SIMPLE = T / file does conform to FITS standard BITPIX = -32 / number of bits per data pixel NAXIS = 1 / number of data axes NAXIS1 = 1468 / 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= '2017-10-20T18:26:36.632' / [ISO 8601] Start of exposure. FITS standarDATE-END= '2017-10-20T20:34:43.902' / [ISO 8601] End of exposure. FITS standard MJD-OBS = 58047.268479537 / [d] Start of exposure. Modified JD=JD-2400000 TT8 = 'IMA/STACK ADD' / TT History TT9 = ' 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= 1012.54 / [adu] Mode from cuts analysis CUTSMIN = 9913. / [adu] Min from cuts analysis CUTSMAX = 975. / [adu] Max from cuts analysis CUTSCONT= 1. / [adu] Contrast for cuts analysis MIPS-HI = 1137 / [ADU] High cut MIPS-LO = 966 / [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= -18.67 / [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= 450 / [pixel] Y heigh for binning SPC_TILX= 765 / [pixel] Tilt X center SPC_TILY= 510 / [pixel] Tilt Y center SPC_SLX1= 764.281 / [pixel] ycenter smilex SPC_SLX2= 5.340684E-05 / [real] coef deg2 smilex SPC_REGH= 'Yes ' / Horizontal reg: -345198581.184+140.436141*T MID-JD = 2458047.31296477 / [day] Heliocentric Julian Date at mid-exposure EXPTIME = 7687. / [second] Total duration: dobsN-dobs1+1 exposureCREATOR = 'SpcAudACE 4.3 - 20/03/2016' / Software that create this FITS file SPC_NBF = 6 / Number of single shots SPC_COSM= 'removed, linear interpolation' / Cosmics correction method SPC_HBIN= 49. / [pixel] Binning thickness CRVAL1 = 6525.23298128 / [angstrom] Wavelength at reference pixel CDELT1 = 0.115014650804 / [Angstrom/pixel] CRPIX1 = 1. / [pixel] Reference pixel CUNIT1 = 'angstrom' / Wavelength unit CTYPE1 = 'Wavelength' SPC_RESP= 12367. / Power of resolution at wavelength SPC_RESL SPC_RESL= 6598.953 / [angstrom] Wavelength where power of resolutionSPC_RMS = 9.99999994E-09 / [angstrom] Wavelength calibration RMS SPC_NORM= 'Rescaling to local middle continuum' / Process used for the continuumSPC_DEC = 0.0160079077778 / [angstrom] Wavelength shift SPC_RMSO= 0.329836134233 / [angstrom] RMS computed with telluric lines SPC_MDEC= -0.00825725777767 / [angstrom] Mean shift from telluric lines SPC_CALO= 'yes (method 2)' / Yes if spectrum has been calibrated with tellurBSS_COSM= 'removed, linear interpolation' / Cosmics correction method END ?oE ?ny?m!?n5?qd?xw?~g?)?S?0?)?0?"?#?TE?}ߑ?w:8?t?y?D?}ߑ?u]?o@?l?p?v?z&?{#?~?S?S??S??????˽?z?AC?AC???e?~%?R??y?^??¥?c?t]?}N?{??{>?| ?| ?wэ?r?pq?o n?o?s?wp?x]?xm?{&?|R?z7?w?wK?{~??T?F|??|???Oj???!?M? ?,???#???ݺ?\?'*?????W?4.???k[??h??"8?Zy????P?J?j?j??z?I???]?U??g?ə?i?ġ?]F?z,? ?V??.??'?B?Ç?Ç???}|?}?P?~ ?|j?}#?=?C?? l?͜?4??o?!??5??k?~;?{z?|?|?|A?y?u?sW5?rK?s ?v?|?w{?.???R?}7?x?v?w?z?{0?|ĭ??~c?xg#?sYy?t?xu?z}\?~a?-a?ܽ?;?ff?̞?{5d?u?q?q=?uP|?v?v?xS?z?}??c???.??| ?rC?nx?rM@?w??yFd?z?|?~6?A???X;??e?8?T_????8?}?~;??5t?l?l?g?c?m?5f?85?x?m&?c?].5?Wx?Sf?R ?Q?M1H?HqK?C`?>Pz?:?8Y?:$s?:?<??uc??[?;?5w?2K?1?0|?0V?0>?0h?1?2:?1v=?1M?5<3??a?cq?h$?n?r?s'?n?i%}?fS?i?s?~??33???ǰ?x?Ž?? ???x ?u?w?y@?|H?? ??}?{ѡ?|?})?|?{pR?z?z\?~z? ??,??ɥ??B#?(??Dk?,?hW??ׅ??A??[?r?|??,???;?:??w@I?t?tS?yW?~z|?$[?)??vD?m()?i(?e"?cԛ?f~?l?p0?p?p?mUU?i?hI?jI%?o 1?sm?u?wͭ?zA?w;H?o[?f?]?XY?Y?_0t?c|?f?j]?p?wjr? ?&_?p?}?Y?g? ??pV???@?B?Ij????z?t@?rR?qp?r\?wc?|]_?~F??z?~?{6?wb:?qo?hm?c?fR?n_ ?w?1??7?l?m?6???0?ۃ?o??H?/p?z?q?&p?b?1?1??X?'?I?κ?1F?@??~??^??b?l? ? ?? ??u??Ѫ?w?-???B???'r?o?i/?9?f?J??!?:?>??v?]7?]7?? ?UU?c?R?]?$??s??9?{V?|O??|?|?1??~4?~?1??~?zZ?y_?z'?w ?p?zC?zM?xM_?uWp?q?k?gO?g&?j:??ڭ?r??r??r?X?ڭ?]?]?q?\?3?{;?M?GB?{;?0?3?{;?? ?GB?^F?L?]?m?z?x?p?x?Pu?b?K??E"????t?E?|W?|#?4?h??3??>??#?{?yS?x?v=h?um1?uM?um1?t?u9#?v Z?t?s0?th?x?|W?}[L?z?wA?o?a?R??Ft?@B?D8?PA?^$?ni?{?#?h?c??E?o??&?h?}v?|?|?{?z?{R?|W?}[L?~+?}v?}h?~+?~?~_?|#?{?{?y?uZ?r-?t@?vsg?x{?y?{?~??}?}?~?~?????7??g????%?o??}I?~3???Q??!E?z??0G?h?I???z?d6?V?Q?3?M?g?9??>:?????Pg? ?g?3?9?}U?~??W?1?qk?#???7????~?zTA?yQ?xQ?vGK?r؊?p?ma?gW?dz;?iU?qՁ?uF9?uj?u?w?xOT?r?e?VY?I?;?;?l??j??(?K?;?q?$_???oU?Ux??? ?K?>;?Ux??gs???n?Ux?!?n??V$??SP?~??Ժ??j]?g?}?{Ya?{?x????~?S?6?d?~Z?1?M?P?#?&?D? ?W~???w?? ????QH?7V?Ϲ?7?!E???n??!???4?~?}?~?|?q8?h?dX?V?@=