HISTORY ppStats version: tags/ipp-pv3-20140717/ppStats@37083 HISTORY ppStats source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd STACK_V = '37083 ' HISTORY ppStack version: tags/ipp-pv3-20140717/ppStack@37083 HISTORY ppStack source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd NINPUTS = 9 / Number of input images STK_TYPE= 'DEEP_STACK' / type of stack STK_ID = '3984736 ' / type of stack SKYCELL = 'skycell.0641.026' / type of stack TESS_ID = 'RINGS.V3' / type of stack AIRM_SLP= 0. / airmass slope INP_0000= 'o5848g0334o.407486.wrp.1224019.skycell.0641.026.fits' / input image nINP_0001= 'o5848g0352o.407504.wrp.1224034.skycell.0641.026.fits' / input image nINP_0002= 'o6914g0491o.794432.wrp.1224161.skycell.0641.026.fits' / input image nINP_0003= 'o6914g0476o.794416.wrp.1224164.skycell.0641.026.fits' / input image nINP_0004= 'o6914g0521o.794462.wrp.1224179.skycell.0641.026.fits' / input image nINP_0005= 'o6917g0383o.795928.wrp.1224181.skycell.0641.026.fits' / input image nINP_0006= 'o6914g0506o.794448.wrp.1224185.skycell.0641.026.fits' / input image nINP_0007= 'o6917g0415o.795960.wrp.1224215.skycell.0641.026.fits' / input image nINP_0008= 'o6917g0399o.795943.wrp.1224283.skycell.0641.026.fits' / input image nSCL_0000= 12.05186 / input image scale factor SCL_0001= 14.68139 / input image scale factor SCL_0002= 10.9274 / input image scale factor SCL_0003= 10.57112 / input image scale factor SCL_0004= 10.93332 / input image scale factor SCL_0005= 0. / input image scale factor SCL_0006= 10.92869 / input image scale factor SCL_0007= 12.22468 / input image scale factor SCL_0008= 12.93172 / input image scale factor ZPT_0000= 24.61602 / input image zero point ZPT_0001= 24.38442 / input image zero point ZPT_0002= 24.80046 / input image zero point ZPT_0003= 24.81847 / input image zero point ZPT_0004= 24.7948 / input image zero point ZPT_0005= 24.53565 / input image zero point ZPT_0006= 24.80171 / input image zero point ZPT_0007= 24.51007 / input image zero point ZPT_0008= 24.523 / input image zero point EXP_0000= 45. / input image exptime EXP_0001= 45. / input image exptime EXP_0002= 45. / input image exptime EXP_0003= 45. / input image exptime EXP_0004= 45. / input image exptime EXP_0005= 45. / input image exptime EXP_0006= 45. / input image exptime EXP_0007= 45. / input image exptime EXP_0008= 45. / input image exptime AIR_0000= 1.568 / input image airmass AIR_0001= 1.592 / input image airmass AIR_0002= 1.663 / input image airmass AIR_0003= 1.683 / input image airmass AIR_0004= 1.649 / input image airmass AIR_0005= 1.576 / input image airmass AIR_0006= 1.652 / input image airmass AIR_0007= 1.563 / input image airmass AIR_0008= 1.565 / input image airmass PSCAMERA= 'GPC1 ' / Camera name PSFORMAT= 'SKYCELL ' / Camera format IMAGEID = 3984736 / Image identifier SOURCEID= 35 / Source identifier HIERARCH FPA.TELESCOPE = 'PS1 ' / Telescope of origin HIERARCH FPA.INSTRUMENT = 'GPC1 ' / Instrument name (according to the instrumHIERARCH FPA.DETECTOR = 'GPC1 ' / Detector name HIERARCH FPA.COMMENT = ' ' / Observation comment HIERARCH FPA.OBS.MODE = ' ' / Observation mode (eg, survey id) HIERARCH FPA.OBS.GROUP = ' ' / Observation group (eg, associated images) HIERARCH FPA.FOCUS = 'NaN ' / Telescope focus AIRMASS = 1. / Airmass at boresight HIERARCH FPA.FILTERID = 'i.00000 ' / Filter used (parsed, abstract name) HIERARCH FPA.FILTER = 'i.00000 ' / Filter used (instrument name) HIERARCH FPA.POSANGLE = 'NaN ' / Position angle of instrument HIERARCH FPA.ROTANGLE = 'NaN ' / Rotator angle of instrument HIERARCH FPA.RADECSYS = ' ' / Celestial coordinate system HIERARCH FPA.RA = 'NaN ' / Right Ascension of boresight HIERARCH FPA.DEC = 'NaN ' / Declination of boresight HIERARCH FPA.LONGITUDE = 'NaN ' / West longitude of observatory HIERARCH FPA.LATITUDE = 'NaN ' / Latitude of observatory HIERARCH FPA.ELEVATION = 'NaN ' / Elevation of observatory (meters) HIERARCH FPA.OBSTYPE = ' ' / Type of observation HIERARCH FPA.OBJECT = ' ' / Object of observation HIERARCH FPA.ALT = 'NaN ' / Altitude of boresight HIERARCH FPA.AZ = 'NaN ' / Azimuth of boresight HIERARCH FPA.TEMP = 'NaN ' / Temperature of focal plane HIERARCH FPA.M1X = 'NaN ' / Primary Mirror X Position HIERARCH FPA.M1Y = 'NaN ' / Primary Mirror Y Position HIERARCH FPA.M1Z = 'NaN ' / Primary Mirror Z Position HIERARCH FPA.M1TIP = 'NaN ' / Primary Mirror TIP HIERARCH FPA.M1TILT = 'NaN ' / Primary Mirror