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"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": "2026-01-13T16:09:06.411525+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 = '990109 ' / Observation Ref Date (yymmdd) DAYNUM = '0680 ' / Observation Day Num FN_PRFX = 'h0680014' / .rdo and .par filename prefix TYPE = 'sci ' / Scan type: dar flt sci cal tst SCANNO = 14 / Scan Number SCANDIR = 's ' / Scan Direction: n, s, - COMMENT (OV) STRIP_ID= 314964 / Strip ID (OV) POSITNID= 's300525 ' / Position ID (OV) ORIGIN = '2MASS ' / 2MASS Survey Camera CTYPE1 = 'RA---SIN' / Right ascension, orthographic/synthesis projectCTYPE2 = 'DEC--SIN' / Declination, orthographic/synthesis projection CRPIX1 = -112.5 / Pixel coordinate of reference point CRPIX2 = -168.5 / Pixel coordinate of reference point CRVAL1 = 81.45645203 / [deg] Coordinate value at reference point CRVAL2 = -31.6077582 / [deg] Coordinate value at reference point CROTA2 = -0.008640812981 / 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 = -6996. / U-scan Y at Grid (0,0) SKYVAL = 438.4207153 / GFIND Sky Estimate SKYSIG = 1.11151123 / Grid Noise Estimate MAGZP = 20.3767 / Calibrated zero point from CALMAN CALID = ' y lf 0 Oct 15 2001'/ Calibration descriptors from CALMAN SEESH = 0.9800 / Seeing shape parameter from SEEMAN DXFS = -0.3565227389 / Cross-scan Frame Step (arcsec) DYFS = -82.33084869 / In-scan Frame Step (arcsec) PIXNAM = 'nl.pixphot - v 011003s' QT0227 = 436.2998047 / 2.27 Percentile QT0668 = 436.8215942 / 6.68 Percentile QT1586 = 437.3595276 / 15.86 Percentile QT3085 = 437.9149475 / 30.85 Percentile QT5000 = 438.4710388 / 50.00 Percentile QT6914 = 439.0289001 / 69.14 Percentile QT8413 = 439.5891113 / 84.13 Percentile QT9331 = 440.176178 / 93.31 Percentile QT9772 = 440.8582153 / 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 = 953 / 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 = '990109 ' / UT Date of Frame (IC) (yymmdd) UT = '00:52:35.09' / Time of Frame (IC) (sxgsml) AMASS_FC= 1.11710620E+00 / Airmass (aprox) at this Frame (IC) (unitless)GRP2_SOS= 'SOS ' / Bgn Group#2 .par params at SOS DATE_SOS= '990109 ' / Date at SOS (yymmdd) EQUINOX = 2.000000000000E+03 / [yr] Equinox of equatorial coordinates AM_SOS = 1.12000000E+00 / Airmass at SOS (unitless) ZD_SOS = 2.72000008E+01 / Zenith Distance at SOS (degs) HA_SOS = '-02:05:53.00' / Hour Angle at SOS (sxgsml) UT_SOS = '00:50:37.00' / Scan Reference UT (SOS) (sxgsml) ST_SOS = '03:19:53.00' / Sidereal time at SOS (sxgsml) RA_SOS = '05:25:49.51' / Scan Reference RA at SOS ,epoch 2000 (sxgsml)DEC_SOS = '-29:42:16.0' / 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 = 29 / Humidity at SOS, 0-100% SEE_SOS = 0.00000000E+00 / Seeing at SOS, see WARNING below BAR_SOS = 3.00000000E+01 / Barometer at SOS (inches of Hg) AIRT_SOS= 1.76000004E+01 / Air temperature at SOS, degs Celsius TELT_SOS= 1.73999996E+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= '990109 ' / Date at EOS (yymmdd) AM_EOS = 1.11000001E+00 / Airmass at EOS (unitless) ZD_EOS = 2.56000004E+01 / Zenith Distance at EOS (degs) HA_EOS = '-01:59:05.00' / Hour Angle at EOS (sxgsml) UT_EOS = '00:57:24.00' / UT at EOS (sxgsml) ST_EOS = '03:26:42.00' / ST at EOS (sxgsml) RA_EOS = '05:25:49.29' / RA at EOS, epoch 2000 (sxgsml) DEC_EOS = '-36:05:25.9' / 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 = 28 / Humidity at EOS, 0-100% SEE_EOS = 0.00000000E+00 / Seeing at EOS, see WARNING below BAR_EOS = 3.00000000E+01 / Barometer at EOS (inches of Hg) AIRT_EOS= 1.77000008E+01 / Air temperature at EOS, degs Celsius TELT_EOS= 1.72999992E+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 = 0.99999998862808 / Coordinate transformation matrix element PC1_2 = -0.00015081063599585 / Coordinate transformation matrix element PC2_1 = 0.00015081063599585 / Coordinate transformation matrix element PC2_2 = 0.99999998862808 / 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 = -31.6077582 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time RADESYS = 'FK5' / Equatorial coordinate system HISTORY * Rdframe version= 980423 jhw. Bgn Xeq = 01-10-15 00:34:51 HISTORY * DFlat vsn1.96 981203 Run on 10/15/01 at 0:32:56 HISTORY > Image Created by pixphot - Version 010925p HISTORY > Gene Kopan IPAC/ Caltech END C)+C_C@CTCۛgCC۲C>CpC۪CC/CCiC!C5CYCJCNCۂCۏCC~Ca;CrRCC49CCrC2C۶)C۵WC`C۴eC~COGCOC'^CwCоCGeCۍCtC6kC\CʰCCChCۊ4Cp7CVCICCCC.C kCېCۺCgCJCڽCCf/C۫C۲CCۉqCCڢC"CrXCۘCە|C:ICCcJC۬CǃCτCBCJCۛC\CۤCC۩CYqCC C 2ChC۲C>Ct C۟Cۆ4CۍC˧C۴Ca9CMGCCڿCC C SC۝CC CC/CSLCۧCCC]SCCۃ0C|CۛeCyCeIC0eCOCCFC[C%Cۙ+CۢvC۲1CCJCiAC C۰C۹|C۩CgwCOCxC]pCC{CڧC,CjCiCۮ C~C۰CC۰CHCڗCړCCCCCCۦ6CC/VCCۯC|*C۽CCCCۋCCڷCC%CyC۴CC&CBJC۩0CjCGC])CڤmCC42CCxC Cڣ>CCۀHC1CKCCܟCܿgCܕCqCCۨCۮqCCfC CۇCBCہC)CC%CCCۙCB(C[CzCC4 CCۅCہCgMCdCcC'C-C~C=*C[tCdCS`C۟CiCiC۸Cۈ9CۖC{CۻHC6CC4eC C C@WCۉ8C۫CC^C۽KC_CەCCNCCtC& CmCۅCiCFC[_C1wCCۦ`CʬCICC۪{C Cw ClCCbCwCے[CHCDCU[C]CښpC+C8 CqCڐCCCCCڟCۀC8C@CzC$CAfCJCJ:CCۢ CC?CCCۇCT=CCYCRC1BClxCe#C|C0CUlCCUCPCC۹lCۙC~C3 C)CۃCۘQC7yC1FCGC'CڮC COvCCCۇGCۜ:CۘCCC%bCsCۇ#C+C CACBC!jCCC݂C]SCڷCMTC*Cڇ6C@C۱CۻC?CCC-C.CC1CC۴CHC:ChCgC~CsCkCۀCC1C_SCC(C{ACC2C.C-CCC"wC=C_CvCmC-CZCE?CoCۥCێICۏCCCC۵+CۍcCۭC CB@C۹CۋCR-CܭCACNQCۄCCϷCCC#CoHC9CC"CCQ5CCPC^CCC=C C4CC[C =C C(C@CܐCQCۤC9CZCC۱8C1C*[C0CCbC eCCC+ICەpCCfCkCە0CZCgCۏtCİCZC?CۤCFCCڿCڿC,CیClCqC۶C8CK'CRC۞CTC۬C۽CۄCpuCAC-C0C/CkC_DCnHCdCCڷLCȓC CCNCC+CgCjtCێ$CsCCۉFCCC?C܋C?0C CۻCԓC۫0ClPCp C+=CICC>CC OCkCCNCCC_CۨCۊUCCCCȱCC0CVCRCܫ[CJfCۧCQCB{C[CۥSCC C,CnCې,CۥnCۭ3CۖCC"CiCCۧtC4EC/[CaCO*CvC۾TCϜCۗCJC+C"C94CۤCӉCiDC C5$Cn$CCCCCoC۪CzCeCQFC$MCѣCڵCC5CփCۼCcCsCZCCC!CC?