AEASPECT (May 2007)            ftools.suzaku            AEASPECT (May 2007)

NAME
    aeaspect -- calculate mean satellite Euler angles for Suzaku (Astro-E2)

USAGE
    aeaspect attitude filelist

DESCRIPTION

    Similar to the 'aspect' task, this tool calculates the mean Euler angles
    and corresponding pointing direction for a given attitude file,
    designed and tuned for Suzaku.  The 'aeaspect' task also has a
    capability to update the following FITS header keywords:

OBS_MODE= 'POINTING'           / observation mode (e.g. POINTING/SLEW)
OBS_ID  = '100037050'          / Observation Identifier
OBSERVER= 'Suzaku SWG'         / Principal Investigator
OBS_REM = '        '           / remark on observation
NOM_PNT = '(0,0)   '           / AimPointInDETXY:XIS=(0,0),HXD=(-3.5,0)[arcmin]
OBJECT  = 'GC_BGD3 '           / name of observed object
RA_OBJ  =             266.5900 / planned target R.A.(deg)
DEC_OBJ =             -28.6510 / planned target DEC.(deg)
RA_NOM  =             266.5899 / nominal satellite pointing direction R.A.(deg)
DEC_NOM =             -28.6514 / nominal satellite pointing direction DEC.(deg)
PA_NOM  =             -95.1189 / nominal position angle from north to DETY(deg)
MEAN_EA1=     -93.410106347902 / mean of the 1st ZYZ-Euler angle (deg)
MEAN_EA2=     118.651370124916 / mean of the 2nd ZYZ-Euler angle (deg)
MEAN_EA3=    -174.881077222727 / mean of the 3rd ZYZ-Euler angle (deg)
ATT_FILE=    'ae100037050.att' / name of the satellite attitude file
DATE-OBS= '2005-10-01T06:22:41'/ start date of observations (UT)
DATE-END= '2005-10-01T07:35:22'/ end date of observations (UT)
 [XRS]
TELDEF  = 'ae_xrs_teldef_20050622.fits' / name of the telescope definition file
RA_PNT  =             266.5899 / average optical axis location R.A.(deg)
DEC_PNT =             -28.6514 / average optical axis location DEC.(deg)
 [HXD]
TELDEF  = 'ae_hxd_teldef_20050908.fits' / name of the telescope definition file
RA_PNT  =             266.5840 / average optical axis location R.A.(deg)
DEC_PNT =             -28.5933 / average optical axis location DEC.(deg)
 [XIS0]
TELDEF  = 'ae_xi0_teldef_20051009.fits' / name of the telescope definition file
RA_PNT  =             266.5953 / average optical axis location R.A.(deg)
DEC_PNT =             -28.6678 / average optical axis location DEC.(deg)
 [XIS1]
TELDEF  = 'ae_xi1_teldef_20051009.fits' / name of the telescope definition file
RA_PNT  =             266.5949 / average optical axis location R.A.(deg)
DEC_PNT =             -28.6496 / average optical axis location DEC.(deg)
 [XIS2]
TELDEF  = 'ae_xi2_teldef_20051009.fits' / name of the telescope definition file
RA_PNT  =             266.5801 / average optical axis location R.A.(deg)
DEC_PNT =             -28.6451 / average optical axis location DEC.(deg)
 [XIS3]
TELDEF  = 'ae_xi3_teldef_20051009.fits' / name of the telescope definition file
RA_PNT  =             266.5813 / average optical axis location R.A.(deg)
DEC_PNT =             -28.6469 / average optical axis location DEC.(deg)

    The resultant `mean' attitude is not always the actual mean (or average)
    of each temporal value, but the representative attitude of the satellite
    calculated from certain algorithms.  In the calculation, the Euler angles
    are separated into the pointing direction (RA, DEC) and the position angle
    ROLL between y-axis and the north direction.  In averaging, (RA, DEC) is
    farther converted into 3-dimensional vector (X, Y, Z) and does averaging
    for each X, Y, Z element.  ROLL is converted into 2-dimensional vector
    (x, y).

