--------------------------------- 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 =                    3 / Number of standard extensions
GROUPS  =                    F / image is in group format
DATE    = '2012-09-21'         / date this file was written (yyyy-mm-dd)
FILENAME= 'la8p01gmq_spt.fits                     ' / name of file
FILETYPE= 'SPT      '          / type of data found in data file
  
TELESCOP= 'HST'                / telescope used to acquire data
INSTRUME= 'COS   '             / identifier for instrument used to acquire data
EQUINOX =               2000.0 / equinox of celestial coord. system
  
              / DATA DESCRIPTOR KEYWORDS
  
ROOTNAME= 'la8p01gmq                         ' / rootname of the observation set
DEFAULTS=                    F / default values used in reformatting these data
PROC_TYP= 'NORMAL      '       / type of pipeline processing
  
              / TARGET INFORMATION
  
TARGNAME= 'WAVE                          ' / proposer's target name
RA_TARG =   0.000000000000E+00 / right ascension of the target (deg) (J2000)
DEC_TARG=   0.000000000000E+00 / declination of the target (deg) (J2000)
ECL_LONG=   0.000000000000E+00 / ecliptic longitude of the target (deg) (J2000)
ECL_LAT =   0.000000000000E+00 / ecliptic latitude of the target (deg) (J2000)
GAL_LONG=   0.000000000000E+00 / galactic longitude of the target (deg) (J2000)
GAL_LAT =   0.000000000000E+00 / galactic latitude of the target (deg) (J2000)
  
              / OTHER COORDINATE SYSTEM INFORMATION
  
APER_REF= 'LNPSA     '         / aperture used for reference position
ELON_REF=            79.101817 / ecliptic longitude at reference position (deg)
ELAT_REF=            65.154085 / ecliptic latitude at reference position (deg)
GLON_REF=           122.899264 / galactic longitude at reference position (deg)
GLAT_REF=            22.461256 / galactic latitude at reference position (deg)
  
              / PROPOSAL INFORMATION
  
PROPOSID=                11468 / PEP proposal identifier
LINENUM = '01.087         '    / proposal logsheet line number
  
              / SOFTWARE VERSION KEYWORDS
  
FLTSWVER= '4.9     '           / flight software version number
OPUS_VER= 'OPUS 2012_3b      ' / 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= 'A8P'                / program id (base 36)
PR_INV_L= 'Hartig                        ' / last name of principal investigator
PR_INV_F= 'George              ' / 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= 'GM '                / observation number (base 36)
EXPACKET=                    4 / expected number of source packets
PRODTYPE= '                  ' / output product medium type
OPFORMAT= '                  ' / output product format specification
CALIBTYP= 'I'                  / calibration type : E, I or Blank
CDBSDATA= 'FALSE'              / cdbs notification flag: 'CAL' or 'FALSE'
  
  
              / SUPPORT SCHEDULE: FLAGS AND INDICATORS
  
SS_OBSMD= 'TIME-TAG       '    / Support schedule specified operating mode
SS_APER = '                '   / proposed aperture name
SS_DTCTR= '          '         / proposed detector to use
SS_GRTNG= 'MIRRORA'            / proposed spectroscopic element in grating wheel
SS_CWAVE=                  0.0 / proposed central wavelength
SS_NSTEP=                    0 / proposed number of peakup search steps
SS_STPSZ=             0.000000 / proposed peakup scan stepsize in milli-arcsecon
SS_PKCNT= '               '    / proposed centering method used in peakup acq.
SS_RPT  =                    1 / proposed number of repeat exposures in set
SS_SEGMT= 'BOTH'               / proposed segment name for exposure
SS_STMRT=                    0 / proposed STIM pulse injection rate
PLANTIME=                 20.0 / Planned exposure time (seconds)
              / SUPPORT SCHEDULE: DATA GROUP II DATA
WRD11_14=                   29 / word 11/14 (0-255)
PSTRTIME= '2009.162:10:09:29 ' / predicted obs. start time (yyyy.ddd:hh:mm:ss)
PSTPTIME= '2009.162:10:10:22 ' / predicted obs. stop time (yyyy.ddd:hh:mm:ss)
APEROBJ = 'LNPSA     '         / si object aperture id
APERSKY = '          '         / si sky aperture id
TARG_ID = '               '    / SPSS target ID from proposal+target no.
APERTYPE= 'SICS              ' / aperture type (SICS, SIAS, SIDS)
RA_V1   =   1.248858454637E+01 / right ascension of v1 axis of st (deg)
DEC_V1  =   8.533290531358E+01 / declination of v1 axis of st (deg)
PA_V3   =           108.035004 / 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 = '3788900259F1'       / FGS ID(F1,F2,F3) concat. w/ dom. gd. star id
SGESTAR = '3788900029F3'       / FGS ID(F1,F2,F3) concat. w/ subdom. gd. star id
PA_APER =   1.070355834961E+02 / position ang of aperture used with target (deg)
PA_REF  =             0.000000 / position ang of target from ref. object (deg)
SAAAVOID= '32'                 / SAA model for SAA Avoidance (range 02-99)
TARAQMOD= '00'                 / target acquisition mode (values 00, 01, 02, 03)
POSTNSTX=   3.436043693524E+03 / position of space telescope x axis (km)
POSTNSTY=  -5.901159953497E+03 / position of space telescope y axis (km)
POSTNSTZ=   1.240857563101E+03 / position of space telescope z axis (km)
VELOCSTX=   6.158713243685E+00 / vel of space telescope along x axis (km/sec)
VELOCSTY=   2.880531784634E+00 / vel of space telescope along y axis (km/sec)
VELOCSTZ=  -3.355041866597E+00 / vel of space telescope along z axis (km/sec)
RA_SUN  =   7.965004036377E+01 / right ascension of the sun (deg)
DEC_SUN =   2.309691509135E+01 / declination of the sun (deg)
RA_MOON =   3.026784911700E+02 / right ascension of the moon (deg)
DEC_MOON=  -2.005313126232E+01 / declination of the moon (deg)
VELABBRA=             0.000000 / 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  =   0.000000000000E+00 / right ascension of reference object (deg)
DEC_REF =   0.000000000000E+00 / declination of reference object (deg)
  
