SIMPLE  =                    T / Fits standard                                  BITPIX  =                  -32 / Bits per pixel                                 NAXIS   =                    1 / Number of axes                                 NAXIS1  =                 1859 / Axis length                                    ORIGIN  = 'NOAO-IRAF FITS Image Kernel July 1999' / FITS file originator        IRAF-TLM= '09:32:52 (20/07/2001)' / Time of last modification                   OBJECT  = 'fors object'        / Name of the object observed                    DATE    = '2001-07-20T08:32:52'         / UT date when this file was written    CRVAL1  =                3000.          / RA at ref pixel in degrees            CRPIX1  =                   1.          / Ref pixel in X                        CTYPE1  = 'LINEAR  '                    / Pixel coordinate system               MJD-OBS =       51845.11115883          / MJD start (2000-10-28T02:40:04.123)   DATE-OBS= '2000-10-28T02:40:04.123'     / Date of observation                   EXPTIME =              1799.92          / Total integration time                EXTEND  =                    F          / Extension may be present              OBSERVER= 'FORS observer'               / Name of observer                      INSTRUME= 'FORS1   '                    / Instrument used                       CROTA1  =            28.927250          / rotation from ra/dec coordinate       PC001001=              0.87523          / Translation matrix element            PC001002=              0.48370          / Translation matrix element            PC002001=             -0.48370          / Translation matrix element            PC002002=              0.87523          / Translation matrix element            TELESCOP= 'ESO-VLT-U1'                  / ESO Telescope Name                    RA      =            53.066636          / 03:32:15.9 RA (J2000) pointing (deg)  DEC     =            -27.83806          / -27:50:17.0 DEC (J2000) pointing (deg)EQUINOX =                2000.          / Standard FK5 (years)                  RADECSYS= 'FK5     '                    / Coordinate reference frame            LST     =             1526.631          / 00:25:26.631 LST at start (sec)       UTC     =             9603.000          / 02:40:03.000 UTC at start (sec)       ORIGFILE= 'FORS1-066_MOS302.2.fits' / Original File Name                        ARCFILE = 'FORS.2000-10-28T02:40:04.123.fits' / Archive File Name               UT      = '02:40:03.000'                / 02:40:03.000 UTC at start (sec)       ST      = '00:25:26.631'                / 00:25:26.631 LST at start (sec)       AIRMASS =                 1.12          / Airmass at start                      IMAGETYP= 'object  '                    / Observation type                      GRISM   = 'GRIS_150I'                   / Grism name.                           CHECKSUM= 'c3UIf0RGc0RGc0RG'            / ASCII 1's complement checksum         CHECKVER= 'COMPLEMENT'                  / Checksum method                       HIERARCH ESO OBS TPLNO       =            3 / Template number within OB         HIERARCH ESO OBS NAME        = 'cdf_m6-7_big1' / OB name                        HIERARCH ESO OBS PROG ID     = '66.A-0270(A)' / ESO program identification      HIERARCH ESO OBS ID          =    200102507 / Observation block ID              HIERARCH ESO OBS DID         = 'ESO-VLT-DIC.OBS-1.4' / OBS Dictionary           HIERARCH ESO OBS OBSERVER    = 'UNKNOWN '   / Observer Name                     HIERARCH ESO OBS PI-COI NAME = 'UNKNOWN '   / PI-COI name                       HIERARCH ESO OBS PI-COI ID   =           92 / ESO internal PI-COI ID            HIERARCH ESO OBS TARG NAME   = 'cdf1_big1'  / OB target name                    HIERARCH ESO OBS GRP         = '0       '   / linked blocks                     HIERARCH ESO TPL ID          = 'FORS1-066_mos_obs_off' / Template signature ID  HIERARCH ESO TPL NAME        = 'Take mos exposure' / Template name              HIERARCH ESO TPL NEXP        =            1 / Number of exposures within templatHIERARCH ESO TPL EXPNO       =            1 / Exposure number within template   HIERARCH ESO DPR CATG        = 'SCIENCE '   / Observation category              HIERARCH ESO DPR TYPE        = 'SKY     '   / Observation type                  HIERARCH ESO DPR TECH        = 'MOS     '   / Observation technique             HIERARCH ESO TEL DID         = 'ESO-VLT-DIC.TCS' / Data dictionary for TEL      HIERARCH ESO TEL ID          = 'v 1.290.1.1' / TCS version number               HIERARCH ESO TEL DATE        = 'not set '   / TCS installation date             HIERARCH ESO TEL ALT         =       48.230 / Alt angle at start (deg)          HIERARCH ESO TEL AZ          =      284.943 / Az angle at start (deg) S=0,W=90  HIERARCH ESO TEL GEOELEV     =         2681. / Elevation above sea level (m)    HIERARCH ESO TEL GEOLAT      =     -24.6279 / Tel geo latitute (+=North) (deg)  HIERARCH ESO TEL GEOLON      =     -70.4048 / Tel geo longitute (+=East) (deg)  HIERARCH ESO TEL OPER        = 'I, Condor'  / Telescope Operator                HIERARCH ESO TEL FOCU ID     = 'CA      '   / Telescope focus station ID        HIERARCH ESO TEL FOCU LEN    =      108.827 / Focal length (m)                  HIERARCH ESO TEL FOCU SCALE  =        1.894 / Focal scale (arcsec/mm)           HIERARCH ESO TEL FOCU VALUE  =       -6.210 / M2 setting (mm)                   HIERARCH ESO TEL PARANG START=      -96.673 / Parallactic angle at start (deg)  HIERARCH ESO TEL AIRM START  =        1.340 / Airmass at start                  HIERARCH ESO TEL AMBI FWHM START=      0.57 / Observatory Seeing queried from ASHIERARCH ESO TEL AMBI PRES START=    745.98 / Observatory ambient air pressure qHIERARCH ESO TEL TRAK STATUS = 'NORMAL  '   / Tracking status                   HIERARCH ESO TEL DOME STATUS = 'FULLY-OPEN' / Dome status                       HIERARCH ESO TEL CHOP ST     =            F / True when chopping is active      HIERARCH ESO TEL PARANG END  =      -93.934 / Parallactic angle at end (deg)    HIERARCH ESO TEL AIRM END    =        1.222 / Airmass at end                    HIERARCH ESO TEL AMBI FWHM END=        0.66 / Observatory Seeing queried from ASHIERARCH ESO TEL AMBI PRES END=      745.90 / Observatory ambient air pressure qHIERARCH ESO ADA ABSROT START=    112.80672 / Abs rot angle at exp start (deg)  HIERARCH ESO ADA POSANG      =     28.92725 / Position angle at start           HIERARCH ESO ADA GUID STATUS = 'ON      '   / Status of autoguider              HIERARCH ESO ADA GUID RA     =     0.000000 / 00:00:00.0 Guide star RA J2000    HIERARCH ESO ADA GUID DEC    =      0.00000 / 00:00:00.0 Guide star DEC J2000   HIERARCH ESO ADA ABSROT END  =    115.54547 / Abs rot angle at exp end (deg)    HIERARCH ESO INS PIXSCALE    =        0.200 / pixel scale in arcsec/pixel       HIERARCH ESO INS MODE        = 'MOS     '   / Instrument mode used              HIERARCH ESO INS COLL ID     = '+1      '   / Collimator unique ID              HIERARCH ESO INS COLL NAME   = 'COLL_SR '   / Collimator name                   HIERARCH ESO INS FOCU POS    =  -0.01885000 / Focus position in cm              HIERARCH ESO INS FOCU TEMP   =         12.4 / Focus temperature in C            HIERARCH ESO INS OPTI2 NAME  = 'MOS     '   / Name of long slit or polarimetric HIERARCH ESO INS OPTI2 ID    = '        '   / Id of long slit or polarimetric maHIERARCH ESO INS OPTI2 TYPE  = 'MOS     '   / Element type in the focal field.  HIERARCH ESO INS OPTI3 NAME  = 'COLL_SR '   / Name of collimator                HIERARCH ESO INS OPTI3 ID    = '+1      '   / Identification of collimator      HIERARCH ESO INS OPTI3 TYPE  = 'COLL    '   / Element type                      HIERARCH ESO INS OPTI4 NAME  = 'free    '   / Name of retarder plate            HIERARCH ESO INS OPTI4 ID    = '        '   / Id of retarder plate              HIERARCH ESO INS OPTI4 TYPE  = '        '   / Element type                      HIERARCH ESO INS OPTI5 NAME  = 'free    '   / element name in wheel 1 (WollastonHIERARCH ESO INS OPTI5 ID    = '        '   / element id in wheel 1 (Wollaston) HIERARCH ESO INS OPTI5 TYPE  = '        '   / Element type in wheel 1           HIERARCH ESO INS OPTI6 NAME  = 'GRIS_150I'  / element name in wheel2 (grism)    HIERARCH ESO INS OPTI6 ID    = '+17     '   / element id in wheel2 (grism)      HIERARCH ESO INS OPTI6 TYPE  = 'GRIS    '   / Element type in wheel 2           HIERARCH ESO INS OPTI7 NAME  = 'free    '   / element name in wheel3 (parallel bHIERARCH ESO INS OPTI7 ID    = '        '   / element id in wheel3 (parallel beaHIERARCH ESO INS OPTI7 TYPE  = '        '   / Element type in wheel 3           HIERARCH ESO INS OPTI8 NAME  = 'CAMERA  '   / camera name                       HIERARCH ESO INS OPTI8 ID    = '+3      '   / camera id                         HIERARCH ESO INS OPTI8 TYPE  = 'CAMERA  '   / Element type                      HIERARCH ESO INS OPTI9 NAME  = 'free    '   / element name in wheel 4 (interfereHIERARCH ESO INS OPTI9 ID    = '        '   / element id in wheel 4 (interferencHIERARCH ESO INS OPTI9 TYPE  = '        '   / Element type in wheel 4           HIERARCH ESO INS OPTI10 NAME = 'free    '   / Element name in wheel 5 (interf. 2HIERARCH ESO INS OPTI10 ID   = '        '   / Element id in wheel 5 (interf. 2) HIERARCH ESO INS OPTI10 TYPE = '        '   / Element type in wheel 5           HIERARCH ESO INS MOS1 RA     =  53.02972000 / RA of slit in deg                 HIERARCH ESO INS MOS2 RA     =  53.09229000 / RA of slit in deg                 HIERARCH ESO INS MOS3 RA     =  53.03765000 / RA of slit in deg                 HIERARCH ESO INS MOS4 RA     =  53.07484000 / RA of slit in deg                 HIERARCH ESO INS MOS5 RA     =  53.08432000 / RA of slit in deg                 HIERARCH ESO INS MOS6 RA     =  53.05375000 / RA of slit in deg                 HIERARCH ESO INS MOS7 RA     =  53.05586000 / RA of slit in deg                 HIERARCH ESO INS MOS8 RA     =  53.04529000 / RA of slit in deg                 HIERARCH ESO INS MOS9 RA     =  53.07174000 / RA of slit in deg                 HIERARCH ESO INS MOS10 RA    =  53.05633000 / RA of slit in deg                 HIERARCH ESO INS MOS11 RA    =  53.05664000 / RA of slit in deg                 HIERARCH ESO INS MOS12 RA    =  53.07462000 / RA of slit in deg                 HIERARCH ESO INS MOS13 RA    =  53.02993000 / RA of slit in deg                 HIERARCH ESO INS MOS14 RA    =  53.06648000 / RA of slit in deg                 HIERARCH ESO INS MOS15 RA    =  53.06985000 / RA of slit in deg                 HIERARCH ESO