SIMPLE = T / Fits standard BITPIX = -32 / Bits per pixel NAXIS = 3 / Number of axes NAXIS1 = 3567 / Axis length NAXIS2 = 1 / Axis length NAXIS3 = 4 / Axis length EXTEND = F / File may contain extensions ORIGIN = 'NOAO-IRAF FITS Image Kernel July 2003' / FITS file originator DATE = '2019-05-09T01:43:31' / Date FITS file was generated IRAF-TLM= '2019-05-09T01:43:31' / Time of last modification OBJECT = 'AT2019esa' / Name of the object observed DATADICV= 'LCOGT-FITS-SPECTRO.DIC-0.0.5' / Version number of the data dictionaryHDRVER = 'LCOGT-HDR-2.0.1' / Version number of the headers SITEID = 'coj ' / ID code of the Observatory site SITE = 'LCOGT node at Siding Spring Observatory' / Site of the Observatory ENCID = 'clma ' / ID code of the Enclosure ENCLOSUR= 'Clamshell-02' / Building containing Telescope TELID = '2m0a ' / ID code of the Telescope TELESCOP= '2m0-02 ' / The Name of the Telescope LATITUDE= -31.2728196 / [deg North] Telescope Latitude LONGITUD= 149.0708466 / [deg East] Telescope Longitude HEIGHT = 1130.000 / [m] Altitude of Telescope above sea level OBSGEO-X= -4681305.099 / [m] Cartesian X co-ord of telescope (WGS84) OBSGEO-Y= 2804939.432 / [m] Cartesian Y co-ord of telescope (WGS84) OBSGEO-Z= -3292370.526 / [m] Cartesian Z co-ord of telescope (WGS84) OBSTYPE = 'SPECTRUM' / Observation type FRAMENUM= 6 / Running frame number MOLTYPE = 'SPECTRUM' / Molecule type MOLNUM = 6 / Molecule number MOLFRNUM= 1 / Exposure number within molecule FRMTOTAL= 1 / Total number of exposures within molecule ORIGNAME= 'coj2m002-en12-20190508-0006-e00.fits' / Fname written by ICS OBSTELEM= 'N/A ' / Link to observation telemetry TIMESYS = 'UTC ' / Time system used DATE-OBS= '2019-05-08T10:48:06.708' / [UTC] Start date and time of the observatiDAY-OBS = '20190508' / [UTC] Date at start of local observing night UTSTART = '10:48:06.708' / [UTC] The start time of the observation UTSTOP = '11:33:06.847' / [UTC] The finish time of the observation MJD-OBS = 58611.4500710 / [UTC days] Start date/time (Modified Julian DatEXPTIME = 2700.139 / [s] Exposure length REQTIME = 2700.0000000 / [s] Requested exposure length FILTER1 = 'air ' / The first filter wheel filter type FILTERI1= 'air ' / The first filter wheel filter id FILTER2 = 'NOTPRESENT' / The second filter wheel filter type FILTERI2= 'NOTPRESENT' / The second filter wheel filter id FILTER3 = 'NOTPRESENT' / The third filter wheel filter type FILTERI3= 'NOTPRESENT' / The third filter wheel filter id FILTER = 'air ' / Filter used FWID = 'UNKNOWN ' / Filter Wheel ID INSTRUME= 'en12 ' / Instrument used INSSTATE= 'OKAY ' / The instrument status ICSVER = 'master@0x60268d8' / Version number of the ICS software CONFMODE= '0.1MHz_2.0preamp' / Camera mode configuration CONFNAME= 'N/A ' / The instrument configuration used DETECTOR= 'Andor Newton DU940P-BU' / Detector type DETECTID= '14242-18-11' / Detector serial number GAIN = 2.3000000 / [electrons/count] Pixel gain RDNOISE = 3.5000000 / [electrons/pixel] Read noise DARKCURR= 0.0000000 / [electrons/pixel/s @ 200K] Dark current SATURATE= 38400.0000000 / [ADU] Saturation level MAXLIN = 38000.0000000 / [ADU] Non-linearity