TILT HIERARCH FPA.M2X = 'NaN ' / Primary Mirror X Position HIERARCH FPA.M2Y = 'NaN ' / Primary Mirror Y Position HIERARCH FPA.M2Z = 'NaN ' / Primary Mirror Z Position HIERARCH FPA.M2TIP = 'NaN ' / Primary Mirror TIP HIERARCH FPA.M2TILT = 'NaN ' / Primary Mirror TILT HIERARCH FPA.ENV.TEMP = 'NaN ' / Environment: Temperature HIERARCH FPA.ENV.HUMID = 'NaN ' / Environment: Humidity HIERARCH FPA.ENV.WIND = 'NaN ' / Environment: Wind speed HIERARCH FPA.ENV.DIR = 'NaN ' / Environment: Wind direction HIERARCH FPA.TELTEMP.M1 = 'NaN ' / Telescope Temperatures: M1 HIERARCH FPA.TELTEMP.M1CELL = 'NaN ' / Telescope Temperatures: M1 cell HIERARCH FPA.TELTEMP.M2 = 'NaN ' / Telescope Temperatures: M2 HIERARCH FPA.TELTEMP.SPIDER = 'NaN ' / Telescope Temperatures: spider HIERARCH FPA.TELTEMP.TRUSS = 'NaN ' / Telescope Temperatures: truss HIERARCH FPA.TELTEMP.EXTRA = 'NaN ' / Telescope Temperatures: extra HIERARCH FPA.PON.TIME = 'NaN ' / Power On Time HIERARCH FPA.ZP = 25. / Magnitude zero point HIERARCH CHIP.XSIZE = 0 / Size of chip (pixels) HIERARCH CHIP.YSIZE = 0 / Size of chip (pixels) HIERARCH CHIP.TEMP = 'NaN ' / Temperature of chip HIERARCH CHIP.TEMPERATURE = 'NaN ' / Temperature of chip HIERARCH CHIP.ID = ' ' / Chip identifier HIERARCH CHIP.SEEING = 'NaN ' / Seeing FWHM (pixels) HIERARCH CHIP.VIDEOCELL = F / Does this OTA have any video cells HIERARCH CELL.GAIN = 1.035897 / CCD gain (e/count) HIERARCH CELL.READNOISE = 6.082243 / CCD read noise (e) HIERARCH CELL.SATURATION = 576126.2 / Saturation level (counts) HIERARCH CELL.BAD = 0. / Bad level (counts) EXPTIME = 405. / Exposure time (sec) HIERARCH CELL.DARKTIME = 'NaN ' / Time since flush (sec) HIERARCH CELL.XBIN = 1 / Binning in x HIERARCH CELL.YBIN = 1 / Binning in y MJD-OBS = 56648.752541735 / [d] MJD of observation HIERARCH CELL.XSIZE = 0 / Size of cell (pixels) HIERARCH CELL.YSIZE = 0 / Size of cell (pixels) HIERARCH CELL.XWINDOW = 0 / Start of cell window (pixels) HIERARCH CELL.YWINDOW = 0 / Start of cell window (pixels) HIERARCH CELL.TRIMSEC = '[1:6274,1:6269]' / Trim section HIERARCH CELL.BIASSEC = '' HISTORY Created by fitscut 1.4.2 (William Jon McCann) RADESYS = 'FK5 ' / Equatorial coordinate system TIMESYS = 'TAI ' / Time scale WCSAXES = 2 / Number of coordinate axes PC1_1 = -1.0 / 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 = -29.999999999999 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time DATE-OBS= '2013-12-22T18:03:39.606' / ISO-8601 time of observation EQUINOX = 2000.0 / [yr] Equinox of equatorial coordinates END BjBK/C¯neACEBGBd!^Bt"VAH¼-A^Bh9BOYšY@§W"AW 'B%rBo@E6BGA†A>Bz¼u5BddwԿU@oAV B((A{€GO@8ΐ`_ACBA/…%BI–mc<-BpApޭ/"B'aہH6 &L8B;]BaMw#IAB"- _BBՅ@bB΂B\9BAϥAmMw@A1B?d4jUA&GAA:_BϬmB @B#̖.!BZ'‚9¥B< C*4}ܐBC.|B4}A0BI­B^CGCPAF(AžrAa½QB":BD2b/_B%}|B.͌ 6oA^BaBXl­BzaIBjdBVVB;]gB$BC#.C %B]ѿAB 8e@8OBxQdµAG®'kF.C 5A ˜D%P® @#„,BOCC̅ BCLAdǰ(AB)BB5nA5㯔_0lX:Œ'A|*A~@hTB`@C 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BBBzBTAA(K" H¹ʵ@+?A̐B 1› СBBkBd)B$˜W$>Z?A·ƒhB:@tAEBnbTR/B6$Bo B[]A{V@C"g%s A<]IE;N5pªSBBB}B6$BCE7B0t0nA bBgCB؉vAOoCj@cBmC!^ BRA7B.8@b*BDF3„'Bs@A2 evr=B0 {%WBwB?/DƝ‡k@@X•B:e* A#`C!SA BrCG6B8yDœ@'gBAH†gB"%C+hB)B/SBcl:Ž%u#B $j@EB=@BQBbB 8eB˾CBw4¶4WH!=BTBC B#4¥AwAWrA~5&A{B,rŒA%AGG OBAC ªKm xB,lB*i{BB?0zBہBAeB_AeA4Bҿb/_BҲA< BBC٥A` CºBB;LC;)BArASO¿)zBCBB>߁C81BZl;+iƒӆ@\HBp;&EZBA¡>@g*BddB gFmBC365>=B|BGPp;LBGJA bBIlA0@CC @B?G;CdB'f*A ‘.AdA% _cutouts/PanSTARRS/PanSTARRS_z.fits0000644000000000000000000014520000000000000014027 0ustar00SIMPLE = T / file does conform to FITS standard 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 COMMENT FITS (Flexible Image Transport System) format is defined in 'AstronomyCOMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H DATE = '2024-09-07T17:43:00' / file creation date (YYYY-MM-DDThh:mm:ss UT) CTYPE1 = 'RA---TAN' / Right ascension, gnomonic projection CTYPE2 = 'DEC--TAN' / Declination, gnomonic projection CRVAL1 = 27.341772079499 / [deg] Coordinate value at reference point CRVAL2 = -29.999999999999 / [deg] Coordinate value at reference point CRPIX1 = -7660.5 / Pixel coordinate of reference point CRPIX2 = 16858.5 / Pixel coordinate of reference point CDELT1 = 6.9444446125999E-05 / [deg] Coordinate increment at reference point CDELT2 = 6.9444446125999E-05 / [deg] Coordinate increment at reference point PC001001= -1. PC001002= 0. PC002001= 0. PC002002= 1. HISTORY ppStack at 2014-12-04T07:31:33.054987 PSLIB_V = '37083 ' HISTORY