BITPIX = -32 / number of bits per data pixel NAXIS = 2 / number of data axes NAXIS1 = 1016 / length of data axis 1 NAXIS2 = 1016 / length of data axis 2 COMMENT FITS (Flexible Image Transport System) format is defined in 'Astronomy COMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H TELESCOP= 'WISE ' BUNIT = 'DN ' EQUINOX = 2000 RADECSYS= 'FK5 ' FILETYPE= 'intensity image frame' DATE_OBS= '2015-02-18T10:47:20.171' / Observation midpoint UTC WAVELEN = 3.368 / [micron] effective wavelength of band BAND = 1 / Band number SCAN = '57333b ' / Scan ID FRNUM = 206 / Frame bin number in scan FRSETID = '57333b206' / Frame set ID SCANSTRT= '2015-049T10:12:58.530' / Scan start UTC SCANEND = '2015-049T10:47:40.483' / Scan end UTC SCANGRP = '3b ' / Scan ID group FRMTOFF = -4.853 / [sec] Offset applied to packet VTC VTC = 477527456.237112 / Observation midpoint vehicle time code UNIXT = 1424256440.17098 / [sec] Observation midpoint UNIX time EPHEMT = 477528507.356456 / [sec] Observation midpoint TDT secs from J2000 UTC = '2015-049T10:47:20.171' / Observation midpoint UTC date/time DATIME = '2015-02-18T10:47:20.171' / Observation midpoint calendar date/time MJD_OBS = 57071.44953902 / [days] Obs. midpoint Modified Julian Day JD_OBS = 2457071.94953902 / [days] Observation midpoint Julian Day HJD_OBS = 2457071.94958873 / [days] Obs. midpoint Heliocentric Julian Day DTANNEAL= 138445911.218105 / [sec] Time since last anneal UTANNEAL= '2010-273T01:35:29.956' / UTC of last anneal DTTDRSND= 25377.1272785068 / [sec] Time since previous TDRSND UTTDRSND= '2015-049T03:44:23.044' / UTCS of previous TDRSND RAWFILE = 'none ' / Raw input file name; usually none TLMFILE = '/wise/fops/ingest/delivs/15050/15050T023718/WIS_HRP_PKT_FE1A_2015_0&' CONTINUE '50_02_37_18_CAT.bin' TLMSEQNO= 2 / Delivery image sequence number DELIVID = '15050T023718' / Delivery ID CMPRSRAT= 0.617 / Compression ratio INEVENTS= 'SCAN DESC' / Active orbit events EVSCAN = 2061.64127248526 / [sec] Time since orbit event start EVDESC = 2009.17127251625 / [sec] Time since orbit event start L0FILE = '/wise/fops/l0/neowiser/3b/57333b/fr/206/57333b206-w1-int-0.fits.gz' CRPIX1 = 508.5 / Reference X pixel CRPIX2 = 508.5 / Reference Y pixel CRVAL1 = 222.445024986969 / [deg] Image center RA CRVAL2 = -55.9996867914341 / [deg] Image center Dec CTYPE1 = 'RA---SIN-SIP' / Sin projection with SIP coefficients CTYPE2 = 'DEC--SIN-SIP' / Sin projection with SIP coefficients CD1_1 = -0.000712766409619782 / WCS rotation matrix element CD1_2 = 0.000279931223199723 / WCS rotation matrix element CD2_1 = 0.000281782372325015 / WCS rotation matrix element CD2_2 = 0.000708083941710882 / WCS rotation matrix element WCROTA2 = 338.429318408953 / [deg] CCW rotation of RA at CRPIX1,2 PA = 21.5706815910465 / [deg] Rotation of +Y EofN at CRPIX1,2 WCDELT1 = -0.000766444557704853 / [deg/pix] X-axis scale WCDELT2 = 0.000761409455044336 / [deg/pix] Y-axis scale PXSCAL1 = -2.75920040773747 / [arcsec/pixel] X-axis scale PXSCAL2 = 2.74107403815961 / [arcsec/pixel] Y-axis scale CRDER1 = 7.99363329727378E-07 / [deg] Apriori RA error CRDER2 = 8.34667887860179E-07 / [deg] Apriori Dec error UNCRTPA = 0.000149835151694052 / [deg] Apriori PA error CSDRADEC= 4.44358047052005E-08 / Apriori RA/Dec cross-correlation UNCRTS1 = 2.82409538690688E-09 / [deg/pix] Apriori X-axis scale error UNCRTS2 = 2.8533254541255E-09 / [deg/pix] Apriori Y-axis scale error RA0 = 222.476004092122 / Level-0 ADCS frame center RA DEC0 = -55.9889934028817 / Level-0 ADCS frame center Dec PA0 = 21.5478438601571 / Level-0 ADCS frame rot. of +Y EofN PA0_SC = 248.452156139843 / Level-0 ADCS raw rot. of S/C +Y EofN ELON0 = 238.615292587729 / Level-0 ADCS frame center ecliptic lon ELAT0 = -37.6097593231517 / Level-0 ADCS frame center ecliptic lat GLON0 = 319.003818066403 / Level-0 ADCS frame center galactic lon GLAT0 = 3.14143139458621 / Level-0 ADCS frame center galactic lat L0XFORM = '-1,0,0,1' / Raw->L0 frame transformation L0B2BDX = -9999 / Raw->L0 band x offset L0B2BDY = -9999 / Raw->L0 band y offset L0B2BDPA= -9999 / Raw->L0 band rotation offset SCRATEX = 0.0846944046511282 / [arcmin/sec] Rot. rate about S/C CF X SCRATEY = 3.74226605956869 / [arcmin/sec] Rot. rate about S/C CF Y SCRATEZ = 0.00858456552862923 / [arcmin/sec] Rot. rate about S/C CF Z DISTSRC = 'B40419 ' / Distortion source reference code B2BSRC = 'B40421 ' / Band-to-band delta source reference code EXPTIME = 7.7 / [sec] Frame exposure time TSAMP = 1.1 / [sec] Sample time FRINT = 11 / [sec] Frame-to-frame interval DEBOFF = 1024 / DEB offset DEBTRUNC= 3 / Bits truncated by DEB SUN2SCX = -0.849345133096539 / [AU] Sun-to-S/C vector X component, J2000 SUN2SCY = 0.463690276555961 / [AU] Sun-to-S/C vector Y component, J2000 SUN2SCZ = 0.20098652572307 / [AU] Sun-to-S/C vector Z component, J2000 SCVELX = -0.00774361295369022 / [AU/day] SUN-to-S/C velocity vector X component SCVELY = -0.0101381985559617 / [AU/day] SUN-to-S/C velocity vector Y component SCVELZ = -0.0082060860622756 / [AU/day] SUN-to-S/C velocity vector Z component ERTH2SCX= -1.51717553268759E-05 / [AU] Earth-to-S/C vector X component ERTH2SCY= -1.96536216874807E-05 / [AU] Earth-to-S/C vector Y component ERTH2SCZ= -3.87394273987452E-05 / [AU] Earth-to-S/C vector Z component SUNSEP = 90.5016664401809 / [deg] L0 FOV center to Sun angular sep SUNPA = 112.120371231886 / [deg] Direction of Sun, east of north MOONSEP = 87.8756326704949 / [deg] L0 FOV center to Moon angular sep MOONPA = 104.303950743032 / [deg] Direction of Moon, east of north MARSSEP = 112.914245459855 / [deg] L0 FOV center to Mars angular sep MARSPA = 131.629966327039 / [deg] Direction of Mars, east of north JUPSEP = 100.655054121477 / [deg] L0 FOV center to Jupiter angular sep JUPPA = 284.669851307872 / [deg] Direction of Jupiter, east of north SATSEP = 39.9810738368588 / [deg] L0 FOV center to Saturn angular sep SATPA = 30.4881275164002 / [deg] Direction of Saturn, east of north GEOLON = 282.580701 / [deg] S/C geographic longitude GEOLAT = -57.687561 / [deg] S/C geographic latitude GEOALT = 520.757744 / [km] S/C altitude GCD2SAA = 12.743982 / [deg] Great circle angle to SAA boundary GEO_DT = -0.17141729593277 / [sec] Time since ground track sample SURCOEF1= 0 / Nominal static survey SUR coefficient #1 SURCOEF2= -7 / Nominal static survey SUR coefficient #2 SURCOEF3= -5 / Nominal static survey SUR coefficient #3 SURCOEF4= -3 / Nominal static survey SUR coefficient #4 SURCOEF5= -1 / Nominal static survey SUR coefficient #5 SURCOEF6= 1 / Nominal static survey SUR coefficient #6 SURCOEF7= 3 / Nominal static survey SUR coefficient #7 SURCOEF8= 5 / Nominal static survey SUR coefficient #8 SURCOEF9= 7 / Nominal static survey SUR coefficient #9 ATTEMGEN= 'false ' / electromagnet control enable ATT_ADST= 'point ' / current adcs state ATT_ERRX= -1.2328E-06 / attitude error x ATT_ERRY= 7.05658E-06 / attitude error y ATT_ERRZ= -8.41864E-06 / attitude error z ATTUPDMT= 'three_ax_rt_att' / attitude update method ATT_FAQ1= 0.810792 / inertial to control attitude x ATT_FAQ2= 0.506905 / inertial to control attitude y ATT_FAQ3= -0.287798 / inertial to control attitude z ATT_FAQ4= 0.0532421 / inertial to control attitude w ATT_FRTX= 2.46017E-05 / [rad/sec] inertial to control rate x ATT_FRTY= 0.00108847 / [rad/sec] inertial to control rate y ATT_FRTZ= 2.87623E-06 / [rad/sec] inertial to control rate z ATT_METH= 'three_ax_rt_att' / attitude determination method ATTCRCFG= 5 / current config set ATTACCFG= 'w1234_sci' / actuator config index GYRODTST= 'good ' / Overall status of the gyro data ICV_VLD = 'valid ' / icv valid IMU_PWR = 'on ' / imu power on MAG_PWR = 'on ' / mag power on MAGFDVST= 'good ' / mag field vector status MNVRDONE= 'true ' / maneuver done MSUN_VST= 'good ' / measured sun vector status MSUN_VX = 0.00443215 / measured sun x MSUN_VY = 0.999254 / measured sun y MSUN_VZ = -0.0383584 / measured sun z ORBSTVLD= 'valid ' / orbital state valid RATERRX = -2.09617E-05 / [rad/sec] rate error x RATERRY = 1.59183E-05 / [rad/sec] rate error y RATERRZ = -2.87623E-06 / [rad/sec] rate error z WHL1_SPD= -137.047 / [rad/sec] wheel 1 speed WHL2_SPD= -138.208 / [rad/sec] wheel 2 speed WHL3_SPD= -120.787 / [rad/sec] wheel 3 speed WHL4_SPD= -130.079 / [rad/sec] wheel 4 speed SEL_SENS= 'st1_st2_rs' / selected sensor INSHADOW= 'false ' / in shadow NMSUNUSD= 6 / num sun sensors used ST1_ASCT= 5 / star tracker 1 att star count ST2_ASCT= 5 / star tracker 2 att star count ST1_BGHI= 'ok ' / star tracker 1 background high ST2_BGHI= 'ok ' / star tracker 2 background high ST1STRID= 0 / star tracker 1 star id mode ST2STRID= 0 / star tracker 2 star id mode ST_ATTDQ= 'good ' / star tracker attitude data quality ST_RTEDQ= 'good ' / star tracker rate data quality ST_USED = 'both ' / star tracker used STVLDLCT= 'true ' / st valid last cycle TQROD1ST= 'off ' / torqrod1 