--- header unit 0: primary ---
SIMPLE = T / conforms to FITS standard
BITPIX = -32 / array data type
NAXIS = 3 / number of array dimensions
NAXIS1 = 16
NAXIS2 = 16
NAXIS3 = 3098
COMMENT FITS (Flexible Image Transport System) format is defined in 'Astronomy
COMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H
LONGSTRN = 'OGIP 1.0' / The HEASARC Long String Convention may be used.
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.
COMMENT p3d_misc_imcombine_wrapper: IMPATH is the raw-data image filepath.
COMMENT p3d_cr: debiased data before calling p3d_tool_crays_lapycosmic.
COMMENT p3d_cr: Subtract a bias using: x-axis overscan region; array..
COMMENT p3d_cobjex: IMRAW is the raw-data image filename.
COMMENT p3d_cobjex: Subtract a bias using: x-axis overscan region; array..
COMMENT p3d_cobjex: IMTRC is the trace-mask image filename.
COMMENT p3d_cobjex: IMDMK is the disp.-mask parameter filename.
COMMENT p3d_cobjex: IMFFL is the flat-field image filename.
PVERSION = '1.0' / PMAS fitsheader version
DATE = '2016-03-31T00:07:08' / file creation
OBSERVER = 'Herenz, Saust -- Herenz'
OBJECT = 'eLARS 19'
CCD_TYPE = 'CCD231'
NAMPS = 4 / Number of Amplifiers
NCCDS = 1 / Number of CCDs
CAMPOS = -8.22000E+02 / camera position
COLPOS = 5.83000E+02 / collimator position
GROTPOS = 1.09300E+02 / grating position
DEWAR = -1.17072E+02 / dewar temperature
CALPOS = 1.20000E+02 / CAL actual position
AGPOS = 1.50000E+00 / AG actual position
FOCOLPOS = 1.87001E+00 / FOCOL actual enc. position
FOFEPOS = 6.72000E+01 / FO Filter actual enc. position
FOZPOS = 1.03000E+02 / FOZ stage actual enc. position
FOCOLSL = 'FOCOL100' / FO Collimator selection
FOFESL = 'Filter3' / FO Filter selection
FIRST_AG = 8701 / A&G frame at begin of SPEC exposure
DATE-OBS = '2016-03-31T00:07:08' / file creation
POSTN-RA = 43558.11 / tel. position Right Ascension
RA = 181.492126 / 12:05:58.1 RA [deg]
POSTN-DE = 203315.98 / tel. position Declination
DEC = 56.47666 / +56:28:36.0 DEC [deg]
POSTN-HA = 1572.00 / tel. position Hour Angle
HA = 6.550000 / 00:26:12.0 HA [deg]
UNI-TIME = 428.30 / Universal Time
UTC = 428.299040 / 00:07:08.3 U.T. at start [sec]
UT_START = 428.299040 / 00:07:08.3 U.T. at start [sec]
SID-TIME = 45130.20 / Sidereal Time [sec]
LST = 45130.197989 / 12:32:10.2 sid. time [sec]
AIRMASS = 1.06251 / airmass
JUL-DATE = 2457478.5077 / julian date
MJD-OBS = 57478.00774436 / modified jul. date
HIERARCH CAHA TEL GEOELEV = 2168 / elev. above sea
HIERARCH CAHA TEL GEOLAT = 37.2236 / geographic lat.
HIERARCH CAHA TEL GEOLON = -2.5463 / geographic long.
HIERARCH CAHA TEL DOME.AZ = 167.50 / dome azimut [degr]
HIERARCH CAHA TEL DOME.EL_LOW_E = 58.00 / dome door low lim.
HIERARCH CAHA TEL DOME EL_UPP_E = 77.00 / dome door upper lim.