psLib version: tags/ipp-pv3-20140717/psLib@37083 HISTORY psLib source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd MODULE_V= '37083 ' HISTORY psModules version: tags/ipp-pv3-20140717/psModules@37083 HISTORY psModules source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd PHOT_V = '37083 ' HISTORY psphot version: tags/ipp-pv3-20140717/psphot@37083 HISTORY psphot source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd STATS_V = '37083 ' HISTORY ppStats version: tags/ipp-pv3-20140717/ppStats@37083 HISTORY ppStats source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd STACK_V = '37083 ' HISTORY ppStack version: tags/ipp-pv3-20140717/ppStack@37083 HISTORY ppStack source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd NINPUTS = 3 / Number of input images STK_TYPE= 'DEEP_STACK' / type of stack STK_ID = '3990855 ' / type of stack SKYCELL = 'skycell.0641.026' / type of stack TESS_ID = 'RINGS.V3' / type of stack AIRM_SLP= 0. / airmass slope INP_0000= 'o5933g0124o.435170.wrp.1228386.skycell.0641.026.fits' / input image nINP_0001= 'o5933g0100o.435146.wrp.1228402.skycell.0641.026.fits' / input image nINP_0002= 'o6505g0277o.638498.wrp.1228404.skycell.0641.026.fits' / input image nSCL_0000= 8.276645 / input image scale factor SCL_0001= 8.151912 / input image scale factor SCL_0002= 4.068902 / input image scale factor ZPT_0000= 24.2028 / input image zero point ZPT_0001= 24.2353 / input image zero point ZPT_0002= 24.34361 / input image zero point EXP_0000= 30. / input image exptime EXP_0001= 30. / input image exptime EXP_0002= 60. / input image exptime AIR_0000= 1.642 / input image airmass AIR_0001= 1.601 / input image airmass AIR_0002= 1.577 / input image airmass PSCAMERA= 'GPC1 ' / Camera name PSFORMAT= 'SKYCELL ' / Camera format IMAGEID = 3990855 / Image identifier SOURCEID= 35 / Source identifier HIERARCH FPA.TELESCOPE = 'PS1 ' / Telescope of origin HIERARCH FPA.INSTRUMENT = 'GPC1 ' / Instrument name (according to the instrumHIERARCH FPA.DETECTOR = 'GPC1 ' / Detector name HIERARCH FPA.COMMENT = ' ' / Observation comment HIERARCH FPA.OBS.MODE = ' ' / Observation mode (eg, survey id) HIERARCH FPA.OBS.GROUP = ' ' / Observation group (eg, associated images) HIERARCH FPA.FOCUS = 'NaN ' / Telescope focus AIRMASS = 1. / Airmass at boresight HIERARCH FPA.FILTERID = 'z.00000 ' / Filter used (parsed, abstract name) HIERARCH FPA.FILTER = 'z.00000 ' / Filter used (instrument name) HIERARCH FPA.POSANGLE = 'NaN ' / Position angle of instrument HIERARCH FPA.ROTANGLE = 'NaN ' / Rotator angle of instrument HIERARCH FPA.RADECSYS = ' ' / Celestial coordinate system HIERARCH FPA.RA = 'NaN ' / Right Ascension of boresight HIERARCH FPA.DEC = 'NaN ' / Declination of boresight HIERARCH FPA.LONGITUDE = 'NaN ' / West longitude of observatory HIERARCH FPA.LATITUDE = 'NaN ' / Latitude of observatory HIERARCH FPA.ELEVATION = 'NaN ' / Elevation of observatory (meters) HIERARCH FPA.OBSTYPE = ' ' / Type of observation HIERARCH FPA.OBJECT = ' ' / Object of observation HIERARCH FPA.ALT = 'NaN ' / Altitude of boresight HIERARCH FPA.AZ = 'NaN ' / Azimuth of boresight HIERARCH FPA.TEMP = 'NaN ' / Temperature of focal plane HIERARCH FPA.M1X = 'NaN ' / Primary Mirror X Position HIERARCH FPA.M1Y = 'NaN ' / Primary Mirror Y Position HIERARCH FPA.M1Z = 'NaN ' / Primary Mirror Z Position HIERARCH FPA.M1TIP = 'NaN ' / Primary Mirror TIP HIERARCH FPA.M1TILT = 'NaN ' / Primary Mirror TILT HIERARCH FPA.M2X = 'NaN ' / Primary Mirror X Position HIERARCH FPA.M2Y = 'NaN ' / Primary Mirror Y Position HIERARCH FPA.M2Z = 'NaN ' / Primary Mirror Z Position HIERARCH FPA.M2TIP = 'NaN ' / Primary Mirror TIP HIERARCH FPA.M2TILT = 'NaN ' / Primary Mirror TILT HIERARCH FPA.ENV.TEMP = 'NaN ' / Environment: Temperature HIERARCH FPA.ENV.HUMID = 'NaN ' / Environment: Humidity HIERARCH FPA.ENV.WIND = 'NaN ' / Environment: Wind speed HIERARCH FPA.ENV.DIR = 'NaN ' / Environment: Wind direction HIERARCH FPA.TELTEMP.M1 = 'NaN ' / Telescope Temperatures: M1 HIERARCH FPA.TELTEMP.M1CELL = 'NaN ' / Telescope Temperatures: M1 cell HIERARCH FPA.TELTEMP.M2 = 'NaN ' / Telescope Temperatures: M2 HIERARCH FPA.TELTEMP.SPIDER = 'NaN ' / Telescope Temperatures: spider HIERARCH FPA.TELTEMP.TRUSS = 'NaN ' / Telescope Temperatures: truss HIERARCH FPA.TELTEMP.EXTRA = 'NaN ' / Telescope Temperatures: extra HIERARCH FPA.PON.TIME = 'NaN ' / Power On Time HIERARCH FPA.ZP = 25. / Magnitude zero point HIERARCH