SIMPLE  =                    T / file does conform to FITS standard             BITPIX  =                   32 / number of bits per data pixel                  NAXIS   =                    2 / number of data axes                            NAXIS1  =                  256 / length of data axis 1                          NAXIS2  =                  256 / length of data axis 2                          EXTEND  =                    T / FITS dataset may contain extensions            COMMENT   FITS (Flexible Image Transport System) format defined in Astronomy andCOMMENT   Astrophysics Supplement Series v44/p363, v44/p371, v73/p359, v73/p365.COMMENT   Contact the NASA Science Office of Standards and Technology for the   COMMENT   FITS Definition document #100 and other FITS information.             INSTRUME= 'GIS2    '           / Instrument name                                ORIGIN  = 'NASA/GSFC'          / origin of fits file                            OBJECT  = 'CRAB    '           / Name of observed object                        OBSERVER= 'NONE    '           / Principal Investigator                         RA_NOM  =           8.2855E+01 / Nominal R.A.                                   DEC_NOM =           2.2685E+01 / Nominal declination                            TELESCOP= 'ASCA    '           / Telescope (mission) name                       MJDREF  =       4.89880000E+04 / MJD reference day                              TIMEREF = 'LOCAL   '           / reference time                                 TIMESYS = '1993.0  '           / time measured from                             TIMEUNIT= 's       '           / unit for time keywords                         TSTART  = 8.244127088262056E+06 / time start                                    TSTOP   = 2.084116520306894E+08 / time stop                                     TELAPSE = 2.001675249424273E+08 / elapsed time                                  ONTIME  = 1.330155911625122E+07 / On-source time                                COORDPRO= 'ASCALIN_V0.9t'      / program used to fill SKY and DETECTOR columns  DATE-OBS= '06/04/93'           / Start date of observations                     TIME-OBS= '07:46:43'           / Start time of observations                     DATE-END= '1999-08-10'         / End date of observations                       TIME-END= '05:00:51'           / End time of observations                       MJD-OBS = 4.908341813759563E+04 / MJD of data start time                        BIT_RATE= 'MEDIUM  '           / Telemetry rate                                 OBS_MODE= 'POINTING'           / Observation mode                               DATAMODE= 'PH      '           / Datamode                                       DATE    = '1999-10-27T18:45:06' / file creation date (YYYY-MM-DDThh:mm:ss UTC)  CONTENT = 'SPECTRUM'           / spectrum file contains time intervals and eventCREATOR = 'extractor v3.42'    / Extractor                                      ORBITBEG= '93040605'           / value of ORBIT0 - applies to input file only   ORBITEND= '93040701'           / value of ORBIT1 - applies to input file only   QPOENAME= '        '           / IRAF QPOE file name to be created by fits2qp   TLM_FILE= 'ft930406_0745.0055' / Name of input telemetry file                   PHA_BINS=                 1024 / number of bins for PHA                         RISEBINS=                   32 / number of bins for RISE_TIME                   TIMEBINS=                    1 / number of bins for TIME                        SP_BINS =                    1 / number of bins for SPREAD                      RAWXBINS=                  256 / number of bins for RAWX                        RAWYBINS=                  256 / number of bins for RAWY                        TIMEDEL =     5.0000000000E-01 / Smallest time increment in PH mode             POWER   = 'ON      '           / GIS power on/off                               BYPASS  = 'OFF     '           / Bypass on/off                                  A_POWER = 'ON      '           / Analog power on/off                            HVH_POW = 'ON      '           / HV-High power