    There are two algorithms to calculate the `mean' Euler angles.
    The 1st one is calculating the median, and this value will be the
    resultant `mean' when the parameter adopt_median=yes.  The Euler angles
    are sampled with the sample_sec=60.0 sec by default, and each sampled
    value is converted into 3-dim vector (X, Y, Z) and 2-dim vector (x, y).
    The X, Y, Z, x, y are sorted individually.  When the sampled number N
    is an odd number, (N+1)/2-th value is adopted as representative.
    When N is an even number, an average of N/2-th and (N/2+1)-th values
    is adopted.  Using those representative values, Xm, Ym, Zm, xm, ym,
    the Euler angles are reconstructed.

    The second algorithm is to calculate a simple average of X, Y, Z, x, y
    when adopt_median=no, but when at any of sampled time, the angular
    distance is larger than offset_tolerance=2.0 arcmin, or the roll angle
    difference is larger than roll_tolerance=1.0 deg, the average is
    recalculated splitting the time interval into num_split=4, by default.
    By calculating the standard deviation of the angular distance, the most
    stable time interval is selected.

    After calculating the `mean' Euler angles, the nominal pointing direction
    (RA_NOM, DEC_NOM) and the nominal position (roll) angle PA_NOM are
    calculated using the Euler angle and the satellite alignment information
    in the XRS teldef file.  The (RA_NOM, DEC_NOM) direction corresponds to
    the center of the FOC coordinates and the PA_NOM repesents the y-axis angle
    from the north when the `mean' Euler angles are chosen.  The RA_NOM,
    DEC_NOM, PA_NOM have the same value for all sensors (XRS, HXD, XISn),
    and written to the FITS header of the event files specified by the
    filelist parameter. These values are also written to the HK files.
    The RA_PNT, DEC_PNT corresponds to the optical axis of each sensor,
    where the effective area of the XRT (for XRS, XIS) or the collimator
    (for HXD) is maximum. The (RA_PNT, DEC_PNT) values are different among
    sensors and the common instrument HK does not have this keywords.
    This task also writes the MEAN_EA1, MEAN_EA2, MEAN_EA3 keywords which
    corresponds to the `mean' Euler angles, and the ATT_FILE and TELDEF
    keywords corresponding to the attitude file and the teldef file used for
    the calculation.  The OBJECT, OBSERVER, RA_OBJ, DEC_OBJ keywords are copied
    from the attitude file.  These header keywords manipulation can be
    controlled with the update_obj, update_nom, update_pnt, update_ea keywords,
    which are all "yes" by default.

PARAMETERS

attitude [file name]
    Input attitude file

filelist [file name]
    File name or @filelist to modify FITS keywords

(leapfile = CALDB;$ENV{LHEA_DATA}/leapsec.fits) [file name]
    Name of the leap second file. The default value is set to
    indicate that aeaspect will search for the file in CALDB first
    and then in the LHEA_DATA directory if necessary (the actual path
    for the HEADAS installation in use will be shown).

(xrs_teldef = CALDB) [file name]
    Location of XRS teldef file.  CALDB version is used, if available.

(hxd_teldef = CALDB) [file name]
    Location of HXD teldef file.  CALDB version is used, if available.

(xis0_teldef = CALDB) [file name]
    Location of XIS0 teldef file.  CALDB version is used, if available.

(xis1_teldef = CALDB) [file name]
    Location of XIS1 teldef file.  CALDB version is used, if available.

(xis2_teldef = CALDB) [file name]
    Location of XIS2 teldef file.  CALDB version is used, if available.

(xis3_teldef = CALDB) [file name]
    Location of XIS3 teldef file.  CALDB version is used, if available.

(sample_sec = 60.0) [real]
    Sampling time in second (s).

(offset_tolerance = 2.0) [real]
    Offset angle tolerance (arcmin), needed only when adopt_median=no.

(roll_tolerance = 1.0) [real]
    Roll angle tolerance (degree), needed only when adopt_median=no.

(num_split = 4) [integer]
    Number of splitting time intervals, needed only when adopt_median=no.

(adopt_median = yes) [boolean]
    Adopt median instead of average?