HIERARCH CAHA TEL FOCU ID = 'CASS' / ID of used focus
HIERARCH CAHA TEL MIRR S1 COLLAREA = 0.92 / eff. coll. area of S1 [m**2]
HIERARCH CAHA TEL FOCU F_RATIO = 8.00 / f-ratio
HIERARCH CAHA TEL FOCU LEN = 9.808 / focal length [m]
HIERARCH CAHA TEL FOCU SCALE = 0.0478 / focus scale mm/arcsec
HIERARCH CAHA TEL FOCU VALUE = 30.895 / focus rel. setting
HIERARCH CAHA TEL POS SET RA = 642447.000000 / 11:53:49.8 RA preset [sec]
HIERARCH CAHA TEL POS SET DEC = 53.694722 / +53:41:41.0 DEC preset [deg]
HIERARCH CAHA TEL POS SET EQUINOX = 2000.0 / eq preset
HIERARCH CAHA TEL POS AZ_START = 169.25 / telescope azimuth at start
HIERARCH CAHA TEL POS EL_START = 70.25 / telescope elevation at start
HIERARCH CAHA TEL POS HA_START = 6.550000 / 00:26:12.0 HA [deg]
HIERARCH CAHA GEN AMBI WIND SPEED = 6.0 / wind-speed[m/s]
HIERARCH CAHA GEN AMBI WIND DIR = 201 / wind dir[deg.]
HIERARCH CAHA GEN AMBI RHUM = 43 / relative humidity[%]
HIERARCH CAHA GEN AMBI PRES = 771.7 / air pressure
HIERARCH CAHA GEN AMBI TEMP = 6.7 / air-temperature[Celsius]
HIERARCH CAHA ADA POSANG = 90.00 / position angle of adapter
XBIN = 1 / x binning
YBIN = 2 / y binning
ACEGAIN = 5 / ace gain
CDSTIME = 1 / ace cds time
EXPTIME = 1800 / exposure time [s]
EXPTIMEM = 0 / exposure time [ms]
EXPTYPE = 1 / exposure type 0
LMPSH_1 = 0 / shutter lamp 1 (Hal)
LMPSH_2 = 0 / shutter lamp 2 (Ne)
LMPSH_3 = 0 / shutter lamp 3 (Ne
LMPSH_4 = 0 / shutter lamp 4 (Hg)
LMPSH_5 = 0 / shutter lamp 5 (Hg)
LMPSH_6 = 0 / shutter lamp 6 (ThAr)
PPAK_SH3 = 0 / PPAK CALUNIT Shutter
LMPOW_1 = 0 / power lamp 1 (Hal)
LMPOW_23 = 0 / power lamp 2+3 (Ne)
LMPOW_45 = 0 / power lamp 4+5 (Hg)
LMPOW_6 = 0 / power lamp 6 (ThAr)
POLUNIT = 0 / polarimetric mode 1
POLANGL1 = 0.00000E+00 / polarimeter angle 1
POLANGL2 = 2.25000E+01 / polarimeter angle 2
GRAT_ID = 3 / grating id
NFIBERS = 256 / number of fibers
IFU_TYPE = 'AMS_GenI.1_DIFU_16x16' / type of int. field unit
IFU_CONF = 'AMS_GenI.1_DIFU_16x16.ifu' / configurationfile of IFU
PPAK_FIL = 'none' / PPAK IFU FORED Filter
PPAK_CUF = 'none' / PPAK Calibration Unit Filter
PPAK_SHO = 0.00000E+00 / PPAK Calibration Shutter open time
LAST_AG = 8803 / A&G frame at end of SPEC exposure
WARNING = 'Warning' / RON & GAIN are measured unbinned!
HIERARCH CAHA TEL POS AZ_END = 158.43 / telescope azimuth at end [deg]
HIERARCH CAHA TEL POS EL_END = 68.57 / telescope elevation at end [deg]
HIERARCH CAHA TEL POS HA_END = 14.078889 / 00:56:18.9 HA [deg] at end
UT_END = 2230.349040 / 00:37:10.3 U.T. [sec]
RDNOISE = 2.87700E+00 / e- readout noise
GAIN = 1.2442500 / e-/ADU gain (mean of all blocks)
HIERARCH EXPOSURE_TIME = 1.80000E+03 / s exposure time
IMAGETYP = 'real' / bias,real,dark,test,ramp,bsw
DETSIZE = '[1:4096,1:4112]' / physical detector size
PRESCAN = '[50,0]' / additional real existent prescan pixels
CCDSEC = '[1:2110,1:1035]' / image location of amplifier
IMCMB000 = 'run350_00749a.fits'
IMPATH = './'
NCOMBINE = 1 / n/a
P3DDFLIP = T / Was the raw image disp.axis flipped?
