SIMPLE = T / file does conform to FITS standard BITPIX = -32 / number of bits per data pixel NAXIS = 1 / number of data axes NAXIS1 = 1466 / length of data axis 1 EXTEND = T / FITS dataset may contain extensions TT15 = 'IMA/SERIES CONV' / TT History TT14 = 'IMA/SERIES MULT' / TT History TT13 = 'IMA/SERIES LOPT' / TT History TT12 = 'IMA/SERIES MULT' / TT History TT11 = 'IMA/SERIES MEDIANY' / TT History TT10 = 'IMA/SERIES WINDOW' / TT History EXPOSURE= 600. / [second] Single shot duration DATE-OBS= '2017-10-11T18:13:42.996' / [ISO 8601] Start of exposure. FITS standarDATE-END= '2017-10-11T19:55:01.246' / [ISO 8601] End of exposure. FITS standard MJD-OBS = 58038.259525417 / [d] Start of exposure. Modified JD=JD-2400000 TT8 = 'IMA/STACK ADD' / TT History TT9 = ' 99 99 99 99 99 99 99 ' / TT History TT7 = 'IMA/SERIES TRANS' / TT History TT6 = 'IMA/SERIES TRANS' / TT History TT5 = 'IMA/SERIES SMILEX' / TT History TT4 = 'IMA/SERIES TILT' / TT History TT3 = 'IMA/SERIES DIV' / TT History TT2 = 'IMA/SERIES SUB' / TT History CUTSMODE= 999.407 / [adu] Mode from cuts analysis CUTSMIN = 12970. / [adu] Min from cuts analysis CUTSMAX = 955. / [adu] Max from cuts analysis CUTSCONT= 1. / [adu] Contrast for cuts analysis MIPS-HI = 1147 / [ADU] High cut MIPS-LO = 952 / [ADU] Low cut TT1 = 'IMA/SERIES CUTS' / TT History BIN1 = 1 GPS-DATE= 0 / 1 if datation is derived from GPS, else 0 CAMERA = 'SBIG ST-8 3 CCD Camera Kaf1600 libsbig' OBJNAME = 'X Cyg ' / Object observed RA = 310.851 / [degres] Object Right Ascension DEC = 35.5878 / [degres] Object Declination APTDIA = 0.305 / [m: meter] Telescop diameter SITELAT = 'N43d25m57s0' / [degres, minutes, seconds] Observatory latitudeSITEELEV= 260. / [m: meter] Observatory elevation above the sea CCD_TEMP= -14.81 / [degres Celsius] Actual CCD temperature EQUINOX = 'now ' / Coordinates equinox YPIXSZ = 9. / [micron] Pixel height TELESCOP= 'SCT 0.3m' / Telescop name EQUIPMEN= 'LHIRES3#151 2400 g/mm' / System which created data via the camera OBSERVER= 'Benjamin MAUCLAIRE' / Observer name SITENAME= 'O.V.A. ' / Observatory name XPIXSZ = 9. / [micron] Pixel width SITELONG= 'E05d42m10s0' / [degres, minutes, seconds] Observatory longitudFOCLEN = 3.05 / [m: meter] Resulting focal length of the telescSPC_TILT= -0.355753 / [degres] Tilt angle SPC_XROT= 765 / [pixel] Tilt x center SPC_YROT= 510 / [pixel] Tilt y center SPC_YBIN= 459 / [pixel] Y heigh for binning SPC_TILX= 765 / [pixel] Tilt X center SPC_TILY= 510 / [pixel] Tilt Y center SPC_SLX1= 757.103 / [pixel] ycenter smilex SPC_SLX2= 5.928086E-05 / [real] coef deg2 smilex SPC_REGH= 'Yes ' / Horizontal reg: 53981921.0998+-21.961350*T MID-JD = 2458038.29470271 / [day] Heliocentric Julian Date at mid-exposure EXPTIME = 6078. / [second] Total duration: dobsN-dobs1+1 exposureCREATOR = 'SpcAudACE 4.3 - 20/03/2016' / Software that create this FITS file SPC_NBF = 7 / Number of single shots SPC_COSM= 'removed, linear interpolation' / Cosmics correction method SPC_HBIN= 46. / [pixel] Binning thickness CRVAL1 = 6526.35976867 / [angstrom] Wavelength at reference pixel CDELT1 = 0.115009716815 / [Angstrom/pixel] CRPIX1 = 1. / [pixel] Reference pixel CUNIT1 = 'angstrom' / Wavelength unit CTYPE1 = 'Wavelength' SPC_RESP= 12958. / Power of resolution at wavelength SPC_RESL SPC_RESL= 6598.953 / [angstrom] Wavelength where power of resolutionSPC_RMS = 0.258491758817 / [angstrom] Wavelength RMS updated with telluricSPC_NORM= 'Rescaling to local middle continuum' / Process used for the continuumSPC_DEC = 0.0578949688888 / [angstrom] Wavelength shift SPC_RMSO= 0.258491758817 / [Angstrom] RMS computed with telluric lines SPC_MDEC= -0.00310748555556 / [Angstrom] Mean shift from tellruic lines SPC_CALO= 'yes (method 2)' / Yes if spectrum has been calibrated with tellurBSS_COSM= 'removed, linear interpolation' / Cosmics correction method END ?p?ty?x4?z?y?y?}((?6 ???X??)?|??g?3j????y?Q?G? ? ?p?D?F?nD????F?)??M?]?lZ?{?q?? ??p=?.?]??Ț?Q?*?^??8?p?u??)???^?o?~????n?kA? ?hg?_?i????3?|(?u?q?q?u?{ ?-? ?lw?t?i??x?T?r?JX? 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