CHIP.XSIZE = 0 / Size of chip (pixels) HIERARCH CHIP.YSIZE = 0 / Size of chip (pixels) HIERARCH CHIP.TEMP = 'NaN ' / Temperature of chip HIERARCH CHIP.TEMPERATURE = 'NaN ' / Temperature of chip HIERARCH CHIP.ID = ' ' / Chip identifier HIERARCH CHIP.SEEING = 'NaN ' / Seeing FWHM (pixels) HIERARCH CHIP.VIDEOCELL = F / Does this OTA have any video cells HIERARCH CELL.GAIN = 1.014402 / CCD gain (e/count) HIERARCH CELL.READNOISE = 5.800909 / CCD read noise (e) HIERARCH CELL.SATURATION = 217686.3 / Saturation level (counts) HIERARCH CELL.BAD = 0. / Bad level (counts) EXPTIME = 120. / Exposure time (sec) HIERARCH CELL.DARKTIME = 'NaN ' / Time since flush (sec) HIERARCH CELL.XBIN = 1 / Binning in x HIERARCH CELL.YBIN = 1 / Binning in y MJD-OBS = 56124.042263964 / [d] MJD of observation HIERARCH CELL.XSIZE = 0 / Size of cell (pixels) HIERARCH CELL.YSIZE = 0 / Size of cell (pixels) HIERARCH CELL.XWINDOW = 0 / Start of cell window (pixels) HIERARCH CELL.YWINDOW = 0 / Start of cell window (pixels) HIERARCH CELL.TRIMSEC = '[1:6274,1:6269]' / Trim section HIERARCH CELL.BIASSEC = '' HISTORY Created by fitscut 1.4.2 (William Jon McCann) RADESYS = 'FK5 ' / Equatorial coordinate system TIMESYS = 'TAI ' / Time scale WCSAXES = 2 / Number of coordinate axes PC1_1 = -1.0 / 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 = -29.999999999999 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time DATE-OBS= '2012-07-16T01:00:51.606' / ISO-8601 time of observation EQUINOX = 2000.0 / [yr] Equinox of equatorial coordinates END cutouts/PanSTARRS/PanSTARRS_y.fits0000644000000000000000000014520000000000000014026 0ustar00SIMPLE = T / file does conform to FITS standard 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 COMMENT FITS (Flexible Image Transport System) format is defined in 'AstronomyCOMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H DATE = '2024-09-07T17:43:01' / file creation date (YYYY-MM-DDThh:mm:ss UT) CTYPE1 = 'RA---TAN' / Right ascension, gnomonic projection CTYPE2 = 'DEC--TAN' / Declination, gnomonic projection CRVAL1 = 27.341772079499 / [deg] Coordinate value at reference point CRVAL2 = -29.999999999999 / [deg] Coordinate value at reference point CRPIX1 = -7660.5 / Pixel coordinate of reference point CRPIX2 = 16858.5 / Pixel coordinate of reference point CDELT1 = 6.9444446125999E-05 / [deg] Coordinate increment at reference point CDELT2 = 6.9444446125999E-05 / [deg] Coordinate increment at reference point PC001001= -1. PC001002= 0. PC002001= 0. PC002002= 1. HISTORY ppStack at 2014-12-10T11:10:50.057628 PSLIB_V = '37083 ' HISTORY psLib version: tags/ipp-pv3-20140717/psLib@37083 HISTORY psLib source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd MODULE_V= '37083 ' HISTORY psModules version: tags/ipp-pv3-20140717/psModules@37083 HISTORY psModules source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd PHOT_V = '37083 ' HISTORY psphot version: tags/ipp-pv3-20140717/psphot@37083 HISTORY psphot source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd STATS_V = '37083 ' HISTORY ppStats version: tags/ipp-pv3-20140717/ppStats@37083 HISTORY ppStats source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd STACK_V = '37083 ' HISTORY ppStack version: tags/ipp-pv3-20140717/ppStack@37083 HISTORY ppStack source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd NINPUTS = 3 / Number of input images STK_TYPE= 'DEEP_STACK' / type of stack STK_ID = '4004154 ' / type of stack SKYCELL = 'skycell.0641.026' / type of stack TESS_ID = 'RINGS.V3' / type of stack AIRM_SLP= 0. / airmass slope INP_0000= 'o5933g0035o.435081.wrp.1229356.skycell.0641.026.fits' / input image nINP_0001= 'o5933g0011o.435057.wrp.1229361.skycell.0641.026.fits' / input image nINP_0002= 'o6498g0428o.636779.wrp.1229390.skycell.0641.026.fits' / input image nSCL_0000= 24.57665 / input image scale factor SCL_0001= 23.94519 / input image scale factor SCL_0002= 9.380763 / input image scale factor ZPT_0000= 23.20413 / input image zero point ZPT_0001= 23.21047 / input image zero point ZPT_0002= 23.18434 / input image zero point EXP_0000= 30. / input image exptime EXP_0001= 30. / input image exptime EXP_0002= 80. / input image exptime AIR_0000= 1.555 / input image airmass AIR_0001= 1.563 / input image airmass AIR_0002= 1.596 / input image airmass PSCAMERA= 'GPC1 ' / Camera name PSFORMAT= 'SKYCELL ' / Camera format IMAGEID = 4004154 / Image identifier SOURCEID= 35 / Source