level RDSPEED = 30.0000000 / [kpix/s] Readout speed used DETSIZE = '[1:2079,1:512]' / [pixel] Detector size AMPNAME = 'default ' / Amplifier name CCDSUM = '1 1 ' / CCD on-chip summing/binning ROI = 'UNKNOWN ' / [binned pixel] Region of interest or MULTIPLE DETSEC = 'UNKNOWN ' / [binned pixel] Section of useful data CCDXPIXE= 0.0000135 / [m] Size of pixels, in X CCDYPIXE= 0.0000135 / [m] Size of pixels, in Y PIXSCALE= 0.3370000 / [arcsec/pixel] Nominal pixel scale on sky CCDSTEMP= -70.0000000 / [deg C] CCD required temperature CCDATEMP= -70.1610031 / [deg C] CCD actual temperature CCDSESIG= 'N/A ' / [mK] CCD temp control servo error signal TELMODE = 'AUTOMATIC' / Telescope mode TAGID = 'SCICOLLAB' / Time Allocation Group ID USERID = 'supernova_exchange' / User ID PROPID = 'KEY2017AB-001' / Proposal ID GROUPID = 'AT2019esa' / Group ID OBSID = 'UNSPECIFIED' / Observation ID OBSNOTE = 'UNSPECIFIED' / Observation Note SCHEDNAM= 'POND ' / Name of scheduler in control TRACKNUM= '0000777651' / Request DB tracking number REQNUM = '0001790298' / Request DB request number MOLUID = '1097344006' / Molecule unique ID BLKTYPE = 'POND ' / Group type BLKUID = '525665866' / Group unique ID BLKSDATE= '2019-05-08T10:43:51' / [UTC] Block start date BLKEDATE= '2019-05-08T11:39:26' / [UTC] Block end date BLKNOMEX= 3335.0000000 / [s] Block nominal exec time BLKMNPH = 'N/A ' / [(0-1)] Maximum lunar phase required BLKMNDST= 20.0000000 / [deg] Minimum lunar distance required BLKSEECO= 'N/A ' / Minimum seeing required BLKTRNCO= 'N/A ' / Minimum transparency required BLKAIRCO= '1.8 ' / Maximum airmass required SCHEDSEE= 2.9497129 / [arcsec] Estimated seeing when group scheduled SCHEDTRN= 'N/A ' / [(0-1)] Estimated transparency when group schedTRIGGER = 'N/A ' / External trigger ID OBRECIPE= 'N/A ' / Observing Recipes required/used PCRECIPE= 'N/A ' / Processing Recipes required/used PPRECIPE= 'N/A ' / Post-Processing Recipes required/used RA = '07:54:53.957' / [HH:MM:SS.sss] RA where telescope is pointing DEC = '-76:24:53.76' / [sDD:MM:SS.ss] Dec where telescope is pointing RADESYS = 'ICRS ' / [[FK5,ICRS]] Fundamental coord. system of the oLST = '11:48:17.90' / [HH:MM:SS.ss] LST at start of current observatiCAT-RA = '07:55:00.904' / [HH:MM:SS.sss] Catalog RA of the object CAT-DEC = '-76:24:43.01' / [sDD:MM:SS.ss] Catalog Dec of the object CAT-EPOC= 2000.0000000 / [Year] Catalog epoch of the coordinates OFST-RA = '07:54:58.966' / [HH:MM:SS.sss] Catalog RA plus pointing offsetsOFST-DEC= '-76:21:30.12' / [sDD:MM:SS.ss] Catalog Dec plus pointing offsetTPT-RA = '07:51:27.600' / [HH:MM:SS.sss] Telescope demand RA TPT-DEC = '-76:20:37.26' / [sDD:MM:SS.ss] Telescope demand Dec SRCTYPE = 'EXTRASOLAR' / Source type PM-RA = 0.0000000 / [sec/year] Proper motion in RA of the object PM-DEC = 0.0000000 / [arcsec/year] Proper motion in Dec of the objecPARALLAX= 0.0000000 / [arcsec] Parallax of the object RADVEL = 0.0000000 / [km/s] Radial velocity of the object RATRACK = 0.0000000 / [arcsec/s] Non-sidereal tracking in RA DECTRACK= 0.0000000 / [arcsec/s] Non-sidereal tracking in Dec TELSTATE= 'WARNING ' / Current telescope status