INS MOS16 RA    =  53.07401000 / RA of slit in deg                 HIERARCH ESO INS MOS17 RA    =  53.12140000 / RA of slit in deg                 HIERARCH ESO INS MOS18 RA    =  53.13389000 / RA of slit in deg                 HIERARCH ESO INS MOS19 RA    =  53.13663000 / RA of slit in deg                 HIERARCH ESO INS MOS1 DEC    = -27.79113000 / DEC of slit in deg                HIERARCH ESO INS MOS2 DEC    = -27.76776000 / DEC of slit in deg                HIERARCH ESO INS MOS3 DEC    = -27.80169000 / DEC of slit in deg                HIERARCH ESO INS MOS4 DEC    = -27.79073000 / DEC of slit in deg                HIERARCH ESO INS MOS5 DEC    = -27.79332000 / DEC of slit in deg                HIERARCH ESO INS MOS6 DEC    = -27.81548000 / DEC of slit in deg                HIERARCH ESO INS MOS7 DEC    = -27.82167000 / DEC of slit in deg                HIERARCH ESO INS MOS8 DEC    = -27.83405000 / DEC of slit in deg                HIERARCH ESO INS MOS9 DEC    = -27.82834000 / DEC of slit in deg                HIERARCH ESO INS MOS10 DEC   = -27.84309000 / DEC of slit in deg                HIERARCH ESO INS MOS11 DEC   = -27.85016000 / DEC of slit in deg                HIERARCH ESO INS MOS12 DEC   = -27.84859000 / DEC of slit in deg                HIERARCH ESO INS MOS13 DEC   = -27.87764000 / DEC of slit in deg                HIERARCH ESO INS MOS14 DEC   = -27.86700000 / DEC of slit in deg                HIERARCH ESO INS MOS15 DEC   = -27.87258000 / DEC of slit in deg                HIERARCH ESO INS MOS16 DEC   = -27.87776000 / DEC of slit in deg                HIERARCH ESO INS MOS17 DEC   = -27.86182000 / DEC of slit in deg                HIERARCH ESO INS MOS18 DEC   = -27.86293000 / DEC of slit in deg                HIERARCH ESO INS MOS19 DEC   = -27.86881000 / DEC of slit in deg                HIERARCH ESO INS MOS1 WID    =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS2 WID    =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS3 WID    =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS4 WID    =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS5 WID    =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS6 WID    =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS7 WID    =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS8 WID    =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS9 WID    =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS10 WID   =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS11 WID   =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS12 WID   =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS13 WID   =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS14 WID   =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS15 WID   =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS16 WID   =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS17 WID   =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS18 WID   =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS19 WID   =         1.20 / MOSi slit width in arcsec         HIERARCH ESO INS MOS1 LEN    =        23.08 / MOSi slit length in arcsec        HIERARCH ESO INS MOS2 LEN    =        20.74 / MOSi slit length in arcsec        HIERARCH ESO INS MOS3 LEN    =        23.08 / MOSi slit length in arcsec        HIERARCH ESO INS MOS4 LEN    =        20.74 / MOSi slit length in arcsec        HIERARCH ESO INS MOS5 LEN    =        23.08 / MOSi slit length in arcsec        HIERARCH ESO INS MOS6 LEN    =        20.74 / MOSi slit length in arcsec        HIERARCH ESO INS MOS7 LEN    =        23.08 / MOSi slit length in arcsec        HIERARCH ESO INS MOS8 LEN    =        20.74 / MOSi slit length in arcsec        HIERARCH ESO INS MOS9 LEN    =        23.08 / MOSi slit length in arcsec        HIERARCH ESO INS MOS10 LEN   =        20.74 / MOSi slit length in arcsec        HIERARCH ESO INS MOS11 LEN   =        23.08 / MOSi slit length in arcsec        HIERARCH ESO INS MOS12 LEN   =        20.74 / MOSi slit length in arcsec        HIERARCH ESO INS MOS13 LEN   =        23.08 / MOSi slit length in arcsec        HIERARCH ESO INS MOS14 LEN   =        20.74 / MOSi slit length in arcsec        HIERARCH ESO INS MOS15 LEN   =        23.08 / MOSi slit length in arcsec        HIERARCH ESO INS MOS16 LEN   =        20.74 / MOSi slit length in arcsec        HIERARCH ESO INS MOS17 LEN   =        23.08 / MOSi slit length in arcsec        HIERARCH ESO INS MOS18 LEN   =        20.74 / MOSi slit length in arcsec        HIERARCH ESO INS MOS19 LEN   =        23.08 / MOSi slit length in arcsec        HIERARCH ESO INS MOS1 POSANG =       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS2 POSANG =       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS3 POSANG =       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS4 POSANG =       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS5 POSANG =       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS6 POSANG =       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS7 POSANG =       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS8 POSANG =       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS9 POSANG =       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS10 POSANG=       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS11 POSANG=       