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"image_pixel_units": "counts"}}, {"model": "host.filter", "pk": 14, "fields": {"name": "PanSTARRS_y", "survey": 4, "kcorrect_name": "none", "sedpy_id": "panstarrs_y", "hips_id": "CDS/P/PanSTARRS/DR1/y", "vosa_id": "PAN-STARRS/PS1.y", "image_download_method": "custom", "pixel_size_arcsec": 0.25, "image_fwhm_arcsec": 1.02, "wavelength_eff_angstrom": 9613.45, "wavelength_min_angstrom": 9100.5, "wavelength_max_angstrom": 10838.5, "vega_zero_point_jansky": 2203.66, "magnitude_zero_point": 25.0, "ab_offset": 0.0, "magnitude_zero_point_keyword": null, "image_pixel_units": "counts"}}, {"model": "host.filter", "pk": 15, "fields": {"name": "SDSS_i", "survey": 5, "kcorrect_name": "sdss_i0", "sedpy_id": "sdss_i", "hips_id": "CDS/P/SDSS9/i", "vosa_id": "SLOAN/SDSS.i", "image_download_method": "custom", "pixel_size_arcsec": 0.4, "image_fwhm_arcsec": 1.26, "wavelength_eff_angstrom": 7470.6, "wavelength_min_angstrom": 6430.0, "wavelength_max_angstrom": 8630.0, "vega_zero_point_jansky": 3971.19, 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"message": "not processed"}, "user_warning": false, "last_modified": null, "last_processing_time_seconds": null}, {"task_name": "Crop transient images", "status": {"type": "success", "message": "processed"}, "user_warning": false, "last_modified": null, "last_processing_time_seconds": null}, {"task_name": "Generate thumbnail final", "status": {"type": "success", "message": "processed"}, "user_warning": false, "last_modified": null, "last_processing_time_seconds": null}, {"task_name": "Generate thumbnail", "status": {"type": "success", "message": "processed"}, "user_warning": false, "last_modified": "2026-01-13T08:11:54.531717+00:00", "last_processing_time_seconds": 0.42}, {"task_name": "Generate thumbnail SED global", "status": {"type": "success", "message": "processed"}, "user_warning": false, "last_modified": "2026-01-20T06:07:57.971899+00:00", "last_processing_time_seconds": 0.53}]}cutouts/2MASS/2MASS_H.fits0000644000000000000000000020130000000000000012257 0ustar00SIMPLE = T BITPIX = -32 NAXIS = 2 / # of Axes NAXIS1 = 114 NAXIS2 = 114 EXTEND = T / TAPE MAY HAVE STANDARD FITS EXTENSIONS BLOCKED = T / TAPE MAY BE BLOCKED IN MULTIPLES OF 2880 ORDATE = '001016 ' / Observation Ref Date (yymmdd) DAYNUM = '1326 ' / Observation Day Num FN_PRFX = 'h1326103' / .rdo and .par filename prefix TYPE = 'sci ' / Scan type: dar flt sci cal tst SCANNO = 103 / Scan Number SCANDIR = 'n ' / Scan Direction: n, s, - COMMENT (OV) STRIP_ID= 17022 / Strip ID (OV) POSITNID= 'n360041 ' / Position ID (OV) ORIGIN = '2MASS ' / 2MASS Survey Camera CTYPE1 = 'RA---SIN' / Right ascension, orthographic/synthesis projectCTYPE2 = 'DEC--SIN' / Declination, orthographic/synthesis projection CRPIX1 = -0.5 / Pixel coordinate of reference point CRPIX2 = -334.5 / Pixel coordinate of reference point CRVAL1 = 10.41162436 / [deg] Coordinate value at reference point CRVAL2 = 40.84471941 / [deg] Coordinate value at reference point CROTA2 = 0.01409017026 / 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 = 17611. / U-scan Y at Grid (0,0) SKYVAL = 368.4158936 / GFIND Sky Estimate SKYSIG = 1.357574463 / Grid Noise Estimate MAGZP = 20.3399 / Calibrated zero point from CALMAN CALID = ' y lf 0 Dec 31 2001'/ Calibration descriptors from CALMAN SEESH = 0.9600 / Seeing shape parameter from SEEMAN DXFS = -0.4192592502 / Cross-scan Frame Step (arcsec) DYFS = 82.53790283 / In-scan Frame Step (arcsec) PIXNAM = 'nl.pixphot - v 011003n' QT0227 = 366.1427612 / 2.27 Percentile QT0668 = 366.732605 / 6.68 Percentile QT1586 = 367.3460083 / 15.86 Percentile QT3085 = 367.9907837 / 30.85 Percentile QT5000 = 368.7035828 / 50.00 Percentile QT6914 = 369.4997559 / 69.14 Percentile QT8413 = 370.391449 / 84.13 Percentile QT9331 = 371.3542786 / 93.31 Percentile QT9772 = 372.4880981 / 97.72 Percentile BASE = 6 / Pixel Dwell (microsec) WAVEF_P = '2massn.scn' / Secondary waveform data file TIMER0 = 52 / Read1 time (millisecs) TIMER1 = 1298 / Read2-Read1 time (millisecs) TIMER2 = 51 / Secondary settling time (millisecs) ICSVERSN= '000405 ' / ICS script pgm Version (yymmdd) SCHEDVER= '990325 ' / Scheduler pgm Version (yymmdd) SCRIPTFN= 'survey.sct' / Script template filename SCRPTVER= '000324 ' / Script template filename Versn (yymmdd) UT_OFF1 = 7.435897435897E-01 / UT Offset (IC),SOS to frm#1 Cntr (secs) XS_OFF1 = 2.800000000000E+00 / X-Scan Offset (IN),SOS to f#1 RA Cntr (ASec) IS_OFF1 = 1.228000000000E+02 / In-Scan Offset (IN),SOS to f#1 Dec Cntr(ASec)XS_OFF2 = 3.900000000000E+00 / X-Scan Offset(IN),EOS to End Frm RA Ctr(ASec)IS_OFF2 = -1.138000000000E+02 / In-Scan Offset(IN),EOS to End Frm Dec Ctr(AS)FOCUS = 2631 / Focus Setting NUMFRMS = 273 / Total Number of Frames in this Scan SKIPRDOS= 0 / Total Number of SOS junk RDOs skipped (IC) TELNAME = 'Hopkins ' / Telescope +31.688/+110.885 lat/lon degs FILTER = 'h ' / Band: j, h, k UT_DATE = '001016 ' / UT Date of Frame (IC) (yymmdd) UT = '09:09:07.44' / Time of Frame (IC) (sxgsml) AMASS_FC= 1.20610297E+00 / Airmass (aprox) at this Frame (IC) (unitless)GRP2_SOS= 'SOS ' / Bgn Group#2 .par params at SOS DATE_SOS= '001016 ' / Date at SOS (yymmdd) EQUINOX = 2.000000000000E+03 / [yr] Equinox of equatorial coordinates AM_SOS = 1.19000006E+00 / Airmass at SOS (unitless) ZD_SOS = 3.32000008E+01 / Zenith Distance at SOS (degs) HA_SOS = '+02:39:11.00' / Hour Angle at SOS (sxgsml) UT_SOS = '09:03:41.00' / Scan Reference UT (SOS) (sxgsml) ST_SOS = '03:20:56.00' / Sidereal time at SOS (sxgsml) RA_SOS = '00:41:40.03' / Scan Reference RA at SOS ,epoch 2000 (sxgsml)DEC_SOS = '+35:42:30.6' / 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 = 56 / Humidity at SOS, 0-100% SEE_SOS = 0.00000000E+00 / Seeing at SOS, see WARNING below BAR_SOS = 3.01000004E+01 / Barometer at SOS (inches of Hg) AIRT_SOS= 9.19999981E+00 / Air temperature at SOS, degs Celsius TELT_SOS= 8.80000019E+00 / Telescope Temp at SOS, degs Celsius ARYT_SOS= -1.92000000E+02 / Temperature of array, see WARNING below GRP2_EOS= 'EOS ' / Bgn Group#2 .par params at EOS DATE_EOS= '001016 ' / Date at EOS (yymmdd) AM_EOS = 1.21000004E+00 / Airmass at EOS (unitless) ZD_EOS = 3.45000000E+01 / Zenith Distance at EOS (degs) HA_EOS = '+02:45:57.00' / Hour Angle at EOS (sxgsml) UT_EOS = '09:10:27.00' / UT at EOS (sxgsml) ST_EOS = '03:27:43.00' / ST at EOS (sxgsml) RA_EOS = '00:41:39.60' / RA at EOS, epoch 2000 (sxgsml) DEC_EOS = '+42:05:39.1' / 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 = 56 / Humidity at EOS, 0-100% SEE_EOS = 0.00000000E+00 / Seeing at EOS, see WARNING below BAR_EOS = 3.01000004E+01 / Barometer at EOS (inches of Hg) AIRT_EOS= 9.00000000E+00 / Air temperature at EOS, degs Celsius TELT_EOS= 8.80000019E+00 / Telescope Temp at EOS, degs Celsius ARYT_EOS= -1.92000000E+02 / Temperature of array, see WARNING below COMMENT *** WARNING *** indicated parameter not measured, dummy only COMMENT rdframe applied frame rotation of 180 