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0.03}]}cutouts/2MASS/2MASS_J.fits0000644000000000000000000015270000000000000012272 0ustar00SIMPLE = T BITPIX = -32 NAXIS = 2 / # of Axes NAXIS1 = 101 NAXIS2 = 101 EXTEND = T / TAPE MAY HAVE STANDARD FITS EXTENSIONS BLOCKED = T / TAPE MAY BE BLOCKED IN MULTIPLES OF 2880 ORDATE = '000105 ' / Observation Ref Date (yymmdd) DAYNUM = '1041 ' / Observation Day Num FN_PRFX = 'j1041028' / .rdo and .par filename prefix TYPE = 'sci ' / Scan type: dar flt sci cal tst SCANNO = 28 / Scan Number SCANDIR = 'n ' / Scan Direction: n, s, - COMMENT (OV) STRIP_ID= 321678 / Strip ID (OV) POSITNID= 's480126 ' / Position ID (OV) ORIGIN = '2MASS ' / 2MASS Survey Camera CTYPE1 = 'RA---SIN' / Right ascension, orthographic/synthesis projectCTYPE2 = 'DEC--SIN' / Declination, orthographic/synthesis projection CRPIX1 = -89.5 / Pixel coordinate of reference point CRPIX2 = 401.5 / Pixel coordinate of reference point CRVAL1 = 21.63986187 / [deg] Coordinate value at reference point CRVAL2 = -51.43806159 / [deg] Coordinate value at reference point CROTA2 = -0.009614022686 / 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 = 8886. / U-scan Y at Grid (0,0) SKYVAL = 146.2546692 / GFIND Sky Estimate SKYSIG = 0.7048492432 / Grid Noise Estimate MAGZP = 20.8569 / Calibrated zero point from CALMAN CALID = 'y pw 0 Dec 07 2001 '/ Calibration descriptors from CALMAN SEESH = 0.9300 / Seeing shape parameter from SEEMAN DXFS = 0.2546300292 / Cross-scan Frame Step (arcsec) DYFS = 82.19576263 / In-scan Frame Step (arcsec) PIXNAM = 'nl.pixphot - v 011003s' QT0227 = 144.9106445 / 2.27 Percentile QT0668 = 145.254837 / 6.68 Percentile QT1586 = 145.6035309 / 15.86 Percentile QT3085 = 145.9549255 / 30.85 Percentile QT5000 = 146.3083801 / 50.00 Percentile QT6914 = 146.6710968 / 69.14 Percentile QT8413 = 147.0553589 / 84.13 Percentile QT9331 = 147.4878845 / 93.31 Percentile QT9772 = 148.2469025 / 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= '000103 ' / ICS script pgm Version (yymmdd) SCHEDVER= '990325 ' / 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 = 7.500000000000E-01 / X-Scan Offset (IN),SOS to f#1 RA Cntr (ASec) IS_OFF1 = 3.745100000000E+02 / In-Scan Offset (IN),SOS to f#1 Dec Cntr(ASec)XS_OFF2 = 1.230000000000E+00 / X-Scan Offset(IN),EOS to End Frm RA Ctr(ASec)IS_OFF2 = -1.149400000000E+02 / In-Scan Offset(IN),EOS to End Frm Dec Ctr(AS)FOCUS = 976 / 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 = '000105 ' / UT Date of Frame (IC) (yymmdd) UT = '01:57:28.08' / Time of Frame (IC) (sxgsml) AMASS_FC= 1.25164831E+00 / Airmass (aprox) at this Frame (IC) (unitless)GRP2_SOS= 'SOS ' / Bgn Group#2 .par params at SOS DATE_SOS= '000105 ' / Date at SOS (yymmdd) EQUINOX = 2.000000000000E+03 / [yr] Equinox of equatorial coordinates AM_SOS = 1.25999999E+00 / Airmass at SOS (unitless) ZD_SOS = 3.75999985E+01 / Zenith Distance at SOS (degs) HA_SOS = '+02:40:45.00' / Hour Angle at SOS (sxgsml) UT_SOS = '01:54:38.00' / Scan Reference UT (SOS) (sxgsml) ST_SOS = '04:07:21.00' / Sidereal time at SOS (sxgsml) RA_SOS = '01:26:34.11' / Scan Reference RA at SOS ,epoch 2000 (sxgsml)DEC_SOS = '-54:09:08.5' / 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 = 48 / Humidity at SOS, 0-100% SEE_SOS = 0.00000000E+00 / Seeing at SOS, see WARNING below BAR_SOS = 2.98999996E+01 / Barometer at SOS (inches of Hg) AIRT_SOS= 1.53000002E+01 / Air temperature at SOS, degs Celsius TELT_SOS= 1.40000000E+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= '000105 ' / Date at EOS (yymmdd) AM_EOS = 1.24000001E+00 / Airmass at EOS (unitless) ZD_EOS = 3.65000000E+01 / Zenith Distance at EOS (degs) HA_EOS = '+02:47:34.00' / Hour Angle at EOS (sxgsml) UT_EOS = '02:01:25.00' / UT at EOS (sxgsml) ST_EOS = '04:14:10.00' / ST at EOS (sxgsml) RA_EOS = '01:26:34.65' / RA at EOS, epoch 2000 (sxgsml) DEC_EOS = '-47:45:57.9' / 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 = 47 / Humidity at EOS, 0-100% SEE_EOS = 0.00000000E+00 / Seeing at EOS, see WARNING below BAR_EOS = 2.98999996E+01 / Barometer at EOS (inches of Hg) AIRT_EOS= 1.53000002E+01 / Air temperature at EOS, degs Celsius TELT_EOS= 1.40000000E+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 = 0.99999998592219 / Coordinate transformation matrix element PC1_2 = -0.00016779634944473 / Coordinate transformation matrix element PC2_1 = 0.00016779634944473 / Coordinate transformation matrix element PC2_2 = 0.99999998592219 / 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 = -51.43806159 / [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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