--- header unit 0: primary ---
SIMPLE = T / Standard FITS format: NOST 100-2.0
BITPIX = -32 / No. of bits per pixel
NAXIS = 1 / No. of axes in image
NAXIS1 = 1157 / No. of pixels
EXTEND = T / FITS extension may be present
COMMENT NOST 100-2.0: Hanisch,R. et al. 2001, Astron. & Astrophys. 376, 559
CRPIX1 = 2357. / Reference pixel
CRVAL1 = 6245.48828125 / Coordinate at reference pixel
CDELT1 = 1.03795578192 / Coord. incr. per pixel (original value)
CTYPE1 = 'Wavelength' / Units of coordinate
BUNIT = '' / Units of data values
DATAMAX = 1.33405709267 / Maximum data value
DATAMIN = 0. / Minimum data value
ORIGIN = 'ESO-MIDAS' / Written by MIDAS
DATE = '2014-07-24T14:09:19' / [UTC] Date of writing
FILENAME = 'normNGC6357F1_31.bdf' / Original file base-name
MIDASFTP = 'IMAGE' / MIDAS File Type
OBJECT = 'AAOMEGA' / MIDAS desc.: IDENT(1)
RA = 0. / MIDAS desc.: O_POS(1)
DEC = 0. / MIDAS desc.: O_POS(2)
EQUINOX = 2014.502632751 / MIDAS desc.: O_POS(3)
DATE-OBS = '01/01/00' / MIDAS desc.: O_TIME(1)
TM-START = 0. / MIDAS desc.: O_TIME(5)
EXPTIME = 0. / MIDAS desc.: O_TIME(7)
COMMENT FITS (Flexible Image Transport System) format is defined in 'Astronomy
COMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H
COMMENT NOST 100-2.0: Hanisch,R. et al. 2001, Astron. & Astrophys. 376, 559
COMMENT FITS (Flexible Image Transport System) format is defined in 'Astronomy
COMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H
COMMENT This FITS file may contain long string keyword values that are
COMMENT continued over multiple keywords. The HEASARC convention uses the &
COMMENT character at the end of each substring which is then continued
COMMENT on the next keyword which has the name CONTINUE.
TELESCOP = 'Anglo-Australian Telescope' / MIDAS desc.: TELESCOP(1)
RADECSYS = 'FK5' / MIDAS desc.: RADECSYS(1)
INSTRUME = 'AAOMEGA-2dF' / MIDAS desc.: INSTRUME(1)
HISTORY GAUSS extracting using tram map 03jul20032tlm.fits
HISTORY Divided by fibre flat field 03jul20032red.fits
HISTORY Throughput calibrating using sky lines
HISTORY Sky subtracting using sky fibres
HISTORY No telluric correction performed
HISTORY Combined frame based on 03jul20034red.fits
HISTORY Combining with 03jul20035red.fits
HISTORY Combined using FRAMES weighting
HISTORY Flux weights from magnitude offsets= 1.0000 0.8659
HISTORY Splicing blue and red data frames
HISTORY Blue frame:03jul1_combined.fits
HISTORY Red frame:/data/AAT/ccd_2/field57a/03jul2_combined.fits
HISTORY \
HISTORY COMPUTE/IMAG toto = spliced57a.fits \
HISTORY REPLACE/IMAGE toto titi toto/<,0.=-1000 \
HISTORY EXTRACT/IMAG walNGC6357F1_31 = titi [@113,@325:@126\
HISTORY 9,@325] COPY/II walNGC6357F1_31 titi R4 n,u \
HISTORY COMPUTE/IMAG normNGC6357F1_31 = t\
HISTORY iti / toto
LONGSTRN = 'OGIP 1.0' / The HEASARC Long String Convention may be used.