current powered status TQROD2ST= 'off ' / torqrod2 current powered status TQROD3ST= 'off ' / torqrod3 current powered status MDSCMODE= 'operate ' / Current spacecraft state APSHIMYT= 92.2501 / [K] Aperture Shade Inner Cone (-Y) Temperature APSHIPYT= 92.6536 / [K] Aperture Shade Inner Cone (+Y) Temperature APSHOMYT= 178.5 / [K] Aperture Shade Outer Cone (-Y) Temperature APSHOPYT= 179.1 / [K] Aperture Shade Outer Cone (+Y) Temperature B13NUMSA= 9 / Bands 1&3 Number of Samples B1EOFERR= 'no ' / Band 1 End of Frame Error B1SCIFSE= 222 / Band 1 Science Frames Sent B1MLPERR= 'no ' / Band 1 Missing Last Pixel Error B1SATDET= 'enabled ' / Band 1 Saturation Detection Enable B1COEFF1= 0 / Band 1 Coefficient 1 B1COEFF2= -7 / Band 1 Coefficient 2 B1COEFF3= -5 / Band 1 Coefficient 3 B1COEFF4= -3 / Band 1 Coefficient 4 B1COEFF5= -1 / Band 1 Coefficient 5 B1COEFF6= 1 / Band 1 Coefficient 6 B1COEFF7= 3 / Band 1 Coefficient 7 B1COEFF8= 5 / Band 1 Coefficient 8 B1COEFF9= 7 / Band 1 Coefficient 9 B1SUROFF= 1024 / Band 1 SUR Offset B1SSYERR= 'no ' / Band 1 Sample Sync Error B1PSATTH= 14300 / Band 1 Pixel Saturation Threshold B1FPTERR= 'no ' / Band 1 Focal Plane Timeout Error B1TRBITS= 3 / Band 1 Truncated Bits B24NUMSA= 9 / Bands 2&4 Number of Samples B2EOFERR= 'no ' / Band 2 End of Frame Error B2SCIFSE= 222 / Band 2 Science Frames Sent B2MLPERR= 'no ' / Band 2 Missing Last Pixel Error B2SATDET= 'enabled ' / Band 2 Saturation Detection Enable B2COEFF1= 0 / Band 2 Coefficient 1 B2COEFF2= -7 / Band 2 Coefficient 2 B2COEFF3= -5 / Band 2 Coefficient 3 B2COEFF4= -3 / Band 2 Coefficient 4 B2COEFF5= -1 / Band 2 Coefficient 5 B2COEFF6= 1 / Band 2 Coefficient 6 B2COEFF7= 3 / Band 2 Coefficient 7 B2COEFF8= 5 / Band 2 Coefficient 8 B2COEFF9= 7 / Band 2 Coefficient 9 B2SUROFF= 1024 / Band 2 SUR Offset B2SSYERR= 'no ' / Band 2 Sample Sync Error B2PSATTH= 11400 / Band 2 Pixel Saturation Threshold B2FPTERR= 'no ' / Band 2 Focal Plane Timeout Error B2TRBITS= 3 / Band 2 Truncated Bits B3EOFERR= 'no ' / Band 3 End of Frame Error B3SCIFSE= 222 / Band 3 Science Frames Sent B3MLPERR= 'no ' / Band 3 Missing Last Pixel Error B3SATDET= 'enabled ' / Band 3 Saturation Detection Enable B3COEFF1= -4 / Band 3 Coefficient 1 B3COEFF2= -3 / Band 3 Coefficient 2 B3COEFF3= -2 / Band 3 Coefficient 3 B3COEFF4= -1 / Band 3 Coefficient 4 B3COEFF5= 0 / Band 3 Coefficient 5 B3COEFF6= 1 / Band 3 Coefficient 6 B3COEFF7= 2 / Band 3 Coefficient 7 B3COEFF8= 3 / Band 3 Coefficient 8 B3COEFF9= 4 / Band 3 Coefficient 9 B3SUROFF= 1024 / Band 3 SUR Offset B3SSYERR= 'no ' / Band 3 Sample Sync Error B3PSATTH= 16000 / Band 3 Pixel Saturation Threshold B3FPTERR= 'no ' / Band 3 Focal Plane Timeout Error B3TRBITS= 2 / Band 3 Truncated Bits B4EOFERR= 'no ' / Band 4 End of Frame Error B4SCIFSE= 222 / Band 4 Science Frames Sent B4MLPERR= 'no ' / Band 4 Missing Last Pixel Error B4SATDET= 'enabled ' / Band 4 Saturation Detection Enable B4COEFF1= -4 / Band 4 Coefficient 