ENGSTATE= 'UNKNOWN ' / Engineering override state TCSSTATE= 'OKAY ' / TCS state TCSVER = '0.4 ' / Version number of the TCS software TPNTMODL= '20180625183636' / Version number of the pointing model UT1-UTC = -0.1544300 / [s] UT1-UTC POLARMOX= 0.0837000 / [arcsec] Polar motion X POLARMOY= 0.4167000 / [arcsec] Polar motion Y EOPSRC = 'IERS BULL. A 2019/05/02' / Source of the EOP Values ROLLERDR= 0.0000000 / [rad] Driven roller encoder angle ROLLERND= 0.0000000 / [rad] Non-driven roller encoder angle AZDMD = 194.5663871 / [deg] Azimuth axis demand AZIMUTH = 194.5663950 / [deg] Azimuth axis position AZSTAT = 'WARNING ' / Azimuth axis state ALTDMD = 37.5305738 / [deg] Altitude axis demand ALTITUDE= 37.5305727 / [deg] Altitude axis position ALTSTAT = 'OKAY ' / Altitude axis state ROTTYPE = 'CASSEGRAIN' / Selected image derotator ROTMODE = 'VFLOAT ' / Rotator mode ROTDMD = 19.6325160 / [deg] Rotator axis demand ROTANGLE= 19.6345194 / [deg] Rotator axis position ROTSKYPA= 66.4619271 / [deg] Rotator position angle ROTSTAT = 'OKAY ' / Rotator axis state AIRMASS = 1.689683 / Effective mean airmass AMSTART = 1.6389762 / Airmass at start of observation AMEND = 1.7403898 / Airmass at end of observation ENC1STAT= 'OPEN ' / Enclosure shutter 1 state ENC2STAT= 'OPEN ' / Enclosure shutter 2 state ENCAZ = 0.0000000 / [deg] Enclosure azimuth ENCWLIGT= 'UNKNOWN ' / Enclosure white lights state ENCRLIGT= 'UNKNOWN ' / Enclosure red lights state FOLDSTAT= 'N/A ' / Fold mirror state FOLDPORT= '5 ' / Fold mirror port FOLDPOSN= 'N/A, N/A' / [{mm,deg}] Fold mirror position (r, theta) M1COVER = 'UNKNOWN ' / M1 mirror cover state M1HRTMN = 'UNKNOWN ' / M1 Hartmann screen state FOCDMD = 0.0000000 / [mm] Demanded focus position in focal plane FOCPOSN = -0.0113119 / [mm] Actual focus position in focal plane FOCTELZP= 16.0600000 / [mm] Telescope default focus FOCINOFF= 4.2169089 / [mm] Instrument focus offset FOCTOFF = 0.3979550 / [mm] Thermal correction value FOCZOFF = -0.0998866 / [mm] Zenith compression correction FOCAFOFF= -0.4282855 / [mm] Autofocus offset in focal plane FOCOBOFF= 0.0000000 / [mm] Observer focus offset/defocus in focal plaFOCFLOFF= -1.0000000 / [mm] Filter focus offset in focal plane FOCSTAT = 'HALTED ' / Focus state M2PITCH = -46.3566427 / [arcsec] M2 tilt about vertex in pitch directioM2ROLL = 11.1516846 / [arcsec] M2 tilt about vertex in roll directionAUXROLL = 6.2371372 / [arcsec] Auxiliary pointing corrections in rollAUXPITCH= -26.5256198 / [arcsec] Auxiliary pointing corrections in pitcCTYPE1 = 'LINEAR ' / Type of WCS Projection CTYPE2 = 'LINEAR ' / Type of WCS Projection CRPIX1 = -459. / [pixel] Coordinate of reference point (axis 1) CRVAL1 = 2999.84831809998 / [deg] RA at the reference pixel CUNIT1 = 'deg ' / Units of RA CUNIT2 = 'deg ' / Units of Dec CD1_1 = 1.73883390426636 / WCS CD transformation matrix CD2_2 = 1. / WCS CD transformation matrix WMSSTATE= 'OKAY ' / WMS system state WMSHUMID= 58.7990000 / [%] Current percentage humidity WMSTEMP = 6.7000000 / [deg C] External temperature WMSPRES = 891.0000000 / [mbar] Atmospheric pressure WINDSPEE= 10.8000000 / [km/h] Windspeed WINDDIR = 204.0000000 / [deg E of N] Wind direction WMSRAIN = 'CLEAR ' / Rain alert WMSMOIST= 5000.0000000 / [mV] Moisture level WMSDEWPT= -0.8000000 / [deg C] Dewpoint WMSCLOUD= -37.4500000 / [deg C] Boltwood sky temperature WMSSKYBR= 22.0000000 / [mag/arcsec^2] Measured sky brightness SKYMAG = 22.0000000 / [mag/arcsec^2] Computed (expected) sky brightneTUBETEMP= 6.7430000 / [deg C] Temperature of the telescope tube M1TEMP = 'UNKNOWN ' / [deg C] Primary mirror temperature FOCTEMP = 6.7550000 / [deg C] Focus temperature ISSTEMP = 'UNKNOWN ' / [deg C] ISS temperature REFPRES = 891.0000000 / [mbar] Pressure used in refraction calculation REFTEMP = 6.7000000 / [deg C] Temperature used in refraction calculatREFHUMID= 58.7000000 / [%] Humidity used in refraction calculation AGSTATE = 'GUIDING_CLOSED_LOOP' / Autoguider software state AGCAM = 'kb38 ' / Camera used for autoguiding AGLCKFRC= 100.00 / [%] Fraction of time AG locked AGMODE = 'ON ' / Autoguider mode AGRA = 118.7248392 / [deg] RA of guide star AGDEC = -76.4149372 / [deg] Dec of guide star AGGMAG = 'UNKNOWN ' / [mag] Autoguider guide star mag AGFWHM = 3.1744096 / [arcsec] Autoguider FWHM AGMIRDMD= 'N/A ' / [mm] Autoguider mirror demand AGMIRPOS= 'N/A, N/A' / Autoguider mirror position AGMIRST = 'N/A ' / Autoguider mirror state AGFOCDMD= 'UNKNOWN ' / [mm] Autoguider focus demand AGFOCUS = 'UNKNOWN ' / [mm] Autoguider focus position AGFOCOFF= 0.3500000 / [mm] Autoguider relative focus offset AGFOCST = 'UNKNOWN ' / Autoguider focus state AGFILTER= 'LL, ' / Autoguider filter AGFILTID= 'RGBL-L1-007,' / Autoguider filter id AGFILST = 'Enabled ' / Autoguider filter state MOONSTAT= 'DOWN ' / [{UP, DOWN}] Moon position at obs start MOONFRAC= 0.1318031 / [(0 - 1)] Lunar Illuminated Fraction MOONDIST= 100.2944678 / [deg] Lunar distance from target MOONALT = -8.8792192 / [deg] Lunar altitude SUNDIST = 102.8102653 / [deg] Solar distance from target SUNALT = -44.3072203 / [deg] Solar altitude APERTURE= 'N/A ' / Aperture identification APERPA = 'UNKNOWN ' / [deg] Slit position angle PICKMIRR= 'UNKNOWN ' / Calibration pickoff mirror APERTYPE= 'SLIT ' / Aperture type APERLEN = 30.0000000 / [arcsec] Aperture length APERWID = 2.0000000 / [arcsec] Aperture width LMP1TYPE= 'Tungsten Halogen' / Lamp 1 type LMP1ID = 'UNKNOWN ' / Unique Lamp ID LMP1SET = 'off ' / Lamp 1 Set Status LMP1SHUT= 'closed ' / Lamp 1 Shutter Status LMP2TYPE= 'Xenon ' / Lamp 2 type LMP2ID = 'UNKNOWN ' / Unique Lamp ID LMP2SET = 'off ' / Lamp 2 Set Status LMP2SHUT= 'closed ' / Lamp 2 Shutter Status LMP3TYPE= 'Mercury ' / Lamp 3 type LMP3ID = 'UNKNOWN ' / Unique Lamp ID LMP3SET = 'off ' / Lamp 3 Set Status LMP3SHUT= 'closed ' / Lamp 3 Shutter Status LMP3CUR = '10 ' / [mA] Lamp 3 current LMP4TYPE= 'Zinc ' / Lamp 4 type LMP4ID = 'UNKNOWN ' / Unique Lamp ID LMP4SET = 'off ' / Lamp 4 Set Status LMP4SHUT= 'closed ' / Lamp 4 Shutter Status NDANGLE = 'UNKNOWN ' / [deg] Angle of neutral density filter NDPOS = 'UNKNOWN ' / ND Filter Position NDZERO = 'UNKNOWN ' / Diff between motor home and ND=0 CHECKSUM= 'Cf2UDZ0SCd0SCZ0S' / HDU checksum updated 2019-05-09T01:44:04 DATASUM = '2021565251' / data unit checksum