              / ONBOARD EPHEMERIS MODEL PARAMETERS
EPCHTIME=   7.711200000000E+08 / epoch time of parameters (secs since 1/1/85)
SDMEANAN=   4.140256818305E-16 / 2nd deriv coef for mean anomaly (revs/sec/sec)
SDMA3SQ =   3.592296966610E-06 / 3 * (SDMEANAN**2) radians/second**2.
HSTHORB =   2.870941771859E+03 / half the duration of the ST orbit (seconds)
CIRVELOC=   7.594741357657E+03 / circular orbit linear velocity (meters/second)
COSINCLI=   8.788854495333E-01 / cosine of inclination
ECCENTRY=   3.691013514499E-04 / eccentricity
ECCENTX2=   7.382027028997E-04 / eccentricity times 2
ECBDX4D3=   6.704642762209E-11 / eccentricity cubed times 4/3
ESQDX5D2=   3.405895191053E-07 / eccentricity squared times 5/2
ECBDX3  =   1.508544621497E-10 / eccentricity cubed times 3
FDMEANAN=   1.741588787697E-04 / 1st derivative coef for mean anomly (revs/sec)
RCASCNRD=  -1.316712031935E-06 / rt chge right ascension ascend node (rads/sec)
RCASCNRV=  -2.095612285111E-07 / rt chge right ascension ascend node (revs/sec)
ARGPERIG=   3.749007444374E-01 / argument of perigee (revolutions)
MEANANOM=   3.922602976959E+00 / mean anomaly (radians)
RCARGPER=  -1.128918658499E-07 / rate change of argument of perigee (revs/sec)
RASCASCN=   4.319720029056E-01 / right ascension of ascending node (revolutions)
SINEINCL=   4.770328779011E-01 / sine of inclination
SEMILREC=   6.940347132633E+06 / semi-latus rectum (meters)
TIMEFFEC=   7.711215190000E+08 / time parameters took effect (secs since 1/1/85)
OBSSTRTT=   7.713293690000E+08 / predicted obs. start time (secs since 1/1/85)
  
              / PROPOSAL INFO: Instrument Configuration
CONFIG  = 'COS/NUV        '    / proposed instrument configuration
OPMODE  = 'TIME-TAG          ' / proposed operation mode
SPEC_1  = 'NCM1                ' / spectral element
SPEC_2  = 'MIRRORA             ' / spectral element
SPEC_3  = '                    ' / spectral element
SPEC_4  = '                    ' / spectral element
APER_1  = 'WCA            '    / instrument aperture
APER_2  = '               '    / instrument aperture
APER_3  = '               '    / instrument aperture
APER_4  = '               '    / instrument aperture
  
              / PROPOSAL INFO: Target Description
TAR_TYPE= 'POINT TARGET   '    / target type
  
              / PROPOSAL INFO: Flux Information
MAG_V   =             0.000000 / 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 =            20.000000 / 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 =   0.000000000000E+00 / target right ascension from proposal (degrees)
DEC_PROP=   0.000000000000E+00 / target declination from proposal (degrees)
PEQUINOX= '       '            / 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= '       '            / 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= 'COS to FGS Alignment (NUV)                                          '
PROP_TYP= 'SM4/COS             ' / proposal type
  