1 B4COEFF2= -3 / Band 4 Coefficient 2 B4COEFF3= -2 / Band 4 Coefficient 3 B4COEFF4= -1 / Band 4 Coefficient 4 B4COEFF5= 0 / Band 4 Coefficient 5 B4COEFF6= 1 / Band 4 Coefficient 6 B4COEFF7= 2 / Band 4 Coefficient 7 B4COEFF8= 3 / Band 4 Coefficient 8 B4COEFF9= 4 / Band 4 Coefficient 9 B4SUROFF= 1024 / Band 4 SUR Offset B4SSYERR= 'no ' / Band 4 Sample Sync Error B4PSATTH= 16000 / Band 4 Pixel Saturation Threshold B4FPTERR= 'no ' / Band 4 Focal Plane Timeout Error B4TRBITS= 2 / Band 4 Truncated Bits B3FPATEM= 61.5919 / [K] Back of Band 3 FPA Temperature B4FPATEM= 56.8803 / [K] Back of Band 4 FPA Temperature CHANAPSA= -4.7791 / [arcmin] Channel A Position [A] CHANAPSB= 3.39519 / [arcmin] Channel A Position [B] CHANBPSA= 0 / [arcmin] Channel B Position [A] CHANBPSB= -0.0012875 / [arcmin] Channel B Position [B] CURAMSAM= 4097 / Current Ramp Samples LFOLERRA= 'no ' / Large Following Error [A] LFOLERRB= 'no ' / Large Following Error [B] B1FEBFT1= 41.711 / [K] FEB Band 1 FPA Temperature 1 B1FEBFT2= 41.711 / [K] FEB Band 1 FPA Temperature 2 B1FEBOVO= 2.01962 / [V] FEB Band 1 Offset Voltage B2FEBFT1= 41.711 / [K] FEB Band 2 FPA Temperature 1 B2FEBFT2= 41.711 / [K] FEB Band 2 FPA Temperature 2 B2FEBOVO= 2.03923 / [V] FEB Band 2 Offset Voltage B3FEBFT1= 24.3531 / [K] FEB Band 3 FPA Temperature 1 B3FEBFT2= 24.3531 / [K] FEB Band 3 FPA Temperature 2 B3FEBOVO= 2.2157 / [V] FEB Band 3 Offset Voltage B4FEBFT1= 24.3531 / [K] FEB Band 4 FPA Temperature 1 B4FEBFT2= 24.3531 / [K] FEB Band 4 FPA Temperature 2 B4FEBOVO= 2.2157 / [V] FEB Band 4 Offset Voltage ANNHEA_A= 'disabled' / Annealing Heater A Enabled ANNHEAPA= 'off ' / Annealing Heater A Power Indicator ANNHEA_B= 'disabled' / Annealing Heater B Enabled ANNHEAPB= 'off ' / Annealing Heater B Power Indicator ANNHEA_T= 0 / [sec] Annealing Heater Timer IVCSADOT= 101.013 / [K] IVCS Aft Dome Temperature IVCSLHET= 100.423 / [K] IVCS LHe Cooling Loop Temperature OVCSAFDT= 120.812 / [K] OVCS Aft Dome Temperature OVCSRART= 119.87 / [K] OVCS Radiator Ring Temperature PRITBOTT= 61.5695 / [K] Primary Tank Bottom Temperature PRITTOPT= 57.2684 / [K] Primary Tank Top Temperature SCPOSMON= 'b ' / Scanner selected for position monitoring SCANVELA= 3.65 / [arcmin/sec] Scan Velocity [A] SCANVELB= 3.81 / [arcmin/sec] Scan Velocity [B] SECTBOTT= 55.1479 / [K] Secondary Tank Bottom Temperature SECTTOPT= 65.8554 / [K] Secondary Tank Top Temperature PSEQEN_A= 'disabled' / Position Sequencer Enabled [A] PSEQEN_B= 'enabled ' / Position Sequencer Enabled [B] SERVEN_A= 'disabled' / Servo Enabled [A] SERVEN_B= 'enabled ' / Servo Enabled [B] BAFFRONT= 73.5734 / [K] Baffle Front Temperature BSPLMOUT= 73.1459 / [K] Beamsplitter Mount Temperature TELINTFT= 73.5734 / [K] Telescope Interface Flange Temperature SCAMIRRT= 73.3597 / [K] Scan Mirror Temperature SECMIRRT= 73.1459 / [K] Secondary Mirror Temperature T12FPOIT= 119.305 / [K] Tube 1/2 Fold Point Temperature T23FPOIT= 100.816 / [K] Tube 2/3 