(update_obs = yes) [boolean]
    Update OBS_MODE/OBS_ID/OBSERVER/OBS_REM/NOM_PNT keywords?

(update_obj = yes) [boolean]
    Update OBJECT/RA_OBJ/DEC_OBJ keywords?

(update_nom = yes) [boolean]
    Update RA_NOM/DEC_NOM/PA_NOM keywords?

(update_pnt = yes) [boolean]
    Update RA_PNT/DEC_PNT keywords?

(update_ea = yes) [boolean]
    Update MEAN_EA1/MEAN_EA2/MEAN_EA3 keywords?

(update_date = yes) [boolean]
    Update DATE-OBS/DATE-END keywords? TIME-OBS and TIME-END
    keywords are deleted if they exist.

(date_obs = "none") [string]
    String value or keyword name for DATE-OBS

(date_end = "none") [string]
    String value or keyword name for DATE-OBS

(anl_verbose = 0) [integer]
    ANL verbose level (-1:full, 0:minimum)

(anl_profile = no) [boolean]
    Enable ANL module profiling?

(num_event = -1) [integer]
    Number of events (-1=all, 0=exit)

(event_freq = 10000) [integer]
    Event number printout frequency

(chatter = 2) [integer]
    Message chatter level (0:min,2:norm,5:max)

EXAMPLES

1.    Compute the mean Euler angles using the attitude file 
ae100037050.att and modifying all keywords in the list of files
given in the file called "filelist" with the date and the end
of observation speficied by keywords found in the attitude file. 

       
with 
	%cat filelist 
test-results/ae100037050.att
test-results/ae100037050.hk
test-results/ae100037050.orb
test-results/ae100037050.tim
test-results/ae100037050hxd_0.hk
test-results/ae100037050hxd_0_wam.fff
test-results/ae100037050hxd_0_wel.fff
test-results/ae100037050xi0_0.hk
test-results/ae100037050xi0_0_3x3n000.fff
test-results/ae100037050xi0_0_5x5n000.fff
test-results/ae100037050xi0_0_dun000.fff
test-results/ae100037050xi1_0.hk
test-results/ae100037050xi1_0_3x3n001.fff
test-results/ae100037050xi1_0_5x5n001.fff
test-results/ae100037050xi1_0_dun001.fff
test-results/ae100037050xi2_0.hk
test-results/ae100037050xi2_0_3x3n000.fff
test-results/ae100037050xi2_0_5x5n000.fff
test-results/ae100037050xi2_0_dun000.fff
test-results/ae100037050xi3_0.hk
test-results/ae100037050xi3_0_3x3n000.fff
test-results/ae100037050xi3_0_5x5n000.fff
test-results/ae100037050xi3_0_dun000.fff
test-results/ae100037050xrs_0_all.hk
test-results/ae100037050xrs_0_dump.hk

     % aeaspect attitude=test-results/ae100037050.att \
       filelist=@filelist date_obs=MNV_END date_end=MNV_NEXT
aeaspect version 2006-07-02
Written by Y.ISHISAKI (TMU)
Built on ANL HEADAS converter 1.71 for ANL version 1.71
input attitude file [test-results/ae100037050.att] :  
file name or @filelist to modify FITS keywords [@filelist] :  
location of leap-seconds file [CALDB] :  
location of XRS teldef file [CALDB] :  
location of HXD teldef file [CALDB] :  
location of XIS0 teldef file [CALDB] :  
location of XIS1 teldef file [CALDB] :  
location of XIS2 teldef file [CALDB] :  
location of XIS3 teldef file [CALDB] :  

