SIMPLE  =                    F / image conforms to the fits standard            BITPIX  =                   32 / bits per data value                            DATATYPE= 'REAL*4            ' / datatype of the array                          NAXIS   =                    2 / number of data axes                            NAXIS1  =                  512 / length of 1st data axis                        NAXIS2  =                  512 / length of 2nd data axis                        GROUPS  =                    T / image is in group format                       GCOUNT  =                    1 / number of groups                               PCOUNT  =                   20 / number of group parameters                     PSIZE   =                 1152 / bits in the group parameter block                                                                                                                             / GROUP PARAMETERS: OSS                          PTYPE1  = 'CRVAL1            ' / right ascension of reference pixel             PDTYPE1 = 'REAL*8            ' /                                                PSIZE1  =                   64 /                                                PTYPE2  = 'CRVAL2            ' / declination of reference pixel                 PDTYPE2 = 'REAL*8            ' /                                                PSIZE2  =                   64 /                                                PTYPE3  = 'CRVAL3            ' / first packet time                              PDTYPE3 = 'REAL*8            ' /                                                PSIZE3  =                   64 /                                                PTYPE4  = 'CRPIX1            ' / x-coordinate of reference pixel                PDTYPE4 = 'REAL*4            ' /                                                PSIZE4  =                   32 /                                                PTYPE5  = 'CRPIX2            ' / y-coordinate of reference pixel                PDTYPE5 = 'REAL*4            ' /                                                PSIZE5  =                   32 /                                                PTYPE6  = 'CD1_1             ' / partial of the right ascension w.r.t. x        PDTYPE6 = 'REAL*4            ' /                                                PSIZE6  =                   32 /                                                PTYPE7  = 'CD1_2             ' / partial of the right ascension w.r.t. y        PDTYPE7 = 'REAL*4            ' /                                                PSIZE7  =                   32 /                                                PTYPE8  = 'CD2_1             ' / partial of the declination w.r.t. x            PDTYPE8 = 'REAL*4            ' /                                                PSIZE8  =                   32 /                                                PTYPE9  = 'CD2_2             ' / partial of the declination w.r.t. y            PDTYPE9 = 'REAL*4            ' /                                                PSIZE9  =                   32 /                                                PTYPE10 = 'DATAMIN           ' / the minimum value of the data                  PDTYPE10= 'REAL*4            ' /                                                PSIZE10 =                   32 /                                                PTYPE11 = 'DATAMAX           ' / the maximum value of the data                  PDTYPE11= 'REAL*4            ' /                                                PSIZE11 =                   32 /                                                PTYPE12 = 'MIR_REVR          ' / is the image mirror reversed                   PDTYPE12= 'LOGICAL*4         ' /                                                PSIZE12 =                   32 /                                                PTYPE13 = 'ORIENTAT          ' / the orientation of the image in degrees        PDTYPE13= 'REAL*4            ' /                                                PSIZE13 =                   32 /                                                PTYPE14 = 'FILLCNT           ' / number of segments containing fill             PDTYPE14= 'INTEGER*4         ' /                                                PSIZE14 =                   32 /                                                PTYPE15 = 'ERRCNT            ' / number of segments containing errors           PDTYPE15= 'INTEGER*4         ' /                                                PSIZE15 =                   32 /                                                PTYPE16 = 'FPKTTIME          ' / the time of the first packet                   PDTYPE16= 'CHARACTER*24      ' /                                                PSIZE16 =                  192 /                                                PTYPE17 = 'LPKTTIME          ' / the time of the last packet                    PDTYPE17= 'CHARACTER*24      ' /                                                PSIZE17 =                  192 /                                                PTYPE18 = 'CTYPE1            ' / the coordinate type for first axis             PDTYPE18= 'CHARACTER*8       ' /                                                PSIZE18 =                   64 /                                                PTYPE19 = 'CTYPE2            ' / the coordinate type for the second axis        PDTYPE19= 'CHARACTER*8       ' /                                                PSIZE19 =                   64 /                                                PTYPE20 = 'CTYPE3            ' / the coordinate type for the third axis         PDTYPE20= 'CHARACTER*8       ' /                                                PSIZE20 =                   64 /                                                                                                                                                               / FOC DATA DESCRIPTOR KEYWORDS                   INSTRUME= 'FOC               ' / instrument in use                              ROOTNAME= 'X0BK0604T         ' / rootname of the observation set                FILETYPE= 'SCI               ' / shp, udl, sci                                  NSEGPGRP=                    0 / not computed - used only by OSS                                                                                                                               / CALIBRATION FLAGS AND INDICATORS               OPTCRLY = 'F96               ' / optical relay: F48, F96                        SMMMODE = 'NOTUSED           ' / spectro. mirror