#C۲[CICۣCCۧ0C+BCڼCCtGCPC ;C)CCrCCCHCږCtC~CCSC"CCۣCc CbCxCۨC۷CcC]C CyCۤCەSCC4CCۧC*CDCۊ'ChCۊHCۺCCۭCۋCەC۽CۺC۴,CC-CC۵CcCoCLCۈC=CCSCەCo=C1OC3 CICUCۇvCۙfC#ECCCSCۤCC%CCۢCrPCu{CeCE CwC֠CECC̬C۽CۺCۅCd`C2CCCCC\CbCۑC5C4C2YC܍"ClC۵C=nCvC{C C@CCۙlCb"CBCxCWACۓgC8C۷#CCڒCڎCC۫Cۣ"CSCCgCfrC9C CYCjC=>CCICۊCۋYCRCNCۃCۤCC(CڙCuCA4CvCoCCGCC CC {CCC5 C\CpuCCͻCC bC;C\C C@^CzjCەyCۥC}XC7C>CCےCCCHCbC>C%CjCpC7C]C(^CCC&C C IC:C۠CC;CۢFCہCۇCۣCeCܔvCܤCfCܙCcuC'CVCCsNCC CHCۈCCC Cu8CۻOCx?CۆC4CڿCڬCzCۍC|-CS^CۉECۧChC%C!CDC[CtCCCۨ9CCۂCpCۦcCCC?CCۣCeCۅCۖC-CC CCC3CeCi:C۲"C۶CcCCږCRC!:CqCC2ICYC}\CۨC۪8C_CECۈ8C۹$C۷:CCaQCW6CCûCkgCh_Cۉ"CICCCC CC CۯCH[CvCLC(CJC0C܍COCCܱCuQC)}CۭeCQC,C%C*CTCKGCۻC.1C CmCCۍC6CCCCYCۗCJC`-C۝CC=CیChCۅ+C۷~CڷCۛnCSCC۔nC&Cg(CDCuCۣC˭C]C/C8C͂CیcCr CTgCۑC۫YCqCvCۻCC۬CہC>oC CCfVC?>CN2CڲCC1CVTCsCzUCZpCYmCKlCLCۈCۏC_Cۥ CC*CQCUCC۩CېCaC=RC%CCCC CۙC4CfC0CzCXCKC܈"CCICC܎lCCC۸CQCjjC܅pC;CCCTJCړ2C۵CfCzC,C{vCPICِCەC۪C>BCGqC۹^CCۉqCnCۙC&ECڪ]Cs#CۍC9C]C۽C۾CۉC_tCۈC CGCpCc=CC?C5ICA$C&C(C4C,C%C۷C8CCCtC,C@CTeCۖC۳C C gCICڶbCq%CNC4CAmC1Cr~CytCcCC'C_C?wCޑCۡtCkCnCۣlCۯTCڷC۬C;Cn6CKC=[CmCwCxCۺRCC-C~tCMC7C]CہCNC.WCQCCBCܛC :CCCaClCZC~Cg@C܍CCMCCڔC+CACڔPCcCwC6CCCگ}CCۆC۩CdDC[CaCۑZC;CۯCۏCXC2WC CC\C`COCQhC-0C5dC:XCCHCbCېCCCCCەCmClACۃCȂCZCVCX3Cڔ/CoCڒCڭBC|C_CۓCHVCRCCg?CbC;CXC0CrdC(CdCې^CRCCCH[CۜCۼCۙ6CX;C;CUCk'C~ C۰,CۦCo/CےCCۮCsC۝CFCCsDC.C3dCnCޖlCšCDC9CCCۑFC9CCC C1TCǔCڝCCjCdCClCۋCۨ=CCCC|)CrCۡC۠kC!CCۨCCۦFCXCۉCۖC\C;C*CC2C_C5IC9Cۘ"CC,iC/CCۭsCەC}Cۡ'C۽Cۿ~CCC۪CC0C;cCېvCCۆC۩`CACSuC CZC|ChwCڪC1CmcCbC\Cۓ.CۃC(CICۅCێCۅC!C4CfCCCCۯNCۧCiCCېC֢C2CCC~CCCxCUCφC.C߆ClUCCCYCVCޡCݱ[CCCCC.CۨCCM-C]{C3C6CoCG CpCnC C~CVCCۼCۥCCۼ>C8iC C#CڴCڒCMC$CCCۣ;CCOCi^Ce?CTCJCC3qCC)aC}CkC۶C:nC_CۄCۇ%CCYCBC&CtPCCCڢCڲ,CچuCCۀ.CäCCCCCۉCn|C|CۙCۉCXCoC۷CCCۮmCjC}CC%cCICnCC6C CۣCCC@Cݮ3C"C^CC1C,CECdCCܗCC)qCMCCbCGC۫C(C`CWCC[C۝CsC{{CۀCSC;CCqOCsCۚCC4CYCCOCۨCCaC.C;{COmCcCaCYC5CCۖ^CtOC~{C}cC۴CؗCC?C:CܢCFCޖC%CGC CqCCwdC+C CJC8CSZCCTCCCfCC(CCkC~CCۢC C0CCCܸdCܨC'CǫC۩CەPCۜeC۬uCٰCCC۲rCTC[CC CKCJCطCڲdCէCڼrCں,CLC/CCڥ|Cڧ"CC`rCܹC&CC?CC۬CۯCZC1CҩCB3C&C>CPC4CizCCbJCuCCۭCOjCCۃ=C3CtCXXCS[CR C:C~CBCl CC+C^C~CۀCbCۖ*CCeCbCCCݩCf"CpRCCCeC业CxCCC*CIC^CRYCTqCC1JCܕwC܋C C'CܗZCܣ C,C@CܪDC܇C,CC۞CۂC`ICFC۔CCQCPC۶;C8 CC-C1C-C! 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tCjC܆CCxbCI~Cf-CۇCۃlCzCC۹@C۷CېDC~C۲KCۻC.CCCCۑ/CۂC4CCCCۥCmuCSCs&CrCfCۖCC^CCCu1CRZCۼC0CXC6CZCZCqC]1CZTC^CQuCCXC!MC[Cy#CDC:CRCTCyuC$CuC5CC|CYFC>?CqCgC7uC&CڌCtCPCێCqCuICۤCۓC_CC=9CC(C۷MCC`C۴CہCjCFwCOeCہCۦCۍUCbqCۓ$CȲCC۟Cۢ9CvCܪCܬChC)rC{CSvC{DC۔bCۣ|C CvCSCۻcutouts/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 = '990109 ' / Observation Ref Date (yymmdd) DAYNUM = '0680 ' / Observation Day Num FN_PRFX = 'j0680014' / .rdo and .par filename prefix TYPE = 'sci ' / Scan type: dar flt sci cal tst SCANNO = 14 / Scan Number SCANDIR = 's ' / Scan Direction: n, s, - COMMENT (OV) STRIP_ID= 314964 / Strip ID (OV) POSITNID= 's300525 ' / Position ID (OV) ORIGIN = '2MASS ' / 2MASS Survey Camera CTYPE1 = 'RA---SIN' / Right ascension, orthographic/synthesis projectCTYPE2 = 'DEC--SIN' / Declination, orthographic/synthesis projection CRPIX1 = -112.5 / Pixel coordinate of reference point CRPIX2 = -168.5 / Pixel coordinate of reference point CRVAL1 = 81.45645203 / [deg] Coordinate value at reference point CRVAL2 = -31.6077582 / [deg] Coordinate value at reference point CROTA2 = -0.008640812981 / 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 = -6996. / U-scan Y at Grid (0,0) SKYVAL = 153.0037842 / GFIND Sky Estimate SKYSIG = 0.6583251953 / Grid Noise Estimate MAGZP = 20.7685 / Calibrated zero point from CALMAN CALID = 'y pw 0 Oct 15 2001 '/ Calibration descriptors from CALMAN SEESH = 1.0000 / Seeing shape parameter from SEEMAN DXFS = -0.322278738 / Cross-scan Frame Step (arcsec) DYFS = -82.33028412 / In-scan Frame Step (arcsec) PIXNAM = 'nl.pixphot - v 011003s' QT0227 = 151.7102661 / 2.27 Percentile QT0668 = 152.0283508 / 6.68 Percentile QT1586 = 152.3566589 / 15.86 Percentile QT3085 = 152.6843262 / 30.85 Percentile QT5000 = 153.0149841 / 50.00 Percentile QT6914 = 153.350174 / 69.14 Percentile QT8413 = 153.6938934 / 84.13 Percentile QT9331 = 154.0700226 / 93.31 Percentile QT9772 = 154.5484467 / 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 = 953 / 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 = '990109 ' / UT Date of Frame (IC) (yymmdd) UT = '00:52:35.09' / Time of Frame (IC) (sxgsml) AMASS_FC= 1.11710620E+00 / Airmass (aprox) at this Frame (IC) (unitless)GRP2_SOS= 'SOS ' / Bgn Group#2 .par params at SOS DATE_SOS= '990109 ' / Date at SOS (yymmdd) EQUINOX = 2.000000000000E+03 / [yr] Equinox of equatorial coordinates AM_SOS = 