degs 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 = 'ops rot jhw 980730' / Rdframe namelist version id WCSAXES = 2 / Number of coordinate axes PC1_1 = 0.99999996976171 / Coordinate transformation matrix element PC1_2 = 0.00024591986072485 / Coordinate transformation matrix element PC2_1 = -0.00024591986072485 / Coordinate transformation matrix element PC2_2 = 0.99999996976171 / 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 = 40.84471941 / [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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CtCC):CECԂC`CsCC[C{C?CoC}CdCnCTCC]CvC=CC]C3C8C C C6CCz:CuCACbCCCeCKCnsCCCCCXCiCCR]CWCtC7CCCC"C CCC{CCCK%CICCvC*CCcCCwICPC CCsCCߺCweCzCS7CwCѥC;CxCCChCLCYCBC^CC>Cp6C&%CCClCCKCC|CTCC0CCOCCrCFC[C8CC%ChCCWCCCCCCCvC(CiC[CXCCrC*CCCCC[CYbCCCCCCICcCJPCCCƐCCCCÏCvCfC5CCl}C=C.CCdKCwCACMCyCwCUCpfCCCCաCCCCCCCCC~Cp"C2CACeCgCCCjcCCwCCC_CfC.C9CZC6CDC6yCC CCRC~@CC1C CCV+CsCK)C,CVCCCzCPCC8C&CϞC CCTC&C[CKbCW3CmCO&CLCsCCCW CORCCCqC|CCC(C(C#C5(CCCCCC}`CCCCIPC]CJCCCCեCC}VCCCVCCCaCCW8C C4CVCCVCClCq=C3xCBC{CCC/yCD/CC8C9CZC C{CCxCGCCCCSUCC2TCGCCGCjCuvCC1CCh2CߩC/1CqCfCCmCCNCCCFCCYCZCCCRCCCC4CCSC CeAC6CC^CCvCC!C%CmC1CJCCmClCL,CL`CC%QCWC2 C@CJC-CCCC2CCC"hClC CkC4C6C'CѾCC eCCCRC`CC7CuC~CCǓCu]CACCCC1kC,C|CcCCxCiC*CiCaCFC C. CCCCCICa|CjCnCɁCCCCCiCdCC5ECC3CSCC!C|CCCC CqC2CC*CCCѾCUC:CyCC C$mCCCCECCC62CECkCCZCCOCCqC(CC"ZCCCCC3CsCCCCC)[C#CCC~KCCCCACCgKCzCC#Cw*CCk{C:CXC*CC7C2C)CBCvCC_C"CbC'4C[CC C_C&CCsCp\CC !CnC)CgCWC5CCCC{C="CCpC CO CZACPC#C C}ClCC^C7CCiC C0CPyCgNCkcC?CC`C@CC:CMCCiC[CCCPCI-CTC-C-CnXCaC2CԳCȷCyCr!CWCCB5C.CVbCV_CBCC2C0C FCϒCC4CCCPCCTC%OC!C^=CcCCC4CTCChC;lCC3CaCkhCCC*CCVCC{sCC?CC:CC8Cm|C:C lCcutouts/2MASS/2MASS_J.fits0000644000000000000000000020130000000000000012261 0ustar00SIMPLE = T BITPIX = -32 NAXIS = 2 / # of Axes NAXIS1 = 116 NAXIS2 = 116 EXTEND = T / TAPE MAY HAVE STANDARD FITS EXTENSIONS BLOCKED = T / TAPE MAY BE BLOCKED IN MULTIPLES OF 2880 ORDATE = '001016 ' / Observation Ref Date (yymmdd) DAYNUM = '1326 ' / Observation Day Num FN_PRFX = 'j1326103' / .rdo and .par filename prefix TYPE = 'sci ' / Scan type: dar flt sci cal tst SCANNO = 103 / Scan Number SCANDIR = 'n ' / Scan Direction: n, s, - COMMENT (OV) STRIP_ID= 17022 / Strip ID (OV) POSITNID= 'n360041 ' / Position ID (OV) ORIGIN = '2MASS ' / 2MASS Survey Camera CTYPE1 = 'RA---SIN' / Right ascension, orthographic/synthesis projectCTYPE2 = 'DEC--SIN' / Declination, orthographic/synthesis projection CRPIX1 = 0.5 / Pixel coordinate of reference point CRPIX2 = -333.5 / Pixel coordinate of reference point CRVAL1 = 10.41162436 / [deg] Coordinate value at reference point CRVAL2 = 40.84471941 / [deg] Coordinate value at reference point CROTA2 = 0.01409017026 / 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 = 17611. / U-scan Y at Grid (0,0) SKYVAL = 72.00123596 / GFIND Sky Estimate SKYSIG = 0.9906463623 / Grid Noise Estimate MAGZP = 20.9665 / Calibrated zero point from CALMAN CALID = 'y pw 0 Dec 31 2001 '/ Calibration descriptors from CALMAN SEESH = 1.0100 / Seeing shape parameter from SEEMAN DXFS = -0.2474189252 / Cross-scan Frame Step (arcsec) DYFS = 82.53816223 / In-scan Frame Step (arcsec) PIXNAM = 'nl.pixphot - v 011003n' QT0227 = 70.34863281 / 2.27 Percentile QT0668 = 70.76055145 / 6.68 Percentile QT1586 = 71.20250702 / 15.86 Percentile QT3085 = 71.68457031 / 30.85 Percentile QT5000 = 72.19315338 / 50.00 Percentile QT6914 = 72.73720551 / 69.14 Percentile QT8413 = 73.3197937 / 84.13 Percentile QT9331 = 73.97105408 / 93.31 