  
              / APERTURE PARAMETERS
  
HOSV2CNT=   2.316600000000E+02 / V2 coordinate of aperture fiducial (arcsec)
HOSV3CNT=  -2.362114000000E+02 / V3 coordinate of aperture fiducial (arcsec)
HOSISHA = 'C'                  / Aperture shape ;Pickle, Circle, Quad, Rectangle
HOSIVDM =   2.500000000000E+00 / Half-length of aperture major axis (arcsec)
HOSAPOR =   4.500000000000E+01 / Rotation angle to orient SICS and V2/V3 (deg)
HOSIMPAR=                    1 / Parity of SICS to V2/V3 (-1=left, +1=right)
HOSIASX =   5.120000000000E+02 / x coord. of aperture fiducial in SIAS (pixels)
HOSIASY =   5.120000000000E+02 / y coord. of aperture fiducial in SIAS (pixels)
HOSD1   =   2.580000000000E-02 / 1st coordinate axis increment (arcsec)
HOSD2   =   2.580000000000E-02 / 2nd coordinate axis increment (arcsec)
HOSTH1  =   1.350000000000E+02 / Angle from V3 to line of incr 1st axis (degrees
HOSTH2  =   4.500000000000E+01 / Angle from V3 to line of incr 2nd axis (degrees
  
              / SIAS to SICS CONVERSION
  
HOSPOLY =                    1 / 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=   2.580000000000E-02 / 1 order, 1 coefficient for x-coord SIAS to SICS
AS2CSY00=   0.000000000000E+00 / 0 order, 0 coefficient for y-coord SIAS to SICS
AS2CSY10=   2.580000000000E-02 / 1 order, 0 coefficient for y-coord SIAS to SICS
AS2CSY11=   0.000000000000E+00 / 1 order, 1 coefficient for y-coord SIAS to SICS
  
              / SICS to SIAS CONVERSION
  
CS2ASX00=   0.000000000000E+00 / 0 order, 0 coefficient for x-coord SICS to SIAS
CS2ASX10=   0.000000000000E+00 / 1 order, 0 coefficient for x-coord SICS to SIAS
CS2ASX11=   3.875969000000E+01 / 1 order, 1 coefficient for x-coord SICS to SIAS
CS2ASY00=   0.000000000000E+00 / 0 order, 0 coefficient for y-coord SICS to SIAS
CS2ASY10=   3.875969000000E+01 / 1 order, 0 coefficient for y-coord SICS to SIAS
CS2ASY11=   0.000000000000E+00 / 1 order, 1 coefficient for y-coord SICS to SIAS
  
              / V2/V3 APERTURE VERTICES
  
APVER1V2=   0.000000000000E+00 / V2 coordinate of aperture vertex 1 (arcsecs)
APVER1V3=   0.000000000000E+00 / V3 coordinate of aperture vertex 1 (arcsecs)
APVER2V2=   0.000000000000E+00 / V2 coordinate of aperture vertex 2 (arcsecs)
APVER2V3=   0.000000000000E+00 / V3 coordinate of aperture vertex 2 (arcsecs)
APVER3V2=   0.000000000000E+00 / V2 coordinate of aperture vertex 3 (arcsecs)
APVER3V3=   0.000000000000E+00 / V3 coordinate of aperture vertex 3 (arcsecs)
APVER4V2=   0.000000000000E+00 / V2 coordinate of aperture vertex 4 (arcsecs)
APVER4V3=   0.000000000000E+00 / V3 coordinate of aperture vertex 4 (arcsecs)
  
              / ASSOCIATION KEYWORDS
  
ASN_ID  = 'LA8P01270 '         / unique identifier assigned to association
ASN_TAB = 'la8p01270_asn.fits     ' / name of the association table
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 = 'SUPPORT '           / extension name
EXTVER  =                    1 / extension version number
ROOTNAME= 'la8p01gmq                         ' / rootname of the observation set
EXPNAME = 'la8p01gmq'          / 9 character exposure identifier
ASN_MTYP= 'EXP-IWAVE   '       / Role of the Member in the Association
  
              / INTERNAL HEADER IDENTIFIERS
  
LQHDRVER=                   18 / Science Header Version Number
LQINSTR =                  154 / Instrument Identifier
LQPROGID=           1094209536 / PROG ID
LQOBSET =                12337 / OBSET ID
LQOBSID =                18253 / OBS ID
LQIMGTYP= 'DetectSD'           / Image Type: memory, diagnostic, detector
LQDETNO = 'NUV     '           / Detector Number (FUV or NUV)
LQITIME =                 20.0 / Integration Time
LQSTIME1=            531421200 / Exposure Start Time:  HST Time
LQSTIME2=             13042244 / Exposure Start Time:  DIB Coarse Time
LQSTIME3=                    0 / Exposure Start Time:  Fine Time
LQCTIME1=            531421200 / Exposure End Time:  HST Time
LQCTIME2=             13042889 / Exposure End Time:  DIB Coarse Time
LQCTIME3=                    0 / Exposure End Time:  Fine Time
  
