--------------------------------- extension 0 ---------------------------------
SIMPLE  =                    T / data conform to FITS standard
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
EXTEND  =                    T / File may contain standard extensions
NEXTEND =                    1 / Number of standard extensions
GROUPS  =                    F / image is in group format
DATE    = '2014-04-23'         / date this file was written (yyyy-mm-dd)
FILENAME= 'jb6e01ssq_spt.fits                     ' / name of file
FILETYPE= 'SPT      '          / type of data found in data file
  
TELESCOP= 'HST'                / telescope used to acquire data
INSTRUME= 'ACS   '             / identifier for instrument used to acquire data
EQUINOX =               2000.0 / equinox of celestial coord. system
  
              / DATA DESCRIPTOR KEYWORDS
  
ROOTNAME= 'jb6e01ssq                         ' / rootname of the observation set
DEFAULTS=                    F / default values used in reformatting these data
PROC_TYP= 'NORMAL      '       / type of pipeline processing
  
              / TARGET INFORMATION
  
TARGNAME= 'IR0057+4021                   ' / proposer's target name
RA_TARG =   2.085291666667E+00 / right ascension of the target (deg) (J2000)
DEC_TARG=   4.063241666667E+01 / declination of the target (deg) (J2000)
ECL_LONG=            20.554022 / ecliptic longitude of the target (deg) (J2000)
ECL_LAT =            35.907852 / ecliptic latitude of the target (deg) (J2000)
GAL_LONG=           114.161087 / galactic longitude of the target (deg) (J2000)
GAL_LAT =           -21.504215 / galactic latitude of the target (deg) (J2000)
  
              / OTHER COORDINATE SYSTEM INFORMATION
  
APER_REF= 'JWFC1IRMPQ'         / aperture used for reference position
ELON_REF=            20.554022 / ecliptic longitude at reference position (deg)
ELAT_REF=            35.907852 / ecliptic latitude at reference position (deg)
GLON_REF=           114.161087 / galactic longitude at reference position (deg)
GLAT_REF=           -21.504215 / galactic latitude at reference position (deg)
  
              / PROPOSAL INFORMATION
  
PROPOSID=                11604 / PEP proposal identifier
LINENUM = '01.002         '    / proposal logsheet line number
  
              / SOFTWARE VERSION KEYWORDS
  
FLTSWVER= '5.19    '           / flight software version number
OPUS_VER= 'OPUS 2014_1a      ' / OPUS software system version number
  
              / TIME CONVERSION KEYWORDS
  
CLKDRFTR=   4.686047965870E-19 / spacecraft clock drift rate
CLKRATE =   1.250000026450E-01 / spacecraft clock rate
SPCLINCN=   3.699098260000E+08 / spacecraft clock at UTC0
UTC0    =   5.475492493080E+04 / Coordinated Universal Time (Mod Julian Date)
  
              / SUPPORT SCHEDULE: PROGRAMMATIC DATA
PROGRMID= 'B6E'                / program id (base 36)
PR_INV_L= 'Robinson                      ' / last name of principal investigator
PR_INV_F= 'Andrew              ' / first name of principal investigator
PR_INV_M= '                    ' / middle name / initial of principal investigat
ACCPDATE= '       '            / proposal acceptance date (yyyyddd)
OBSET_ID= '01'                 / observation set id
CALIBRAT= 'T'                  / calibrate data flag
OBSERVTN= 'SS '                / observation number (base 36)
EXPACKET=                    4 / expected number of source packets
PRODTYPE= '                  ' / output product medium type
OPFORMAT= '                  ' / output product format specification
CALIBTYP= ' '                  / calibration type : E, I or Blank
CDBSDATA= 'FALSE'              / cdbs notification flag: 'CAL' or 'FALSE'
  