1.12000000E+00 / Airmass at SOS (unitless) ZD_SOS = 2.72000008E+01 / Zenith Distance at SOS (degs) HA_SOS = '-02:05:53.00' / Hour Angle at SOS (sxgsml) UT_SOS = '00:50:37.00' / Scan Reference UT (SOS) (sxgsml) ST_SOS = '03:19:53.00' / Sidereal time at SOS (sxgsml) RA_SOS = '05:25:49.51' / Scan Reference RA at SOS ,epoch 2000 (sxgsml)DEC_SOS = '-29:42:16.0' / 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 = 29 / Humidity at SOS, 0-100% SEE_SOS = 0.00000000E+00 / Seeing at SOS, see WARNING below BAR_SOS = 3.00000000E+01 / Barometer at SOS (inches of Hg) AIRT_SOS= 1.76000004E+01 / Air temperature at SOS, degs Celsius TELT_SOS= 1.73999996E+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= '990109 ' / Date at EOS (yymmdd) AM_EOS = 1.11000001E+00 / Airmass at EOS (unitless) ZD_EOS = 2.56000004E+01 / Zenith Distance at EOS (degs) HA_EOS = '-01:59:05.00' / Hour Angle at EOS (sxgsml) UT_EOS = '00:57:24.00' / UT at EOS (sxgsml) ST_EOS = '03:26:42.00' / ST at EOS (sxgsml) RA_EOS = '05:25:49.29' / RA at EOS, epoch 2000 (sxgsml) DEC_EOS = '-36:05:25.9' / 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 = 28 / Humidity at EOS, 0-100% SEE_EOS = 0.00000000E+00 / Seeing at EOS, see WARNING below BAR_EOS = 3.00000000E+01 / Barometer at EOS (inches of Hg) AIRT_EOS= 1.77000008E+01 / Air temperature at EOS, degs Celsius TELT_EOS= 1.72999992E+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 = 0.99999998862808 / Coordinate transformation matrix element PC1_2 = -0.00015081063599585 / Coordinate transformation matrix element PC2_1 = 0.00015081063599585 / Coordinate transformation matrix element PC2_2 = 0.99999998862808 / 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 = -31.6077582 / [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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COMMENT (OV) STRIP_ID= 314964 / Strip ID (OV) POSITNID= 's300525 ' / Position ID (OV) ORIGIN = '2MASS ' / 2MASS Survey Camera CTYPE1 = 'RA---SIN' / Right ascension, orthographic/synthesis projectCTYPE2 = 'DEC--SIN' / Declination, orthographic/synthesis projection CRPIX1 = -112.5 / Pixel coordinate of reference point CRPIX2 = -168.5 / Pixel coordinate of reference point CRVAL1 = 81.45645203 / [deg] Coordinate value at reference point CRVAL2 = -31.6077582 / [deg] Coordinate value at reference point CROTA2 = -0.008640812981 / 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 = -6996. / U-scan Y at Grid (0,0) SKYVAL = 662.5386963 / GFIND Sky Estimate SKYSIG = 1.141967773 / Grid Noise Estimate MAGZP = 19.8533 / Calibrated zero point from CALMAN CALID = ' y lf 0 Oct 15 2001'/ Calibration descriptors from CALMAN SEESH = 1.0200 / Seeing shape parameter from SEEMAN DXFS = 0.2593544424 / Cross-scan Frame Step (arcsec) DYFS = -82.33019257 / In-scan Frame Step (arcsec) PIXNAM = 'nl.pixphot - v 011003s' QT0227 = 660.289978 / 2.27 Percentile QT0668 = 660.8637695 / 6.68 Percentile QT1586 = 661.4309082 / 15.86 Percentile QT3085 = 662.0019531 / 30.85 Percentile QT5000 = 662.572876 / 50.00 Percentile QT6914 = 663.145874 / 69.14 Percentile QT8413 = 663.7259521 / 84.13 Percentile QT9331 = 664.3453369 / 93.31 Percentile QT9772 = 665.0496216 / 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 = 953 / 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 = '990109 ' / UT Date of Frame (IC) (yymmdd) UT = '00:52:35.09' / Time of Frame (IC) (sxgsml) AMASS_FC= 1.11710620E+00 / Airmass (aprox) at this Frame (IC) (unitless)GRP2_SOS= 'SOS ' / Bgn Group#2 .par params at SOS DATE_SOS= '990109 ' / Date at SOS (yymmdd) EQUINOX = 2.000000000000E+03 / [yr] Equinox of equatorial coordinates AM_SOS = 1.12000000E+00 / Airmass at SOS (unitless) ZD_SOS = 2.72000008E+01 / Zenith Distance at SOS (degs) HA_SOS = '-02:05:53.00' / Hour Angle at SOS (sxgsml) UT_SOS = '00:50:37.00' / Scan Reference UT (SOS) (sxgsml) ST_SOS = '03:19:53.00' / Sidereal time at SOS (sxgsml) RA_SOS = '05:25:49.51' / Scan Reference RA at SOS ,epoch 2000 (sxgsml)DEC_SOS = '-29:42:16.0' / 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 = 29 / Humidity at SOS, 0-100% SEE_SOS = 0.00000000E+00 / Seeing at SOS, see WARNING below BAR_SOS = 3.00000000E+01 / Barometer at SOS (inches of Hg) AIRT_SOS= 1.76000004E+01 / Air temperature at SOS, degs Celsius TELT_SOS= 1.73999996E+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= '990109 ' / Date at EOS (yymmdd) AM_EOS = 1.11000001E+00 / Airmass at EOS (unitless) ZD_EOS = 2.56000004E+01 / Zenith Distance at EOS (degs) HA_EOS = '-01:59:05.00' / Hour Angle at EOS (sxgsml) UT_EOS = '00:57:24.00' / UT at EOS (sxgsml) ST_EOS = '03:26:42.00' / ST at EOS (sxgsml) RA_EOS = '05:25:49.29' / RA at EOS, epoch 2000 (sxgsml) DEC_EOS = '-36:05:25.9' / 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 = 28 / Humidity at EOS, 0-100% SEE_EOS = 0.00000000E+00 / Seeing at EOS, see WARNING below BAR_EOS = 3.00000000E+01 / Barometer at EOS (inches of Hg) AIRT_EOS= 1.77000008E+01 / Air temperature at EOS, degs Celsius TELT_EOS= 1.72999992E+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 = 0.99999998862808 / Coordinate transformation matrix element PC1_2 = -0.00015081063599585 / Coordinate transformation matrix element PC2_1 = 0.00015081063599585 / Coordinate transformation matrix element PC2_2 = 0.99999998862808 / 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 = -31.6077582 / [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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D&D& D&D&(D&*D&D%D%VoD%a?D%D%D%6D%D%D%D&DD%UD%uD%jGD%D%D%D%D%D&D&#D& D&3D&D%̽D%D%tD%TD&D%D%6D%8`D$D%D%XD%YD%D%}D%D%D%D%D%D%sD%D%iD%sD%LdD%(zD%/D%PfD%wUD%uD%D%D%nD%mD%D%ەD&9D&@D%D%D%fD%D%D%D%*D%D%lD%!D%D%D%ID%TD%ܫD%ZD& D%D%?D%x D%RD&D&iD&D&D&dJD&D&D&DD%dD%D%ְD%D&6D&SD&;D&#DD&hD&D& D%D%aD%lD%OD%not used] ELON = 76.9158871495534 / [deg] Ecliptic longitude at image center ELAT = -54.8425932182011 / [deg] Ecliptic latitude at image center GLON = 235.353613675928 / [deg] Galactic longitude at image center GLAT = -31.3158622387467 / [deg] Galactic latitude at image center MOONMASK= '/wise/fops/ref/coadd/wise-w1-moonmask.fits' / Moon mask - = '0811m319_ac51-w1-int-3.fits' / atlas image (coadd) filename FLXWTNUM= 1424 / number of sources used to compute centroids FLXWTDX = 0.0047923 / [arcsec] mdex - flux-weighted centroid along X FLXWTUDX= 0.0035988 / [arcsec] 1-sigma uncertainty in flxwtdx FLXWTSDX= 1.3316385 / signal-to-noise ratio in flxwtdx FLXWTDY = 0.0320605 / [arcsec] mdex - 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/ 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 = 81.176869 / [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 = 556.0 / Pixel coordinate of reference point CRPIX2 = -621.0 / 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 = '2013-07-23T22:57:15.000Z' / WSDC file creation date/time (UTC) DATEOBS1= '2010-02-28T23:29:20.416' / obs. date/time of earliest frame (UTC) DATEOBS2= '2010-09-12T07:27:02.989' / obs. date/time of latest frame (UTC) MIDOBS = '2010-03-04T18:00:16.984' / 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 = '0811m319_ac51' / atlas-image identifier NUMFRMS = 333 / 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 = 5.8767294883728 / [DN] median of intensity pixels MEDCOV = 33.50390625 / [pixels] median depth-of-coverage MINCOV = 0.212615966796875 / [pixels] minimum depth-of-coverage MAXCOV = 42.51171875 / [pixels] maximum depth-of-coverage LOWCOVPC= 0.000852762757524662 / [%] area of footprint with depth <= 4 pixels LOWCOPC = 0.00131790607981084 / [%] area of footprint with depth <= 6 pixels NOMCOVPC= 0.00178304940209702 / [%] area of footprint with depth <= 8 pixels PCTMINC = 0 / [%] area of internal outlier tile <= 4 pix deepROBSIG = 0.0386334917780867 / [DN] robust spatial sigma at MEDCOV +/- 0.25 PIXCHIS1= 0.941517896363734 / ratio ROBSIG/(median unc) at MEDCOV +/- 0.25 PIXCHIS2= 0.946180207630367 / ratio ROBSIG/(modal unc) at MEDCOV +/- 0.25 MEDNMSK = 34253 / median number of pixels masked per frame RANDSEED= -999 / random seed for outlier step [-999=>not used] ELON = 76.9158871495534 / [deg] Ecliptic longitude at image center ELAT = -54.8425932182011 / [deg] Ecliptic latitude at image center GLON = 235.353613675928 / [deg] Galactic longitude at image center GLAT = -31.3158622387467 / [deg] Galactic latitude at image center MOONMASK= '/wise/fops/ref/coadd/wise-w2-moonmask.fits' / Moon mask - = '0811m319_ac51-w2-int-3.fits' / atlas image (coadd) filename FLXWTNUM= 927 / number of sources used to compute centroids FLXWTDX = -0.0299039 / [arcsec] mdex - flux-weighted centroid along X FLXWTUDX= 0.0054562 / [arcsec] 1-sigma uncertainty in flxwtdx FLXWTSDX= 5.4807179 / signal-to-noise ratio in flxwtdx FLXWTDY = 0.0207418 / [arcsec] mdex - flux-weighted centroid along Y FLXWTUDY= 0.0044595 / [arcsec] 1-sigma uncertainty in flxwtdy FLXWTSDY= 4.6511571 / 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 = 257.9808 END @Q@{@ m@a@I@M@ @$@m@@η@[@W"@@k@I@*:@@c@@0@@9@v@BV@[@R@@3"@G@@Ǽ@@@Z@@r@L@,@@@1-@@5@ww@0@@@rr@=@NZ@Է@@Hb@l@g@!P@@@w@9@N@@Q@U@/@h@؋@^@y@-@9@@;@q@K@vP@G@@8@(@@@@G@R@@ @Q@@F@@@(@%@'p@ @CC@J@P@a@O@x*@@@=@ݳ@/I@@F@l@@@u@9@@@x@@9@Φ@@ ;@@@]@%0@@*@7@?H@;@˼@ @f@@|@@Hu@@@@@{E@S,@@`@uG@6Y@@k@D@@@@/@ b@Y%@@/@@@C@$2@@@ӛ@O$@@@sL@?@,@}@@@-@U@V@L@V@c@h@դ@=@@j@@I@@J@@I@Iu@@@j@o@N@@'u@@r@Z@@x@B@h!@@<@@tr@C@@@d@@g@p@@@@Z@8@5@~@m@@{@}<@&@U@@R@@.t@U@$@z@5 @u@@0@f@@m@Y@3?@@@@@l@X@@#B@Ԇ@@@ @@@( @@@@X @(@ @!@*@X@1@Z@@!@S@@@@I@5@@@@B@@l@2@@^x@@X@b@2@0@ŧ@8@@h@J@wU@@@ @rN@)@Z@'@@@@*Q@Tw@}@4@g@S@%@`@@@v@\@g@+@ @W@u@@|l@@@@k@@ @@@F@@@ 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@@s@@g@B@C@w@&@@*@@з@6@'@28@T@Pc@ƫ@1.@a@8_@Ɔ@@ @@Ɣ@T@)@L}@èj@Â,@ü@@Ú@=@Q@@A@à@`.@a@@;@V,@N@<@B@ɩ@|s@@@@ @(@J@{@v@H@@8z@{@7@@@ :@B@~@ū@d@U@^@@V@6m@N@_#@)@)@W@x"@q@@]@no@@|@yN@@@j@!@SE@s[@@@A@@@!'@]@@@?d@{@]@@@j@h@@.@v\@P@@v@q@"@|@8@Ĥ@İD@A@A@1@D@>@%@\@@@@@@+@ @@ @c@,C@@hN@F@5@r@ޏz@@ށ@@ZV@I@@L@@@@_@3@u@@2n@%@P@R@w@@/@?@@@s@g@z@@@c@@E@@@@%@@k@@2 @P@p @@7@@@q@@@(@@N@@Dg@D@,@@*7@@@@xd@F@@[@)r@@?@@@ō@\;@ûG@W@J@~@ò@C@Ҕ@@@ @@@d@@@@Q(@@@@@} @@" @ډ@D@G@=@6@@(@ނW@Hk@R@"@9m@@pD@_@`@@G@R1@@@w@@@N@~@4X@X@@S@@@t@Ծ@@ @г@^@@֌@ @@T@v@՜@t@}w@Q@P@Vu@`O@?