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS12 POSANG=       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS13 POSANG=       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS14 POSANG=       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS15 POSANG=       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS16 POSANG=       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS17 POSANG=       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS18 POSANG=       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS MOS19 POSANG=       28.927 / MOS slit posang (N=0 E=90)        HIERARCH ESO INS TARG1 NAME  = 'NN      '   / Name of the target for MOS observaHIERARCH ESO INS TARG2 NAME  = '145     '   / Name of the target for MOS observaHIERARCH ESO INS TARG3 NAME  = '62      '   / Name of the target for MOS observaHIERARCH ESO INS TARG4 NAME  = 'NN      '   / Name of the target for MOS observaHIERARCH ESO INS TARG5 NAME  = '151     '   / Name of the target for MOS observaHIERARCH ESO INS TARG6 NAME  = '257     '   / Name of the target for MOS observaHIERARCH ESO INS TARG7 NAME  = 'NN      '   / Name of the target for MOS observaHIERARCH ESO INS TARG8 NAME  = '236     '   / Name of the target for MOS observaHIERARCH ESO INS TARG9 NAME  = 'NN      '   / Name of the target for MOS observaHIERARCH ESO INS TARG10 NAME = '178     '   / Name of the target for MOS observaHIERARCH ESO INS TARG11 NAME = '55      '   / Name of the target for MOS observaHIERARCH ESO INS TARG12 NAME = '153     '   / Name of the target for MOS observaHIERARCH ESO INS TARG13 NAME = 'NN      '   / Name of the target for MOS observaHIERARCH ESO INS TARG14 NAME = 'NN      '   / Name of the target for MOS observaHIERARCH ESO INS TARG15 NAME = '51      '   / Name of the target for MOS observaHIERARCH ESO INS TARG16 NAME = '87      '   / Name of the target for MOS observaHIERARCH ESO INS TARG17 NAME = '264     '   / Name of the target for MOS observaHIERARCH ESO INS TARG18 NAME = '220     '   / Name of the target for MOS observaHIERARCH ESO INS TARG19 NAME = 'NN      '   / Name of the target for MOS observaHIERARCH ESO INS TARG1 RA    =  53.03193750 / RA of MOS target in deg           HIERARCH ESO INS TARG2 RA    =  53.09391250 / RA of MOS target in deg           HIERARCH ESO INS TARG3 RA    =  53.03943750 / RA of MOS target in deg           HIERARCH ESO INS TARG4 RA    =  53.07507917 / RA of MOS target in deg           HIERARCH ESO INS TARG5 RA    =  53.08534583 / RA of MOS target in deg           HIERARCH ESO INS TARG6 RA    =  53.05577500 / RA of MOS target in deg           HIERARCH ESO INS TARG7 RA    =  53.05705417 / RA of MOS target in deg           HIERARCH ESO INS TARG8 RA    =  53.04773333 / RA of MOS target in deg           HIERARCH ESO INS TARG9 RA    =  53.07326250 / RA of MOS target in deg           HIERARCH ESO INS TARG10 RA   =  53.05785000 / RA of MOS target in deg           HIERARCH ESO INS TARG11 RA   =  53.05843333 / RA of MOS target in deg           HIERARCH ESO INS TARG12 RA   =  53.07643750 / RA of MOS target in deg           HIERARCH ESO INS TARG13 RA   =  53.03025417 / RA of MOS target in deg           HIERARCH ESO INS TARG14 RA   =  53.06825833 / RA of MOS target in deg           HIERARCH ESO INS TARG15 RA   =  53.07154583 / RA of MOS target in deg           HIERARCH ESO INS TARG16 RA   =  53.07602917 / RA of MOS target in deg           HIERARCH ESO INS TARG17 RA   =  53.12397500 / RA of MOS target in deg           HIERARCH ESO INS TARG18 RA   =  53.13649583 / RA of MOS target in deg           HIERARCH ESO INS TARG19 RA   =  53.13765833 / RA of MOS target in deg           HIERARCH ESO INS TARG1 DEC   = -27.79208056 / DEC of MOS target in deg          HIERARCH ESO INS TARG2 DEC   = -27.76774722 / DEC of MOS target in deg          HIERARCH ESO INS TARG3 DEC   = -27.80191389 / DEC of MOS target in deg          HIERARCH ESO INS TARG4 DEC   = -27.78847222 / DEC of MOS target in deg          HIERARCH ESO INS TARG5 DEC   = -27.79230278 / DEC of MOS target in deg          HIERARCH ESO INS TARG6 DEC   = -27.81604722 / DEC of MOS target in deg          HIERARCH ESO INS TARG7 DEC   = -27.82088056 / DEC of MOS target in deg          HIERARCH ESO INS TARG8 DEC   = -27.83525000 / DEC of MOS target in deg          HIERARCH ESO INS TARG9 DEC   = -27.82805556 / DEC of MOS target in deg          HIERARCH ESO INS TARG10 DEC  = -27.84276944 / DEC of MOS target in deg          HIERARCH ESO INS TARG11 DEC  = -27.85026944 / DEC of MOS target in deg          HIERARCH ESO INS TARG12 DEC  = -27.84870833 / DEC of MOS target in deg          HIERARCH ESO INS TARG13 DEC  = -27.87535556 / DEC of MOS target in deg          HIERARCH ESO INS TARG14 DEC  = -27.86702778 / DEC of MOS target in deg          HIERARCH ESO INS TARG15 DEC  = -27.87245278 / DEC of MOS target in deg          HIERARCH ESO INS TARG16 DEC  = -27.87813889 / DEC of MOS target in deg          HIERARCH ESO INS TARG17 DEC  = -27.86306944 / DEC of MOS target in deg          HIERARCH ESO INS TARG18 DEC  = -27.86421667 / DEC of MOS target in deg          HIERARCH ESO INS TARG19 DEC  = -27.86756389 / DEC of MOS target in deg          HIERARCH ESO INS GRIS1 POSANG=       28.927 / Grism posang (N=0 E=90)           HIERARCH ESO INS GRIS1 ID    = '+17     '   / Grism unique ID                   HIERARCH ESO INS GRIS1 NAME  = 'GRIS_150I'  / Grism name.                       