  
              / SUPPORT SCHEDULE: FLAGS AND INDICATORS
  
SS_OBSMD= 'ACCUM          '    / Support schedule specified operating mode
SS_APER = 'WFC1-IRAMPQ     '   / proposed aperture name
SS_DTCTR= 'ACS/WFC   '         / proposed detector to use
SS_GRTNG= '                  ' / proposed SBC filter
SS_NSTEP=                    0 / proposed number of peakup search steps
SS_STPSZ=             0.000000 / proposed peakup scan stepsize in milli-arcsecon
SS_CBNA1=                    1 / prop. num. of CCD pixels binned on-chip - axis1
SS_CBNA2=                    1 / prop. num. of CCD pixels binned on-chip - axis2
SS_MBNA1=                    0 / proposed MAMA data readout format in axis 1
SS_MBNA2=                    0 / proposed MAMA data readout format in axis 2
SS_CHKBX=                    0 / proposed size of checkbox for finding algorithm
SS_SUBAR= 'YES     '           / proposed subarray data format (YES, NO, BINNED)
SS_A1CRN=                    2 / proposed axis1 detector pixel of subarray start
SS_A1SZE=               2070.0 / prop. subarray axis1 size in unbinned detr pix
SS_A2CRN=                    1 / proposed axis2 detector pixel of subarray start
SS_A2SZE=               2046.0 / prop. subarray axis2 size in unbinned detr pix
SS_CNMTH= '                '   / proposed target acquisition centering method
SS_PKCNT= '               '    / proposed centering method used in peakup acq.
SS_GAIN =                  2.0 / proposed CCD amplifier gain setting
SS_SPLIT=                    1 / proposed number of cosmic ray split exposures
SS_RPT  =                    1 / proposed number of repeat exposures in set
              / SUPPORT SCHEDULE: DATA GROUP II DATA
WRD11_14=                   26 / word 11/14 (0-255)
PSTRTIME= '2009.312:10:17:31 ' / predicted obs. start time (yyyy.ddd:hh:mm:ss)
PSTPTIME= '2009.312:10:26:36 ' / predicted obs. stop time (yyyy.ddd:hh:mm:ss)
APEROBJ = 'JWFC1IRMPQ'         / si object aperture id
APERSKY = '          '         / si sky aperture id
TARG_ID = '11604_1        '    / SPSS target ID from proposal+target no.
APERTYPE= 'SICS              ' / aperture type (SICS, SIAS, SIDS)
RA_V1   =   2.115352161031E+00 / right ascension of v1 axis of st (deg)
DEC_V1  =   4.056089771799E+01 / declination of v1 axis of st (deg)
PA_V3   =           296.250488 / position angle of V3-axis of HST (deg)
APEROFFX=             0.000000 / x comp of object offset in aperture (arcsec)
APEROFFY=             0.000000 / y comp of object offset in aperture (arcsec)
ANGLESEP=             0.000000 / ang separation of target from ref obj (arcsec)
DGESTAR = 'NBGL000071F1'       / FGS ID(F1,F2,F3) concat. w/ dom. gd. star id
SGESTAR = 'NBGL000129F2'       / FGS ID(F1,F2,F3) concat. w/ subdom. gd. star id
PA_APER =               112.85 / position ang of aperture used with target (deg)
PA_REF  =             0.000000 / position ang of target from ref. object (deg)
SAAAVOID= '27'                 / SAA model for SAA Avoidance (range 02-99)
TARAQMOD= '03'                 / target acquisition mode (values 00, 01, 02, 03)
POSTNSTX=   3.698257419124E+03 / position of space telescope x axis (km)
POSTNSTY=  -5.004077213929E+03 / position of space telescope y axis (km)
POSTNSTZ=   3.074078676579E+03 / position of space telescope z axis (km)
VELOCSTX=   5.588063063553E+00 / vel of space telescope along x axis (km/sec)
VELOCSTY=   4.948126877945E+00 / vel of space telescope along y axis (km/sec)
VELOCSTZ=   1.332013122514E+00 / vel of space telescope along z axis (km/sec)
RA_SUN  =   2.235350878965E+02 / right ascension of the sun (deg)
DEC_SUN =  -1.662616525184E+01 / declination of the sun (deg)
RA_MOON =   1.218340872979E+02 / right ascension of the moon (deg)
DEC_MOON=   1.963759912010E+01 / declination of the moon (deg)
VELABBRA=            20.577890 / aberration in position of the target
ANNPARRA=             0.000000 / par. shift in position, non-solar sys target
V2APERCE=             0.000000 / V2 offset of target from aper fiducial (arcsec)
V3APERCE=             0.000000 / V3 offset of target from aper fiducial (arcsec)
EQRADTRG=             0.000000 / equatorial radius of target (km)
FLATNTRG=             0.000000 / flattening of target
NPDECTRG=             0.000000 / north pole declination of target (deg)
NPRATRG =             0.000000 / north pole right ascension of target (deg)
ROTRTTRG=             0.000000 / rotation rate of target
LONGPMER=             0.000000 / longitude of prime meridian (deg)
EPLONGPM=             0.000000 / epoch of longitude of prime meridian (sec)
SURFLATD=             0.000000 / surface feature latitude (deg)
SURFLONG=             0.000000 / surface feature longitude (deg)
SURFALTD=             0.000000 / surface feature altitude (km)
MTFLAG  = ' '                  / moving target flag; T if it is a moving target
S0INVMAG=   0.000000000000E+00 / S0 inverse magnitude
S0XDIR  =   0.000000000000E+00 / S0 X direction
S0YDIR  =   0.000000000000E+00 / S0 Y direction
S0ZDIR  =   0.000000000000E+00 / S0 Z direction
TRK_TYPE= 'F  '                / track 48 or track 51 commanding used
T51_RATE=                  0.0 / rate of motion commanded (arcsecs/sec)
T51_ANGL=                  0.0 / position angle of motion of aperture (deg)
TARGDIST=   0.000000000000E+00 / distance to target from Earth's center (km)
PAR_CORR= 'N'                  / parallax correction used (Y, N, or A)
RA_REF  =   2.085291666667E+00 / right ascension of reference object (deg)
DEC_REF =   4.063241666667E+01 / declination of reference object (deg)
  
              / ONBOARD EPHEMERIS MODEL PARAMETERS
EPCHTIME=   7.838208000000E+08 / epoch time of parameters (secs since 1/1/85)
SDMEANAN=   8.086001337000E-16 / 2nd deriv coef for mean anomaly (revs/sec/sec)
SDMA3SQ =   3.584504131019E-06 / 3 * (SDMEANAN**2) radians/second**2.
HSTHORB =   2.874060840747E+03 / half the duration of the ST orbit (seconds)
CIRVELOC=   7.586362197608E+03 / circular orbit linear velocity (meters/second)
COSINCLI=   8.796342909276E-01 / cosine of inclination
ECCENTRY=   6.071407576270E-04 / eccentricity
ECCENTX2=   1.214281515254E-03 / eccentricity times 2
ECBDX4D3=   2.984055534700E-10 / eccentricity cubed times 4/3
ESQDX5D2=   9.215497489298E-07 / eccentricity squared times 5/2
ECBDX3  =   6.714124953075E-10 / eccentricity cubed times 3
FDMEANAN=   1.739698731883E-04 / 1st derivative coef for mean anomly (revs/sec)
RCASCNRD=  -1.320705331220E-06 / rt chge right ascension ascend node (rads/sec)
RCASCNRV=  -2.101967818314E-07 / rt chge right ascension ascend node (revs/sec)
ARGPERIG=   1.361594145128E-01 / argument of perigee (revolutions)
MEANANOM=   2.605510486223E+00 / mean anomaly (radians)
RCARGPER=   8.161171416795E-08 / rate change of argument of perigee (revs/sec)
RASCASCN=   7.671825122435E-01 / right ascension of ascending node (revolutions)
SINEINCL=   4.756506220161E-01 / sine of inclination
SEMILREC=   6.940300787608E+06 / semi-latus rectum (meters)
TIMEFFEC=   7.838229420000E+08 / time parameters took effect (secs since 1/1/85)
OBSSTRTT=   7.842898510000E+08 / predicted obs. start time (secs since 1/1/85)
  