updated 2019-05-09T01:44:04 WCSDIM = 3 LTM1_1 = 1. LTM2_2 = 1. WAT0_001= 'system=equispec' WAT1_001= 'wtype=linear label=Wavelength units=angstroms' WAT2_001= 'wtype=linear' OVERSCAN= 'May 9 1:27 Overscan section is [2049:2079,1:512] with mean=561.077'CCDMEAN = 17.90141 CCDMEANT= 1241832458 CCDPROC = 'May 9 1:27 CCD processing done' GRISM = 'red/blu ' / full range spectrum ARCFILE = 'coj2m002-en12-20190508-0006-e00.fits' / file name in the archive DCLOG1 = 'Transform' DC-FLAG = 0 LACOSMIC= T / Laplacian cosmic ray rejection FLATRED = 'nttflatAT2019esa_fts_20190508_red_2.0_58612_1c.fits' / flat file APNUM1 = '1 1 60.39 70.39' CTYPE3 = 'LINEAR ' CD3_3 = 1. LTM3_3 = 1. WAT3_001= 'wtype=linear' XMIN = 3014.03542494774 / min wavelength [Angstrom] XMAX = 10626.39119434358 / max wavelength [Angstrom] SPERES_R= 380.5641434664705 / Spectral resolving power LAMRMS_R= 0.05 / residual RMS [nm] LAMNLINR= 15.0 / Nb of arc lines used in the fit of the wavel. sSPE_ER_R= 0.01290994448735806 / statistical uncertainty ARCRED = 'arc_nttAT2019esa_fts_20190508_red_2.0_58612_1_ex' / reference arc DCLOG2 = 'REFSPEC1 = arc_nttAT2019esa_fts_20190508_red_2.0_58612_1_ex' SHIFTRED= -2.0 EX-FLAG = 0 CA-FLAG = 0 BUNIT = 'erg/cm2/s/A' SENSFUNR= 'sens_fts_20190508_red_eg274_58612_1.fits' / sensitivity curve IDENT = '58611.950 AT2019esa 2019-05-08 red floyds.2.2.2' / file identificatioATMOR = 'atmo_fts_nttEGGR274_fts_20190508_red_2.0_58612_1_l.fits' ARCBLU = 'arc_nttAT2019esa_fts_20190508_blue_2.0_58612_1_ex' / reference arc LAMRMS_B= 0.00559 / residual RMS [nm] LAMNLINB= 4.0 / Nb of arc lines used in the fit of the wavel. sSPE_ER_B= 0.002795 / statistical uncertainty SPERES_B= 451.5861710273046 / Spectral resolving power SENSFUNB= 'sens_fts_20190508_blu_eg274_58612_1.fits' / sensitivity curve BANDID1 = 'spectrum - background fit, weights variance, clean yes' BANDID2 = 'raw - background fit, weights none, clean no' BANDID3 = 'background - background fit' BANDID4 = 'sigma - background fit, weights variance, clean yes' LTV1 = -460. REDUCER = 'Daichi Hiramatsu' / User who reduced the spectrum END &4c^&,&I&4 v&9&5)&I( &H&H&HO&SG&MB%&Q7&6/&S4J&C&8&$p&Utf&UI&%nl& &&(}o&F}&@$&:&L&39&.&'R&BA&>oN&GU&5&C&K&%&8'&@h&@E*&7&.+&. *&7X&&h&0&@)}&=&3(&*&z&&&)k&+& &1N&3I&.oN&$&/&0|&7ċ&>u&E&LP&O&G&?&?&+&&& &&V0&&%겙%x%z%J%%%w%Hb$q$ $_$g$;)$K%X%q9o%)%!&y&6&3i%|1%)&%%R%l%T\% %F$&$9$h$Ao%o%5&&&d.&`&&$N&'8&)ua& &5&& &-&l&&[&+E&(&!?&h&&9&~Z&"mW&A&f&²&w&0 &-J&& &&&&&']&1"& &y&X&$&$&D &k&"& !& 8&*$&"8& ϶&%&&z&v&%C&)M&c&g&"a&&8&2&:|&%Z&*M&4&/X&7@&;&9 &,&.Q&:3&AG&M!&[B&q}&jY&&vk&-%&#&yE&_i&R&T#&FF&GQ&R/&=J&7J&@ &GJ&E&&El&3g&-&1&B#&H~&4&3L&3x&'Kf&+ch&(L&3QS&9|&-*l&<&2-&Z &&S&'U&0&5&5y&)m&I&&ju&[&!4&. >&4FD&1E&8ր&6&8/&5&,Q&5Z&3I&=Ճ&9&,O&($n&0&/(&0N&&2@}&/"&(&%&K+&!N&_&U+&&&'.&&@&$l&(p&&7&2II&&&&,]&+]&1s&=R&?&5g&+v&$&.y&0&!o&-3&=#&+Q:C&0a&6+%&5&1B&'&"&'RH&L&&&S&D&R&w& &',&&.&0Q&1RK& s&&>&D1&@0&<&G&S\&a? &sJ&30&$&v&ԛ&&~&D&&&&w&{&y&bB_&_N&i!)&o!&tΐ&p&&b&=U&;&E*&Nn&:&N >&U0&8EO&B&C}&G-&6Fc&Ic&G#&DV&6&(P{&T&!G&!f&/&I+&IL&E I&N&E@]&. &*s&0zs&!%&&) &>&H&F*&O&Dҿ&2&5R&F&K,&N}&>ND&1C&&Y&'tG&:-9&CaA&J'&;&+-&> &>^q&Gu&L4&B\&5&@&EN~&F&ICO&Ky&U;&V&[&R&Gy&N &L1&F &B4.&O&