HIERARCH ESO INS GRIS1 DISP  =         22.8 / Grism dispersion                  HIERARCH ESO INS GRIS1 WLEN  =        715.0 / Grism central wavelength          HIERARCH ESO INS IMAGE DISTOR1= 3.602000e-04 / distortion coefficient           HIERARCH ESO INS IMAGE DISTOR2= -1.228000e-06 / distortion coefficient          HIERARCH ESO INS IMAGE DISTOR3= 2.091000e-09 / distortion coefficient           HIERARCH ESO INS MOS1 POS    = 1.118593e+01 / Position of the slit in mm.       HIERARCH ESO INS MOS2 POS    = -1.023110e+02 / Position of the slit in mm.      HIERARCH ESO INS MOS3 POS    = 9.213331e+00 / Position of the slit in mm.       HIERARCH ESO INS MOS4 POS    = -5.554263e+01 / Position of the slit in mm.      HIERARCH ESO INS MOS5 POS    = -6.710203e+01 / Position of the slit in mm.      HIERARCH ESO INS MOS6 POS    = -1.784019e+00 / Position of the slit in mm.      HIERARCH ESO INS MOS7 POS    = 7.864681e-01 / Position of the slit in mm.       HIERARCH ESO INS MOS8 POS    = 2.770979e+01 / Position of the slit in mm.       HIERARCH ESO INS MOS9 POS    = -1.642013e+01 / Position of the slit in mm.      HIERARCH ESO INS MOS10 POS   = 1.977002e+01 / Position of the slit in mm.       HIERARCH ESO INS MOS11 POS   = 2.581854e+01 / Position of the slit in mm.       HIERARCH ESO INS MOS12 POS   = -2.064102e+00 / Position of the slit in mm.      HIERARCH ESO INS MOS13 POS   = 9.030083e+01 / Position of the slit in mm.       HIERARCH ESO INS MOS14 POS   = 2.681882e+01 / Position of the slit in mm.       HIERARCH ESO INS MOS15 POS   = 2.698684e+01 / Position of the slit in mm.       HIERARCH ESO INS MOS16 POS   = 2.563975e+01 / Position of the slit in mm.       HIERARCH ESO INS MOS17 POS   = -5.864412e+01 / Position of the slit in mm.      HIERARCH ESO INS MOS18 POS   = -7.597004e+01 / Position of the slit in mm.      HIERARCH ESO INS MOS19 POS   = -7.459123e+01 / Position of the slit in mm.      HIERARCH ESO INS MOS1 WIDTH  = 6.331305e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS2 WIDTH  = 6.331000e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS3 WIDTH  = 6.333381e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS4 WIDTH  = 6.332528e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS5 WIDTH  = 6.330618e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS6 WIDTH  = 6.330378e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS7 WIDTH  = 6.340639e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS8 WIDTH  = 6.334245e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS9 WIDTH  = 6.332699e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS10 WIDTH = 6.329669e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS11 WIDTH = 6.329282e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS12 WIDTH = 6.332048e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS13 WIDTH = 6.333433e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS14 WIDTH = 6.333553e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS15 WIDTH = 6.333200e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS16 WIDTH = 6.335083e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS17 WIDTH = 6.332404e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS18 WIDTH = 6.330815e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS MOS19 WIDTH = 6.334513e-01 / Width of the MOS slit in mm.      HIERARCH ESO INS SHUT EXPTIME= 1.799914e+03 / Real exposure time in sec.        HIERARCH ESO DET ID          = 'CCD FIERA - Rev 2.60' / Detector system Id      HIERARCH ESO DET NAME        = 'ccdF - fors' / Name of detector system          HIERARCH ESO DET DATE        = '31/10/99'   / Installation date                 HIERARCH ESO DET DID         = 'ESO-VLT-DIC.CCDDCS,ESO-VLT-DIC.FCDDCS' / DictionHIERARCH ESO DET BITS        =           16 / Bits per pixel readout            HIERARCH ESO DET RA          =  53.06807500 / Apparent 03:32:16.3 RA at start   HIERARCH ESO DET DEC         = -27.83761111 / Apparent -27:50:15.3 DEC at start HIERARCH ESO DET SOFW MODE   = 'Normal  '   / CCD sw operational mode           HIERARCH ESO DET CHIPS       =            1 / # of chips in detector array      HIERARCH ESO DET CHIP1 ID    = 'TK2048EB4-1 160' / Detector chip identification HIERARCH ESO DET CHIP1 NAME  = '        '   / Detector chip name                HIERARCH ESO DET CHIP1 DATE  = '31/10/99'   / Date of installation [YYYY-MM-DD] HIERARCH ESO DET CHIP1 X     =            1 / X location in array               HIERARCH ESO DET CHIP1 Y     =            1 / Y location in array               HIERARCH ESO DET CHIP1 NX    =         2048 / # of pixels along X               HIERARCH ESO DET CHIP1 NY    =         2049 / # of pixels along Y               HIERARCH ESO DET CHIP1 PSZX  =         24.0 / Size of pixel in X                HIERARCH ESO DET CHIP1 PSZY  =         24.0 / Size of pixel in Y                HIERARCH ESO DET EXP NO      =          521 / Unique exposure ID number         HIERARCH ESO DET EXP TYPE    = 'Normal  '   / Exposure type                     HIERARCH ESO DET EXP DUMDIT  =            0 / # of dummy readouts               HIERARCH ESO DET EXP RDTTIME =       91.655 / image readout time                HIERARCH ESO DET EXP XFERTIM =       91.742 / image transfer