@ @d@8@E@ @N@k@@[@Pu@@@@^S@iF@(@Z@.@0@@r@+@܇@@‘N@{@ƍ@@A/@x@‹<@ˆ@ŸQ@@>5@!7@C@f@Z@ln@?9@B]@x@&@@<@j@xW@A@@]0@l-@N@4@@@@F@@@v@@@c@!@ĺ@@4@@@@@@@5@Y@@hq@D @-)@F@wc@P@4@W@X3@@L@@)@?@ 4@N@@@J@k]@O@60@@M@Y@@ @+@~@@@@@@@I@*@A@kf@v@A@C@ @&@@58@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 = 81.176869 / [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 = 556.0 / Pixel coordinate of reference point CRPIX2 = -621.0 / 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 = '2013-07-23T23:35:16.000Z' / WSDC file creation date/time (UTC) DATEOBS1= '2010-02-28T23:29:20.416' / obs. date/time of earliest frame (UTC) DATEOBS2= '2010-03-05T00:21:30.122' / obs. date/time of latest frame (UTC) MIDOBS = '2010-03-03T00:42:49.571' / 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 = '0811m319_ac51' / atlas-image identifier NUMFRMS = 169 / 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 = 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 = 297.767944335938 / [DN] median of intensity pixels MEDCOV = 17.828125 / [pixels] median depth-of-coverage MINCOV = 12.6298828125 / [pixels] minimum depth-of-coverage MAXCOV = 22.16015625 / [pixels] maximum depth-of-coverage LOWCOVPC= 0 / [%] area of footprint with depth <= 4 pixels LOWCOPC = 0 / [%] area of footprint with depth <= 6 pixels NOMCOVPC= 0 / [%] area of footprint with depth <= 8 pixels PCTMINC = 0 / [%] area of internal outlier tile <= 4 pix deepROBSIG = 0.26486099268154 / [DN] robust spatial sigma at MEDCOV +/- 0.25 PIXCHIS1= 0.808229968597332 / ratio ROBSIG/(median unc) at MEDCOV +/- 0.25 PIXCHIS2= 0.808910360489332 / ratio ROBSIG/(modal unc) at MEDCOV +/- 0.25 MEDNMSK = 4023 / 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 = 76.9158871495534 / [deg] Ecliptic longitude at image center ELAT = -54.8425932182011 / [deg] Ecliptic latitude at image center GLON = 235.353613675928 / [deg] Galactic longitude at image center GLAT = -31.3158622387467 / [deg] Galactic latitude at image center MOONMASK= '/wise/fops/ref/coadd/wise-w3-moonmask.fits' / Moon mask - = '0811m319_ac51-w3-int-3.fits' / atlas image (coadd) filename FLXWTNUM= 189 / number of sources used to compute centroids FLXWTDX = -0.3080981 / [arcsec] mdex - flux-weighted centroid along X FLXWTUDX= 0.0270972 / [arcsec] 1-sigma uncertainty in flxwtdx FLXWTSDX= 11.3700991 / signal-to-noise ratio in flxwtdx FLXWTDY = -0.2630902 / [arcsec] mdex - flux-weighted centroid along Y FLXWTUDY= 0.0284512 / [arcsec] 1-sigma uncertainty in flxwtdy FLXWTSDY= 9.2470619 / 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 = 156.8864 END CCCCCθCCCIC֠C۩CCCCcC CCChCWCyCCCCC"CC&CC&CCCC~CCCCCC2CCMChCC7CCC Co CaC]fCh$C|C C>C~$CCC]C;C0C.CUCCC CnCC}:CtXCocCnChCbiCSCI(C>CFCQWC^ChCqhCyC~ CCC8CCCCRCCC>C=C CaCCCCCZCCC#C{CCCξCCC׌CCCkCCCnCOC/CCCCCqCCĀCƜCTCCCCtCCCCaC7CCCCC?CCCCC-CCnCdCmC~)CrC|CuCudC|C2Cw(CoCz CCCCvCCCC|CwCwCqCieCXCPCK`CVC_2CgCnCuC{CzCwkC|CCCCCCۓCCsCnCCCMC CsC CCCCwCCCcCCCCdCuCC1CCCsCC˕CCCCOCC5CˤCҖCCCHCAC~C_CtCCCJC#CTCCCCvCpsCCC%CCzCmCrDC~}CzCrICisCg1CiCgyCXCQCaCC?CC CCtCVCCCIC}CvCfC`C^CnTCwC~C]C/CCC~6C CC-CCC5CC{CCC 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CCHC̜C}CC_C؝CŢCCCPCCoCCCCyCCCCCCCpCh\CiCmCvRCz Cu;CqCijCX`CMCLCWXCdCjCjCoC CC C-CCDCACCnC~CCCCCCCmC\CXCQBCE@C4TC,C2bC' CtCCCCCC CjCECACvC C CC%C*C(dCCCfC)CCCCCCCֹCC/CCCCYCCMCsC{CCCC3CC7C]C"CkCCCUCCöCCYCpCCCCC~CrCncCjCn*CqCmCnCiC^xC\C_RCj=CtCsSCoCtCCCCCծCCBCCMDC[CiCvCCmCCCs\CU7CMCICCʭC¨CC]CHCCCnCC|jCrICooCpdCjCiCfCaCi'CrCGCCCCC)CJCC,CCgCC=C&C1C>DCKiCV Cb CkChCWCCB CBC@C27C!xCCC+C,CCCCCCCJCC'C"CCCWC+C8C8C0CEC2C6ZC5|C'CECbC CgC6CCmCC/C?CdCFCuC&C#C!C#QC+C:CAzC9C+CC CCC CC@CSCCC&C)CCÈCśCCCCC!CٸCCC;CCCvCCRCCFC1CC hCCdC9CCC|C]C;CxC?CCCaCx>CsClCjCxPCAC)C(CTCfC CCKCCdCCCكC4C7UC:4C?@CDaCLCQpCMC=C*:C,C+`CCCCCC ?CVCCݜC/C1C CCqCCCC&C5CCCFC9dC'C&CCCOC6CƞC+CtCCCCCΰCC)CnCCCC"C8CCCHC CC׾CڈCCCxC .CC%C CCC[CCQCCTCCKCCCNCRCNC?sC.C2C0C GC^CCCCCCCցC5CsCCCCCCC ;C C8CICKC;UC%C CC-C/CC5C C+mCA[CL;CEC3>CACCCCCCCCClC*CCCCЛCCСCpCkC!C)}C7CCBCA/C4uC,8C"CCCCCCCϑC CCECACCfCGCvC~Cx2Cr1CmxCqCCCjCCCUCnCCCC]Cd&CTCLCKCJ3CC)CCC2CCfCCpCC`CCXCCXCC:CCrCCtCi/C_CelC}C*CCCCfC|CLJCC\CHCmCaC[xCZCWFCFC5C$CoC$C0C2fC,tCCfCCXCC"C8CC'CCѵCCCRC˨CYC`CCC!zC*C'C CCyCCCCBCCCC$C+C6CCҗCCC CC+C9C@CSUCaCnCrCkCb C^CQnCCCeCC8CbC8CЍC8CC̢CCCJCcNC`CQC@C*dC CCC!CCCʫC1CxCCܛCCCC,C+6CYCC C`C1C`C%C8>CB CPCaC-JC&CCGCCְCCCpCCʿC4C CJCCCCCCCCChC CC^cutouts/WISE/WISE_W4.fits0000644000000000000000000013750000000000000012240 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 = 81.176869 / [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 = 556.0 / Pixel coordinate of reference point CRPIX2 = -621.0 / 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 = '2013-07-23T23:58:10.000Z' / WSDC file creation date/time (UTC) DATEOBS1= '2010-02-28T23:29:20.416' / obs. date/time of earliest frame (UTC) DATEOBS2= '2010-03-05T00:21:30.122' / obs. date/time of latest frame (UTC) MIDOBS = '2010-03-03T00:42:49.571' / obs. date/time of middle frame (UTC) TELESCOP= 'WISE ' / telescope used to acquire data BAND = 4 / wavelength band number WAVELEN = 22.194 / [microns] effective wavelength of band COADDID = '0811m319_ac51' / atlas-image identifier NUMFRMS = 169 / 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 = 13. / [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 = 83.2580718994141 / [DN] median of intensity pixels MEDCOV = 17.681640625 / [pixels] median depth-of-coverage MINCOV = 12.86328125 / [pixels] minimum depth-of-coverage MAXCOV = 22.041015625 / [pixels] maximum depth-of-coverage LOWCOVPC= 0 / [%] area of footprint with depth <= 4 pixels LOWCOPC = 0 / [%] area of footprint with depth <= 6 pixels NOMCOVPC= 0 / [%] area of footprint with depth <= 8 pixels PCTMINC = 0 / [%] area of internal outlier tile <= 4 pix deepROBSIG = 0.0311834370860118 / [DN] robust spatial sigma at MEDCOV +/- 0.25 PIXCHIS1= 0.847273416621319 / ratio ROBSIG/(median unc) at MEDCOV +/- 0.25 PIXCHIS2= 0.847980730336541 / ratio ROBSIG/(modal unc) at MEDCOV +/- 0.25 MEDNMSK = 2489 / median number of pixels masked per frame RANDSEED= -999 / random seed for outlier step [-999=>not used] ELON = 76.9158871495534 / [deg] Ecliptic longitude at image center ELAT = -54.8425932182011 / [deg] Ecliptic latitude at image center GLON = 235.353613675928 / [deg] Galactic longitude at image center GLAT = -31.3158622387467 / [deg] Galactic latitude at image center MOONMASK= '/wise/fops/ref/coadd/wise-w4-moonmask.fits' / Moon mask - = '0811m319_ac51-w4-int-3.fits' / atlas image (coadd) filename FLXWTNUM= 29 / number of sources used to compute centroids FLXWTDX = -0.2943575 / [arcsec] mdex - flux-weighted centroid along X FLXWTUDX= 0.181243 / [arcsec] 1-sigma uncertainty in flxwtdx FLXWTSDX= 1.6241046 / signal-to-noise ratio in flxwtdx FLXWTDY = -0.5822169 / [arcsec] mdex - flux-weighted centroid along Y FLXWTUDY= 0.1840961 / [arcsec] 1-sigma uncertainty in flxwtdy FLXWTSDY= 3.1625699 / 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 = 155.6016 END BBB 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BBB|BB;BB*BBzBBBBB_BBvBBBBFBBLB,B.BBB@BBwBBB:BB>B`BBXBmBBB8BZB}YBzBwBrYBkrBd2B]pBZBYB\BbBiQBqBwHB| B} B{B{B|BqB-BBuBBBBB BBBBBBBBBƌBHBǼBBBBB:B$B?B&BB!B`BBBBBB B&BǚBƸBYBBBB:BBBBtBBBB BBBB~CB}B~B~B|[BBB BMBBBBBBB^BBBBBzBhBBBB}B}YB~B~B|cutouts/GALEX/GALEX_NUV.fits0000644000000000000000000014520000000000000012574 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 = -676.5 / Pixel coordinate of reference point CRPIX2 = 536.5 / Pixel coordinate of reference point CRVAL1 = 81.7587890625 / [deg] Coordinate value at reference point CRVAL2 = -31.344999313354 / [deg] Coordinate value at reference point CROTA2 = 0. BUNIT = ' ' BSCALE = 1. BZERO = 0. BAND = 1 OW = 1 RA_CENT = 81.7587890625 DEC_CENT= -31.3449993133545 TWIST = -999. LEG = 1 MPSNPOS = 12 OBJECT = 'AIS_305_0001_sg46' EXPSTART= 1136586459.99998 OBS-DATE= '2006-01-06' TIME-OBS= '22:27:40' PLANID = 12348 TILENUM = 50305 TILE = 'AIS_305 ' TILENAME= 'AIS_305 ' MPSPLAN = 'ais ' MPSTYPE = 'AIS ' MPSPHASE= 'G2 ' SKYGRID = 28482 NHVNOM = 213. NHVNOMN = 212. NHVNOMF = 212. GRELEASE= 'ops-v7_0_3' PHTFIRST= 820621659.99998 PHTLAST = 883069824.995 EXPTIME = 204.05 NGAPS = 2. TOTREAD = 20000000. TOTMAP = 4372074. TOTONMAP= 4086398. RRMED = 159.438735961914 RRAVE = 158.837526298494 NASPOK = 208. AVEFDEAD= 0.114963660320522 ASPF0001= '/home/svalin2/fltops/pipe/02-vsn/50305-AIS_305/d/00-visits/0001-img&'CONTINUE '/07-try/AIS_305_0001_sg46-asprta.fits' ASPF0002= '/home/svalin2/fltops/pipe/02-vsn/50305-AIS_305/d/00-visits/0002-img&'CONTINUE '/07-try/AIS_305_0002_sg46-asprta.fits' AVDE0001= -31.352960758314 AVDE0002= -31.3309031705648 AVFD0001= 0.120846199658437 AVFD0002= 0.109081120982607 AVRA0001= 81.7644218861801 AVRA0002= 81.7602705372441 AVRO0001= 200.996591798566 AVRO0002= 77.9848412752873 CALP0001= 'cal ' CALP0002= 'cal ' ECL0001 = 14373 ECL0002 = 24928 EXPEND = 1199034624.995 EXPT0001= 108.05 EXPT0002= 96. GPA0001 = 178.670058230082 GPA0002 = 67.6480186230096 GREL0001= 'ops-v7_0_3' GREL0002= 'ops-v7_0_3' HKF0001 = ' ' HKF0002 = ' ' INF0001 = '/home/galex/fltops/visits/02-vsn/50305-AIS_305/d/00-visits/0001-img&'CONTINUE '/use//AIS_305_0001_sg46-nd-cnt.fits' INF0002 = '/home/galex/fltops/visits/02-vsn/50305-AIS_305/d/00-visits/0002-img&'CONTINUE '/use//AIS_305_0002_sg46-nd-cnt.fits' NADDED = 2. NASP0001= 110 NASP0002= 98 OBDT0001= '060106T222740Z' OBDT0002= '071230T170848Z' OBSS0001= 1136586459.995 OBSS0002= 1199034527.995 PHOF0001= '/home/svalin2/fltops/pipe/02-vsn/50305-AIS_305/d/00-visits/0001-img&'CONTINUE '/07-try/AIS_305_0001_sg46-nd-raw6.fits' PHOF0002= '/home/svalin2/fltops/pipe/02-vsn/50305-AIS_305/d/00-visits/0002-img&'CONTINUE '/07-try/AIS_305_0002_sg46-nd-raw6.fits' QAGR0001= 'PASS/YES' QAGR0002= 'PASS/YES' ROLL0001= 201.004629030225 ROLL0002= 78.0039627045307 RRAV0001= 84.5048665925593 RRAV0002= 74.3326597059343 RRMD0001= 84.8540420532227 RRMD0002= 74.5846939086914 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 $' SUBV0001= 46 SUBV0002= 46 VIS0001 = 1 VIS0002 = 2 AVASPRA = 81.7624685463516 