Fold Point Temperature SHNDSPTE= 179.9 / [K] Shell near Door Sep. Plane Temperature SHNPVETE= 182.3 / [K] Shell near Primary Vent Temperature SHARDOTE= 185.2 / [K] Shell at Rear Dome Temperature TLCURMOD= 'nominal ' / Current telemetry mode PLPAMPRT= 22.018 / [K] payload_preamp_redundant temperature PLPAMP_T= 21.0109 / [K] payload_preamp temperature HK_MINDT= -0.171000182628632 / [sec] Minimum H/K sample dt HK_MAXDT= 18.8289998173714 / [sec] Maximum H/K sample dt INGSTREV= '$Id: ingestpipe 13598 2014-04-22 22:57:18Z tim $' / Svn revision L0CREATE= '2015-02-19T06:00:48.646Z' / Level-0 file creation date/time CAL01 = '/wise/fops/cal/ifr/wise-meta-ingest.tbl' CK01 = '/wise/fops/ref/mos/naif/15049/WISE_CK_2015_02_18_11_37_07.bc' CK02 = '/wise/fops/ref/mos/naif/15050/WISE_CK_2015_02_19_03_50_41.bc' CK-PRE01= '/wise/fops/ref/mos/naif/15044/WIS_PGEN_1508_1A_mluna_v2_2015_044_20&' CONTINUE '_35_58.bc' HK01 = '/wise/fops/ref/mos/hk/hk.db' SCLK01 = 'WIS_SCLKSCET.00099.tsc' SPK01 = '/wise/fops/ref/mos/naif/15021/WIS_NAV_SPK_WISEONLY_21Jan2015_WiseTL&' CONTINUE 'E_2015_021_17_03_45.bsp' SPK02 = '/wise/fops/ref/mos/naif/15026/WIS_NAV_SPK_WISEONLY_26Jan2015_WiseTL&' CONTINUE 'E_2015_026_17_05_44.bsp' SPK03 = '/wise/fops/ref/mos/naif/15028/WIS_NAV_SPK_WISEONLY_28Jan2015_WiseTL&' CONTINUE 'E_2015_028_17_20_21.bsp' SPK04 = '/wise/fops/ref/mos/naif/15033/WIS_NAV_SPK_WISEONLY_02Feb2015_WiseTL&' CONTINUE 'E_2015_033_18_54_59.bsp' SPK05 = '/wise/fops/ref/mos/naif/15035/WIS_NAV_SPK_WISETDRS_04Feb2015_WiseTL&' CONTINUE 'E_2015_035_17_06_30.bsp' SPK06 = '/wise/fops/ref/mos/naif/15041/WIS_NAV_SPK_WISEONLY_10Feb2015_WiseTL&' CONTINUE 'E_2015_041_00_17_55.bsp' SPK07 = '/wise/fops/ref/mos/naif/15042/WIS_NAV_SPK_WISEONLY_11Feb2015_WiseTL&' CONTINUE 'E_2015_042_15_26_47.bsp' SPK08 = '/wise/fops/ref/mos/naif/15044/WIS_NAV_SPK_WISEONLY_13Feb2015_WiseTL&' CONTINUE 'E_2015_044_17_23_50.bsp' SPK09 = '/wise/fops/ref/mos/naif/15049/WIS_NAV_SPK_WISEONLY_18Feb2015_WiseTL&' CONTINUE 'E_2015_049_16_50_13.bsp' TLM01 = '/wise/fops/ingest/delivs/15050/15050T023718/WIS_HRP_PKT_FE1A_2015_0&' CONTINUE '50_02_37_18_CAT.bin' TLM02 = '/wise/fops/ingest/delivs/15050/15050T023718/WIS_HRP_PKT_FE1B_2015_0&' CONTINUE '50_02_37_18_CAT.bin' TRK01 = '/wise/fops/ref/mos/track/WIS_NAV_WGT_11Feb2015_WiseTLE_2015_042_15_&' CONTINUE '26_47.txt' TRK02 = '/wise/fops/ref/mos/track/WIS_NAV_WGT_13Feb2015_WiseTLE_2015_044_17_&' CONTINUE '23_50.txt' TRK03 = '/wise/fops/ref/mos/track/WIS_NAV_WGT_18Feb2015_WiseTLE_2015_049_16_&' CONTINUE '50_13.txt' EVDATIME= '2015-049T21:31:13.567' / Event file creation time LONGSTRN= 'OGIP 1.0' WRELEASE= 'release-v7.5' / WSDS s/w release tag HISTORY instruframecal, v.