time               HIERARCH ESO DET READ MODE   = 'normal  '   / Readout method                    HIERARCH ESO DET READ SPEED  = 'normal  '   / Readout speed                     HIERARCH ESO DET READ CLOCK  = 'Readout A (high' / Readout clock pattern used   HIERARCH ESO DET OUTPUTS     =            1 / # of outputs                      HIERARCH ESO DET OUTREF      =            0 / reference output                  HIERARCH ESO DET OUT1 ID     = 'A       '   / Output ID as from manufacturer    HIERARCH ESO DET OUT1 NAME   = 'A       '   / Description of output             HIERARCH ESO DET OUT1 CHIP   =            1 / Chip to which the output belongs  HIERARCH ESO DET OUT1 X      =            1 / X location of output              HIERARCH ESO DET OUT1 Y      =            1 / Y location of output              HIERARCH ESO DET OUT1 NX     =         2048 / valid pixels along X              HIERARCH ESO DET OUT1 NY     =         2048 / valid pixels along Y              HIERARCH ESO DET OUT1 PRSCX  =           16 / Prescan region in X               HIERARCH ESO DET OUT1 OVSCX  =           16 / Overscan region in X              HIERARCH ESO DET OUT1 CONAD  =         1.46 / Conversion from ADUs to electrons HIERARCH ESO DET OUT1 RON    =         5.16 / Readout noise per output (e-)     HIERARCH ESO DET OUT1 GAIN   =         0.68 / Conversion from electrons to ADU  HIERARCH ESO DET FRAM ID     =            1 / Image sequencial number           HIERARCH ESO DET FRAM TYPE   = 'Normal  '   / Type of frame                     HIERARCH ESO DET WINDOWS     =            1 / # of windows readout              HIERARCH ESO DET WIN1 STRX   =            1 / Lower left pixel in X             HIERARCH ESO DET WIN1 STRY   =            1 / Lower left pixel in Y             HIERARCH ESO DET WIN1 NX     =         2080 / # of pixels along X               HIERARCH ESO DET WIN1 NY     =         2048 / # of pixels along Y               HIERARCH ESO DET WIN1 BINX   =            1 / Binning factor along X            HIERARCH ESO DET WIN1 BINY   =            1 / Binning factor along Y            HIERARCH ESO DET WIN1 NDIT   =            1 / # of subintegrations              HIERARCH ESO DET WIN1 UIT1   =  1800.000000 / user defined subintegration time  HIERARCH ESO DET WIN1 DIT1   =  1800.000000 / actual subintegration time        HIERARCH ESO DET WIN1 DKTM   =    1800.0238 / Dark current time                 HIERARCH ESO DET SHUT TYPE   = 'Iris    '   / type of shutter                   HIERARCH ESO DET SHUT ID     = 'fors shutter' / Shutter unique identifier       HIERARCH ESO DET SHUT TMOPEN =        0.000 / Time taken to open shutter        HIERARCH ESO DET SHUT TMCLOS =        0.000 / Time taken to close shutter       COMMENT CRVAL1 5.306664e+01                                                     COMMENT CRVAL2 -2.783806e+01                                                    COMMENT CDELT1 -5.548259e-05                                                    COMMENT CDELT2 5.548259e-05                                                     HIERARCH ESO GEN AMBI TEMPMEAN =        13.27 / Mean site temp. during exposure HIERARCH ESO GEN AMBI TEMPRMS =         0.35 / RMS site temp. during exposure   HIERARCH ESO GEN AMBI PRESMEAN =       745.97 / Mean site barom. pressure duringHIERARCH ESO GEN AMBI PRESRMS =         0.03 / RMS site barom. pressure during eHIERARCH ESO GEN AMBI RHUMMEAN =         6.00 / Mean rel hum during exposure    HIERARCH ESO GEN AMBI RHUMRMS =         0.00 / RMS rel hum during exposure      HIERARCH ESO GEN AMBI WIND SPDMEAN =         3.12 / Mean wind speed during exposHIERARCH ESO GEN AMBI WIND SPDRMS =         0.26 / RMS wind speed during exposurHIERARCH ESO GEN AMBI WIND DIRMEAN =        77.10 / Mean exposure wind dir (N=0 HIERARCH ESO GEN AMBI WIND DIRRMS =        12.10 / RMS exposure wind dir (N=0 E=HIERARCH ESO GEN AMBI FWHMMEAN =         0.53 / Mean seeing during exposure     HIERARCH ESO GEN AMBI FWHMRMS =         0.05 / RMS seeing during exposure       HIERARCH ESO GEN MOON PHASE  =         0.03 / Moon phase as fraction of period  HIERARCH ESO GEN MOON ALTITUDE =    -39.43406 / Moon altitude                   HIERARCH ESO GEN MOON AZIMUTH =    228.86791 / Moon azimuth                     HIERARCH ESO GEN MOON DIST   =    139.54055 / Moon distance to the target       HISTORY CORRFITS             = 'Default.ht' / Ver. 2.1 2000-10-30T13:26:10      READMODE= 'A       '                                                            GAIN    =                 0.68                                                  TRIM    = 'Dec 27 14:27 Trim data section is [17:2064,1:2048]'                  OVERSCAN= 'Dec 27 14:27 Overscan section is [1:16,1:2048] with mean=238.8204'   ZEROCOR = 'Dec 27 14:27 Zero level correction image is ../Cal/bias1h'           CCDSEC  = '[17:2064,1:2048]'                                                    CCDPROC = 'Dec 27 14:27 CCD processing done'                                    WCSDIM  =                    1                                                  CD1_1   =      4.3057050592034                                                  LTM1_1  =                   1.                                                  