aeaspect: *** show parameter ***

            ATTITUDE   'test-results/ae100037050.att'
       MOD_FILE_LIST   '@filelist'
            LEAPFILE   '/usr/local/astroe/com/calibration/caldb/2006-07-01/data/gen/bcf/leapsec_010905.fits' (CALDB)
          XRS_TELDEF   '/usr/local/astroe/com/calibration/caldb/2006-07-01/data/suzaku/xrs/bcf/ae_xrs_teldef_20050622.fits.gz' (CALDB)
          XRS_TELDEF   '/usr/local/astroe/com/calibration/caldb/2006-07-01/data/suzaku/hxd/bcf/ae_hxd_teldef_20060516.fits.gz' (CALDB)
         XIS0_TELDEF   '/usr/local/astroe/com/calibration/caldb/2006-07-01/data/suzaku/xis/bcf/ae_xi0_teldef_20060125.fits.gz' (CALDB)
         XIS1_TELDEF   '/usr/local/astroe/com/calibration/caldb/2006-07-01/data/suzaku/xis/bcf/ae_xi1_teldef_20060125.fits.gz' (CALDB)
         XIS2_TELDEF   '/usr/local/astroe/com/calibration/caldb/2006-07-01/data/suzaku/xis/bcf/ae_xi2_teldef_20060125.fits.gz' (CALDB)
         XIS3_TELDEF   '/usr/local/astroe/com/calibration/caldb/2006-07-01/data/suzaku/xis/bcf/ae_xi3_teldef_20060125.fits.gz' (CALDB)
          SAMPLE_SEC   60.000 (s)
    OFFSET_TOLERANCE   2.000000 (arcmin)
      ROLL_TOLERANCE   1.000000 (degree)
        ADOPT_MEDIAN   YES
          UPDATE_OBS   YES
          UPDATE_OBJ   YES
          UPDATE_NOM   YES
          UPDATE_PNT   YES
           UPDATE_EA   YES
         UPDATE_DATE   YES
            DATE_OBS   'MNV_END'
            DATE_END   'MNV_NEXT'

atMissionTime: reading leapsec file '/usr/local/astroe/com/calibration/caldb/2006-07-01/data/gen/bcf/leapsec_010905.fits' ...
01: 1972-01-01 00:00:00.000   +0.0 sec
02: 1972-07-01 00:00:00.000   +1.0 sec
03: 1973-01-01 00:00:00.000   +1.0 sec
04: 1974-01-01 00:00:00.000   +1.0 sec
05: 1975-01-01 00:00:00.000   +1.0 sec
06: 1976-01-01 00:00:00.000   +1.0 sec
07: 1977-01-01 00:00:00.000   +1.0 sec
08: 1978-01-01 00:00:00.000   +1.0 sec
09: 1979-01-01 00:00:00.000   +1.0 sec
10: 1980-01-01 00:00:00.000   +1.0 sec
11: 1981-07-01 00:00:00.000   +1.0 sec
12: 1982-07-01 00:00:00.000   +1.0 sec
13: 1983-07-01 00:00:00.000   +1.0 sec
14: 1985-07-01 00:00:00.000   +1.0 sec
15: 1988-01-01 00:00:00.000   +1.0 sec
16: 1990-01-01 00:00:00.000   +1.0 sec
17: 1991-01-01 00:00:00.000   +1.0 sec
18: 1992-07-01 00:00:00.000   +1.0 sec
19: 1993-07-01 00:00:00.000   +1.0 sec
20: 1994-07-01 00:00:00.000   +1.0 sec
21: 1996-01-01 00:00:00.000   +1.0 sec
22: 1997-07-01 00:00:00.000   +1.0 sec
23: 1999-01-01 00:00:00.000   +1.0 sec
24: 2006-01-01 00:00:00.000   +1.0 sec
atMissionTime: 24 lines were read

aeaspect: date_obs='MNV_END ' found in attitude header, t=181462961.0
aeaspect: date_end='MNV_NEXT' found in attitude header, t=181467322.0

aste_aspect version 1.7

aspecting attitude: test-results/ae100037050.att
  TELESCOP='UNKNOWN', OBJECT='GC_BGD3', (RA,DEC)=(266.5900, -28.6510)

using teldef file: /usr/local/astroe/com/calibration/caldb/2006-07-01/data/suzaku/xrs/bcf/ae_xrs_teldef_20050622.fits.gz
  TELESCOP='SUZAKU', INSTRUME='XRS'