AVASPDEC= -31.3425832767598 AVASPROL= 143.122893929246 AVRRMED = 80.0225918112477 AVRRAVE = 79.7191186821648 PMEDRR = 158.914764404297 PTHRESH = 2. PMEDBG = 0.00269937515258789 PRMSBG = 9.48905944824219E-05 PTHRBG = 0.00211863342544132 PSIGDET = 1.94533176765176 PMEDTHR = 0.00212526321411133 PRMSTHR = 7.46250152587891E-05 WCSAXES = 2 / Number of coordinate axes CUNIT1 = 'deg' / Units of coordinate increment and value CUNIT2 = 'deg' / Units of coordinate increment and value LONPOLE = 180.0 / [deg] Native longitude of celestial pole LATPOLE = -31.344999313354 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time RADESYS = 'FK5' / Equatorial coordinate system END ;U;<;;+ ;w;3;]-;$;;;;GV;r;c;O;K ;!M;p<) ;;;j;X;8;;H;g;U;s; ;B;,;+ ;T;H;};U;O;w;;\;;Ŭ;;Q;2;j;\<+#<+;8;9Z;A; ;s;!;@C;q;y;w;{;Z;;Q+; ;5;<*>;@C;\;!;+ <+;.;.;0;5H;Z;;;;j;+ ;q_;g;9Z;;X;22; ;j ;x;l;B;;4;, ;;$;`;U;x;s;܀;;;\;; ;l;J;;i;!;U;q;?;;5;X;;Q^;.;;U;U;`;;j;<';;<;;x;O;;+ ;P;;;s;j;U;^;X;;+ ;;;y;;;;Nk;@;;,<)l;L;_;@C;V;.;.;c;;Nk;Ɨ;;W;{;r);-;5;;y;k<;2;_;;6;Y;A; ; ;q;^;̌;8;i;-;'; ;;;B;};&;r);;{;^;;.;;i;;;;9Z;; ;Ŭ;e;'4;q_;?;;v;;w;2;];2;#;;P;;c;?;;Ŭ;;2;\;;;;f;;C;;W;;};; ;_;+<,<;&;k<;/;e;;S;;K ;+;;;^;};;;d;Nk;N;ޙ;];oO;;];;$;;;X;9Z;;;; ;;;@C;;;Vx;;>;+;r;;9Z;;w;;ޙ;; ; ;x;h ;`<';e;H;8;;;5;N;+ ;;-;<&~U;';A;O;O;&;j;;;@C;k;;;I;(;5;i;G; ;];;_;;D<,oO;r;;;9Z;O;C;8;u;;;W;u;;;<; ;;;;;;X;;;;JU;.;;B;;i;܀;;;;};;;e;X;I;O;ʳ;6;N;;V;v2;V;ʳ;oO;t;I;$;j; ;8;\;S;#;j;K ;`;u;l;;;.;Ɨ;22;;;.<)l;X;d;b;v;.;H;;8; ; ;S;`;;<;c;;Q^;;Y;;],;<,w;?;8;N;<;;;;;B<,,<,;; ;],<-;;.;,;;;?;];;;X;<;;};;Ɨ;s;Ɨ;<;v;r;.;v;Ɨ<*;j;dW;`;;Ɨ;w;v;;oO;;;.;4.;`;.;u;<+ ;<,Y;Y;v;;<;j;<;`;+;t<,;;};};u;y;;$c;cutouts/PanSTARRS/PanSTARRS_g.fits0000644000000000000000000050050000000000000014002 0ustar00SIMPLE = T / file does conform to FITS standard BITPIX = -32 / number of bits per data pixel NAXIS = 2 / number of data axes NAXIS1 = 195 / length of data axis 1 NAXIS2 = 195 / 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 = '2024-12-05T08:42:05' / file creation date (YYYY-MM-DDThh:mm:ss UT) CTYPE1 = 'RA---TAN' / Right ascension, gnomonic projection CTYPE2 = 'DEC--TAN' / Declination, gnomonic projection CRVAL1 = 82.025314331097 / [deg] Coordinate value at reference point CRVAL2 = -29.999999999999 / [deg] Coordinate value at reference point CRPIX1 = -7536.5 / Pixel coordinate of reference point CRPIX2 = 22399.5 / 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 2015-01-18T20:43:43.043544 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 = '4200674 ' / type of stack SKYCELL = 'skycell.0653.016' / type of stack TESS_ID = 'RINGS.V3' / type of stack AIRM_SLP= 0. / airmass slope INP_0000= 'o6662g0266o.694233.wrp.1354526.skycell.0653.016.fits' / input image nINP_0001= 'o6662g0285o.694252.wrp.1354529.skycell.0653.016.fits' / input image nSCL_0000= 3.474821 / input image scale factor SCL_0001= 3.455512 / input image scale factor ZPT_0000= 24.40021 / input image zero point ZPT_0001= 24.40633 / input image zero point EXP_0000= 43. / input image exptime EXP_0001= 43. / input image exptime AIR_0000= 1.578 / input image airmass AIR_0001= 1.594 / input image airmass PSCAMERA= 'GPC1 ' / Camera name PSFORMAT= 'SKYCELL ' / Camera format 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 = 1.000359 / CCD gain (e/count) HIERARCH CELL.READNOISE = 6.02144 / CCD read noise (e) HIERARCH CELL.SATURATION = 190917. / 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 = 56662.386665218 / [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= '2014-01-05T09:16:47.875' / ISO-8601 time of observation EQUINOX = 2000.0 / [yr] Equinox of equatorial coordinates END cutouts/PanSTARRS/PanSTARRS_r.fits0000644000000000000000000050620000000000000014020 0ustar00SIMPLE = T / file does conform to FITS standard BITPIX = -32 / number of bits per data pixel NAXIS = 2 / number of data axes NAXIS1 = 195 / length of data axis 1 NAXIS2 = 195 / 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 = '2024-12-05T08:42:07' / file creation date (YYYY-MM-DDThh:mm:ss UT) CTYPE1 = 'RA---TAN' / Right ascension, gnomonic projection CTYPE2 = 'DEC--TAN' / Declination, gnomonic projection CRVAL1 = 82.025314331097 / [deg] Coordinate value at reference point CRVAL2 = -29.999999999999 / [deg] Coordinate value at reference point CRPIX1 = -7536.5 / Pixel coordinate of reference point CRPIX2 = 22399.5 / 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 2015-01-17T11:44:23.985012 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 = '4194045 ' / type of stack SKYCELL = 'skycell.0653.016' / type of stack TESS_ID = 'RINGS.V3' / type of stack AIRM_SLP= 0. / airmass slope INP_0000= 'o6667g0248o.696075.wrp.1352881.skycell.0653.016.fits' / input image nINP_0001= 'o6667g0267o.696093.wrp.1352883.skycell.0653.016.fits' / input image nINP_0002= 'o7005g0393o.837651.wrp.1352888.skycell.0653.016.fits' / input image nINP_0003= 'o7005g0410o.837668.wrp.1352891.skycell.0653.016.fits' / input image nINP_0004= 'o7005g0411o.837670.wrp.1352892.skycell.0653.016.fits' / input image nINP_0005= 