WAT0_001= 'system=equispec'                                                     WAT1_001= 'wtype=linear label=Wavelength units=angstroms'                       NCOMBINE=                    6                                                  DARKTIME=              1799.92                                                  BANDID1 = 'spectrum: background none, weights variance, clean yes'              APNUM1  = '1 1 49.15 59.15'                                                     CDELT1  =      4.3057050592034                                                  DC-FLAG =                    0                                                  DCLOG1  = 'REFSPEC1 = XARC_3_FORS1-066_MOS302.2.0001'                           EX-FLAG =                    0                                                  CA-FLAG =                    0                                                  BUNIT   = 'erg/cm2/s/A'                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                         END                                                                             $Y�^�Y�������߯�ǵ@#b�Z5ӥ_@��ڥ��.�	H�����'��g�u�7�z�ԦTФS\1&f�_�ܦ�y�Mxڦ/��$*k5�
f#����^��v�ʦ[��ᔥ�e��ݡ�����[��v,������'��d
�S���f��A����
�m�����e���O�{�ܤ���$�b����"o/��v	�'�v�������ᤁ�ۤOȤ�4�����n~����ANO�mu�V)�3"��9#�l��T_�A�?�`����%��o������m�Σ�,y�vf�`{� ��"igܢ�5��0!Y�+��F
,�$���뇢���"v`e��u� ��"�������!�����!�H��M?"����tݡ{����fA�rS�y�c��c衜����u,��	��D�ֹL!��W����=̡v����u�t{~��{٢!|�����j���A!`?P��-��!�!�Ѡ!?ß�4!Ӑ"n!����� ��V!o�_!��� #���5� �r�"A-�"A�"Mmd"�k"��"��n"`.X"N��"]�""�"-�"	�E!~�b!���!eK!䐠&&� �ʗ!��!yt!X� U{!8@!V�A!�(�"�
",�"Y-�"���"���"z��"T��"V��"
�W!��� �Z�!O*!�V�""�c"�zT"ìS"�R�#�p#	��#
�"�RT"��"���"�o�"��"�&d"�F�"��"�!"��-"\��"(,�"�Y"0)a"�g!��!���!�fh!�W�!I��!��!#� ���B�!��!4�!6U& �M�[� ���!���!c��!E!9!��"�"�f�"��#��#QK�#zs�#���#�u�#l��#V�[#C�i#0�&#ڡ#
K�"��y#	�w"��W"��L"�R�"�=)"t��"kgC"=�"t�"*�"r�"���"��U"��m"���"��"�y"] �";O�"�C"`�"�FE"��`"�r#�#	��"��"��F"�.e"�K#
��#
C#*H#
#2#�#AX#
�g#�~"���"�3t"��I"�#�"���"��q"�*"�R"���"�q�"��S"��"�"oܰ"^`b"Js#"@
!�	!ؙ!"�">?I"�:�"��"�7�"��)"�d�"��"S�"�Nz"�|7"�O�"�#��#
�"��"�="��:"��-"�.�"��"�"���"��"ʙ8"ۄ�"��"�ͭ"��;"�_�"�5�"�"���"�&"η�"�(c"ԝ-"��"�XY"�(�"�i�"��,"�H"oƱ"k0
"1π!ۮ!���!T[!�� ��� ��� b�(!�<!�1!���"L
"R��"�`�"���"��"�t�"�K"��"�ga"��"��="�er"ⷆ"��4"�Vj"�'+"��]"�D�"�>�"��("v�d"6��"" "
�B"��">�="<s�"��!�s�!�3�!ѡ"��#P>�#��F#�+�$�$/�=$4��$)Qp$V�#�~T#��?#y|C#*��"��""�<�"+�Z!�\�!M'�!v�!��!T$�!�WO!�g�".;'"�"�#$��#��E#��#�j$EN$�N$i�#��##�L#��:#�k�#��K#���#|�	#n:p#f�I#jpP#olR#l��#o?�#n7�#m`�#p�#p��#n��#o��#a�w#Z�T#V�L#Q+h#JS#@��#9#<1#3��#'D�#(I#.)I#(�o#�#�5#w�#=�#!��#$e�#�F# ]w#)!#-�#-��#2�d#0ߔ#2�s#5��#9��#C�t#OS�#X��#b��#a�#f�m#p�#d�w#]`�#Y�e#T�#Je#9��#)�#$�^#%��#"�c#!�(#r�#)�#A{#�"��"��"��G"��#$%#a9#�P#2_#*�#/d�#5D~#5�S#.`�#)>#&�2#!u# 
#!�w#!��#'�#��#0J#B�#��##�q##2Q#"(�#%&�# X#"d�#%�l##%f#8�#�#
Im#��#G�#�1#�#�/#0["�"�L�"��i"�#�"���"�Q�"��G"�@�"|Cr"M|�"�!ޫ�!���!Y��!pxB!Ȓ�"
�"/��"=�d"FO�"B��"�"%"m��"�T�#
��#5e	#X
�#v��#��#�%p#|��#qs�#^L�#TI�#Kȥ#D�#>�#5V�#0�#,Z=#+��#-��#*�#%$"#+w�#*�#'��#%S/#��#G#k�#*�#֕#��#/=#[�#�
#��#"��#MN#�_#�W#�?#b�#y�#)#	�#H#��#��#RK#��#�G#*#�#;�#�V#'�#)#1#*�A#-�;#!��#%x#��#
$�#��#��#�#h�#�#J�# m�#"B�# #"�a#'��#)\h#,#*K-#*f�#(��#$�##d #$Yq##�
##�#$��#'
�#&�+#)��#%�#�h#!��#(]N#!�#u�#��#�#V:#c�#W#��#�#L#
]#
��#X#
C�"�li"�RV"�J�"�,�"r
�"=�"<�!�$\!�[!��!��
!���!��!�)!@Z
 튜 ��� �@� I/a�K̊ �V�!�GO!���"/�b"�N#ț#l&�#�tu#� #���$	�=$
q�$c_#�}�#�zW#ǘ�#�y�#��v#���#��#�LR#x<�#h�j#_ç#[��#U5�#OΨ#Mm�#KMQ#H
�#CC#>�#?�`#CC�#?
�#3c\#1�d#6h�#4�6#0>�#.�Z#-r|#+�E#,u#,��#)� #*��#)Џ#(�#*��#(��#,�#.�P#+s5#-�=#4)}#*
�#�)#�#��#�O# �I#%M~#"��#!õ#(L7#)%�#)�6#)�4#%��#%�#)�#-$G#&�##��#/ D#'+#&p#.��#2�5#4��#6�=#?#D��#D��#G<*#FO#G4�#Hf�#EM�#?#7�F#4��#%,#1#0;#&I�#��#!z�#)w�#"�d##�A#!y�#�|#��#%�W#(y�#*��#.�#44G#8�I#=��#?�:#:IM#2M�#/�#/{#$b[# ��# � #@>#b�#i�#D#
!�#�~#
��#	z#�#��#��#AA#�#*�"���"�˹#�U#
�.#��#��"���#
��#��#
�"��1"��F#�#O#Ȧ#ԉ##�#F�#��#��#��#gG#
~�"�"�Tx"���"��@#
��#�2#�:#V�#�#�#r<#��#
�i#1�#�##
Y#JI#	��#B�#
q�#	�V#$|#�#
�#: #	$�#:W#۝#��#�#��#gM#1#��#8Y#J=#��#A�#.=#.�#6#
�l#Ҥ#��#0�#Կ#�@#H�#{y#��##+�#�#�#

#	;�#H�#ش#�D#nG#~{#כ#��#> #��#	�H#	#�.#��#"�c"��W"��"��"�`#"�'�"�t�"��=#
5"���#~�#�`#��#�#	37#��#	Zc#\�#�*#p�#	�
#:X#�)#d#�"�0�"�+�"�"�Gd"�^"��M"�/"��F"�Gq"�0�"�v"˨�"���"���"̛�"�\�"��	"��"š�"ɚ"�7�"��R"��"�`�#fs#
-(#��#W�#�r#
�#�#=<#x]#��#�#�:#�s#��#�#ox#�#O�#(#��#�q#�V#��#C#{	# �# �!##��#'G{#,pX#2��#7��#=Y
#G�P#L�C#N
3#Tk#P}#H�#JM�#KWs#>�#R�l#eٱ#o
�#|�h#���#�`[#�6a#��.#�"l#���#��[#�0�#�S�#��Y#�R�#z��#i|�#Z�#C��#=A�#;)}#3�#*��#,=�#+h1#$H�# Ή#"�t#KF#�#�#�#6�#��#��#	�*#3�#
#�#O�#�#�+#(E#ќ#d#�#a,#g�#	L�#ly#
�#�#�u"��i#�#K"�l�"��"���"��P"�Ċ"��"��"��1"��n#"��~"�"_"�<H"�~T"�-�"��"��X"��"�("�2^"�#"�=�"�`z"�[�"�ס"�&�"�b�"z�m"�#�"�=�"��."���"��;"���"�YT"��;"��l"���"Ժ�"�A"߆�"���"�"���#��#zk#�G"�x/"��@#
R�"��"��D"�'O#��#]�#��"�k "�Hd"�(�"��5"�`�#��#
��"�"�"��k"�"��)"�;�"�s#�#�#
��"��"�G�"� 5"�*�"��9"�p�"�\"���"ƨ"���"��-"��("��
"��"��"�
�"�U?"�+K#=�#��#H�#�#�4#
7�"���#sm#
�#
�##�#�#Dl#��#;n#	v4#�#	ݮ#f#	�
#c>#�_#�#��#8}"���"��"�#."�0�#zE#�#�#�!#$K"�p�"�;#�(#v"�N�#�#��#��#Uc"��U##
�F#��#Bx#	G�# �#��#2"���#hE#d#u�#M�#�Y#y#�8"�
�"��&#y�"��:"�D�"�K�#!�"�Q/"��r"�C"�)$"��"�6�"��-"�"��n"��"���"���"�Q"�A�"�X�"죕"�J"�r�"�,�"�\�"���"���"�b"�N"��J"���"���"�`�#'�#�"�3�"�J"��"��"�"�#
zB#��"�W�"��5#
��#�#�"���"��"�#�"�gD"�f("��"�#"�^d#+#ܚ#e�"��#�#q@"���"��#�#�h#�/#6�#K#�`#	n#�#��#Us#
*"�r�#k�#
\�"�."��
#�E#
W�"��l#2#c�"�8�"�0f"�@�"��0#
��#/:"�f�"�M�"�Z#^f#�u#�"�rU#VD#�#�#�3#!