attitude  START STOP dT: 181462964.272009 181467318.271343      4353.999334
  START in yyyy-mm-dd hh:mm:ss (MJD): 2005-10-01 06:22:44 (53644.26579019)
  STOP  in yyyy-mm-dd hh:mm:ss (MJD): 2005-10-01 07:35:18 (53644.31618370)

aspecting START STOP dT: 181462961.000000 181467322.000000      4361.000000
  START in yyyy-mm-dd hh:mm:ss (MJD): 2005-10-01 06:22:41 (53644.26575231)
  STOP  in yyyy-mm-dd hh:mm:ss (MJD): 2005-10-01 07:35:22 (53644.31622685)

averaging attitude in 60 sec sampling, 73 points

  Sample Time : 60.0 s   Number of Accept / Sample : 73 / 73
  TIME START STOP TELAPSE (s) : 181462961.0 181467322.0      4361.0
  START DATE TIME in UTC (MJD): 2005-10-01 06:22:41 (53644.26575231)
  STOP  DATE TIME in UTC (MJD): 2005-10-01 07:35:22 (53644.31622685)

  Mean [MEDIAN]  Euler angles :  266.590073  118.651407  185.118793

                                    RA          DEC      SUN ANGLE

  Mean Sun position     (deg) :  187.464565   -3.225327
  Mean aberration    (arcsec) :   -4.557956   -1.744271

  Mean satellite X-axis (deg) :  256.007842   60.933134   82.631083
  Mean satellite Y-axis (deg) :  174.130678   -4.490635   13.363298
  Mean satellite Z-axis (deg) :  266.590073  -28.651407   78.914579

                   RA(deg)     DEC(deg)    ROLL(deg) OFFSET(arcmin)

  Median          266.590073  -28.651407  264.881207
  Average         266.589895  -28.651368  264.881076
  Minimum         266.587951  -28.655192  264.879639
  Maximum         266.591479  -28.649927  264.882308    0.253062
  Sigma (RMS)       0.000985    0.000684    0.000737    0.066850

aeaspect: keywords to be updated are ...

OBS_MODE= 'POINTING'           / observation mode (e.g. POINTING/SLEW)
OBS_ID  = '100037050'          / Observation Identifier
OBSERVER= 'Suzaku SWG'         / Principal Investigator
OBS_REM = '        '           / remark on observation
NOM_PNT = '(0,0)   '           / AimPointInDETXY:XIS=(0,0),HXD=(-3.5,0)[arcmin]
OBJECT  = 'GC_BGD3 '           / name of observed object
RA_OBJ  =             266.5900 / planned target R.A.(deg)
DEC_OBJ =             -28.6510 / planned target DEC.(deg)
RA_NOM  =             266.5901 / nominal satellite pointing direction R.A.(deg)
DEC_NOM =             -28.6514 / nominal satellite pointing direction DEC.(deg)
PA_NOM  =             264.8812 / nominal position angle from north to DETY(deg)
MEAN_EA1=     266.590073120327 / mean of the 1st ZYZ-Euler angle (deg)
MEAN_EA2=     118.651407053459 / mean of the 2nd ZYZ-Euler angle (deg)
MEAN_EA3=     185.118792652151 / mean of the 3rd ZYZ-Euler angle (deg)
ATT_FILE=    'ae100037050.att' / name of the satellite attitude file
DATE-OBS= '2005-10-01T06:22:41'/ start date of observations (UT)
DATE-END= '2005-10-01T07:35:22'/ end date of observations (UT)
 [XRS]
TELDEF  = 'ae_xrs_teldef_20050622.fits.gz' / name of the telescope definition file
RA_PNT  =             266.5901 / average optical axis location R.A.(deg)
DEC_PNT =             -28.6514 / average optical axis location DEC.(deg)
 [HXD]
TELDEF  = 'ae_hxd_teldef_20060516.fits.gz' / name of the telescope definition file
RA_PNT  =             266.5841 / average optical axis location R.A.(deg)
DEC_PNT =             -28.5933 / average optical axis location DEC.(deg)
 [XIS0]
TELDEF  = 'ae_xi0_teldef_20060125.fits.gz' / name of the telescope definition file
RA_PNT  =             266.5897 / average optical axis location R.A.(deg)
DEC_PNT =             -28.6738 / average optical axis location DEC.(deg)
 [XIS1]
TELDEF  = 'ae_xi1_teldef_20060125.fits.gz' / name of the telescope definition file
RA_PNT  =             266.5964 / average optical axis location R.A.(deg)
DEC_PNT =             -28.6646 / average optical axis location DEC.(deg)
 [XIS2]
TELDEF  = 'ae_xi2_teldef_20060125.fits.gz' / name of the telescope definition file
RA_PNT  =             266.5754 / average optical axis location R.A.(deg)
DEC_PNT =             -28.6476 / average optical axis location DEC.(deg)
 [XIS3]
TELDEF  = 'ae_xi3_teldef_20060125.fits.gz' / name of the telescope definition file
RA_PNT  =             266.5796 / average optical axis location R.A.(deg)
DEC_PNT =             -28.6525 / average optical axis location DEC.(deg)