              / PROPOSAL INFO: Instrument Configuration
CONFIG  = 'ACS/WFC        '    / proposed instrument configuration
OPMODE  = 'ACCUM             ' / proposed operation mode
SPEC_1  = 'CLEAR1L             ' / spectral element
SPEC_2  = 'FR716N              ' / spectral element
SPEC_3  = '                    ' / spectral element
SPEC_4  = '                    ' / spectral element
APER_1  = 'WFC1-IRAMPQ    '    / instrument aperture
APER_2  = '               '    / instrument aperture
APER_3  = '               '    / instrument aperture
APER_4  = '               '    / instrument aperture
  
              / PROPOSAL INFO: Target Description
TAR_TYPE= 'POINT TARGET   '    / target type
TARDESCR= 'GALAXY;STARBURST;MULTIPLE NUCLEI;INTERACTING GALAXY                 '
TARGCAT = 'GALAXY                  ' / first target category
TARKEY1 = 'STARBURST                                                           '
TARKEY2 = 'MULTIPLE NUCLEI                                                     '
TARKEY3 = 'INTERACTING GALAXY                                                  '
  
              / PROPOSAL INFO: Flux Information
MAG_V   =            16.780001 / expected V Magnitude
SURF_V  =             0.000000 / expected V surface brightness
MAG_B   =             0.000000 / expected B Magnitude
SURF_B  =             0.000000 / expected B surface brightness
MAG_U   =             0.000000 / expected U Magnitude
SURF_U  =             0.000000 / expected U surface brightness
MAG_R   =             0.000000 / expected R Magnitude
SURF_R  =             0.000000 / expected R surface brightness
COL_B_V =             0.000000 / expected B-V color
COL_U_B =             0.000000 / expected U-B color
COL_V_R =             0.000000 / expected V-R color
E_B_V   =             0.000000 / E(B-V)
EXTNCT_V=             0.000000 / extinction in V
  
              / PROPOSAL INFO: Exposure Information
CMD_EXP =           300.000000 / commanded time per exposure (from TRANS)
  
              / PROPOSAL INFO: Moving Target Information
  
              / PROPOSAL INFO: Target Properties
REDSHIFT=   0.000000000000E+00 / target redshift from proposal
PARALLAX=   0.000000000000E+00 / target parallax from proposal
RA_PROP =   2.085291666667E+00 / target right ascension from proposal (degrees)
DEC_PROP=   4.063241666667E+01 / target declination from proposal (degrees)
PEQUINOX= 'J2000  '            / equinox of coordinate system from proposal
MU_RA   =   0.000000000000E+00 / target proper motion from proposal (degrees RA)
MU_DEC  =   0.000000000000E+00 / target proper motion from proposal (deg. DEC)
MU_EPOCH= 'J2000  '            / epoch of proper motion from proposal
SP_TYPE = '               '    / target spectral type from proposal
RAD_VEL =   0.000000000000E+00 / target radial velocity from proposal (km/sec)
  
              / PROPOSAL INFO: Spatial Scan Info
SCAN_TYP= 'N                 ' / C:bostrophidon; D:C with dwell; N:N/A
SCAN_WID=   0.000000000000E+00 / scan width (arcsec)
ANG_SIDE=   0.000000000000E+00 / angle between sides of parallelogram (deg)
DWELL_LN=                    0 / dwell pts/line for scan pointing (1-99,0 if NA)
DWELL_TM=   0.000000000000E+00 / wait time (duration) at each dwell point (sec)
SCAN_ANG=   0.000000000000E+00 / position angle of scan line (deg)
SCAN_RAT=   0.000000000000E+00 / commanded rate of the line scan (arcsec/sec)
NO_LINES=                    0 / number of lines per scan (1-99,0 if NA)
SCAN_LEN=   0.000000000000E+00 / scan length (arcsec)
SCAN_COR= 'C                 ' / scan coordinate frame of ref: celestial,vehicle
  
              / PROPOSAL INFO: Auxiliary
PARENTID=                    0 / PEP proposal identifier of the parent proposal
PROPTTL1= 'The Nuclear Structure of OH Megamaser Galaxies                      '
PROP_TYP= 'SNAP                ' / proposal type
  