$Id on 2015-02-19 at 01:18:02 ICALDIR = '/wise/fops/cal/ifr_t/55174b001-99999z999' MODEINT = 54.0517692565918 / [DN] pixel mode within lowest sigma partition A_0_0 = 0.723938862160348 / axis 1 distortion coefficient of v0 A_0_1 = -0.0001524733 / axis 1 distortion coefficient of v1 A_0_2 = -7.77311E-06 / axis 1 distortion coefficient of v2 A_0_3 = -1.974031E-10 / axis 1 distortion coefficient of v3 A_0_4 = -4.279252E-13 / axis 1 distortion coefficient of v4 A_1_0 = -0.0009244000719 / axis 1 distortion coefficient of u1 A_1_1 = 1.198916E-06 / axis 1 distortion coefficient of u.v A_1_2 = 1.289212E-09 / axis 1 distortion coefficient of u.v2 A_1_3 = -1.292274E-14 / axis 1 distortion coefficient of u.v3 A_2_0 = -1.541817E-06 / axis 1 distortion coefficient of u2 A_2_1 = -1.977507E-10 / axis 1 distortion coefficient of u2.v A_2_2 = 9.779112E-13 / axis 1 distortion coefficient of u2.v2 A_3_0 = 2.963641E-09 / axis 1 distortion coefficient of u3 A_3_1 = -2.375098E-13 / axis 1 distortion coefficient of u3.v A_4_0 = 1.615494E-12 / axis 1 distortion coefficient of u4 A_DMAX = 1.999 / [pixel] axis 1 maximum correction A_ORDER = 4 / polynomial order, axis 1, detector to sky AP_0_0 = -0.724594262160348 / axis 1 distortion coefficient of V0 AP_0_1 = 0.0001544165 / axis 1 distortion coefficient of V1 AP_0_2 = 7.778471E-06 / axis 1 distortion coefficient of V2 AP_0_3 = 1.742329E-10 / axis 1 distortion coefficient of V3 AP_0_4 = 4.707372E-13 / axis 1 distortion coefficient of V4 AP_1_0 = 0.0009239980719 / axis 1 distortion coefficient of U1 AP_1_1 = -1.195602E-06 / axis 1 distortion coefficient of U.V AP_1_2 = -1.22428E-09 / axis 1 distortion coefficient of U.V2 AP_1_3 = 2.407524E-14 / axis 1 distortion coefficient of U.V3 AP_2_0 = 1.549661E-06 / axis 1 distortion coefficient of U2 AP_2_1 = 1.867967E-10 / axis 1 distortion coefficient of U2.V AP_2_2 = -1.05957E-12 / axis 1 distortion coefficient of U2.V2 AP_3_0 = -2.968601E-09 / axis 1 distortion coefficient of U3 AP_3_1 = 2.500518E-13 / axis 1 distortion coefficient of U3.V AP_4_0 = -1.625935E-12 / axis 1 distortion coefficient of U4 AP_ORDER= 4 / polynomial order, axis 1, sky to detector B_0_0 = -0.0716430555119 / axis 2 distortion coefficient of v0 B_0_1 = 0.0002558753782 / axis 2 distortion coefficient of v1 B_0_2 = 1.008911E-06 / axis 2 distortion coefficient of v2 B_0_3 = -3.276977E-09 / axis 2 distortion coefficient of v3 B_0_4 = -1.433126E-13 / axis 2 distortion coefficient of v4 B_1_0 = -0.0003005334 / axis 2 distortion coefficient of u1 B_1_1 = -3.479903E-06 / axis 2 distortion coefficient of u.v B_1_2 = -3.268445E-10 / axis 2 distortion coefficient of u.v2 B_1_3 = 7.557522E-13 / axis 2 distortion coefficient of u.v3 B_2_0 = 8.667143E-09 / axis 2 distortion coefficient of u2 B_2_1 = -4.35612E-11 / axis 2 distortion coefficient of u2.v B_2_2 = 9.272043E-14 / axis 2 distortion coefficient of u2.v2 B_3_0 = 3.134613E-11 / axis 2 distortion coefficient of u3 B_3_1 = 1.035467E-12 / axis 2 distortion coefficient of u3.v B_4_0 = 7.273876E-13 / axis 2 distortion coefficient of u4 B_DMAX = 1.166 / [pixel] axis 2 maximum correction B_ORDER = 4 / polynomial order, axis 2, detector to sky BP_0_0 = 0.0714126755119 / axis 2 distortion