'o7005g0428o.837687.wrp.1352896.skycell.0653.016.fits' / input image nINP_0006= 'o7005g0429o.837686.wrp.1352897.skycell.0653.016.fits' / input image nINP_0007= 'o7005g0446o.837704.wrp.1352901.skycell.0653.016.fits' / input image nINP_0008= 'o7005g0447o.837705.wrp.1352902.skycell.0653.016.fits' / input image nSCL_0000= 13.75923 / input image scale factor SCL_0001= 13.78693 / input image scale factor SCL_0002= 33.77052 / input image scale factor SCL_0003= 73.52297 / input image scale factor SCL_0004= 91.76112 / input image scale factor SCL_0005= 76.66633 / input image scale factor SCL_0006= 86.94245 / input image scale factor SCL_0007= 35.38877 / input image scale factor SCL_0008= 68.51814 / input image scale factor ZPT_0000= 24.64411 / input image zero point ZPT_0001= 24.63636 / input image zero point ZPT_0002= 23.61489 / input image zero point ZPT_0003= 22.76104 / input image zero point ZPT_0004= 22.38821 / input image zero point ZPT_0005= 22.54742 / input image zero point ZPT_0006= 22.46072 / input image zero point ZPT_0007= 23.4654 / input image zero point ZPT_0008= 23.20189 / input image zero point EXP_0000= 40. / input image exptime EXP_0001= 40. / 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= 1.585 / input image airmass AIR_0001= 1.607 / input image airmass AIR_0002= 1.625 / input image airmass AIR_0003= 1.624 / input image airmass AIR_0004= 1.609 / input image airmass AIR_0005= 1.63 / input image airmass AIR_0006= 1.606 / input image airmass AIR_0007= 1.648 / input image airmass AIR_0008= 1.615 / input image airmass PSCAMERA= 'GPC1 ' / Camera name PSFORMAT= 'SKYCELL ' / Camera format 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 = 1.015276 / CCD gain (e/count) HIERARCH CELL.READNOISE = 5.934124 / CCD read noise (e) HIERARCH CELL.SATURATION = 760197.3 / Saturation level (counts) HIERARCH CELL.BAD = 0. / Bad level (counts) EXPTIME = 395. / 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 = 56930.309990081 / [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= '2014-09-30T07:26:23.143' / ISO-8601 time of observation EQUINOX = 2000.0 / [yr] Equinox of equatorial coordinates END E_)EKEHETEBxEDEUEDER $ENtEkù(D&

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CjqABK[mA{@Š_*.=aNœBnCC vBv{CbœRO£ªZJߖL8|H:=NBPCCXBB`lU!(I] ­ۉÇ#([C*B`vBfB{T1lu@[?CBB!CӬ~C BCrC; sA4o¥ ClC{CU%ZAHÙ{CW2\C\rDA'ijGêB2AŐok+ZaWClhB'ǂAC"CˆgJ}°6VAC%'{²-_£HK6Ý0ÑcB'@% B\ 43~BGd[ $BFC#tABؕݥ@l-1Ʊ ”BBB ¸5)B-v:xA4oCBB D@BMsC)BC Ä Aꌵ,BȪCS:+p93CB ]81Bq@㛟C ɗ>}3G{`9C!3WA!WB?q5Cg6CD «z}BNz{A[C ; )C2CdB@$~BɕJª"MCQCBCbCd&bih%bkf+,0C)åbC)A{9Bf›m@|B%} -1¨= BBDRMkBh0,BZGBx+CA”UCDp׃B`Z@CP9CuB>BЉ3ęCB\RA?aB_R%C8 A3k_cB|B̺(CPL:BlClCYBbBb C%hCZ+AÅLA|d(0B bC7fŽ> b5Q}CBT%âZC5"ACB%¬kMBdgCNfC_BXAsHCT$PB>WB ^C: C |½t„!C02Q+CNfCCBC = 1BCKC,zz0gR1NAE1B&ABUpB@TB:V·'Co7Bv<Ò'AƓ8s?þKT+CrbÊ-*AQC^CkCTSB= )ưC)*C}PX'¡eBEkCDi D MbC'`.bC)-Ïr2C e-BtC`AXCL{Ziu{!4B?CAUKC_~oC}B BB²-_€JC@8#CӬOlrBCA@=A-{C7QAoIA9C`*wMqJjH8æjgCoBYB7C@fB/Bb =C!zC7C/5C--BKCpBYXBoCB BbBCC+Et!CF1;;C{/<]cutouts/PanSTARRS/PanSTARRS_y.fits0000644000000000000000000050050000000000000014024 0ustar00SIMPLE = T / file does conform to FITS standard BITPIX = -32 / number of bits per data pixel NAXIS = 2 / number of data axes NAXIS1 = 195 / length of data axis 1 NAXIS2 = 195 / 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 = '2024-12-05T08:42:10' / file creation date (YYYY-MM-DDThh:mm:ss UT) CTYPE1 = 'RA---TAN' / Right ascension, gnomonic projection CTYPE2 = 'DEC--TAN' / Declination, gnomonic projection CRVAL1 = 82.025314331097 / [deg] Coordinate value at reference point CRVAL2 = -29.999999999999 / [deg] Coordinate value at reference point CRPIX1 = -7536.5 / Pixel coordinate of reference point CRPIX2 = 22399.5 / 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 2015-01-19T07:07:32.876324 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 = '4211735 ' / type of stack SKYCELL = 'skycell.0653.016' / type of stack TESS_ID = 'RINGS.V3' / type of stack AIRM_SLP= 0. / airmass slope INP_0000= 'o6344g0072o.582706.wrp.1358394.skycell.0653.016.fits' / input image nINP_0001= 'o6352g0056o.584560.wrp.1358399.skycell.0653.016.fits' / input image nSCL_0000= 9.979888 / input image scale factor SCL_0001= 9.528416 / input image scale factor ZPT_0000= 23.2632 / input image zero point ZPT_0001= 23.2979 / input image zero point EXP_0000= 30. / input image exptime EXP_0001= 30. / input image exptime AIR_0000= 1.598 / input image airmass AIR_0001= 1.575 / input image airmass PSCAMERA= 'GPC1 ' / Camera name PSFORMAT= 'SKYCELL ' / Camera format 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 = 0.9992929 / CCD gain (e/count) HIERARCH CELL.READNOISE = 5.697022 / CCD read noise (e) HIERARCH CELL.SATURATION = 455332.4 / Saturation level (counts) HIERARCH CELL.BAD = 0. / Bad level (counts) EXPTIME = 60. / 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 = 56348.216589516 / [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= '2013-02-25T05:11:53.334' / ISO-8601 time of observation EQUINOX = 2000.0 / [yr] Equinox of equatorial coordinates END