  
              / APERTURE PARAMETERS
  
HOSV2CNT=   1.946035000000E+02 / V2 coordinate of aperture fiducial (arcsec)
HOSV3CNT=   1.875404000000E+02 / V3 coordinate of aperture fiducial (arcsec)
HOSISHA = 'Q'                  / Aperture shape ;Pickle, Circle, Quad, Rectangle
HOSIVDM =   0.000000000000E+00 / Half-length of aperture major axis (arcsec)
HOSAPOR =   1.766195000000E+02 / Rotation angle to orient SICS and V2/V3 (deg)
HOSIMPAR=                   -1 / Parity of SICS to V2/V3 (-1=left, +1=right)
HOSIASX =   6.800000000000E+02 / x coord. of aperture fiducial in SIAS (pixels)
HOSIASY =   1.325000000000E+03 / y coord. of aperture fiducial in SIAS (pixels)
HOSD1   =   4.791000000000E-02 / 1st coordinate axis increment (arcsec)
HOSD2   =   4.792500000000E-02 / 2nd coordinate axis increment (arcsec)
HOSTH1  =   9.312560000000E+01 / Angle from V3 to line of incr 1st axis (degrees
HOSTH2  =   1.766195000000E+02 / Angle from V3 to line of incr 2nd axis (degrees
  
              / SIAS to SICS CONVERSION
  
HOSPOLY =                    4 / Polynomial degree for SIAS to SICS conversion
AS2CSX00=   0.000000000000E+00 / 0 order, 0 coefficient for x-coord SIAS to SICS
AS2CSX10=   0.000000000000E+00 / 1 order, 0 coefficient for x-coord SIAS to SICS
AS2CSX11=   4.760141000000E-02 / 1 order, 1 coefficient for x-coord SIAS to SICS
AS2CSX20=   1.711999000000E-07 / 2 order, 0 coefficient for x-coord SIAS to SICS
AS2CSX21=  -3.737522000000E-07 / 2 order, 1 coefficient for x-coord SIAS to SICS
AS2CSX22=   5.238081000000E-07 / 2 order, 2 coefficient for x-coord SIAS to SICS
AS2CSX30=   1.413449000000E-11 / 3 order, 0 coefficient for x-coord SIAS to SICS
AS2CSX31=  -4.167177000000E-11 / 3 order, 1 coefficient for x-coord SIAS to SICS
AS2CSX32=  -8.602235000000E-12 / 3 order, 2 coefficient for x-coord SIAS to SICS
AS2CSX33=  -2.816577000000E-11 / 3 order, 3 coefficient for x-coord SIAS to SICS
AS2CSX40=   7.351830000000E-15 / 4 order, 0 coefficient for x-coord SIAS to SICS
AS2CSX41=  -1.182500000000E-15 / 4 order, 1 coefficient for x-coord SIAS to SICS
AS2CSX42=   5.158770000000E-15 / 4 order, 2 coefficient for x-coord SIAS to SICS
AS2CSX43=   1.659620000000E-15 / 4 order, 3 coefficient for x-coord SIAS to SICS
AS2CSX44=   9.842130000000E-16 / 4 order, 4 coefficient for x-coord SIAS to SICS
AS2CSY00=   0.000000000000E+00 / 0 order, 0 coefficient for y-coord SIAS to SICS
AS2CSY10=   4.792454000000E-02 / 1 order, 0 coefficient for y-coord SIAS to SICS
AS2CSY11=   5.428557000000E-03 / 1 order, 1 coefficient for y-coord SIAS to SICS
AS2CSY20=  -4.914835000000E-07 / 2 order, 0 coefficient for y-coord SIAS to SICS
AS2CSY21=   3.327806000000E-07 / 2 order, 1 coefficient for y-coord SIAS to SICS
AS2CSY22=  -1.242214000000E-07 / 2 order, 2 coefficient for y-coord SIAS to SICS
AS2CSY30=  -3.135413000000E-11 / 3 order, 0 coefficient for y-coord SIAS to SICS
AS2CSY31=   1.076910000000E-11 / 3 order, 1 coefficient for y-coord SIAS to SICS
AS2CSY32=  -1.872938000000E-11 / 3 order, 2 coefficient for y-coord SIAS to SICS
AS2CSY33=   5.882593000000E-12 / 3 order, 3 coefficient for y-coord SIAS to SICS
AS2CSY40=  -7.972420000000E-15 / 4 order, 0 coefficient for y-coord SIAS to SICS
AS2CSY41=   2.180070000000E-15 / 4 order, 1 coefficient for y-coord SIAS to SICS
AS2CSY42=  -4.559860000000E-15 / 4 order, 2 coefficient for y-coord SIAS to SICS
AS2CSY43=  -1.539370000000E-15 / 4 order, 3 coefficient for y-coord SIAS to SICS
AS2CSY44=  -7.527210000000E-16 / 4 order, 4 coefficient for y-coord SIAS to SICS
  