              / FLIGHTS SOFTWARE ENGINEERING PARAMETERS
  
LQFSWMAJ=                    4 / Flight Software Major Revision Number
LQFSWMIN=                    9 / Flight Software Minor Revision Number
LQOBSNUM=                  166 / Flight Observation Number
LQNUMWDS=               112941 / Number of 16-bit words in this image
LQSDFLNS=                  118 / Number of SDF lines in this image
LQBENCH =                    0 / Test Bench in use
LQITDNUM=                    1 / Intermediate Time Tag Dump Number
LQITDTOT=               111976 / Cumulative number of Time Tag words dumped
LQEXPTTB=                   18 / Requested buffer size for time tag images
LQFULIND= 'NotFull '           / Full Image indicator
LQNULIMG= '--      '           / Null image flag
LQSWMODE= 'Operate '           / FSW Mode:  0=Boot or 1=Operate
LQMEBID = 'MEB 1   '           / Current MEB side (0=MEB1, 1=MEB2)
  
              / EXPOSURE PARAMETERS
  
LQDIBERR= '--      '           / DIB command error flag
LQEXPSER= '--      '           / Exposure start error flag
LQDIBEXC= '--      '           / DIB exception occurred flag
LQLEVTEX= 'NoCheck '           / Local Event Threshold Exceed flag
LQBADMD = '--      '           / Invalid DIB software Mode flag
LQDMATO = '--      '           / DMA Timeout flag
LQEXPTO = '--      '           / Exposure Timeout flag
LQEXPABO= '--      '           / Exposure Aborted flag
LQDFFOV =                    0 / Number of SD FIFO overflows during exposure
LQNUMSUB=                    1 / Number of subarrays (1-8)
LQSUB0ST= 'Off     '           / Subarray 0 Stim Pulse indicator flag
LQSUB1ST= 'Off     '           / Subarray 1 Stim Pulse indicator flag
LQSUB2ST= 'Off     '           / Subarray 2 Stim Pulse indicator flag
LQSUB3ST= 'Off     '           / Subarray 3 Stim Pulse indicator flag
LQSUB4ST= 'Off     '           / Subarray 4 Stim Pulse indicator flag
LQSUB5ST= 'Off     '           / Subarray 5 Stim Pulse indicator flag
LQSUB6ST= 'Off     '           / Subarray 6 Stim Pulse indicator flag
LQSUB7ST= 'Off     '           / Subarray 7 Stim Pulse indicator flag
LQSUB0XS=                 1024 / Subarray 0 X Size
LQSUB0YS=                 1024 / Subarray 0 Y Size
LQSUB0XC=                    0 / Subarray 0 X Corner Coordinate
LQSUB0YC=                    0 / Subarray 0 Y Corner Coordinate
LQSUB1XS=                    0 / Subarray 1 X Size
LQSUB1YS=                    0 / Subarray 1 Y Size
LQSUB1XC=                    0 / Subarray 1 X Corner Coordinate
LQSUB1YC=                    0 / Subarray 1 Y Corner Coordinate
LQSUB2YS=                    0 / Subarray 2 Y Size
LQSUB2XC=                    0 / Subarray 2 X Corner Coordinate
LQSUB2XS=                    0 / Subarray 2 X Size
LQSUB2YC=                    0 / Subarray 2 Y Corner Coordinate
LQSUB3XS=                    0 / Subarray 3 X Size
LQSUB3YS=                    0 / Subarray 3 Y Size
LQSUB3XC=                    0 / Subarray 3 X Corner Coordinate
LQSUB3YC=                    0 / Subarray 3 Y Corner Coordinate
LQSUB4XS=                    0 / Subarray 4 X Size
LQSUB4YS=                    0 / Subarray 4 Y Size
LQSUB4XC=                    0 / Subarray 4 X Corner Coordinate
LQSUB4YC=                    0 / Subarray 4 Y Corner Coordinate
LQSUB5XS=                    0 / Subarray 5 X Size
LQSUB5YS=                    0 / Subarray 5 Y Size
LQSUB5XC=                    0 / Subarray 5 X Corner Coordinate
LQSUB5YC=                    0 / Subarray 5 Y Corner Coordinate
LQSUB6XS=                    0 / Subarray 6 X Size
LQSUB6YS=                    0 / Subarray 6 Y Size
LQSUB6XC=                    0 / Subarray 6 X Corner Coordinate
LQSUB6YC=                    0 / Subarray 6 Y Corner Coordinate
LQSUB7XS=                    0 / Subarray 7 X Size
LQSUB7YS=                    0 / Subarray 7 Y Size
LQSUB7XC=                    0 / Subarray 7 X Corner Coordinate
LQSUB7YC=                    0 / Subarray 7 Y Corner Coordinate
  