 [ 1] Processing 'test-results/ae100037050.att'
      +1: TELESCOP='SUZAKU', INSTRUME=''
 [ 2] Processing 'test-results/ae100037050.hk'
      +1: TELESCOP='SUZAKU', INSTRUME=''
      +2: TELESCOP='SUZAKU', INSTRUME=''
      +3: TELESCOP='SUZAKU', INSTRUME=''
      +4: TELESCOP='SUZAKU', INSTRUME=''
      +5: TELESCOP='SUZAKU', INSTRUME=''
      +6: TELESCOP='SUZAKU', INSTRUME=''
      +7: TELESCOP='SUZAKU', INSTRUME=''
      +8: TELESCOP='SUZAKU', INSTRUME=''
      +9: TELESCOP='SUZAKU', INSTRUME=''
     +10: TELESCOP='SUZAKU', INSTRUME=''
     +11: TELESCOP='SUZAKU', INSTRUME=''
     +12: TELESCOP='SUZAKU', INSTRUME=''
     +13: TELESCOP='SUZAKU', INSTRUME=''
     +14: TELESCOP='SUZAKU', INSTRUME=''
     +15: TELESCOP='SUZAKU', INSTRUME=''
     +16: TELESCOP='SUZAKU', INSTRUME=''
     +17: TELESCOP='SUZAKU', INSTRUME=''
     +18: TELESCOP='SUZAKU', INSTRUME=''
     +19: TELESCOP='SUZAKU', INSTRUME=''
     +20: TELESCOP='SUZAKU', INSTRUME=''
     +21: TELESCOP='SUZAKU', INSTRUME=''
     +22: TELESCOP='SUZAKU', INSTRUME=''
     +23: TELESCOP='SUZAKU', INSTRUME=''
 [ 3] Processing 'test-results/ae100037050.orb'
      +1: TELESCOP='SUZAKU', INSTRUME=''
      +2: TELESCOP='SUZAKU', INSTRUME=''
 [ 4] Processing 'test-results/ae100037050.tim'
      +1: TELESCOP='SUZAKU', INSTRUME=''
      +2: TELESCOP='SUZAKU', INSTRUME=''
      +3: TELESCOP='SUZAKU', INSTRUME=''
      +4: TELESCOP='SUZAKU', INSTRUME=''
 [ 5] Processing 'test-results/ae100037050hxd_0.hk'
      +0: TELESCOP='SUZAKU', INSTRUME='HXD'
      +1: TELESCOP='SUZAKU', INSTRUME='HXD'
      +2: TELESCOP='SUZAKU', INSTRUME='HXD'
      +3: TELESCOP='SUZAKU', INSTRUME='HXD'
      +4: TELESCOP='SUZAKU', INSTRUME='HXD'
      +5: TELESCOP='SUZAKU', INSTRUME='HXD'
      +6: TELESCOP='SUZAKU', INSTRUME='HXD'
      +7: TELESCOP='SUZAKU', INSTRUME='HXD'
      +8: TELESCOP='SUZAKU', INSTRUME='HXD'
      +9: TELESCOP='SUZAKU', INSTRUME='HXD'
     +10: TELESCOP='SUZAKU', INSTRUME='HXD'
     +11: TELESCOP='SUZAKU', INSTRUME='HXD'
     +12: TELESCOP='SUZAKU', INSTRUME='HXD'
     +13: TELESCOP='SUZAKU', INSTRUME='HXD'
     +14: TELESCOP='SUZAKU', INSTRUME='HXD'
     +15: TELESCOP='SUZAKU', INSTRUME='HXD'
     +16: TELESCOP='SUZAKU', INSTRUME='HXD'
     +17: TELESCOP='SUZAKU', INSTRUME='HXD'
     +18: TELESCOP='SUZAKU', INSTRUME='HXD'
     +19: TELESCOP='SUZAKU', INSTRUME='HXD'
     +20: TELESCOP='SUZAKU', INSTRUME='HXD'
     +21: TELESCOP='SUZAKU', INSTRUME='HXD'
     +22: TELESCOP='SUZAKU', INSTRUME='HXD'
 [ 6] Processing 'test-results/ae100037050hxd_0_wam.fff'
      +0: TELESCOP='SUZAKU', INSTRUME='HXD'
      +1: TELESCOP='SUZAKU', INSTRUME='HXD'
      +2: TELESCOP='SUZAKU', INSTRUME='HXD'
 [ 7] Processing 'test-results/ae100037050hxd_0_wel.fff'
      +0: TELESCOP='SUZAKU', INSTRUME='HXD'
      +1: TELESCOP='SUZAKU', INSTRUME='HXD'
      +2: TELESCOP='SUZAKU', INSTRUME='HXD'
 [ 8] Processing 'test-results/ae100037050xi0_0.hk'
      +0: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +1: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +2: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +3: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +4: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +5: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +6: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +7: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +8: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +9: TELESCOP='SUZAKU', INSTRUME='XIS0'
 [ 9] Processing 'test-results/ae100037050xi0_0_3x3n000.fff'
      +0: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +1: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +2: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +3: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +4: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +5: TELESCOP='SUZAKU', INSTRUME='XIS0'