on/off                           HVL_POW = 'ON      '           / HV-Low power on/off                            HV_RED  = 'OFF     '           / HV-reduction on/off                            HVH_LVL =                    3 / HV-High level (0 - 7)                          HVL_LVL =                    4 / HV-Low level (0 - 7)                           GAIN    =                   48 / Fine Gain level (0 - 63)                       LE_DS   =                    0 / Lower energy discriminator level (0 - 3)       CPU2    = 'RUN     '           / CPU2 run/stop                                  CPU3    = 'RUN     '           / CPU3 run/stop                                  CPU_SEL = 'CPU2    '           / CPU selection (CPU2/CPU3)                      CPU_DSCN= 'CONNECT '           / CPU self-disconnection (connect/discn)         RBM_POW = 'ON      '           / RBM power on/off                               RBM_MFLG= 'OFF     '           / RBM manual flag on/off                         RBM_AUTO= 'ON      '           / RBM auto flag on/off                           RBM_FLVL=                    3 / RBM flag level (0 - 3)                         RBM_LDL =                    3 / RBM lower energy discriminator level (0 - 3)   RT_LD   =                  159 / Rise time lower discriminator level(0-255)     RT_UD   =                  218 / Rise time upper discriminator level(0-255)     RT_B_CD =                    1 / Rise time bit condense (0 - 3)                 ANO_SEL = 'DISABLE '           / Anode selection                                ANO_TUNE= 'ON      '           / Anode gain tuning (on/off)                     POS_DET = 'FLF     '           / Position determination method (FLF/POW2)       R_DSCR  = 'OFF     '           / Radial discriminator (on/off)                  S_DSCR  = 'ON      '           / Spread discriminator (on/off)                  PH_TUNE = 'OFF     '           / PH tuning (on/off)                             MASK_1  = 'OFF     '           / Mask1 (on/off)                                 M1_LOGIC= 'OR      '           / Mask1 logic (and/or)                           MASK_2  = 'OFF     '           / Mask2 (on/off)                                 M2_RGN  = 'OUT     '           / Mask2 region (in/out)                          PH_EVENT= '00000001'           / PHevent sel(AAF,AAL0,EDGE,M1,COUT,DOUT,M2,XRAY)X_AN_USE= '1111111111111111'   / X-anode use(1) or no-use(0) for X0 - X15       Y_AN_USE= '1111111111111111'   / Y-anode use(1) or no-use(0) for Y0 - Y15       CETR_X_P=                  120 / X-position center for POW2 method (0-255)      CETR_Y_P=                  120 / Y-position center for POW2 method (0-255)      CETR_X_F=                  121 / X-position center for FLF method (0-255)       CETR_Y_F=                  122 / Y-position center for FLF method (0-255)       R_DSCR_P=                  255 / Radius discriminator for POW2 method (0-255)   R_DSCR_F=                  255 / Radius discriminator for FLF method (0-255)    SP_A_L_P=                    0 / Spread discri A_L for POW2 method (0-255)      SP_A_U_P=                  255 / Spread discri A_U for POW2 method (0-255)      SP_B_P  =                    0 / Spread discri B for POW2 method (0-255)        SP_C_P  =                    0 / Spread discri C for POW2 method (0-255)        SP_PH_P =                    0 / Spread discri PH for POW2 method (0-1023)      SP_A_L_F=                   80 / Spread discri A_L for FLF method (0-255)       SP_A_U_F=                  240 / Spread discri A_U for FLF method (0-255)       SP_B_F  =                  128 / Spread discri B for FLF method (0-255)         SP_C_F  =                    0 / Spread discri C for FLF method (0-255)         SP_PH_F =                    0 / Spread discri PH for FLF method (0-1023)       MASK1_X = '0000000000000000'   / Mask1 X-anode selection for X0 - X15           MASK1_Y = '0000000000000000'   / Mask1 Y-anode selection for Y0 - Y15           M2_XL   =                    0 / Mask2 X-lower boundary (0-255)                 M2_XU   =                  255 / Mask2 X-upper boundary (0-255)                 M2_YL   =                    0 / Mask2 Y-lower boundary (0-255)                 M2_YU   =                  255 / Mask2 Y-upper boundary (0-255)                 L1_S_DWN=                    0 / L1 scale down (0 - 3)                          LD_S_DWN=                    0 / LD hit scale down (0 - 3)                      M2_S_DWN=                    0 / Mask2 event scale down (0 - 8)                 X_S_DWN =                    0 / X-ray event scale down (0 - 8)                 1D_S_DWN=                    0 / 1D distribution scale down (0 - 8)             C2_PGVER=                    1 / CPU2 program version number                    C3_PGVER=                    1 / CPU3 program version number                    EXPOSURE= 1.330155911625122E+07 / Exposure time                                 ORIGMODE= 'PH      '           / DATAMODE before any conversion                 FILTER  = 'NONE    '           / Instrument filter in use                       LIVETIME= 1.330155911625122E+07 / On-source time                                USER    = 'ebisawa '           / User name of creator                           FILIN001= 'g2_night_earth.evt' / Input file name                                TIMEZERO= 0.000000000000000E+00 / Time Zero                                     HISTORY   TASK:FLOOKUP on filename:/wwwroot/mnt/FTP/.ascadata11/trend2/rev2/darkHISTORY   earth/ad10                                                            HISTORY    1999-10-14T20:51:07                                                  HISTORY      using lookup table:/software/lheasoft/develop/refdata/rti_gis_1024_HISTORY   040693.fit                                                            EQUINOX =            2.000E+03 / Equinox of celestial coord system              FILIN002= 'g2_list_nonzero_spon_2.evt' / Input file name                        FILIN003= 'g2_list_nonzero_spon_3.evt' / Input file name                        FILIN004= 'g2_list_nonzero_spon_4.evt' / Input file name                        FILIN005= 'g2_list_nonzero_spon_5.evt' / Input file name                        FILIN006= 'g2_list_nonzero_spon_6.evt' / Input file name                        FILIN007= 'g2_list_nonzero_spon_7.evt' / Input file name                        FILIN008= 'g2_list_nonzero_spon_8.evt' / Input file name                        FILIN009= 'g2_list_nonzero_spon_9.evt' / Input file name                        FILIN010= 'ad10010200g2_darkearth.evt.gz' / Input file name                     FILIN011= 'ad10010220g2_darkearth.evt.gz' / Input file name                     FILIN012= 'ad10010230g2_darkearth.evt.gz' / Input file name                     FILIN013= 'ad10010240g2_darkearth.evt.gz' / Input file name                     FILIN014= 'ad10010250g2_darkearth.evt.gz' / Input file name                     FILIN015= 'ad10010260g2_darkearth.evt.gz' / Input file name                     FILIN016= 'ad10010270g2_darkearth.evt.gz' / Input file name                     FILIN017= 'ad10010280g2_darkearth.evt.gz' / Input file name                     FILIN018= 'ad10017000g2_darkearth.evt.gz' / Input file name                     FILIN019= 'ad10017020g2_darkearth.evt.gz' / Input file name                     FILIN020= 'ad10017030g2_darkearth.evt.gz' / Input file name                     FILIN021= 'ad10018000g2_darkearth.evt.gz' / Input file name                     FILIN022= 'ad10020000g2_darkearth.evt.gz' / Input file name                     FILIN023= 'ad10020010g2_darkearth.evt.gz' / Input file name                     FILIN024= 'ad10021000g2_darkearth.evt.gz' / Input file name                     FILIN025= 'ad10021010g2_darkearth.evt.gz' / Input file name                     FILIN026= 'ad10021020g2_darkearth.evt.gz' / Input file name                     FILIN027= 'ad10021030g2_darkearth.evt.gz' / Input file name                     FILIN028= 'ad10021040g2_darkearth.evt.gz' / Input file name                     FILIN029= 'ad10021050g2_darkearth.evt.gz' / Input file name                     FILIN030= 'ad10021060g2_darkearth.evt.gz' / Input file name                     FILIN031= 'ad10021070g2_darkearth.evt.gz' / Input file name                     FILIN032= 