#�)#��#��#��#�#.�"�`"�##n�#dr#v#��#S�#
��#1!#
�#��#
��#�e#��#�#Z�#
�
#U#��#��#��#�#�'#�#D�#
��#��#��#��#hQ#	ؼ"�I�"޶d"�"��@"�n�"��"��#/a"�~�"��#�?#+�#��##�R#cP#��"�vy"��"��#�`#
$n"�R�"�
�"�M�#�#j�#%
4# &�# j#�##o�##4�#?�#�#wJ#,
#�i#*�#98�#=�{#%?+#��#,��#0%#��#"(�#6�w#<��#1��#+@�#,�#$��#�#"̚#�J#E�# ]�#�%#	�#
R#��#�#ZL#)C�#,&/#(��#-��#2�,#,
�#/��#3Yo#1R�#3B#4��#?��#E_�#><�#7$#$�u##k�#&�q# I#2pH#1mj#$�p#"#f## ~#�O##\�#.|,#1�>#5_�#26#*�#)��#1�k#6�D#8��#;�S#=9�#7SS#=�/#M�#E�#+
�#=�#I%�#M�"#Q�&#LE�#U�j#d�#q�-#x?#yg#�0#��#x��#�m)#���#��#���#��#���#6j#��<#��z#h�#�f�#���#�5R#��J#�C&#��	#�qP#�?�#��c#�m�#���#�Ԡ#���#B��#M��#���#�5L#�#�M#��#��8#�nA#�#�F�#��/#�5E#��#n�#l��#�57#���#�]#���#��9#�Y�#��0#��R#��#��4#�/I#Оv#`o?#��A#���#��#�Ԙ$��$&}$K"�$X��$Q%�$H��$D^�$N��$[W,$N�p$#��$
��$��$�#�?F#�I�#֐�#���$�#���$�$
��#灩#�i�#�#�X�#��#��$
V$u$
��$*�$��$Z�$~�#�$	DB$�
$#q�$ :$#6�$*!$�R$O�#溱#���$�/#�#Ch�#�A+#ҿ�#�U�#��$
��#��$�$
��$G�#��#��M#�e�#��^#�w$
�`$E�$"\�$�$ u�$-��$'�!$G�$
�#���#�#�B|#��j#�q�#��#ޠ�#��#�z	#�#�Y#��h#��	#�Y�#��&#�p�#���#��X#��r#�4g#���#j�#F�#��#�6�#��+#�',#��#�b�#��#YDp#�##'��#�#���#qt�#se�#���#LE#p#�#���#{m�#Z�#y�s#�ָ#nH #/99#va#���#��C#���#}t@#{��#���#� #p"A#��#v1#q#�#z:�#r#��#T��#0�#_�#G�
#E�#p��#`��#E2�#�"�#�ӿ#��#v?=#��J#�~�#��f#�!-#_�#:�O#<�#]��#J�#,d"���" $�#?��#~~�#L{#���#��#�F�#�U�#��P#�Ht#h�#�
�#�B�#-�?#/q#6A�#4i#D�#:�#$��"�py"d��"Y��̽�"��"�o8"����d�֘�"9"ǝ�"��"��"�H"�"�Z�"���#
�."�|�"��r"��o"��"�$�"�R�"��"�="V"�K�"�Ȓ"on�"��'#
�#5��#Y�m#7�h#
�u"���"��9"���"���"��)"���"��l"�!�"���"���"���"��"�L�"�q"��"�؝"Q��")"��"�?�"j�"��"�ޣ")"x�8"ݜX"tT�""�k"3 Z"St�"Cpo!��[!���"]p"EL"gIJ"��&"��8"�S�"P�"�u"s%}"��."9[P!��N"
� �����B!>� vȡQY"��]"q&�!��!;)!� `")��"��o"�	�"��"Q��"7��!�\|!�`�"9Zh"/Uz��� r!�!?$�!H�!�],"D��!��ؠA`� ��R!zDF!��!ѥ%">s"<�!��"Y�s!���)	�!8�e!��!)�}!�%!�P�!�9�!�L�
*�!>BC"(��!�nv�׻��jE�!ē1!�*!I�!�%!��!�Ab�	��;�!�N�!�hi!C�3!V�n!��U!��!m{� �LX![F�!�ߐ!��!"��"
!� ��!��"�!�T!:�!���!��!$�!���"�"D."1�"(V!��"^
!�5� ��!��J