 [10] Processing 'test-results/ae100037050xi0_0_5x5n000.fff'
      +0: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +1: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +2: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +3: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +4: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +5: TELESCOP='SUZAKU', INSTRUME='XIS0'
 [11] Processing 'test-results/ae100037050xi0_0_dun000.fff'
      +0: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +1: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +2: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +3: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +4: TELESCOP='SUZAKU', INSTRUME='XIS0'
      +5: TELESCOP='SUZAKU', INSTRUME='XIS0'
 [12] Processing 'test-results/ae100037050xi1_0.hk'
      +0: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +1: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +2: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +3: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +4: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +5: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +6: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +7: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +8: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +9: TELESCOP='SUZAKU', INSTRUME='XIS1'
 [13] Processing 'test-results/ae100037050xi1_0_3x3n001.fff'
      +0: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +1: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +2: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +3: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +4: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +5: TELESCOP='SUZAKU', INSTRUME='XIS1'
 [14] Processing 'test-results/ae100037050xi1_0_5x5n001.fff'
      +0: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +1: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +2: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +3: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +4: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +5: TELESCOP='SUZAKU', INSTRUME='XIS1'
 [15] Processing 'test-results/ae100037050xi1_0_dun001.fff'
      +0: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +1: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +2: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +3: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +4: TELESCOP='SUZAKU', INSTRUME='XIS1'
      +5: TELESCOP='SUZAKU', INSTRUME='XIS1'
 [16] Processing 'test-results/ae100037050xi2_0.hk'
      +0: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +1: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +2: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +3: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +4: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +5: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +6: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +7: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +8: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +9: TELESCOP='SUZAKU', INSTRUME='XIS2'
 [17] Processing 'test-results/ae100037050xi2_0_3x3n000.fff'
      +0: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +1: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +2: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +3: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +4: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +5: TELESCOP='SUZAKU', INSTRUME='XIS2'
 [18] Processing 'test-results/ae100037050xi2_0_5x5n000.fff'
      +0: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +1: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +2: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +3: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +4: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +5: TELESCOP='SUZAKU', INSTRUME='XIS2'