coefficient of V0 BP_0_1 = -0.0002582438782 / axis 2 distortion coefficient of V1 BP_0_2 = -1.004909E-06 / axis 2 distortion coefficient of V2 BP_0_3 = 3.308026E-09 / axis 2 distortion coefficient of V3 BP_0_4 = 1.30203E-13 / axis 2 distortion coefficient of V4 BP_1_0 = 0.0003012621 / axis 2 distortion coefficient of U1 BP_1_1 = 3.481535E-06 / axis 2 distortion coefficient of U.V BP_1_2 = 3.145701E-10 / axis 2 distortion coefficient of U.V2 BP_1_3 = -7.207127E-13 / axis 2 distortion coefficient of U.V3 BP_2_0 = -7.447747E-09 / axis 2 distortion coefficient of U2 BP_2_1 = 5.551955E-11 / axis 2 distortion coefficient of U2.V BP_2_2 = -9.259873E-14 / axis 2 distortion coefficient of U2.V2 BP_3_0 = -3.325016E-11 / axis 2 distortion coefficient of U3 BP_3_1 = -1.04742E-12 / axis 2 distortion coefficient of U3.V BP_4_0 = -7.277026E-13 / axis 2 distortion coefficient of U4 BP_ORDER= 4 / polynomial order, axis 2, sky to detector SKEW = 0. / [deg] Y-axis shear DA_0_0 = 1.62160348E-07 / Diff. abberation distortion delta DAP_0_0 = -1.62160348E-07 / Diff. abberation distortion delta DA_0_1 = -2.39657994E-21 / Diff. abberation distortion delta DAP_0_1 = 2.39657994E-21 / Diff. abberation distortion delta DA_1_0 = 7.98539281E-05 / Diff. abberation distortion delta DAP_1_0 = -7.98539281E-05 / Diff. abberation distortion delta DB_0_0 = 2.19944881E-05 / Diff. abberation distortion delta DBP_0_0 = -2.19944881E-05 / Diff. abberation distortion delta DB_0_1 = 7.98532782E-05 / Diff. abberation distortion delta DBP_0_1 = -7.98532782E-05 / Diff. abberation distortion delta DB_1_0 = -2.93170158E-19 / Diff. abberation distortion delta DBP_1_0 = 2.93170158E-19 / Diff. abberation distortion delta DIFFABBR= 1 / Distortion correction applied L1ACOSRC= 'L0 ' / L1A position source DRA0_1B = -62.3643680615566 / [arc-secs] L0 to L1B delta RA DDEC0_1B= -38.510175716654 / [arc-secs] L0 to L1B delta Dec DPA0_1B = 82.2158312019027 / [arc-secs] L0 to L1B delta PA COMMENT OLD CRVAL1 = 222.476004092122 COMMENT OLD CRVAL2 = -55.9889934028817 COMMENT OLD WCROTA2 = 338.452156139843 COMMENT OLD PA = 21.5478438601571 COMMENT OLD CRDER1 = 0.017 COMMENT OLD CRDER2 = 0.017 COMMENT OLD UNCRTPA = 0.017 COMMENT OLD CSDRADEC = 0 COMMENT OLD UNCRTS1 = 3.0E-06 COMMENT OLD UNCRTS2 = 3.0E-06 COMMENT OLD WCDELT1 = -0.0007664765 COMMENT OLD PXSCAL1 = -2.7593154 COMMENT OLD WCDELT2 = 0.0007614463 COMMENT OLD PXSCAL2 = 2.74120668 COMMENT OLD CD1_1 = -0.000712908379531888 COMMENT OLD CD1_2 = 0.000279662495586759 COMMENT OLD CD2_1 = 0.000281509977523832 COMMENT OLD CD2_2 = 0.000708229734158257 COMMENT OLD WCROTA2 = 338.452156139843 COMMENT OLD WCDELT1 = -0.0007664765 COMMENT OLD WCDELT2 = 0.0007614463 COMMENT OLD SKEW = 0. COMMENT OLD PA = 21.5478438601571 COMMENT OLD PXSCAL1 = -2.7593154 COMMENT OLD PXSCAL2 = 2.74120668 MAGZP = 20.7603 / Relative single exposure photometric zero point MAGZPUNC= -999 / 1-sigma uncertainty in MAGZP (-999=undefined) END