              / DOPPLER CORRECTION INFORMATION
  
LQDOPMAG=                   64 / Number Pixels of Doppler Correction
LQDOPCOR= 'None    '           / Doppler Correction flag
LQDOPZER=              8667558 / Commanded time of zero doppler shift
LQDOPPER=                 1076 / HST orbital doppler correction Period
  
              / MEMORY DUMP DEFINITION
  
LQMDSRC = 'Invalid '           / Memory Dump source 1=DCE, 2=DIB, 3=CS
LQMDWDS =                    0 / Number of memory words dumped
LQMDADDR=                    0 / Memory Dump Start Address
  
              / ENGINEERING DIAGNOSTIC DEFINITION
  
LQDDERR = '--      '           / ED Data Error; 0=No error  1=Error
LQDDMODE= 'Analog  '           / ED Diagnostic Data Mode (ANALOG,DIGITAL,DERIVED
LQDDSAMP=                    0 / ED number of samples
LQDDPER =                  0.0 / ED Sample Period (in 10 msec increments)
LQDDREP =                    0 / ED Repeat Count
LQDDIT01=                    0 / Address of ED Diagnostic Item 1
LQDDIT02=                    0 / Address of ED Diagnostic Item 2
LQDDIT03=                    0 / Address of ED Diagnostic Item 3
LQDDIT04=                    0 / Address of ED Diagnostic Item 4
LQDDIT05=                    0 / Address of ED Diagnostic Item 5
LQDDIT06=                    0 / Address of ED Diagnostic Item 6
LQDDIT07=                    0 / Address of ED Diagnostic tem 7
LQDDIT08=                    0 / Address of ED Diagnostic Item 8
LQDDIT09=                    0 / Address of ED Diagnostic Item 9
LQDDIT10=                    0 / Address of ED Diagnostic Item 10
LQDDIT11=                    0 / Address of ED Diagnostic Item 11
LQDDIT12=                    0 / Address of ED Diagnostic Item 12
LQDDIT13=                    0 / Address of ED Diagnostic Item 13
LQDDIT14=                    0 / Address of ED Diagnostic Item 14
LQDDIT15=                    0 / Address of ED Diagnostic Item 15
LQDDIT16=                    0 / Address of ED Diagnostic Item 16
  
              / CALIBRATION LAMP INFORMATION
  
LQLAMPID= 'P1      '           / Current Lamp ID (0=D1, 1=D2, 2=P1, 3=P2)
LQPILVL = 'Low     '           / PtNe lamp current level: lo,med,hi,NotValid(N/V
LQDILVL = 'High    '           / Deuterium Lamp Current Level (lo,med,hi,notVld)
LQPLAMP1= 'On      '           / Platinum-Neon Lamp 1 Status 0=off, 1=on
LQPLAMP2= 'Off     '           / Platinum-Neon Lamp 2 Status 0=off, 1=on
LQDLAMP1= 'Off     '           / Deuterium Lamp 1 Status 0=off, 1=on
LQDLAMP2= 'Off     '           / Deuterium Lamp 2 Status 0=off, 1=on
  
              / TDF LOG INFORMATION
  
LQTDFINI= 'TDF Up  '           / Initial TDF State: 0=TDF down, 1=TDF up
LQTDFSTA= 'Ignore  '           / TDF Monitoring Status (Ignore/Look)
LQTDFINT=                    0 / Number of TDF Interrupts
LQTDFDH =                    0 / Time of TDF Down: HST Time
LQTDFDC =                    0 / Time of TDF Down: DIB Coarse Time
LQTDFDF =                    0 / Time of TDF Down: Fine Time
  