'ad10021080g2_darkearth.evt.gz' / Input file name                     FILIN033= 'ad10021090g2_darkearth.evt.gz' / Input file name                     FILIN034= 'ad10022000g2_darkearth.evt.gz' / Input file name                     FILIN035= 'ad10022020g2_darkearth.evt.gz' / Input file name                     FILIN036= 'ad10022030g2_darkearth.evt.gz' / Input file name                     FILIN037= 'ad10402000g2_darkearth.evt.gz' / Input file name                     FILIN038= 'ad10403000g2_darkearth.evt.gz' / Input file name                     FILIN039= 'ad10403020g2_darkearth.evt.gz' / Input file name                     FILIN040= 'ad10403030g2_darkearth.evt.gz' / Input file name                     FILIN041= 'ad10404000g2_darkearth.evt.gz' / Input file name                     FILIN042= 'ad10404010g2_darkearth.evt.gz' / Input file name                     FILIN043= 'ad10407000g2_darkearth.evt.gz' / Input file name                     FILIN044= 'ad10410000g2_darkearth.evt.gz' / Input file name                     FILIN045= 'ad10411000g2_darkearth.evt.gz' / Input file name                     FILIN046= 'ad10411030g2_darkearth.evt.gz' / Input file name                     FILIN047= 'ad10411040g2_darkearth.evt.gz' / Input file name                     FILIN048= 'ad10411050g2_darkearth.evt.gz' / Input file name                     FILIN049= 'ad10412000g2_darkearth.evt.gz' / Input file name                     FILIN050= 'ad11501000g2_darkearth.evt.gz' / Input file name                     FILIN051= 'ad11501010g2_darkearth.evt.gz' / Input file name                     FILIN052= 'ad11501020g2_darkearth.evt.gz' / Input file name                     FILIN053= 'ad11501030g2_darkearth.evt.gz' / Input file name                     FILIN054= 'ad11502000g2_darkearth.evt.gz' / Input file name                     FILIN055= 'ad11502010g2_darkearth.evt.gz' / Input file name                     FILIN056= 'ad11502020g2_darkearth.evt.gz' / Input file name                     FILIN057= 'ad11502030g2_darkearth.evt.gz' / Input file name                     FILIN058= 'ad11503000g2_darkearth.evt.gz' / Input file name                     FILIN059= 'ad11504000g2_darkearth.evt.gz' / Input file name                     FILIN060= 'ad11602000g2_darkearth.evt.gz' / Input file name                     FILIN061= 'ad12001000g2_darkearth.evt.gz' / Input file name                     FILIN062= 'ad12002220g2_darkearth.evt.gz' / Input file name                     FILIN063= 'ad12002230g2_darkearth.evt.gz' / Input file name                     FILIN064= 'ad12002250g2_darkearth.evt.gz' / Input file name                     FILIN065= 'ad12002260g2_darkearth.evt.gz' / Input file name                     FILIN066= 'ad12002270g2_darkearth.evt.gz' / Input file name                     FILIN067= 'ad12002280g2_darkearth.evt.gz' / Input file name                     FILIN068= 'ad12002290g2_darkearth.evt.gz' / Input file name                     FILIN069= 'ad12002300g2_darkearth.evt.gz' / Input file name                     FILIN070= 'ad12002310g2_darkearth.evt.gz' / Input file name                     FILIN071= 'ad12002320g2_darkearth.evt.gz' / Input file name                     FILIN072= 'ad12002330g2_darkearth.evt.gz' / Input file name                     FILIN073= 'ad12501000g2_darkearth.evt.gz' / Input file name                     FILIN074= 'ad12501010g2_darkearth.evt.gz' / Input file name                     FILIN075= 'ad12501040g2_darkearth.evt.gz' / Input file name                     FILIN076= 'ad12501050g2_darkearth.evt.gz' / Input file name                     FILIN077= 'ad12601000g2_darkearth.evt.gz' / Input file name                     FILIN078= 'ad13002000g2_darkearth.evt.gz' / Input file name                     FILIN079= 'ad13002010g2_darkearth.evt.gz' / Input file name                     FILIN080= 'ad13002020g2_darkearth.evt.gz' / Input file name                     FILIN081= 'ad15000060g2_darkearth.evt.gz' / Input file name                     FILIN082= 'ad15000070g2_darkearth.evt.gz' / Input file name                     FILIN083= 'ad15000080g2_darkearth.evt.gz' / Input file