identifier HIERARCH FPA.TELESCOPE = 'PS1 ' / Telescope of origin HIERARCH FPA.INSTRUMENT = 'GPC1 ' / Instrument name (according to the instrumHIERARCH FPA.DETECTOR = 'GPC1 ' / Detector name HIERARCH FPA.COMMENT = ' ' / Observation comment HIERARCH FPA.OBS.MODE = ' ' / Observation mode (eg, survey id) HIERARCH FPA.OBS.GROUP = ' ' / Observation group (eg, associated images) HIERARCH FPA.FOCUS = 'NaN ' / Telescope focus AIRMASS = 1. / Airmass at boresight HIERARCH FPA.FILTERID = 'y.00000 ' / Filter used (parsed, abstract name) HIERARCH FPA.FILTER = 'y.00000 ' / Filter used (instrument name) HIERARCH FPA.POSANGLE = 'NaN ' / Position angle of instrument HIERARCH FPA.ROTANGLE = 'NaN ' / Rotator angle of instrument HIERARCH FPA.RADECSYS = ' ' / Celestial coordinate system HIERARCH FPA.RA = 'NaN ' / Right Ascension of boresight HIERARCH FPA.DEC = 'NaN ' / Declination of boresight HIERARCH FPA.LONGITUDE = 'NaN ' / West longitude of observatory HIERARCH FPA.LATITUDE = 'NaN ' / Latitude of observatory HIERARCH FPA.ELEVATION = 'NaN ' / Elevation of observatory (meters) HIERARCH FPA.OBSTYPE = ' ' / Type of observation HIERARCH FPA.OBJECT = ' ' / Object of observation HIERARCH FPA.ALT = 'NaN ' / Altitude of boresight HIERARCH FPA.AZ = 'NaN ' / Azimuth of boresight HIERARCH FPA.TEMP = 'NaN ' / Temperature of focal plane HIERARCH FPA.M1X = 'NaN ' / Primary Mirror X Position HIERARCH FPA.M1Y = 'NaN ' / Primary Mirror Y Position HIERARCH FPA.M1Z = 'NaN ' / Primary Mirror Z Position HIERARCH FPA.M1TIP = 'NaN ' / Primary Mirror TIP HIERARCH FPA.M1TILT = 'NaN ' / Primary Mirror TILT HIERARCH FPA.M2X = 'NaN ' / Primary Mirror X Position HIERARCH FPA.M2Y = 'NaN ' / Primary Mirror Y Position HIERARCH FPA.M2Z = 'NaN ' / Primary Mirror Z Position HIERARCH FPA.M2TIP = 'NaN ' / Primary Mirror TIP HIERARCH FPA.M2TILT = 'NaN ' / Primary Mirror TILT HIERARCH FPA.ENV.TEMP = 'NaN ' / Environment: Temperature HIERARCH FPA.ENV.HUMID = 'NaN ' / Environment: Humidity HIERARCH FPA.ENV.WIND = 'NaN ' / Environment: Wind speed HIERARCH FPA.ENV.DIR = 'NaN ' / Environment: Wind direction HIERARCH FPA.TELTEMP.M1 = 'NaN ' / Telescope Temperatures: M1 HIERARCH FPA.TELTEMP.M1CELL = 'NaN ' / Telescope Temperatures: M1 cell HIERARCH FPA.TELTEMP.M2 = 'NaN ' / Telescope Temperatures: M2 HIERARCH FPA.TELTEMP.SPIDER = 'NaN ' / Telescope Temperatures: spider HIERARCH FPA.TELTEMP.TRUSS = 'NaN ' / Telescope Temperatures: truss HIERARCH FPA.TELTEMP.EXTRA = 'NaN ' / Telescope Temperatures: extra HIERARCH FPA.PON.TIME = 'NaN ' / Power On Time HIERARCH FPA.ZP = 25. / Magnitude zero point HIERARCH CHIP.XSIZE = 0 / Size of chip (pixels) HIERARCH CHIP.YSIZE = 0 / Size of chip (pixels) HIERARCH CHIP.TEMP = 'NaN ' / Temperature of chip HIERARCH CHIP.TEMPERATURE = 'NaN ' / Temperature of chip HIERARCH CHIP.ID = ' ' / Chip identifier HIERARCH CHIP.SEEING = 'NaN ' / Seeing FWHM (pixels) HIERARCH CHIP.VIDEOCELL = F / Does this OTA have any video cells HIERARCH CELL.GAIN = 1.014402 / CCD gain (e/count) HIERARCH CELL.READNOISE = 5.805016 / CCD read noise (e) HIERARCH CELL.SATURATION = 501870.8 / Saturation level (counts) HIERARCH CELL.BAD = 0. / Bad level (counts) EXPTIME = 140. / Exposure time (sec) HIERARCH CELL.DARKTIME = 'NaN ' / Time since flush (sec) HIERARCH CELL.XBIN = 1 / Binning in x HIERARCH CELL.YBIN = 1 / Binning in y MJD-OBS = 56121.680260081 / [d] MJD of observation HIERARCH CELL.XSIZE = 0 / Size of cell (pixels) HIERARCH CELL.YSIZE = 0 / Size of cell (pixels) HIERARCH CELL.XWINDOW = 0 / Start of cell window (pixels) HIERARCH CELL.YWINDOW = 0 / Start of cell window (pixels) HIERARCH CELL.TRIMSEC = '[1:6274,1:6269]' / Trim section HIERARCH CELL.BIASSEC = '' HISTORY Created by fitscut 1.4.2 (William Jon McCann) RADESYS = 'FK5 ' / Equatorial coordinate system TIMESYS = 'TAI ' / Time scale WCSAXES = 2 / Number of coordinate axes PC1_1 = -1.0 / 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 = -29.999999999999 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time DATE-OBS= '2012-07-13T16:19:34.471' / ISO-8601 time of observation EQUINOX = 2000.0 / [yr] Equinox of equatorial coordinates END cutouts/DES/DES_g.fits0000644000000000000000000015270000000000000011703 0ustar00SIMPLE = T / file does conform to FITS standard 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 COMMENT FITS (Flexible Image Transport System) format is defined in 'AstronomyCOMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H