              / SICS to SIAS CONVERSION
  
CS2ASX00=  -4.127000000000E-01 / 0 order, 0 coefficient for x-coord SICS to SIAS
CS2ASX10=  -7.302871000000E-03 / 1 order, 0 coefficient for x-coord SICS to SIAS
CS2ASX11=   2.100967000000E+01 / 1 order, 1 coefficient for x-coord SICS to SIAS
CS2ASX20=  -1.551251000000E-03 / 2 order, 0 coefficient for x-coord SICS to SIAS
CS2ASX21=   3.763009000000E-03 / 2 order, 1 coefficient for x-coord SICS to SIAS
CS2ASX22=  -5.289088000000E-03 / 2 order, 2 coefficient for x-coord SICS to SIAS
CS2ASX30=  -3.776584000000E-06 / 3 order, 0 coefficient for x-coord SICS to SIAS
CS2ASX31=  -1.025848000000E-05 / 3 order, 1 coefficient for x-coord SICS to SIAS
CS2ASX32=  -2.908349000000E-06 / 3 order, 2 coefficient for x-coord SICS to SIAS
CS2ASX33=   8.195352000000E-06 / 3 order, 3 coefficient for x-coord SICS to SIAS
CS2ASX40=  -2.858690000000E-08 / 4 order, 0 coefficient for x-coord SICS to SIAS
CS2ASX41=   1.881520000000E-08 / 4 order, 1 coefficient for x-coord SICS to SIAS
CS2ASX42=  -2.926540000000E-08 / 4 order, 2 coefficient for x-coord SICS to SIAS
CS2ASX43=   1.857180000000E-10 / 4 order, 3 coefficient for x-coord SICS to SIAS
CS2ASX44=  -8.876790000000E-09 / 4 order, 4 coefficient for x-coord SICS to SIAS
CS2ASY00=  -6.610000000000E-02 / 0 order, 0 coefficient for y-coord SICS to SIAS
CS2ASY10=   2.086738000000E+01 / 1 order, 0 coefficient for y-coord SICS to SIAS
CS2ASY11=  -2.379646000000E+00 / 1 order, 1 coefficient for y-coord SICS to SIAS
CS2ASY20=   4.640671000000E-03 / 2 order, 0 coefficient for y-coord SICS to SIAS
CS2ASY21=  -4.467650000000E-03 / 2 order, 1 coefficient for y-coord SICS to SIAS
CS2ASY22=   2.159513000000E-03 / 2 order, 2 coefficient for y-coord SICS to SIAS
CS2ASY30=   8.218330000000E-06 / 3 order, 0 coefficient for y-coord SICS to SIAS
CS2ASY31=   6.876300000000E-06 / 3 order, 1 coefficient for y-coord SICS to SIAS
CS2ASY32=   6.776456000000E-06 / 3 order, 2 coefficient for y-coord SICS to SIAS
CS2ASY33=  -3.505520000000E-06 / 3 order, 3 coefficient for y-coord SICS to SIAS
CS2ASY40=   3.215210000000E-08 / 4 order, 0 coefficient for y-coord SICS to SIAS
CS2ASY41=  -2.520370000000E-08 / 4 order, 1 coefficient for y-coord SICS to SIAS
CS2ASY42=   3.183840000000E-08 / 4 order, 2 coefficient for y-coord SICS to SIAS
CS2ASY43=  -9.323300000000E-10 / 4 order, 3 coefficient for y-coord SICS to SIAS
CS2ASY44=   5.114150000000E-09 / 4 order, 4 coefficient for y-coord SICS to SIAS
  
              / V2/V3 APERTURE VERTICES
  
APVER1V2=   1.645574000000E+02 / V2 coordinate of aperture vertex 1 (arcsecs)
APVER1V3=  -3.547336000000E+02 / V3 coordinate of aperture vertex 1 (arcsecs)
APVER2V2=   2.057652000000E+02 / V2 coordinate of aperture vertex 2 (arcsecs)
APVER2V3=   1.663443000000E+02 / V3 coordinate of aperture vertex 2 (arcsecs)
APVER3V2=   2.242229000000E+02 / V2 coordinate of aperture vertex 3 (arcsecs)
APVER3V3=   3.357392000000E+02 / V3 coordinate of aperture vertex 3 (arcsecs)
APVER4V2=   1.770322000000E+02 / V2 coordinate of aperture vertex 4 (arcsecs)
APVER4V3=  -2.474885000000E+02 / V3 coordinate of aperture vertex 4 (arcsecs)
  
              / ASSOCIATION KEYWORDS
  
ASN_ID  = 'JB6E01010 '         / unique identifier assigned to association
ASN_TAB = 'jb6e01010_asn.fits     ' / name of the association table
ASN_MTYP= 'EXP-DTH     '       / Role of the Member in the Association
END

--------------------------------- extension 1 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    1 / number of data axes
NAXIS1  =                  965 / length of first data axis
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'UDL     '           / extension name
EXTVER  =                    1 / extension version number
ROOTNAME= 'jb6e01ssq                         ' / rootname of the observation set
EXPNAME = 'jb6e01ssq'          / 9 character exposure identifier
  
              / General Unpacking Information
  
VERSIONH=                    5 / Flight Software Major Revision
VERSIONL=                   19 / Flight Software Minor Revision
OBSNUM  =                   46 / Flight Observation Number
NUMWORDS=              4236185 / Number of Words in this Image
PACKETS =                 4390 / Number of SDF lines in this Image
DUMPTYPE= 'Science           ' / Image Type
  
              / Memory Dump Information
  
DUMPSRC = '                  ' / Memory Dump Source
ADDRESS = '                   0' / Memory Dump Starting Address
NDMPWRDS=                    0 / Memory Dump Number of Words
DUMPERR = '--                ' / ED Diagnostic Error Indicator
DUMPMODE= 'analog            ' / ED Diagnostic Mode
DUMPSAMP=                    0 / Number of Samples
DUMPPER =                    0 / Sample Period
DUMPRPT =                    0 / Repeat Count
DMPADR01=                    0 / Items to Collect #1
DMPADR02=                    0 / Items to Collect #2
DMPADR03=                    0 / Items to Collect #3
DMPADR04=                    0 / Items to Collect #4
DMPADR05=                    0 / Items to Collect #5
DMPADR06=                    0 / Items to Collect #6
DMPADR07=                    0 / Items to Collect #7
DMPADR08=                    0 / Items to Collect #8
DMPADR09=                    0 / Items to Collect #9
DMPADR10=                    0 / Items to Collect #10
DMPADR11=                    0 / Items to Collect #11
DMPADR12=                    0 / Items to Collect #12
DMPADR13=                    0 / Items to Collect #13
DMPADR14=                    0 / Items to Collect #14
DMPADR15=                    0 / Items to Collect #15
DMPADR16=                    0 / Items to Collect #16
  