name                     FILIN084= 'ad15000090g2_darkearth.evt.gz' / Input file name                     FILIN085= 'ad15000100g2_darkearth.evt.gz' / Input file name                     FILIN086= 'ad15000110g2_darkearth.evt.gz' / Input file name                     FILIN087= 'ad15020000g2_darkearth.evt.gz' / Input file name                     FILIN088= 'ad15020010g2_darkearth.evt.gz' / Input file name                     FILIN089= 'ad15020020g2_darkearth.evt.gz' / Input file name                     FILIN090= 'ad15030000g2_darkearth.evt.gz' / Input file name                     FILIN091= 'ad15031000g2_darkearth.evt.gz' / Input file name                     FILIN092= 'ad15031010g2_darkearth.evt.gz' / Input file name                     FILIN093= 'ad15031020g2_darkearth.evt.gz' / Input file name                     FILIN094= 'ad15032000g2_darkearth.evt.gz' / Input file name                     FILIN095= 'ad15033000g2_darkearth.evt.gz' / Input file name                     FILIN096= 'ad15035000g2_darkearth.evt.gz' / Input file name                     FILIN097= 'ad15401000g2_darkearth.evt.gz' / Input file name                     FILIN098= 'ad15403000g2_darkearth.evt.gz' / Input file name                     FILIN099= 'ad15500000g2_darkearth.evt.gz' / Input file name                     FILIN100= 'ad15501000g2_darkearth.evt.gz' / Input file name                     FILIN101= 'ad15502000g2_darkearth.evt.gz' / Input file name                     FILIN102= 'ad15507000g2_darkearth.evt.gz' / Input file name                     FILIN103= 'ad15601000g2_darkearth.evt.gz' / Input file name                     FILIN104= 'ad15602000g2_darkearth.evt.gz' / Input file name                     FILIN105= 'ad15604000g2_darkearth.evt.gz' / Input file name                     FILIN106= 'ad15605000g2_darkearth.evt.gz' / Input file name                     FILIN107= 'ad15606000g2_darkearth.evt.gz' / Input file name                     FILIN108= 'ad15607000g2_darkearth.evt.gz' / Input file name                     FILIN109= 'ad15701000g2_darkearth.evt.gz' / Input file name                     FILIN110= 'ad15702000g2_darkearth.evt.gz' / Input file name                     FILIN111= 'ad15705000g2_darkearth.evt.gz' / Input file name                     FILIN112= 'ad15706000g2_darkearth.evt.gz' / Input file name                     FILIN113= 'ad15707000g2_darkearth.evt.gz' / Input file name                     FILIN114= 'ad15708000g2_darkearth.evt.gz' / Input file name                     FILIN115= 'ad18931102g2_darkearth.evt.gz' / Input file name                     FILIN116= 'ad18940630g2_darkearth.evt.gz' / Input file name                     FILIN117= 'ad18940706g2_darkearth.evt.gz' / Input file name                     FILIN118= 'ad18940707g2_darkearth.evt.gz' / Input file name                     FILIN119= 'ad18941107g2_darkearth.evt.gz' / Input file name                     FILIN120= 'ad18980619g2_darkearth.evt.gz' / Input file name                     HDUCLASS= 'ogip    '           / Format conforms to OGIP/GSFC conventions       HDUCLAS1= 'IMAGE   '           / Extension contains an image                    CLOCKAPP=                    F / Is mission time corrected for clock drift?     TASSIGN = 'SATELLITE'          / location of time assignment                    COMMENT   Rise time = RT * 2^RT_B_CD + RT_LD                                    GISLIN1 = 'ASCALIN_V0.9t : CAL FILE: gis2_ano_on_flf_180295.fits' /             GISLIN2 = 'ASCALIN_V0.9t : CAL FILE DATE STAMP: 23/02/94' /                     FOV_X_MM=          44.00000000 / Detector X field of view (mm)                  FOV_Y_MM=          44.00000000 / Detector Y field of view (mm)                  RAN_SEED=                -1956 / Random number generator seed                   GISPI1  = 'ASCALIN_V0.9t : CAL FILE: gis2_ano_on_flf_180295.fits' /             GISPI2  = 'ASCALIN_V0.9t : CAL FILE DATE STAMP: 23/02/94' /                     GISPI3  = 'ASCALIN_V0.9t : GAIN FILE: ft930406_0745_0055.ghf' /                 GISPI4  = 'ASCALIN_V0.9t : GAIN FILE DATE STAMP: 21/03/98' /                    GISPI5  =           1.00000000 / Overall