COMMENT Data product of the DESI Imaging Legacy Surveys COMMENT Full documentation at http://legacysurvey.org LEGPIPEV= 'DR9.6.7 ' / legacypipe git version LSDIR = '/global/cscratch1/sd/ziyaoz/dr9m2/south' / $LEGACY_SURVEY_DIR directoLSDR = 'DR9 ' / Data release number RUNDATE = '2020-11-05T17:27:31.361617' / runbrick.py run time SURVEY = 'DECaLS+BASS+MzLS' / The LegacySurveys SURVEYID= 'DECaLS BASS MzLS' / Survey names DRVERSIO= 9010 / LegacySurveys Data Release number OBSTYPE = 'object ' / Observation type PROCTYPE= 'tile ' / Processing type NODENAME= 'nid00693' / Machine where script was run HOSTNAME= 'cori ' / NERSC machine where script was run JOB_ID = '35944611' / SLURM job id ARRAY_ID= 'none ' / SLURM job array id UNWISD1 = '/global/cfs/cdirs/cosmo/data/unwise/neo6/unwise-coadds/fulldepth' UNWISD2 = '/global/cfs/cdirs/cosmo/data/unwise/allwise/unwise-coadds/fulldepth' UNWISTD = '/global/cfs/cdirs/cosmo/work/wise/outputs/merge/neo6' UNWISSKY= '/global/cfs/cdirs/cosmo/data/unwise/neo6/unwise-catalog/mod' DEPNAM00= 'astrometry' DEPVER00= '0.84 ' DEPNAM01= 'astropy ' DEPVER01= '4.1 ' DEPNAM02= 'fitsio ' DEPVER02= '1.1.2 ' DEPNAM03= 'matplotlib' DEPVER03= '3.3.2 ' DEPNAM04= 'mkl_fft ' DEPVER04= '1.0.15 ' DEPNAM05= 'numpy ' DEPVER05= '1.17.5 ' DEPNAM06= 'photutils' DEPVER06= '1.0.1 ' DEPNAM07= 'scipy ' DEPVER07= '1.3.3 ' DEPNAM08= 'tractor ' DEPVER08= 'dr9.4 ' DEPNAM09= 'unwise_psf' DEPVER09= 'dr9.3 ' DEPNAM10= 'LARGEGALAXIES_CAT' DEPVER10= '/global/cfs/cdirs/cosmo/staging/largegalaxies/v3.0/SGA-ellipse-v3.0&'CONTINUE '.kd.fits' DEPNAM11= 'LARGEGALAXIES_VER' DEPVER11= 'L3 ' DEPNAM12= 'LARGEGALAXIES_PREBURN' DEPVER12= T DEPNAM13= 'TYCHO2_KD' DEPVER13= '/global/cfs/cdirs/cosmo/staging/tycho2' DEPNAM14= 'GAIA_CAT' DEPVER14= '/global/cfs/cdirs/cosmo/work/gaia/chunks-gaia-dr2-astrom-2' DEPNAM15= 'SKY_TEMPLATE' DEPVER15= '/global/cfs/cdirs/cosmo/work/legacysurvey/dr9m/calib/sky_pattern' DEPNAM16= 'unwise ' DEPVER16= '/global/cfs/cdirs/cosmo/data/unwise/neo6/unwise-coadds/fulldepth:/g&'CONTINUE 'lobal/cfs/cdirs/cosmo/data/unwise/allwise/unwise-coadds/fulldepth' DEPNAM17= 'unwise_tr' DEPVER17= '/global/cfs/cdirs/cosmo/work/wise/outputs/merge/neo6' DEPNAM18= 'unwise_modelsky' DEPVER18= '/global/cfs/cdirs/cosmo/data/unwise/neo6/unwise-catalog/mod' CMDLINE = 'legacypipe/runbrick.py --brick 0266m312 --skip --skip-calibs --thre&'CONTINUE 'ads 8 --stage tims --write-stage tims --checkpoint /global/cscratch&'CONTINUE '1/sd/ziyaoz/dr9m2/south//checkpoints/026/checkpoint-0266m312.pickle&'CONTINUE ' --pickle /global/cscratch1/sd/ziyaoz/dr9m2/south//pickles/026/runb&'CONTINUE 'rick-%(brick)s-%%(stage)s.pickle --outdir /global/cscratch1/sd/ziya&'CONTINUE 'oz/dr9m2/south/ --run south --read-seria&' CONTINUE 'l --release 9010' / runbrick command-line BRICK = '0266m312' / LegacySurveys brick RRRr[pm]DDd BRICKID = 159135 / LegacySurveys brick id RAMIN = 26.547811993517 / Brick RA min (deg) RAMAX = 26.839546191248 / Brick RA max (deg) DECMIN = -31.375 / Brick Dec min (deg) DECMAX = -31.125 / Brick Dec max (deg) RA = '01:46:46.483' / Brick center RA (hms) DEC = '-31:15:00.000' / Brick center DEC (dms) CENTRA = 26.6936790923825 / Brick center RA (deg) CENTDEC = -31.25 / Brick center Dec (deg) CORN1RA = 26.8470811029661 / Brick corner RA (deg) CORN1DEC= -31.3808720902751 / Brick corner Dec (deg) CORN2RA = 26.5402770817989 / Brick corner RA (deg) CORN2DEC= -31.3808720902751 / Brick corner Dec (deg) CORN3RA = 26.5407020351549 / Brick corner RA (deg) CORN3DEC= -31.1189462603913 / Brick corner Dec (deg) CORN4RA = 26.8466561496101 / Brick corner RA (deg) CORN4DEC= -31.1189462603913 / Brick corner Dec (deg) BRICK_G = T / Does band g touch this brick? CAMS_G = 'decam ' / Cameras contributing band g BRICK_R = T / Does band r touch this brick? CAMS_R = 'decam ' / Cameras contributing band r BRICK_Z = T / Does band z touch this brick? CAMS_Z = 'decam ' / Cameras contributing band z BANDS = 'grz ' / Bands touching this brick NBANDS = 3 / Number of bands in this catalog BAND0 = 'g ' / Band name in this catalog BAND1 = 'r ' / Band name in this catalog BAND2 = 'z ' / Band name in this catalog VER_TIMS= 'DR9.6.7 ' VER_REFS= 'DR9.6.7 ' VER_OUTL= 'DR9.6.7 ' OUTLIER = T VER_HALO= 'DR9.6.7 ' VER_SRCS= 'DR9.6.7 ' VER_FITB= 'DR9.6.7 ' GALFRPSF= T LESSMASK= F COMMENT DCHISQ array model names DCHISQ_0= 'PSF ' DCHISQ_1= 'REX ' DCHISQ_2= 'DEV ' DCHISQ_3= 'EXP ' DCHISQ_4= 