CETSEC1 = '[4196:2149, 1:1028]' / DETSEC: block 1/4.
CETSEC2 = '[51:2098, 1:1028]' / DETSEC: block 2/4.
CETSEC3 = '[51:2098, 2056:1029]' / DETSEC: block 3/4.
CETSEC4 = '[4196:2149, 2056:1029]' / DETSEC: block 4/4.
CRDNOI1 = 1.98762567672 / RDNOISE block 1/4.
CGAINF1 = 1.03918022905 / GAIN correction factor block 1/4.
CRDNOI2 = 2.23867595819 / RDNOISE block 2/4.
CGAINF2 = 0.922644163150 / GAIN correction factor block 2/4.
CRDNOI3 = 1.99844479005 / RDNOISE block 3/4.
CGAINF3 = 1.03355435001 / GAIN correction factor block 3/4.
CRDNOI4 = 2.05600000000 / RDNOISE block 4/4.
CGAINF4 = 1.00462125779 / GAIN correction factor block 4/4.
IMTYPE = 'p3d: extracted science-object image - error' / The p3d data identifi
EXTNAME = 'ERROR' / The extension name.
CRVAL1 = 1.0 / World Coordinate value at the reference point.
CDELT1 = 1.0 / Increment of the world coordin. at ref. point.
CRPIX1 = 1.00000000000 / Location of the reference point in the image.
CTYPE1 = 'LINEAR' / Type for the intermediate coordinate axis.
CUNIT1 = 'pixel' / Physical units of CRVAL and CDELT.
CRVAL2 = 1.00000000000 / World Coordinate value at the reference point.
CDELT2 = 1.00000000000 / Increment of the world coordin. at ref. point.
CRPIX2 = 1.00000000000 / Location of the reference point in the image.
CTYPE2 = 'LINEAR' / Type for the intermediate coordinate axis.
CUNIT2 = 'pixel' / Physical units of CRVAL and CDELT.
CRVAL3 = 5750.4327795
CDELT3 = 0.457554064727
CRPIX3 = 1.0
CTYPE3 = 'AWAV'
CUNIT3 = 'Angstrom'
IMRAW = '/Users/joanna/Desktop/PMAS/eLARS_PMAS_2016//160330_PMAS//eLARS19//extracted/extracted_07-10-18--1309_run350_00749_imcmb_crcl.fits'
IMTRC = '/Users/joanna/Desktop/PMAS/eLARS_PMAS_2016//160330_PMAS//eLARS19//tracemask/tracemask_comb_07-10-18--1305_run350_00750_imcmb_trace.fits'
IMDMK = '/Users/joanna/Desktop/PMAS/eLARS_PMAS_2016//160330_PMAS//eLARS19//dispmask/dispmask_07-10-18--1306_run350_00751_imcmb_dmask.fits'
IMFFL = '/Users/joanna/Desktop/PMAS/eLARS_PMAS_2016//160330_PMAS//skyflat/flatfield_con/flatfield_con_comb_07-09-18--1643_run350_00718_imcmb_flatf.fits'
FFLMN = 8.52051E+07
PCUTLOW = 15.0000000000 / Transmission array: the lower cut [%].
PCUTHIGH = 15.0000000000 / Transmission array: the upper cut [%].
HDUCLASS = 'ESO' / Identification of the data format.
HDUDOC = 'DICD' / Document describing the data.
HDUVERS = 'DICD version 6' / Specific version of the document.
HDUCLAS1 = 'IMAGE' / Image data format.
HDUCLAS2 = 'ERROR' / Identification as science extension.
QUALDATA = 'QUALITY' / Name of its data quality extension.
HDUCLAS3 = 'RMSE' / Error type: Root Mean Squared Error.
SCIDATA = 'DATA' / Name of its data extension.
DATASUM = '1851342387' / data unit checksum created 2018-07-10T11:12:00
CHECKSUM = 'CQKSDPHQCPHQCPHQ' / HDU checksum created 2018-07-10T11:12:00