              / TARGET ACQUISITION INFORMATION
  
LQTATYPE= 'Invalid           ' / Target Acquisition Type
LQTASTAT= 'Success '           / Target Acquisition Status Code
LQTAFLOR=                    0 / Floored Threshold
LQTAERR = 'Success '           / Last Target Acq Err
LQTASCAN=                    0 / Spiral Scan Size
LQTAFLAG= 'Success '           / TA Global Stat Flag
LQTALOCL=                    0 / TA Local Threshold
LQTAUSEL= 'No '                / Use Local Thresholding(0=No, 1=Yes)
LQTAEMSG= 'SUCCESS '           / Target Acq Err Msg
LQTAEPHS= 'Success '           / Target Acq Err Phase
LQTACENT= 'Invalid '           / Centroid Indicator: 1=FLUXWT,2=FLUXFLR,3=BRIGHT
LQTAPCNT=                    0 / Percent of max dwell level (for local threshold
LQTADWLS=                    0 / Number of dwell points
LQTADSLW=                  0.0 / Dispersion Slew
LQTAXSLW=                    0 / Cross Dispersion Slew
LQTADXCR=                  0.0 / Dsrd X Disp Coordin
LQTADYCR=                  0.0 / Dsrd Y Coordinate
LQTASTEP=                    0 / Scan step size
LQTAXCOR=                  0.0 / Average cross dispersion coordinate
LQTAYCOR=                  0.0 / Average Y Coordinate
LQTATOTL=                    0 / Event total
LQTAMXCR=                  0.0 / Msrd X Disp Coordin
LQTAMYCR=                  0.0 / Msrd Y Coordinate
LQTADPOS=                    0 / Target Dispersion Position
LQTAXPOS=                  0.0 / Target Cross Dispersion Position
LQTAFX01=                    0 / Flux at Dwell Point 1
LQTAFX02=                    0 / Flux at Dwell Point 2
LQTAFX03=                    0 / Flux at Dwell Point 3
LQTAFX04=                    0 / Flux at Dwell Point 4
LQTAFX05=                    0 / Flux at Dwell Point 5
LQTAFX06=                    0 / Flux at Dwell Point 6
LQTAFX07=                    0 / Flux at Dwell Point 7
LQTAFX08=                    0 / Flux at Dwell Point 8
LQTAFX09=                    0 / Flux at Dwell Point 9
LQTAFX10=                    0 / Flux at Dwell Point 10
LQTAFX11=                    0 / Flux at Dwell Point 11
LQTAFX12=                    0 / Flux at Dwell Point 12
LQTAFX13=                    0 / Flux at Dwell Point 13
LQTAFX14=                    0 / Flux at Dwell Point 14
LQTAFX15=                    0 / Flux at Dwell Point 15
LQTAFX16=                    0 / Flux at Dwell Point 16
LQTAFX17=                    0 / Flux at Dwell Point 17
LQTAFX18=                    0 / Flux at Dwell Point 18
LQTAFX19=                    0 / Flux at Dwell Point 19
LQTAFX20=                    0 / Flux at Dwell Point 20
LQTAFX21=                    0 / Flux at Dwell Point 21
LQTAFX22=                    0 / Flux at Dwell Point 22
LQTAFX23=                    0 / Flux at Dwell Point 23
LQTAFX24=                    0 / Flux at Dwell Point 24
LQTAFX25=                    0 / Flux at Dwell Point 25
LQTAFX26=                    0 / Flux at Dwell Point 26
LQTAFX27=                    0 / Flux at Dwell Point 27
LQTAFX28=                    0 / Flux at Dwell Point 28
LQTAFX29=                    0 / Flux at Dwell Point 29
LQTAFX30=                    0 / Flux at Dwell Point 30
LQTAFX31=                    0 / Flux at Dwell Point 31
LQTAFX32=                    0 / Flux at Dwell Point 32
LQTAFX33=                    0 / Flux at Dwell Point 33
LQTAFX34=                    0 / Flux at Dwell Point 34
LQTAFX35=                    0 / Flux at Dwell Point 35
LQTAFX36=                    0 / Flux at Dwell Point 36
LQTAFX37=                    0 / Flux at Dwell Point 37
LQTAFX38=                    0 / Flux at Dwell Point 38
LQTAFX39=                    0 / Flux at Dwell Point 39
LQTAFX40=                    0 / Flux at Dwell Point 40
LQTAFX41=                    0 / Flux at Dwell Point 41
LQTAFX42=                    0 / Flux at Dwell Point 42
LQTAFX43=                    0 / Flux at Dwell Point 43
LQTAFX44=                    0 / Flux at Dwell Point 44
LQTAFX45=                    0 / Flux at Dwell Point 45
LQTAFX46=                    0 / Flux at Dwell Point 46
LQTAFX47=                    0 / Flux at Dwell Point 47
LQTAFX48=                    0 / Flux at Dwell Point 48
LQTAFX49=                    0 / Flux at Dwell Point 49
END

--------------------------------- extension 2 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP1   '           / extension name
EXTVER  =                    1 / extension version number
ROOTNAME= 'la8p01gmq                         ' / rootname of the observation set
EXPNAME = 'la8p01gmq'          / 9 character exposure identifier
ASN_MTYP= 'EXP-IWAVE   '       / Role of the Member in the Association
  