Percentile QT9772 = 74.81790161 / 97.72 Percentile BASE = 6 / Pixel Dwell (microsec) WAVEF_P = '2massn.scn' / Secondary waveform data file TIMER0 = 52 / Read1 time (millisecs) TIMER1 = 1298 / Read2-Read1 time (millisecs) TIMER2 = 51 / Secondary settling time (millisecs) ICSVERSN= '000405 ' / ICS script pgm Version (yymmdd) SCHEDVER= '990325 ' / Scheduler pgm Version (yymmdd) SCRIPTFN= 'survey.sct' / Script template filename SCRPTVER= '000324 ' / Script template filename Versn (yymmdd) UT_OFF1 = 7.435897435897E-01 / UT Offset (IC),SOS to frm#1 Cntr (secs) XS_OFF1 = 2.800000000000E+00 / X-Scan Offset (IN),SOS to f#1 RA Cntr (ASec) IS_OFF1 = 1.228000000000E+02 / In-Scan Offset (IN),SOS to f#1 Dec Cntr(ASec)XS_OFF2 = 3.900000000000E+00 / X-Scan Offset(IN),EOS to End Frm RA Ctr(ASec)IS_OFF2 = -1.138000000000E+02 / In-Scan Offset(IN),EOS to End Frm Dec Ctr(AS)FOCUS = 2631 / Focus Setting NUMFRMS = 273 / Total Number of Frames in this Scan SKIPRDOS= 0 / Total Number of SOS junk RDOs skipped (IC) TELNAME = 'Hopkins ' / Telescope +31.688/+110.885 lat/lon degs FILTER = 'j ' / Band: j, h, k UT_DATE = '001016 ' / UT Date of Frame (IC) (yymmdd) UT = '09:09:07.44' / Time of Frame (IC) (sxgsml) AMASS_FC= 1.20610297E+00 / Airmass (aprox) at this Frame (IC) (unitless)GRP2_SOS= 'SOS ' / Bgn Group#2 .par params at SOS DATE_SOS= '001016 ' / Date at SOS (yymmdd) EQUINOX = 2.000000000000E+03 / [yr] Equinox of equatorial coordinates AM_SOS = 1.19000006E+00 / Airmass at SOS (unitless) ZD_SOS = 3.32000008E+01 / Zenith Distance at SOS (degs) HA_SOS = '+02:39:11.00' / Hour Angle at SOS (sxgsml) UT_SOS = '09:03:41.00' / Scan Reference UT (SOS) (sxgsml) ST_SOS = '03:20:56.00' / Sidereal time at SOS (sxgsml) RA_SOS = '00:41:40.03' / Scan Reference RA at SOS ,epoch 2000 (sxgsml)DEC_SOS = '+35:42:30.6' / 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 = 56 / Humidity at SOS, 0-100% SEE_SOS = 0.00000000E+00 / Seeing at SOS, see WARNING below BAR_SOS = 3.01000004E+01 / Barometer at SOS (inches of Hg) AIRT_SOS= 9.19999981E+00 / Air temperature at SOS, degs Celsius TELT_SOS= 8.80000019E+00 / Telescope Temp at SOS, degs Celsius ARYT_SOS= -1.92000000E+02 / Temperature of array, see WARNING below GRP2_EOS= 'EOS ' / Bgn Group#2 .par params at EOS DATE_EOS= '001016 ' / Date at EOS (yymmdd) AM_EOS = 1.21000004E+00 / Airmass at EOS (unitless) ZD_EOS = 3.45000000E+01 / Zenith Distance at EOS (degs) HA_EOS = '+02:45:57.00' / Hour Angle at EOS (sxgsml) UT_EOS = '09:10:27.00' / UT at EOS (sxgsml) ST_EOS = '03:27:43.00' / ST at EOS (sxgsml) RA_EOS = '00:41:39.60' / RA at EOS, epoch 2000 (sxgsml) DEC_EOS = '+42:05:39.1' / 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 = 56 / Humidity at EOS, 0-100% SEE_EOS = 0.00000000E+00 / Seeing at EOS, see WARNING below BAR_EOS = 3.01000004E+01 / Barometer at EOS (inches of Hg) AIRT_EOS= 9.00000000E+00 / Air temperature at EOS, degs Celsius TELT_EOS= 8.80000019E+00 / Telescope Temp at EOS, degs Celsius ARYT_EOS= -1.92000000E+02 / Temperature of array, see WARNING below COMMENT *** WARNING *** indicated parameter not measured, dummy only COMMENT rdframe applied frame rotation of 180 degs 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 = 'ops rot jhw 980730' / Rdframe namelist version id WCSAXES = 2 / Number of coordinate axes PC1_1 = 0.99999996976171 / Coordinate transformation matrix element PC1_2 = 0.00024591986072485 / Coordinate transformation matrix element PC2_1 = -0.00024591986072485 / Coordinate transformation