gain scale renorm factor (unity)       GISPI6  =           0.00000000 / Overall gain scale offset correction (keV)     ASPECT1 = 'ASCALIN_V0.9t : ATT FILE: fa930406_0745.0055' /                      ASPECT2 = 'ASCALIN_V0.9t : ATT FILE DATE STAMP: NOT AVAILABLE' /                RADECSYS= 'FK5     '           / World Coordinate System                        RA_PNT  =            82.848541 / File average value of RA (degrees)             DEC_PNT =            22.662325 / File average value of DEC (degrees)            PA_PNT  =            92.348701 / File average value of ROLL (degrees)           RA_PNTE =             0.000778 / File standard deviation of RA (degrees)        DEC_PNTE=             0.000421 / File standard deviation of DEC (degrees)       PA_PNTE =             0.001924 / File standard deviation of ROLL (degrees)      RA__MEAN=            82.860603 / Mean pointing RA (degrees)                     DEC_MEAN=            22.707186 / Mean pointing DEC (degrees)                    NPIXSOU =     6.5536000000E+04 / Number of image bin in region                  HISTORY   TASK: FMEMSORT on FILENAME: ad10010030g2_out_event.xsl                HISTORY   fmemsort4.1 at 1999-10-14T20:51:10                                    HISTORY   TASK: FMEMSORT on FILENAME: g2_list_nonzero_spon_1_out_event.xsl      HISTORY   fmemsort4.1 at 1999-10-26T21:32:31                                    HISTORY   TASK: FMEMSORT on FILENAME: g2_night_earth_out_event.xsl              HISTORY   fmemsort4.1 at 1999-10-26T22:54:51                                    HDUCLAS2= 'WMAP    '           / Extension contains a weighted map              AXLEN1  =                  256 / Dim of axis 1                                  AXLEN2  =                  256 / Dim of axis 2                                  BACKSCAL=     1.0000000000E+00 / background scale factor                        WMREBIN =                    1 / Weighted Map rebinning                         OBS-MODE=                  -10 / observing mode 1=point,2=slew,3=calibration    SKYBIN  =                    1 / Image binning factor                           PIXSIZE = 4.093000000000000E-03 / Image binsize (degrees)                       CRPIX1  = 1.000000000000000E+00 / X axis reference pixel                        CRPIX2  = 1.000000000000000E+00 / Y axis reference pixel                        CRVAL1  =                    1 / coord of X ref pixel                           X-OFFSET=                    1 / X offset for map                               CRVAL2  =                    1 / coord of Y ref pixel                           Y-OFFSET=                    1 / Y offset for map                               OPTIC1  = 1.330000000000000E+02 / X Optical axis                                OPTIC2  = 1.309600067100000E+02 / Y Optical axis                                CDELT1  = 2.500000000000000E-01 / X axis increment                              CDELT2  = 2.500000000000000E-01 / Y axis increment                              TOTCTS  =              1564187 / Total pixel count                              BLANK   =                   -1 / Null value                                     HDUVERS1= '1.0.0   '           / Header version                                 HDUVERS2= '1.0.0   '           / Header version                                 EXTNAME = 'WMAP    '           / Weighted Map Image                             HISTORY   extractor v3.42                                                       CHECKSUM= 'DhTGEgTDDgTDDgTD'   / HDU checksum updated 1999-10-27T18:45:07       DATASUM = '1564187 '           / data unit checksum updated 1999-10-27T18:45:07 END                                                                                                                                                                                                                                                                                                                                                                                                                                                      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