              / General Exposure Information
  
HVERSION=                   10 / Science Header Version Number
DETECTOR= 'WFC'                / detector in use: WFC, HRC, or SBC
INTTIME =                  300 / Integration Time
HSTTIMES=          636069360.0 / Exposure Start Time: HST time
MIETIMES=              9276198 / Exposure Start Time: MIE coarse
MIFTIMES=                    0 / Exposure Start Time: MIE fine
HSTTIMEC=          636069360.0 / Exposure Complete Time: HST time
MIETIMEC=              9285887 / Exposure Complete: MIE coarse
MIFTIMEC=                    0 / Exposure Complete: MIE fine
  
              / General Image Information
  
NUMROWS =                 2046 / Subarray X Size
NUMCOLS =                 2070 / Subarray Y Size
XCORNER =                    1 / Subarray X Corner
YCORNER =                    2 / Subarray Y Corner
CCDSETUP= 'normal            ' / Normal/Dark/Bias Select
CCDAMP  = 'A   '               / CCD Amplifier Readout Configuration
IMGSETUP= 'subarray          ' / Full/Subarray/Generic Exposure
  
              / WFC Data Compression
  
BUFSIZE =                    0 / Compressed Block Size
T1VALUE =                  224 / Value of T1
BUFLOST =                    0 / Total Number of Input Blocks w
CPRWORDS=              4235220 / Number of Words in Uncompresse
HSTPOSTS=                  0.0 / Compression Start Time: HST Time (.125 sec)
MIEPOSTS=                    0 / Compression Start Time: MIE Course (.032 sec)
MIFPOSTS=                    0 / Compression Start Time: MIE Fine (.010 sec)
HSTPOSTC=                  0.0 / Compression Complete Time: HST time (.125 sec)
MIEPOSTC=                    0 / Compression Complete Time: MIE coarse (.032 sec
MIFPOSTC=                    0 / Compression Complete Time: MIE fine (.010 sec)
  
              / HRC Target Acquisition
  
BOXSIZE =                    0 / Checkbox Size
BOXCOUNT=                    0 / Total Counts in Brightest Checkbox
XTARGET =                    0 / Target X Position
YTARGET =                    0 / Target Y Position
XOFFSET =                    0 / Destination X Position
YOFFSET =                    0 / Destination Y Position
XSLEW   =                    0 / X Slew Generated
YSLEW   =                    0 / Y Slew Generated
TARGDEST= 'invalid           ' / Destination Index
CENTMETH= 'invalid         '   / target acquisition centering method
TACQFAIL= 'Parm Err          ' / Target Acquisition Success/Failure
RESORTED= '--                ' / CCD Data Resorted Indicator
X2OFFSET=                    0 / Second Image X Offset
Y2OFFSET=                    0 / Second Image Y Offset
  
              / Control Section Information
  
NULLIMG = '--                ' / Null Image Indicator
SWMODE  = 'operate           ' / FSW Mode Indicator
MEMBANK = 'MEB 1'              / MEB ID
WFCSAMPS=                    0 / Number of WFC Samples from Cur
HRCSAMPS=                    0 / Number of HRC Samples from Cur
HRCENG  = 'disabled          ' / HRC CEB ED Collection Status f
WFCENG  = 'disabled          ' / WFC CEB ED Collection Status f
  
              / CCD Exposure Error Flags
  
MOTORERR= '--                ' / CCD Shutter Motor Disabled at
READPATT= '--                ' / CCD Readout Timing Pattern ID
READERR = '--                ' / CCD Readout Timeout
FIFOREDY= '--                ' / CCD FIFOs Not Available
SHUTTER = '--                ' / CCD Shutter Not Closed at Expo
PATTERR = '--                ' / CCD Exposure Timing Pattern ID
TIMEOUT = '--                ' / CCD Exposure timeout
  
              / MAMA Exposure Error Flags
  
MIECMDER= '--                ' / MIE Commanding Error
MAMAERR = '--                ' / SBC MAMA Exposure Start Error
MIEXCEPT= '--                ' / MIE Processor Exception
LOCALEVT= 'NoCheck           ' / SBC MAMA Local Event Threshold
BADMODE = '--                ' / Invalid MIE Software Mode
DMATMOUT= '--                ' / MIE DMA Timeout
EXPTMOUT= '--                ' / SBC MAMA Exposure Timeout
ABORTED = '--                ' / SBC MAMA Exposure Aborted
  