              / ENGINEERING DIAGNOSTIC SNAPSHOT 1
  
LOBSNUM =                  167 / Observation Number
LCSMEM01=                    0 / CS Memory Monitor #1
LCSMEM07=                  166 / CS Memory Monitor #7
LNEDCOLL= 'Collect '           / Normal Engineering Data (NED) collection flag
LLIMCKEN= 'Limit On'           / Limits Checking Enabled flag 0=disabled,1=enabl
LELOGWRP= 'OK      '           / Error Log wraparound flag  0=no, 1=yes
LBKGDMON= 'Enabled '           / background processing software enabled flag
LDMPSTAT= 'NoDmping'           / image or memory dump in progress flag
LCHKSUM = 'Done    '           / checksum being calculated by FSW flag
LELOGNUM=                  354 / Last error code processed by FSW
LIMCMDAC=                   51 / Number of immediate MAR accepted by the FSW
LELOGMSG=                  166 / Last error parameter processed by FSW
LNRCMDAC=                  180 / Number of normal MAR accepted by FSW from RIU
LCMDATAC=                  233 / Number of parameters accepted by FSW since init
LIPLTHTR=              17.0315 / Interface plate heater monitor
LHDRCNT =                    1 / Number of headers currently stored in EDAC RAM
LCMDFIFO= 'Empty   '           / RIU Command FIFO status flag (full, half, empty
LSDFFIFO= 'Empty   '           / SDF FIFO status flag (full, half-full, empty)
LTIMETAG=                    1 / Time Tag image allocated flag
LTCUERR = 'No Error'           / Time code Update error flag
LDUMPTO = 'NoTimOut'           / DUMP timeout flag
LSDRESTR= 'Invalid '           / Science Data buffer RESTORE flag
LMACINHB= 'OK      '           / Normal MAR processing suspended flag
L5VMEC  =              4.92197 / 5 volt mech dc/dc converter monitor
LOBAFTBT=                 25.0 / Optical Bench AFT Bulkhead Temperature
LIMGINSP=             16777216 / Pointer in Img Buff of next image to be inserte
LIN3PANT=                 17.5 / Inboard v3 PANel Temp
LFITBT  =                 15.0 / FITting B Temp
LCSMEM02=                 1033 / CS memory monitor #2
LCSMEM03=                  262 / CS memory monitor #3
LCSMEM04=                    0 / CS memory monitor #4
LCSMEM05=                 3790 / CS memory monitor #5
LCSMEM06=                  250 / CS memory monitor #6
LCSMEM08=                    0 / CS memory monitor #8
LCSMEM09=                  163 / CS memory monitor #9
LCSMEM10=                    0 / CS memory monitor #10
LCSMEM11=                   30 / CS memory monitor #11
LCSMEM12=                    0 / CS memory monitor #12
LDMPWAIT=                 2902 / Time allowed to complete a dump before timeout
LIMCMDPC=                   51 / Number of immediate MAR processed by FSW
LNUMLINE=                 9781 / Number of SDF lines of img data stored in memor
LNRMQUE =                    0 / Number of entries in Normal MAR queue
LIMGCNT =                    1 / Number of images currently stored in CS memory
LDETHTR =              15.1565 / DETector HeaTer monitor
LERRCNT =                    1 / Number of errors sent to the NSSC-I by the FSW
LELOGIND=                    2 / Index into the internal FSW error log
LBUSWAIT= 'No Wait '           / BUS Wait status flag 0=disbled, 1=enabled
LDOGTIME= 'Dog On  '           / Watchdog timer reset hardware enable flag
LINPCLK = 'Clock On'           / Clock input to 82380 chip enabled flag
LTIMGAT0= '1       '           / Gate to external timer 0 enable flag
LTIMGAT1= '0       '           / Gate to external timer 1 enable flag
LTIMGAT2= '1       '           / Gate to external timer 2 enable flag
LDERDIAG= 'NoColect'           / Derived Diagnostic in progress flag
LALGDIAG= 'NoColect'           / Analog Diagnostic in progress flag
LDIGDIAG= 'NoColect'           / Digital Diagnostic in progress flag
LFITAT  =              19.1667 / FITting A Temp
LMAJFCNT=                28777 / Major Frame count
LHC15VB =              15.3127 / +15 volts from Thermal Control power converter
LLASTNRM=                  536 / Number of last normal MAR command processed
LNRCMDPC=                  178 / Number of normal MAR processed by the FSW
LLSTCKSM=                21068 / Last checksum or CRC computed by the FSW
LDATQUE =                    0 / Number of entries in the parameter data queue
LMINFCNT=                  104 / Minor frame count
LLOOPCNT=                    0 / Loop counter (to show that a function is runnin
LLASTIMM=                   22 / Number of last immediate MAR command processed
LSESDATA= 'Empty   '           / SES A/D data FIFO empty flag
LSESEMPT= 'Empty   '           / SES A/D address FIFO empty flag
LSESFULL= 'NotFull '           / SES A/D address FIFO full flag
LSESINT = 'Empty   '           / SES hardware data interrupt flag
L15VOP  =               14.844 / 15 volt operate converter monitor
L15VMEC =              15.0002 / 15 volt monitor for the mech power converter
LFITCT  =              10.7143 / FITting C Temp
LCST    =                 30.0 / CS Board Temp
L5VOP   =              5.43553 / 5 volt operate converter monitor
LO3FPANT=                 6.25 / Out v3 For PANel Temperature
LIMGEXTP=             16777216 / Pointer to image buffer of next image to extrac
LIN2PANT=              18.3333 / INboard v2 PANel Tmp
LO2APANT=                4.375 / Out v2 Aft PANel Temperature
LNUVFBT =              18.5714 / NUV Front Blkhd Temperature
LHC15VA =              15.3127 / +15 volts from Thermal Control power converter
LCALCVRT=              10.8333 / CALib CoVeR Temp
LM15VOP =                -15.0 / -15V OPer mode reg
LOBFWDBT=              24.1667 / Optical Bench FWD Bulkhead Temperature
LLVPGND1=                  128 / LVPs GrouND
LSES1GND=                  128 / SES1 GrND power
LDCDRILM=              235.538 / Auxiliary current limit setting
LMCOMTSK= 'Active  '           / Mce COMm TaSK active
LRSTFAIL= '---     '           / mce forced RSeT FAIL
LMINITTO= 'OK      '           / Mce INIT TimeOut
LSESADCS= 'Success '           / SES A/D Collctn Stat
LEXPOTIM=                 20.0 / commanded EXPOsure TIMe
LBANKNUM=                    0 / memory mon BANK NUM
LMCMDAC =                  183 / Mce CoMmanDs ACcpted
LWAIT   = 'NoWait  '           / Wait in progress
LTIMECOD= 'NtInProg'           / TIME CODe update flag
LTDF    = 'TDFUp   '           / Take Data Flag
LTDFRESP= 'Disabled'           / Take Data Flag RESPonse
LSLEWCON=                    1 / SLEW CONfirmation
LTESTRES= 'Passed  '           / selfTEST RESult
LSLFTEST= 'NoTest  '           / Self Test in progress
LLASTDIB= 'EvntRate'           / LAST DIB command processed
LIMGDMPD=                    1 / IMaGes DuMPeD
LEXPOSTA= 'ExposTTg'           / EXPOsure STAtus
LUPSETCT=                    0 / mce ser i/f UPSET CT
LNULLIMG=                    0 / NULL IMaGe counter
LMCMDREJ=                  255 / Mce CoMmanDs REJcted
LCSPAGE = 'Enabled '           / CS PAGE
LSHPOS  = 'Closed  '           / External Shutter position
  