mechanism: INBEAM, NOTUSED     SHTMODE = 'NOTUSED           ' / shutter mode: INBEAM, NOTUSED                  LEDMODE = 'NOTUSED           ' / led calibration status: ACTIVE, NOTUSED        PXFORMT = 'NORMAL            ' / format of the image: NORMAL, ZOOM              OPTELT1 =                    3 / filter element, wheel 1 f48: (0-7), f96: (0-11)OPTELT2 =                    0 / filter element, wheel 2 f48: (0-7), f96: (0-11)OPTELT3 =                    2 / filter element, wheel 3 f48: (0),   f96: (0-11)OPTELT4 =                    0 / filter element, wheel 4 f48: (0),   f96: (0-11)FILTNAM1= 'F2ND              ' / filter element name for wheel 1                FILTNAM2= 'CLEAR2            ' / filter element name for wheel 2                FILTNAM3= 'F120M             ' / filter element name for wheel 3                FILTNAM4= 'CLEAR4            ' / filter element name for wheel 4                CAMMODE = 'NOTUSED           ' / coronographic apodizer mask: INBEAM, NOTUSED   SAMPOFF =        0.2560000E+03 / sample offset (0.0-1023.75)                    LINEOFF =        0.2560000E+03 / line offset (0.0-1023.75)                      SAMPPLN =                  512 / samples per line (64, 128, 256, or 512)        LINEPFM =                  512 / lines per frame (64, 128, 256, 512, or 1024)                                                                                                                  / CALIBRATION REFERENCE FILES                    GRAPHTAB= 'mtab$a3c1003jm.tmg' / the HST graph table                            COMPTAB = 'mtab$a3c10030m.tmc' / the HST components table                       UNITAB  = 'xtab$a3f1011cx.cxu' / table of relative detective efficiency filenameBACHFILE= 'xref$91b1313sx.r0h' / background reference header file               ITFHFILE= 'xref$91b13138x.r1h' / itf reference header file                      BLMHFILE= 'xref$a1m1626px.r7h' / blemish header file                            UNIHFILE= 'N/A               ' / uniform de reference header file               SDEHFILE= 'N/A               ' / sde reference header file                      RESHFILE= 'N/A               ' / input reseau header file                       GEOHFILE= 'xref$a3f0949jx.r5h' / geometric reference header file                MODHFILE= 'N/A               ' / reseau mark model header file                                                                                                                                 / CALIBRATION SWITCHES: perform,omit,complete    BACCORR = 'PERFORM           ' / background subtraction correction              ITFCORR = 'PERFORM           ' / intensity transfer function correction         PXLCORR = 'OMIT              ' / split zoom-format pixels                       UNICORR = 'PERFORM           ' / uniform de correction                          WAVCORR = 'PERFORM           ' / compute photometric parameters                 GEOCORR = 'PERFORM           ' / geometric correction                           SDECORR = 'OMIT              ' / spectrograph de correction                     RESCORR = 'OMIT              ' / locate reseau marks                                                                                                                                           / CALIBRATION KEYWORDS                           SAMPBEG =                  257 / first sample number                            LINEBEG =                  257 / first line number                              DNFORMT =                   16 / bits in each data number (8/16)                EXPTIME =        0.8967500E+03 / total exposure time in seconds                 GEODEFV =        0.0000000E+00 / geo DN value for areas outside sci image                                                                                                                      / STATISTICAL KEYWORDS                           DATE    = '16/08/90          ' / date this file was written (dd/mm/yy)          PODPSFF = '0                 ' / 0=(no podps fill), 1=(podps fill present)      STDCFFF = '0                 ' / 0=(no st dcf fill), 1=(st dcf fill present)    STDCFFP = '0000              ' / st dcf fill pattern (hex)                                                                                                                                     / DISPLAY KEYWORDS                               PLOTID  = 'FOC               ' / plot title                                                                                                                                                    / FOC INSTRUMENT DESCRIPTOR KEYWORDS                                            / FOC PHOTOMETRY KEYWORDS                        LEDCOLOR= '                  ' / LED color (a color, blank , NONE or ERROR)                                                                                     PHOTMODE= '                  ' / observation mode                               PHOTFLAM=        0.0000000E+00 / Inverse Sensitivity                            PHOTZPT =        0.0000000E+00 / ST magnitude zero point                        PHOTPLAM=        0.0000000E+00 / Pivot Wavelength                               PHOTBW  =        0.0000000E+00 / RMS Bandwidth of the Filter and Detector                                                                                                                      / DMF EXPOSURE DATA                              PROPOSID= '03025             ' / PEP proposal identifier                        PEP_EXPO= '3.0000000         ' / PEP exposure identifier including sequence     TARGNAM1= 'GRW5824           ' / proposer's target name (first 18 char)         TARGNAMC= '                  ' / target name continuation (last 12 char)        PLAN_EXP=  0.9000000000000E+03 / proposed time per exposure                     PLAN_SN =  0.1000000000000E+03 / proposed signal-to-noise ratio                 PRIORITY=                    1 / proposer's priority for exposure               RA      =        0.2047157E+03 / right ascension of the target (degrees)        DEC     =        0.7028570E+02 / declination of the target (degrees)            EXPOSURE=        0.8967500E+03 / exposure duration (seconds)--calculated        EXPSTRT =        0.7827118E-05 / exposure start time (seconds)                  EXPEND  =        0.7827834E-05 / exposure end time (seconds)                    SUNANGLE=        0.6696473E+02 / angle between sun and V1 axis (degrees)        MOONANGL=        0.7364391E+02 / angle between moon and V1 axis (degrees)       END