              / Filter Wheel Information
  
FILTNUM1=                    0 / WFC/HRC FW1 Filter Number
OFFSET1 =                    0 / WFC/HRC FW1 Offset
ABSTEPS1=                    0 / WFC/HRC FW1 Absolute Steps
RELSTPS1=                    0 / WFC/HRC FW1 Net Relative Steps
JFW1POS =                    2 / WFC/HRC FW1 resolver position
JFW1MCOM=                    2 / WFC/HRC FW1 motor commutation
FILTNUM2=                    0 / WFC/HRC FW2 Filter Number
OFFSET2 =                   68 / WFC/HRC FW2 Offset
ABSTEPS2=                 1590 / WFC/HRC FW2 Absolute Steps
RELSTPS2=                    0 / WFC/HRC FW2 Net Relative Steps
JFW2POS =                25167 / WFC/HRC FW2 resolver position
JFW2MCOM=                    2 / WFC/HRC FW2 motor commutation
SBCFILT =                  255 / SBC FW Filter Number
SBCOFFST=                    0 / SBC FW Offset
SBCABS  =                    0 / SBC FW Absolute Steps
SBCREL  =                    0 / SBC FW Net Relative Steps
JFWSPOS =                65530 / SBC FW resolver position
JFWSMCOM=                    3 / SBC FW motor commutation
SBCFLTER= '--                ' / SBC FW Error
FILT2ERR= '--                ' / WFC/HRC FW2 Error
FILT1ERR= '--                ' / WFC/HRC FW1 Error
FILT2POS= 'WFC               ' / Filter Wheel 2 Target CCD
FILT1POS= 'WFC               ' / Filter Wheel 1 Target CCD
DOORPOS = 'retract           ' / Calibration Door Position
FOLDPOS = 'HRC               ' / Fold Mechanism Position
  
              / Calibration Lamp Information
  
DEUTLAMP= 'off               ' / Deuterium Lamp Status
LAMP1   = 'off               ' / Tungsten Lamp 1 Status
LAMP2   = 'off               ' / Tungsten Lamp 2 Status
LAMP3   = 'off               ' / Tungsten Lamp 3 Status
LAMP4   = 'off               ' / Tungsten Lamp 4 Status
  
              / CCD Readout Information
  
HSTREADS=          636069360.0 / CCD Readout Start Time: HST time
MIEREADS=              9285944 / CCD Readout Start: MIE coarse
MIFREADS=                    0 / CCD Readout Start: MIE fine
HSTREADC=          636069360.0 / CCD Readout Complete: HST time
MIEREADC=              9290533 / CCD Readout Complete: MIE coarse
MIFREADC=                    0 / CCD Readout Complete: MIE fine
WORDSLFT=                    0 / Number of Words Remaining to be
  
              / CCD Readout Amps
  
WFCGAINA= '2                 ' / WFC Gain A
WFCGAINB= '2                 ' / WFC Gain B
WFCGAINC= '2                 ' / WFC Gain C
WFCGAIND= '2                 ' / WFC Gain D
WFCOFFA =                    1 / WFC Offset A
WFCOFFB =                    1 / WFC Offset B
WFCOFFC =                    1 / WFC Offset C
WFCOFFD =                    1 / WFC Offset D
  
HRCGAINA= '1                 ' / HRC Gain A
HRCGAINB= '1                 ' / HRC Gain B
HRCGAINC= '1                 ' / HRC Gain C
HRCGAIND= '1                 ' / HRC Gain D
HRCOFFA =                    0 / HRC Offset A
HRCOFFB =                    0 / HRC Offset B
HRCOFFC =                    0 / HRC Offset C
HRCOFFD =                    0 / HRC Offset D
  
OVERSCNA=                   22 / Physical Overscan AC
OVERSCNB=                    0 / Physical Overscan BD
OVERROWS=                    0 / Virtual Overscan Per Amp
  
              / Take-data Flag Information
  
TDFBEGIN= 'TDF Up  '           / Initial TDF State
TDFATTN = 'respond           ' / TDF Monitoring Status
TDFCOUNT=                    0 / Number of TDF Interrupts
  
TDFDWN1H=                  0.0 / Time of TDF Down #1: HST time
TDFDWN1C=                    0 / Time of TDF Down #1: MIE coarse
TDFDWN1F=                    0 / Time of TDF Down #1: MIE fine
TDFRES1H=                  0.0 / Time of TDF Resume #1: HST time
TDFRES1C=                    0 / Time of TDF Resume #1: MIE coarse
TDFRES1F=                    0 / Time of TDF Resume #1: MIE fine
TDFDWN2H=                  0.0 / Time of TDF Down #2: HST time
TDFDWN2C=                    0 / Time of TDF Down #2: MIE coarse
TDFDWN2F=                    0 / Time of TDF Down #2: MIE fine
TDFRES2H=                  0.0 / Time of TDF Resume #2: HST time
TDFRES2C=                    0 / Time of TDF Resume #2: MIE coarse
TDFRES2F=                    0 / Time of TDF Resume #2: MIE fine
TDFDWN3H=                  0.0 / Time of TDF Down #3: HST time
TDFDWN3C=                    0 / Time of TDF Down #3: MIE coarse
TDFDWN3F=                    0 / Time of TDF Down #3: MIE fine
TDFRES3H=                  0.0 / Time of TDF Resume #3: HST time
TDFRES3C=                    0 / Time of TDF Resume #3: MIE coarse
TDFRES3F=                    0 / Time of TDF Resume #3: MIE fine
TDFDWN4H=                  0.0 / Time of TDF Down #4: HST time
TDFDWN4C=                    0 / Time of TDF Down #4: MIE coarse
TDFDWN4F=                    0 / Time of TDF Down #4: MIE fine
TDFRES4H=                  0.0 / Time of TDF Resume #4: HST time
TDFRES4C=                    0 / Time of TDF Resume #4: MIE coars
TDFRES4F=                    0 / Time of TDF Resume #4: MIE fine
TDFDWN5H=                  0.0 / Time of TDF Down #5: HST time
TDFDWN5C=                    0 / Time of TDF Down #5: MIE coarse
TDFDWN5F=                    0 / Time of TDF Down #5: MIE fine
TDFRES5H=                  0.0 / Time of TDF Resume #5: HST time
TDFRES5C=                    0 / Time of TDF Resume #5: MIE coarse
TDFRES5F=                    0 / Time of TDF Resume #5: MIE fine
TDFDWN6H=                  0.0 / Time of TDF Down #6: HST time
TDFDWN6C=                    0 / Time of TDF Down #6: MIE coarse
TDFDWN6F=                    0 / Time of TDF Down #6: MIE fine
TDFRES6H=                  0.0 / Time of TDF Resume #6: HST time
TDFRES6C=                    0 / Time of TDF Resume #6: MIE coarse
TDFRES6F=                    0 / Time of TDF Resume #6: MIE fine
  