DCT_DATE = 'Feb 24 2014' / DCT release date
DCT_VER = 'r3_110_2_2' / DCT version number
DETECXE = 2048 / Last column of detector
DETECXS = 1 / First column of detector
DETECYE = 4102 / Last row of detector
DETECYS = 1 / First row of detector
FIRMVSYS = 'System: AAO2 CCD Controller System Controller V1.23 151104' / System
FIRMVSEQ = 'Sequencer: AAO2 CCD Controller Sequencer V1.3 161203' / Sequencer fir
DETECTOR = 'E2V3' / Detector name
XPIXSIZE = 15. / X Pixel size in microns
YPIXSIZE = 15. / Y Pixel size in microns
CONFIGID = 11 / Controller configuration Id
DETECTID = 3 / Controller detector Id
ABCKPLID = 5 / Analog backplane Id
VIDPBID = 6 / Video personality board Id
CLKPBID = 21 / Clock personality board Id
BRDID_1 = 65537 / Controller board #1 Id
BRDSN_1 = 63 / Controller board #1 serial #
BRDID_2 = 327681 / Controller board #2 Id
BRDSN_2 = 73 / Controller board #2 serial #
BRDID_3 = 131074 / Controller board #3 Id
BRDSN_3 = 83 / Controller board #3 serial #
BRDID_4 = 131074 / Controller board #4 Id
BRDSN_4 = 84 / Controller board #4 serial #
BRDID_5 = 196610 / Controller board #5 Id
BRDSN_5 = 97 / Controller board #5 serial #
BRDID_6 = 262146 / Controller board #6 Id
BRDSN_6 = 76 / Controller board #6 serial #
BRDID_7 = 458754 / Controller board #7 Id
BRDSN_7 = 100 / Controller board #7 serial #
BRDID_8 = 393217 / Controller board #8 Id
BRDSN_8 = 59 / Controller board #8 serial #
METHOD = 'CCD Charge shuffling technique' / Observing method
SPEED = 'NORMAL' / Readout speed
READAMP = 'RIGHT' / Readout amplifier
EXPOSED = 1700. / Exposure time (sec)
ELAPSED = 900.5 / Elapsed time (seconds)
TOTALEXP = 900. / Total exposure (seconds)
RO_GAIN = 1.799 / Readout amplifier (inverse) gain (e-/ADU)
RO_NOISE = 3.49 / Readout noise (electrons)
ALT_OBS = 1164 / Altitude of observatory in metres
LAT_OBS = -31.27704 / Observatory latitude in degrees
LONG_OBS = 149.0661 / Observatory longitude in degrees
RCT_VER = 'r3_71HB' / Run Control Task version number
RCT_DATE = '19-Oct-2013' / Run Control Task version date
RUNCMD = 'RUN' / Run command
SPECTID = 'RD' / Spectrograph ID
SFILT1 = '' / Lower filter wheel position
SFILT2 = '' / Upper filter wheel position
TILTSPAT = 52.1819033303 / Camera focus spatial (encoder)
TILTSPEC = 1980.23198208 / Camera focus spectral (encoder)
PISTON = 831.003392693 / Camera focus piston (encoder)
GRATID = '385R' / Disperser ID
GRATTILT = 0.6 / Grating tilt to be symmetric (degree)
GRATLPMM = 383. / Disperser ruling (lines/mm)
ORDER = 1 / Spectrum order
DISPENC = -55786 / Disperser angle reading (encoder unit)
CAMENC = -463091 / Camera angle reading (encoder unit)
GRATANGL = 7.327 / Disperser angle reading (degree)
CAMANGL = 15.8541077875 / Camera angle reading (degree)
LAMBDAC = 7201.28803179 / Central wavelength reading (Angstrom)
LAMBDAB = 7201.63432621 / Optimal wavelength reading (Angstrom)
DISPERS = 1.56807933488 / Central dispersion (Angstrom/pixel)
GRATANGR = 7.325189 / Requested disperser angle (degree)
CAMANGR = 15.851255 / Requested camera angle (degree)
LAMBDCR = 7200. / Requested central wavelength (Angstrom)
LAMBDBR = 7200. / Requested optimal wavelength (Angstrom)
TDFCTVER = 'r11_27' / 2dF Control Task Version
TDFCTDAT = '10-Jun-2014' / 2dF Control Task Version Date
AAOMOSFT = 1 / Indicates file generated by AAOmega software.