'SER ' VER_COAD= 'DR9.6.7 ' CTYPE1 = 'RA---TAN' / Right ascension, gnomonic projection CTYPE2 = 'DEC--TAN' / Declination, gnomonic projection CRVAL1 = 26.693679092382 / [deg] Coordinate value at reference point CRVAL2 = -31.25 / [deg] Coordinate value at reference point CRPIX1 = -213.5 / Pixel coordinate of reference point CRPIX2 = 1210.5 / Pixel coordinate of reference point CD1_1 = 7.277777777777780E-05 / CD matrix CD1_2 = -0.000000000000000E+00 / CD matrix CD2_1 = -0.000000000000000E+00 / CD matrix CD2_2 = -7.277777777777780E-05 / CD matrix EQUINOX = 2000. / [yr] Equinox of equatorial coordinates OBSERVAT= 'CTIO ' / Observatory name TELESCOP= 'CTIO 4.0-m telescope' / Telescope name OBS-LAT = -30.16606 / Latitude (deg) OBS-LONG= 70.81489 / Longitude (deg) OBS-ELEV= 2215. / Elevation (m) INSTRUME= 'DECam ' / Instrument name FILTER = 'g DECam SDSS c0001 4720.0 1520.0' / Filter name FILTERX = 'g ' / Filter short name MJD_MIN = 56979.2561964526 / Earliest MJD in coadd (TAI) MJD_MAX = 58371.3911224307 / Latest MJD in coadd (TAI) MJD_MEAN= 57491.4005091527 / Mean MJD in coadd (TAI) DATEOBS1= '2014-11-18T06:08:20.374' / DATE-OBS for the first image in the stack DATEOBS2= '2018-09-10T09:22:35.978' / DATE-OBS for the last image in the stack DATEOBS = '2016-04-13T09:36:07.991' / Mean DATE-OBS for the stack (UTC) IMTYPE = 'image ' / LegacySurveys image type PRODTYPE= 'image ' / NOAO image type MAGZERO = 22.5 / Magnitude zeropoint BUNIT = 'nanomaggy' / AB mag = 22.5 - 2.5*log10(nanomaggy) COSKY_G = -9.67567757470533E-05 / Sky level estimated (+subtracted) from coadd WCSAXES = 2 / Number of coordinate axes PC1_1 = 7.2777777777778E-05 / Coordinate transformation matrix element PC2_2 = -7.2777777777778E-05 / Coordinate transformation matrix element CDELT1 = 1.0 / [deg] Coordinate increment at reference point CDELT2 = 1.0 / [deg] Coordinate increment at reference point 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 = -31.25 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time RADESYS = 'FK5' / Equatorial coordinate system EXPTIME = 3968.3984 END &:#Y9{o&ک7:;jl:y@BϹDx:gQ:ߺȻK:%:u::m:Lp:;zo::Թ..Y}X9)4+8z;9e;ϻfdL;m;zD;+<n]<:/2o+&P:[:p96:|;޷:b)g; 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bibcode: 2001A&A...376..359H COMMENT Data product of the DESI Imaging Legacy Surveys COMMENT Full documentation at http://legacysurvey.org LEGPIPEV= 'DR9.6.7 ' / legacypipe git version LSDIR = '/global/cscratch1/sd/ziyaoz/dr9m2/south' / $LEGACY_SURVEY_DIR directoLSDR = 'DR9 ' / Data release number RUNDATE = '2020-11-05T17:27:31.361617' / runbrick.py run time SURVEY = 'DECaLS+BASS+MzLS' / The LegacySurveys SURVEYID= 'DECaLS BASS MzLS' / Survey names DRVERSIO= 9010 / LegacySurveys Data Release number OBSTYPE = 'object ' / Observation type PROCTYPE= 'tile ' / Processing type NODENAME= 'nid00693' / Machine where script was run HOSTNAME= 'cori ' / NERSC machine where script was run JOB_ID = '35944611' / SLURM job id ARRAY_ID= 'none ' / SLURM job array id UNWISD1 = '/global/cfs/cdirs/cosmo/data/unwise/neo6/unwise-coadds/fulldepth' UNWISD2 = '/global/cfs/cdirs/cosmo/data/unwise/allwise/unwise-coadds/fulldepth' UNWISTD = '/global/cfs/cdirs/cosmo/work/wise/outputs/merge/neo6' UNWISSKY= '/global/cfs/cdirs/cosmo/data/unwise/neo6/unwise-catalog/mod' DEPNAM00= 'astrometry' DEPVER00= '0.84 ' DEPNAM01= 'astropy ' DEPVER01= '4.1 ' DEPNAM02= 'fitsio ' DEPVER02= '1.1.2 ' DEPNAM03= 'matplotlib' DEPVER03= '3.3.2 ' DEPNAM04= 'mkl_fft ' DEPVER04= '1.0.15 ' DEPNAM05= 'numpy ' DEPVER05= '1.17.5 ' DEPNAM06= 'photutils' DEPVER06= '1.0.1 ' DEPNAM07= 'scipy ' DEPVER07= '1.3.3 ' DEPNAM08= 'tractor ' DEPVER08= 'dr9.4 ' DEPNAM09= 'unwise_psf' DEPVER09= 'dr9.3 ' DEPNAM10= 'LARGEGALAXIES_CAT' DEPVER10= '/global/cfs/cdirs/cosmo/staging/largegalaxies/v3.0/SGA-ellipse-v3.0&'CONTINUE '.kd.fits' DEPNAM11= 'LARGEGALAXIES_VER' DEPVER11= 'L3 ' DEPNAM12= 'LARGEGALAXIES_PREBURN' DEPVER12= T DEPNAM13= 'TYCHO2_KD' DEPVER13= '/global/cfs/cdirs/cosmo/staging/tycho2' DEPNAM14= 'GAIA_CAT' DEPVER14= '/global/cfs/cdirs/cosmo/work/gaia/chunks-gaia-dr2-astrom-2' DEPNAM15= 'SKY_TEMPLATE' DEPVER15= '/global/cfs/cdirs/cosmo/work/legacysurvey/dr9m/calib/sky_pattern' DEPNAM16= 'unwise ' DEPVER16= '/global/cfs/cdirs/cosmo/data/unwise/neo6/unwise-coadds/fulldepth:/g&'CONTINUE 'lobal/cfs/cdirs/cosmo/data/unwise/allwise/unwise-coadds/fulldepth' DEPNAM17= 'unwise_tr' DEPVER17= '/global/cfs/cdirs/cosmo/work/wise/outputs/merge/neo6' DEPNAM18= 