              / SHP engineering mnemonics
  
JHDETMP1=             0.935714 / HRC detector temperature side 1 (deg. C)
JHDETMP2=              78.3438 / HRC detector temperature side 2 (deg. C)
JWDETMP1=             -80.4429 / WFC detector temperature side 1 (deg. C)
JWDETMP2=              78.3438 / WFC detector temperature side 2 (deg. C)
JMTUBET =              14.0114 / MAMA tube temperature (deg. C)
MDECODT1=              -273.15 / MAMA jMDECODT pwb temp from eng snap 1 (deg. C)
MDECODT2=              -273.15 / MAMA JMDECODT pwb temp from eng snap 2 (deg. C)
JWROSPED= 'Full        '       / asic Wfc RdOut SPEeD
JWRGABHI=              8.36408 / (V) Wfc Reset Gate AB HI
JWRGABLO=           -0.0594393 / (V) Wfc Reset Gate AB LO
JWRGCDHI=              8.36408 / (V) Wfc Reset Gate CD HI
JWRGCDLO=            0.0773293 / (V) Wfc Reset Gate CD LO
JWS1ABHI=              5.10325 / (V) Wfc Serial 1 AB HIgh
JWS1ABLO=             -6.14564 / (V) Wfc Serial 1 AB LOw
JWS1CDHI=              5.10325 / (V) Wfc Serial 1 CD HIgh
JWS1CDLO=             -6.07726 / (V) Wfc Serial 1 CD LOw
JWS2AHI =              5.10325 / (V) Wfc Serial 2 A HIgh
JWS2ALO =             -6.14564 / (V) Wfc Serial 2 A LOw
JWS3AHI =              5.10325 / (V) Wfc Serial 3 A HIgh
JWS3ALO =             -6.21403 / (V) Wfc Serial 3 A LOw
JWS2BHI =              5.10325 / (V) Wfc Serial 2 B HIgh
JWS2BLO =             -6.14564 / (V) Wfc Serial 2 B LOw
JWS3BHI =              5.13362 / (V) Wfc Serial 3 B HIgh
JWS3BLO =             -6.21403 / (V) Wfc Serial 3 B LOw
JWS2CHI =              5.13362 / (V) Wfc Serial 2 C HIgh
JWS2CLO =             -6.14564 / (V) Wfc Serial 2 C LOw
JWS3CHI =              5.10325 / (V) Wfc Serial 3 C HIgh
JWS3CLO =             -6.14564 / (V) Wfc Serial 3 C LOw
JWS2DHI =              5.10325 / (V) Wfc Serial 2 D HIgh
JWS2DLO =             -6.14564 / (V) Wfc Serial 2 D LOw
JWS3DHI =              5.10325 / (V) Wfc Serial 3 D HIgh
JWS3DLO =             -6.14564 / (V) Wfc Serial 3 D LOw
JWP1ABHI=              3.17847 / (V) Wfc Parallel 1 AB HI
JWP1ABLO=             -8.13531 / (V) Wfc Parallel 1 AB LO
JWP2ABLO=             -8.22007 / (V) Wfc Parallel 2 AB LO
JWP2ABHI=              3.11965 / (V) Wfc Parallel 2 AB HI
JWP1CDLO=             -8.05056 / (V) Wfc Parallel 1 CD LO
JWP1CDHI=              3.17847 / (V) Wfc Parallel 1 CD HI
JWP2CDLO=             -8.13531 / (V) Wfc Parallel 2 CD LO
JWP2CDHI=              3.17847 / (V) Wfc Parallel 2 CD HI
JWP3ABHI=              6.24678 / (V) Wfc Parallel 3 AB HI
JWP3ABLO=             -6.27066 / (V) Wfc Parallel 3 AB LO
JWP3CDHI=              6.24678 / (V) Wfc Parallel 3 CD HI
JWP3CDLO=             -6.10115 / (V) Wfc Parallel 3 CD LO
JWSWAHI =              5.10325 / (V) Wfc Sum Well A HIgh
JWSWALO =             -6.14564 / (V) Wfc Sum Well A LOw
JWSWBHI =              5.10325 / (V) Wfc Sum Well B HIgh
JWSWBLO =             -6.14564 / (V) Wfc Sum Well B LOw
JWSWDHI =              5.07287 / (V) Wfc Sum Well D HIgh
JWSWDLO =             -6.07726 / (V) Wfc Sum Well D LOw
JWSWCHI =              5.10325 / (V) Wfc Sum Well C HIgh
JWSWCLO =             -6.14564 / (V) Wfc Sum Well C LOw
JWXVRD  =               15.098 / (V) Wfc X V Reset Drain
JWYVRD  =               15.098 / (V) Wfc Y V Reset Drain
JWXVDD  =              26.6667 / (V) Wfc X VDD
JWYVDD  =              26.4706 / (V) Wfc Y VDD
JWXVLG  =             -2.54235 / (V) Wfc X V LastGate
JWYVLG  =             -2.54235 / (V) Wfc Y V Last Gate
JAOSCOPE= '--                  ' / ACS oscilloscope mode flag
END