matrix element PC2_2 = 0.99999996976171 / 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 = 40.84471941 / [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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BBBBBeB}BBBBB BB'BB2BJ9BnB>B<-BB!BVBBB8BBXBֿBBBBB:6BSB[KB"BBzdBBKBsBBhB2BBBBBzBPtB-B4BBXB1B6'BRBBtBBB'BnB2=BBLB{BTB BB }BB.BRBBL^BBBB=rBHB?iB\BTB$BaBBIB\pBhB=BB`BmBBB|LB8B]B^*Bi[BBBt BRBBnB=B(!BlB#BBBRGB{BB(BK!BABB1B-DBB@BBfBB'BJBB8BBBBBNBVBUBbBB6BBBsB\BB BTBBMBIBBB 0BUB'BBBtBBBB#B BB6B BxB yB=B B}BBBBBBBB6B#BuBa*ByBB/BaABxBZBBrBسBBSbBQBBGBOBwBKBB/BBB BBvBwBLBWBCBWB,NBzEBB-BMB*BKB8BXBLBB-BB 6B|BBAB;!B{B!BNBãBm]B[BcBlBW^B]kBBBB~BզB7BrBjBBtB$_BcBBB4BEWBvB%BRBiBBB9BIBBmBB BBXBB"B`BGBEBdxBBBNBBIBBBaBaB)B@BKbB2B1@BBBBBJBBOB6B'BB`UBfBUBB^BBodBBBBBBB:B BL-BB0;BBBʴBDB BBB#BBB BB{Bw9BPB_BBBl BBFBӦBB^BBiBdB%^B&B`mB8BBB8KB/#B&ZBBBBB BPB$`BB`pBB+dBBB BBBCBBB,BBBg4BBVBB"BMBBsBB#B9BBB%B@B=BBBBB=BB{BB-BiB3BBBfBBBsBJBBB5gB BFBBB-BRBB@BBBDFBvB?_B1VB.B^EBeBB+;BvB+B)BB BXBBB kBDB0BtB{B'BB&|BWBJBB BBB61BHBaBBBc@BBBBөB0B0BKBDBvBB BCBB֕BBJBBBdBBB3BB BeBBBkBBB/B8BBBBBB'BBeBnRB%BBBBoBBB?Bw'BeBBBv'BB1BMTBBBwBRBBBB:eBs BBXBB?BS BKBЖBBoB|BFBBbBdB/BBwBBB&`BVBwBB1B"!BXBBiBB!BB"4B6B\BBCBNBFBBBBBbB$BfB#BBB|B1BϏB=\BwBSBj'B)BmCB,BT}BBOBt<cutouts/2MASS/2MASS_K.fits0000644000000000000000000020130000000000000012262 0ustar00SIMPLE = T BITPIX = -32 NAXIS = 2 / # of Axes NAXIS1 = 116 NAXIS2 = 116 EXTEND = T / TAPE MAY HAVE STANDARD FITS EXTENSIONS BLOCKED = T / TAPE MAY BE BLOCKED IN MULTIPLES OF 2880 ORDATE = '001016 ' / Observation Ref Date (yymmdd) DAYNUM = '1326 ' / Observation Day Num FN_PRFX = 'k1326103' / .rdo and .par filename prefix TYPE = 'sci ' / Scan type: dar flt sci cal tst SCANNO = 103 / Scan Number SCANDIR = 'n ' / Scan Direction: n, s, - COMMENT (OV) STRIP_ID= 17022 / Strip ID (OV) POSITNID= 'n360041 ' / Position ID (OV) ORIGIN = '2MASS ' / 2MASS Survey Camera CTYPE1 = 'RA---SIN' / Right ascension, orthographic/synthesis projectCTYPE2 = 'DEC--SIN' / Declination, orthographic/synthesis projection CRPIX1 = 0.5 / Pixel coordinate of reference point CRPIX2 = -333.5 / Pixel coordinate of reference point CRVAL1 = 10.41162436 / [deg] Coordinate value at reference point CRVAL2 = 40.84471941 / [deg] Coordinate value at reference point CROTA2 = 0.01409017026 / 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 = 17611. / U-scan Y at Grid (0,0) SKYVAL = 374.7288818 / GFIND Sky Estimate SKYSIG = 1.507873535 / Grid Noise Estimate MAGZP = 20.0857 / Calibrated zero point from CALMAN CALID = ' y lf 0 Dec 31 2001'/ Calibration descriptors from CALMAN SEESH = 1.0000 / Seeing shape parameter from SEEMAN DXFS = -0.1884085536 / Cross-scan Frame Step (arcsec) DYFS = 82.53881836 / In-scan Frame Step (arcsec) PIXNAM = 'nl.pixphot - v 011003n' QT0227 = 372.1895447 / 2.27 Percentile QT0668 = 372.8345032 / 6.68 Percentile QT1586 = 373.5226746 / 15.86 Percentile QT3085 = 374.2457886 / 30.85 Percentile QT5000 = 375.0305481 / 50.00 Percentile QT6914 = 375.894165 / 69.14 Percentile QT8413 = 376.8338623 / 84.13 Percentile QT9331 = 377.8771362 / 93.31 Percentile QT9772 = 379.1004944 / 97.72 Percentile BASE = 6 / Pixel Dwell (microsec) WAVEF_P = '2massn.scn' / Secondary waveform data file TIMER0 = 52 / Read1 time (millisecs) TIMER1 = 1298 / Read2-Read1 time (millisecs) TIMER2 = 51 / Secondary settling time (millisecs) ICSVERSN= '000405 ' / ICS script pgm Version (yymmdd) SCHEDVER= '990325 ' / Scheduler pgm Version (yymmdd) SCRIPTFN= 'survey.sct' / Script