DUMMY = 0
HARTMANA = 'open' / Hartmann shutter A position
HARTMANB = 'open' / Hartmann shutter B position
SOURCE = 'plate 1' / Source slit
DICHROIC = 'X5700' / Dichroic name
SPECTEMP = 13.623046875 / Spectrograph temperature C
FLAPS = 'OPEN' / 2df Flap Status
RUN = 34 / Run number
OBSNUM = 34 / Observation number
GRPNUM = 34 / Group Number
GRPMEM = 1 / Group member
GRPMAX = 0 / Group maximum
OBSTYPE = 'OBJECT' / Observation type
UTDATE = '2014:07:03' / UT date
UTSTART = '14:04:43' / UT start
UTEND = '14:21:47' / UT end
STSTART = '18:47:04' / ST start
STEND = '19:04:11' / ST end
UTMJD = 56841.5866122 / Modified Julian Date (UTC)
TOPEND = '2DF' / Telescope top-end
AXIS = 'B' / Current optical axis
AXIS_X = -2.61314574118E-05 / Optical axis x (mm)
AXIS_Y = -0.000107822562679 / Optical axis y (mm)
TRACKING = 'TRACKING' / Telescope is tracking.
TELFOC = 40.24 / Telescope Focus (mm)
MEANRA = 261.178760139 / 17 24 42.90
MEANDEC = -34.4679971923 / -34 28 04.8
TEL_PA = 90.1032284424 / Rotator position angle
HASTART = 20.3387409336 / HA at start of run
ZDSTART = 17.3473982954 / ZD at start of run
APPRA = 4.5627894212 / Current apparent place position right ascension
APPDEC = -0.6017645317 / Current apparent place position declination
WINDOW = 'AAOMEGA_2DF' / Observing window (file name)
NDFCLASS = 'MFOBJECT' / Data Reduction class name (NDFCLASS)
CFG_FILE = 'Russeil_NGC6357_1_p1.sds' / 2dF fibre configuration filename
PARKMASK = F / 2dF park position mask NOT installed
TDFCTEVT = '108' / 2dF Control Task Event
SLINENUM = 106. / Script Line Number
HAEND = 24.6182096637 / HA at end of run
ZDEND = 20.8686169027 / ZD at end of run
WINDOXS1 = 1 / First column of window 1
WINDOXE1 = 2048 / Last column of window 1
WINDOYS1 = 1 / First row of window 1
WINDOYE1 = 4098 / Last row of window 1
WINDOXS2 = 2053 / First column of window 2
WINDOXE2 = 2074 / Last column of window 2
WINDOYS2 = 1 / First row of window 2
WINDOYE2 = 4098 / Last row of window 2
XEFFSIZE = 15. / Effective X pixel size in microns
YEFFSIZE = 15. / Effective Y pixel size in microns
FILEORIG = '/data/aatobs/OptDet_data/140703/ccd_2/03jul20034.fits' / The filename
TDFDRVER = '1.29' / 2dfdr version
CUNIT1 = 'Angstroms' / Units for axis 2
CUNIT2 = '' / Units for axis 2
SCRUNCH = T / Has data been scrunched?
HISTORY ESO-DESCRIPTORS START ................
HISTORY 'LHCUTS','R*4',1,4,'5E14.7'
HISTORY 0.0000000E+00 0.0000000E+00 0.0000000E+00 1.3340571E+00
HISTORY 'SFILE','C*1',1,75,'70A1'
HISTORY /instsoft/instusers/aatinst/agreen/service_140703/service_comb.obsscri
HISTORY pt
HISTORY ESO-DESCRIPTORS END ................