'unwise_modelsky' DEPVER18= '/global/cfs/cdirs/cosmo/data/unwise/neo6/unwise-catalog/mod' CMDLINE = 'legacypipe/runbrick.py --brick 0266m312 --skip --skip-calibs --thre&'CONTINUE 'ads 8 --stage tims --write-stage tims --checkpoint /global/cscratch&'CONTINUE '1/sd/ziyaoz/dr9m2/south//checkpoints/026/checkpoint-0266m312.pickle&'CONTINUE ' --pickle /global/cscratch1/sd/ziyaoz/dr9m2/south//pickles/026/runb&'CONTINUE 'rick-%(brick)s-%%(stage)s.pickle --outdir /global/cscratch1/sd/ziya&'CONTINUE 'oz/dr9m2/south/ --run south --read-seria&' CONTINUE 'l --release 9010' / runbrick command-line BRICK = '0266m312' / LegacySurveys brick RRRr[pm]DDd BRICKID = 159135 / LegacySurveys brick id RAMIN = 26.547811993517 / Brick RA min (deg) RAMAX = 26.839546191248 / Brick RA max (deg) DECMIN = -31.375 / Brick Dec min (deg) DECMAX = -31.125 / Brick Dec max (deg) RA = '01:46:46.483' / Brick center RA (hms) DEC = '-31:15:00.000' / Brick center DEC (dms) CENTRA = 26.6936790923825 / Brick center RA (deg) CENTDEC = -31.25 / Brick center Dec (deg) CORN1RA = 26.8470811029661 / Brick corner RA (deg) CORN1DEC= -31.3808720902751 / Brick corner Dec (deg) CORN2RA = 26.5402770817989 / Brick corner RA (deg) CORN2DEC= -31.3808720902751 / Brick corner Dec (deg) CORN3RA = 26.5407020351549 / Brick corner RA (deg) CORN3DEC= -31.1189462603913 / Brick corner Dec (deg) CORN4RA = 26.8466561496101 / Brick corner RA (deg) CORN4DEC= -31.1189462603913 / Brick corner Dec (deg) BRICK_G = T / Does band g touch this brick? CAMS_G = 'decam ' / Cameras contributing band g BRICK_R = T / Does band r touch this brick? CAMS_R = 'decam ' / Cameras contributing band r BRICK_Z = T / Does band z touch this brick? CAMS_Z = 'decam ' / Cameras contributing band z BANDS = 'grz ' / Bands touching this brick NBANDS = 3 / Number of bands in this catalog BAND0 = 'g ' / Band name in this catalog BAND1 = 'r ' / Band name in this catalog BAND2 = 'z ' / Band name in this catalog VER_TIMS= 'DR9.6.7 ' VER_REFS= 'DR9.6.7 ' VER_OUTL= 'DR9.6.7 ' OUTLIER = T VER_HALO= 'DR9.6.7 ' VER_SRCS= 'DR9.6.7 ' VER_FITB= 'DR9.6.7 ' GALFRPSF= T LESSMASK= F COMMENT DCHISQ array model names DCHISQ_0= 'PSF ' DCHISQ_1= 'REX ' DCHISQ_2= 'DEV ' DCHISQ_3= 'EXP ' DCHISQ_4= 'SER ' VER_COAD= 'DR9.6.7 ' CTYPE1 = 'RA---TAN' / Right ascension, gnomonic projection CTYPE2 = 'DEC--TAN' / Declination, gnomonic projection CRVAL1 = 26.693679092382 / [deg] Coordinate value at reference point CRVAL2 = -31.25 / [deg] Coordinate value at reference point CRPIX1 = -213.5 / Pixel coordinate of reference point CRPIX2 = 1210.5 / Pixel coordinate of reference point CD1_1 = 7.277777777777780E-05 / CD matrix CD1_2 = -0.000000000000000E+00 / CD matrix CD2_1 = -0.000000000000000E+00 / CD matrix CD2_2 = -7.277777777777780E-05 / CD matrix EQUINOX = 2000. / [yr] Equinox of equatorial coordinates OBSERVAT= 'CTIO ' / Observatory name TELESCOP= 'CTIO 4.0-m telescope' / Telescope name OBS-LAT = -30.16606 / Latitude (deg) OBS-LONG= 70.81489 / Longitude (deg) OBS-ELEV= 2215. / Elevation (m) INSTRUME= 'DECam ' / Instrument name FILTER = 'r DECam SDSS c0002 6415.0 1480.0' / Filter name FILTERX = 'r ' / Filter short name MJD_MIN = 56988.2114910726 / Earliest MJD in coadd (TAI) MJD_MAX = 58371.3897456907 / Latest MJD in coadd (TAI) MJD_MEAN= 57521.2313395528 / Mean MJD in coadd (TAI) DATEOBS1= '2014-11-27T05:03:57.829' / DATE-OBS for the first image in the stack DATEOBS2= '2018-09-10T09:20:37.028' / DATE-OBS for the last image in the stack DATEOBS = '2016-05-13T05:32:31.737' / Mean DATE-OBS for the stack (UTC) IMTYPE = 'image ' / LegacySurveys image type PRODTYPE= 'image ' / NOAO image type MAGZERO = 22.5 / Magnitude zeropoint BUNIT = 'nanomaggy' / AB mag = 22.5 - 2.5*log10(nanomaggy) COSKY_R = -7.71794293541461E-05 / Sky level estimated (+subtracted) from coadd WCSAXES = 2 / Number of coordinate axes PC1_1 = 7.2777777777778E-05 / Coordinate transformation matrix element PC2_2 = -7.2777777777778E-05 / Coordinate transformation matrix element CDELT1 = 1.0 / [deg] Coordinate increment at reference point CDELT2 = 1.0 / [deg] Coordinate increment at reference point 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 = -31.25 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time RADESYS = 'FK5' / Equatorial coordinate system EXPTIME = 2171.884 END t: #'u::$ȺCȸ*炠;p;!U$)3: Z;;E:9wU;;";QUR; 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