template filename SCRPTVER= '000324 ' / Script template filename Versn (yymmdd) UT_OFF1 = 7.435897435897E-01 / UT Offset (IC),SOS to frm#1 Cntr (secs) XS_OFF1 = 2.800000000000E+00 / X-Scan Offset (IN),SOS to f#1 RA Cntr (ASec) IS_OFF1 = 1.228000000000E+02 / In-Scan Offset (IN),SOS to f#1 Dec Cntr(ASec)XS_OFF2 = 3.900000000000E+00 / X-Scan Offset(IN),EOS to End Frm RA Ctr(ASec)IS_OFF2 = -1.138000000000E+02 / In-Scan Offset(IN),EOS to End Frm Dec Ctr(AS)FOCUS = 2631 / Focus Setting NUMFRMS = 273 / Total Number of Frames in this Scan SKIPRDOS= 0 / Total Number of SOS junk RDOs skipped (IC) TELNAME = 'Hopkins ' / Telescope +31.688/+110.885 lat/lon degs FILTER = 'k ' / Band: j, h, k UT_DATE = '001016 ' / UT Date of Frame (IC) (yymmdd) UT = '09:09:07.44' / Time of Frame (IC) (sxgsml) AMASS_FC= 1.20610297E+00 / Airmass (aprox) at this Frame (IC) (unitless)GRP2_SOS= 'SOS ' / Bgn Group#2 .par params at SOS DATE_SOS= '001016 ' / Date at SOS (yymmdd) EQUINOX = 2.000000000000E+03 / [yr] Equinox of equatorial coordinates AM_SOS = 1.19000006E+00 / Airmass at SOS (unitless) ZD_SOS = 3.32000008E+01 / Zenith Distance at SOS (degs) HA_SOS = '+02:39:11.00' / Hour Angle at SOS (sxgsml) UT_SOS = '09:03:41.00' / Scan Reference UT (SOS) (sxgsml) ST_SOS = '03:20:56.00' / Sidereal time at SOS (sxgsml) RA_SOS = '00:41:40.03' / Scan Reference RA at SOS ,epoch 2000 (sxgsml)DEC_SOS = '+35:42:30.6' / 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 = 56 / Humidity at SOS, 0-100% SEE_SOS = 0.00000000E+00 / Seeing at SOS, see WARNING below BAR_SOS = 3.01000004E+01 / Barometer at SOS (inches of Hg) AIRT_SOS= 9.19999981E+00 / Air temperature at SOS, degs Celsius TELT_SOS= 8.80000019E+00 / Telescope Temp at SOS, degs Celsius ARYT_SOS= -1.92000000E+02 / Temperature of array, see WARNING below GRP2_EOS= 'EOS ' / Bgn Group#2 .par params at EOS DATE_EOS= '001016 ' / Date at EOS (yymmdd) AM_EOS = 1.21000004E+00 / Airmass at EOS (unitless) ZD_EOS = 3.45000000E+01 / Zenith Distance at EOS (degs) HA_EOS = '+02:45:57.00' / Hour Angle at EOS (sxgsml) UT_EOS = '09:10:27.00' / UT at EOS (sxgsml) ST_EOS = '03:27:43.00' / ST at EOS (sxgsml) RA_EOS = '00:41:39.60' / RA at EOS, epoch 2000 (sxgsml) DEC_EOS = '+42:05:39.1' / 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 = 56 / Humidity at EOS, 0-100% SEE_EOS = 0.00000000E+00 / Seeing at EOS, see WARNING below BAR_EOS = 3.01000004E+01 / Barometer at EOS (inches of Hg) AIRT_EOS= 9.00000000E+00 / Air temperature at EOS, degs Celsius TELT_EOS= 8.80000019E+00 / Telescope Temp at EOS, degs Celsius ARYT_EOS= -1.92000000E+02 / Temperature of array, see WARNING below COMMENT *** WARNING *** indicated parameter not measured, dummy only COMMENT rdframe applied frame rotation of 180 degs 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 = 'ops rot jhw 980730' / Rdframe namelist version id WCSAXES = 2 / Number of coordinate axes PC1_1 = 0.99999996976171 / Coordinate transformation matrix element PC1_2 = 0.00024591986072485 / Coordinate transformation matrix element PC2_1 = -0.00024591986072485 / Coordinate transformation matrix element PC2_2 = 0.99999996976171 / 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 = 40.84471941 / [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 = 01-12-30 15:09:21 HISTORY * DFlat vsn1.96 981203 Run on 12/30/01 at 15:06:04 HISTORY > Image Created by pixphot - Version 010925p HISTORY > Gene Kopan IPAC/ Caltech END CPCVCCClCCC CCCC-C];CC[&CȯCKC`CYCCC&C @CRC%C{&C{CzCGNC-C`CCCuZCtCĬCC8^ClCXCC6lCDCCCCFC`CvCrCdvCC-C-CC C)CNmC0CC-CqXC~CCJC:CYC{CCCCCwCCAzCJCzCCNCdC]NCC4CC7C*qCC$CCCCCvCzCCCQC3C[CC CCDCuCCCC%CCCiwCXKCC5C%CC,CACECCSC5jCCCCu[CCOCC!ACPCACCaNCPCCCCޣCCC8@C C+CCCC C0Cm2CHCC6CECCeCkCVC-CrCC:DC0CC UCNCCC CHC_CwCC{C5CfC2CoCCq`CICC;CCC?C:C* C1CCC+]CTCCt"CDCOhCwCC CCICnCCzCCclCCCCCCѽCCzCqCxC C5C C֛C:xC CZCC0C&cCWC4CHCCCCC6CCIC%xC?CKDCCCCCi(C CCiC-CfRC#CzCCC8]CstCsCUC[C1CfC؞C CXC.CCC/CC4C8%CBmC C6C:CFCCWC CCCCsC?CPC7CCsCeC_CqCC?CCC$1CCCECCC!