 [19] Processing 'test-results/ae100037050xi2_0_dun000.fff'
      +0: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +1: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +2: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +3: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +4: TELESCOP='SUZAKU', INSTRUME='XIS2'
      +5: TELESCOP='SUZAKU', INSTRUME='XIS2'
 [20] Processing 'test-results/ae100037050xi3_0.hk'
      +0: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +1: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +2: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +3: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +4: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +5: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +6: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +7: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +8: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +9: TELESCOP='SUZAKU', INSTRUME='XIS3'
 [21] Processing 'test-results/ae100037050xi3_0_3x3n000.fff'
      +0: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +1: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +2: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +3: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +4: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +5: TELESCOP='SUZAKU', INSTRUME='XIS3'
 [22] Processing 'test-results/ae100037050xi3_0_5x5n000.fff'
      +0: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +1: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +2: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +3: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +4: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +5: TELESCOP='SUZAKU', INSTRUME='XIS3'
 [23] Processing 'test-results/ae100037050xi3_0_dun000.fff'
      +0: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +1: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +2: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +3: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +4: TELESCOP='SUZAKU', INSTRUME='XIS3'
      +5: TELESCOP='SUZAKU', INSTRUME='XIS3'
 [24] Processing 'test-results/ae100037050xrs_0_all.hk'
      +1: TELESCOP='SUZAKU', INSTRUME='XRS'
      +2: TELESCOP='SUZAKU', INSTRUME='XRS'
      +3: TELESCOP='SUZAKU', INSTRUME='XRS'
      +4: TELESCOP='SUZAKU', INSTRUME='XRS'
      +5: TELESCOP='SUZAKU', INSTRUME='XRS'
      +6: TELESCOP='SUZAKU', INSTRUME='XRS'
      +7: TELESCOP='SUZAKU', INSTRUME='XRS'
      +8: TELESCOP='SUZAKU', INSTRUME='XRS'
      +9: TELESCOP='SUZAKU', INSTRUME='XRS'
     +10: TELESCOP='SUZAKU', INSTRUME='XRS'
     +11: TELESCOP='SUZAKU', INSTRUME='XRS'
     +12: TELESCOP='SUZAKU', INSTRUME='XRS'
     +13: TELESCOP='SUZAKU', INSTRUME='XRS'
     +14: TELESCOP='SUZAKU', INSTRUME='XRS'
     +15: TELESCOP='SUZAKU', INSTRUME='XRS'
     +16: TELESCOP='SUZAKU', INSTRUME='XRS'
     +17: TELESCOP='SUZAKU', INSTRUME='XRS'
 [25] Processing 'test-results/ae100037050xrs_0_dump.hk'
      +1: TELESCOP='SUZAKU', INSTRUME='XRS'
      +2: TELESCOP='SUZAKU', INSTRUME='XRS'
      +3: TELESCOP='SUZAKU', INSTRUME='XRS'
      +4: TELESCOP='SUZAKU', INSTRUME='XRS'
      +5: TELESCOP='SUZAKU', INSTRUME='XRS'
      +6: TELESCOP='SUZAKU', INSTRUME='XRS'
      +7: TELESCOP='SUZAKU', INSTRUME='XRS'
      +8: TELESCOP='SUZAKU', INSTRUME='XRS'
      +9: TELESCOP='SUZAKU', INSTRUME='XRS'
     +10: TELESCOP='SUZAKU', INSTRUME='XRS'
     +11: TELESCOP='SUZAKU', INSTRUME='XRS'
     +12: TELESCOP='SUZAKU', INSTRUME='XRS'
     +13: TELESCOP='SUZAKU', INSTRUME='XRS'
     +14: TELESCOP='SUZAKU', INSTRUME='XRS'
     +15: TELESCOP='SUZAKU', INSTRUME='XRS'

Finished.

BUGS

None reported. 

SEE ALSO 

	none

AUTHOR

    This program was developed primarily in the ASTRO-E ANL environment by 
    Yoshitaka Ishisaki (Tokyo Metropolitan University).
    

LAST MODIFIED

    May 2007