}C]CS;CCbCG CYCCx4CQ^C),C:COJC=kCtCuCLCqCCBCUpC~CˢCŕCCqCNCC^CCeCCCCC.CS6CCiCCC_CCCClC?CCICCoCCOCC,vCVCClCChCoC/C0C-C˄C.*C9CC[CC@C%C%CCC'CCC_kCCSCCӶCCtxC9CCg3CC/Cs!CCChC_fCC2CJCzCC"`C,CxCCHCCɢCICVCdC CYbC CnCo%CIC6C1CACyCCdC^nCC?C'gCBCKCCCl{Cq4CeCGCTC=CsC=lC 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CCC(Co3C(CڝC(HC~CC5TCCCDCeCyC[6CCoC*CCPzCCbsCCy7CC0CCC0C-CCgC#PC8CiqCC6CdCdCACC5CHCHCDCYCCBCCC*MCWCC{cutouts/WISE/WISE_W1.fits0000644000000000000000000017360000000000000012236 0ustar00SIMPLE = T / Created with PDL (http://pdl.perl.org) BITPIX = -32 / number of bits per data pixel NAXIS = 2 / number of data axes NAXIS1 = 116 / length of data axis 1 NAXIS2 = 116 / 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 = 9.890156 / [deg] Coordinate value at reference point CRVAL2 = 40.890000 / [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 = 1048.0 / Pixel coordinate of reference point CRPIX2 = -111.0 / 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 = '2013-08-04T23:14:39.000Z' / WSDC file creation date/time (UTC) DATEOBS1= '2010-01-12T11:40:58.174' / obs. date/time of earliest frame (UTC) DATEOBS2= '2011-01-15T17:29:10.332' / obs. date/time of latest frame (UTC) MIDOBS = '2010-07-20T18:47:27.777' / obs. date/time of middle frame (UTC) TELESCOP= 'WISE ' / telescope used to acquire data BAND = 1 / wavelength band number WAVELEN = 3.368 / [microns] effective wavelength of band COADDID = '0098p408_ac51' / atlas-image identifier NUMFRMS = 512 / final number of frames touching footprint MOONREJ = 0 / number of frames rejected due to moon-glow MOONINP = 0 / initial number of frames with suspect moon-glowMAGZP = 20.5 / [mag] relative photometric zero point MAGZPUNC= 0.006 / [mag] 1-sigma uncertainty in zero point SIZEX = 1.564444 / [deg] linear dimension along axis 1 SIZEY = 1.564444 / [deg] linear dimension along axis 2 PXSCAL1 = 1.375 / [asec/pix] scale at CRPIX1,CRPIX2 for axis1 PXSCAL2 = 1.375 / [asec/pix] scale at CRPIX1,CRPIX2 for axis2 MEDINT = 4.41034603118896 / [DN] median of intensity pixels MEDCOV = 50.27734375 / [pixels] median depth-of-coverage MINCOV = 0.78131103515625 / [pixels] minimum depth-of-coverage MAXCOV = 60.49609375 / [pixels] maximum depth-of-coverage LOWCOVPC= 0.00111515129830148 / [%] area of footprint with depth <= 4 pixels LOWCOPC = 0.00185460991321797 / [%] area of footprint with depth <= 6 pixels NOMCOVPC= 0.00255828827257399 / [%] area of footprint with depth <= 8 pixels PCTMINC = 0 / [%] area of internal outlier tile <= 4 pix deepROBSIG = 0.11158236069784 / [DN] robust spatial sigma at MEDCOV +/- 0.25 PIXCHIS1= 3.18287773261965 / ratio ROBSIG/(median unc) at MEDCOV +/- 0.25 PIXCHIS2= 3.29919313814286 / ratio ROBSIG/(modal unc) at MEDCOV +/- 0.25 MEDNMSK = 12882 / median number of pixels masked per frame RANDSEED= 1717807651 / random seed for outlier step [-999=>not used] ELON = 27.0035616437542 / [deg] Ecliptic longitude at image center ELAT = 33.294499256516 / [deg] Ecliptic latitude at image center GLON = 120.512541371306 / [deg] Galactic longitude at image center GLAT = -21.925891388423 / [deg] Galactic latitude at image center MOONMASK= '/wise/fops/ref/coadd/wise-w1-moonmask.fits' / Moon mask - = '0098p408_ac51-w1-int-3.fits' / atlas image (coadd) filename FLXWTNUM= 1978 / number of sources used to compute centroids FLXWTDX = -0.0211131 / [arcsec] mdex - flux-weighted centroid along X FLXWTUDX= 0.0061549 / [arcsec] 1-sigma uncertainty in flxwtdx FLXWTSDX= 3.4303122 / signal-to-noise ratio in flxwtdx FLXWTDY = 0.0109072 / [arcsec] mdex - flux-weighted centroid along Y FLXWTUDY= 0.0062184 / [arcsec] 1-sigma uncertainty in flxwtdy FLXWTSDY= 1.7540078 / 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 = 40.89 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time RADESYS = 'FK5' / Equatorial coordinate system EXPTIME = 387.1329 END AЪAV=A}\AAAOAAW7A+AckAQAA mAI6A"A? 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(http://pdl.perl.org) BITPIX = -32 / number of bits per data pixel NAXIS = 2 / number of data axes NAXIS1 = 116 / length of data axis 1 NAXIS2 = 116 / 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 = 9.890156 / [deg] Coordinate value at reference point CRVAL2 = 40.890000 / [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 = 1048.0 / Pixel coordinate of reference point CRPIX2 = -111.0 / 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 = '2013-08-05T01:44:39.000Z' / WSDC file creation date/time (UTC) DATEOBS1= '2010-01-12T11:40:58.174' / obs. date/time of earliest frame (UTC) DATEOBS2= '2011-01-15T17:29:10.332' / obs. date/time of latest frame (UTC) MIDOBS = '2010-07-20T18:47:27.777' / 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 = '0098p408_ac51' / atlas-image identifier NUMFRMS = 512 / 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 = 9.09568405151367 / [DN] median of intensity pixels MEDCOV = 50.4140625 / [pixels] median depth-of-coverage MINCOV = 4.1650390625 / [pixels] minimum depth-of-coverage MAXCOV = 60.625 / [pixels] maximum depth-of-coverage LOWCOVPC= 0 / [%] area of footprint with depth <= 4 pixels LOWCOPC = 5.3670383340713E-05 / [%] area of footprint with depth <= 6 pixels NOMCOVPC= 0.000125230894461664 / [%] area of footprint with depth <= 8 pixels PCTMINC = 0 / [%] area of internal outlier tile <= 4 pix deepROBSIG = 0.0539696419539754 / [DN] robust spatial sigma at MEDCOV +/- 0.25 PIXCHIS1= 1.35398773283404 / ratio ROBSIG/(median unc) at MEDCOV +/- 0.25 PIXCHIS2= 1.36985067974273 / ratio ROBSIG/(modal unc) at MEDCOV +/- 0.25 MEDNMSK = 14193 / median number of pixels masked per frame RANDSEED= 1391584247 / random seed for outlier step [-999=>not used] ELON = 27.0035616437542 / [deg] Ecliptic longitude at image center ELAT = 33.294499256516 / [deg] Ecliptic latitude at image center GLON = 120.512541371306 / [deg] Galactic longitude at image center GLAT = -21.925891388423 / [deg] Galactic latitude at image center MOONMASK= '/wise/fops/ref/coadd/wise-w2-moonmask.fits' / Moon mask - = '0098p408_ac51-w2-int-3.fits' / atlas image (coadd) filename FLXWTNUM= 1451 / number of sources used to compute centroids FLXWTDX = -0.0370238 / [arcsec] mdex - flux-weighted centroid along X FLXWTUDX= 0.007362 / [arcsec] 1-sigma uncertainty in flxwtdx FLXWTSDX= 5.0290481 / signal-to-noise ratio in flxwtdx FLXWTDY = -0.0133636 / [arcsec] mdex - flux-weighted centroid along Y FLXWTUDY= 0.0066498 / [arcsec] 1-sigma uncertainty in flxwtdy FLXWTSDY= 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