LCSOPVER=                 1033 / Control Section Operate flight s/w version numb
LSHUTRAW= 'Closed  '           / External shutter raw position read switch state
LSHUTRLY= 'ThisMEB '           / External shutter sensor relays (MEB switches)
LSHPENAB= 'Enabled '           / External shutter primary motor enable readback
LSHPSTAT= 'PosValid'           / External shutter primary mechanism status
LSHBSTAT= 'Initlzd '           / External shutter backup mechanism status
LFULLSET= 'No      '           / Active FULL setup indicator
LSHBSPD =                19.53 / External shutter backup motor speed
LSHBHOLD=                  4.0 / External shutter backup motor commanded holdoff
LNUMSUBS= '1 Subary'           / Number of subarrays currently defined
LSHBMVNG= 'NotMovng'           / External shutter backup motor moving status bit
LDETSET = 'NUV     '           / Active Detector setup indicator
LBKMSTCK= 'Enabled '           / Background monitoring stack check flag
LBKMNCRC= 'Enabled '           / Background monitoring CRC check flag
LANCLDIR= 'Reverse '           / Ancillary Stepper Motor Direction readback bit
LANCLSEL= 'Nothing '           / Ancillary Motor Select readback bit
LANCLHLD=                   32 / Ancillary Motor Holdoff Duration setting
LANCLSPD= '52.08   '           / Ancillary Motor Speed selection readback bit
LTAPHASE= 'LTAIMAGE'           / Last phase(current phase) of target acquisition
LTAGDUMP=         -5.72205E-06 / Time Tag Dump pointer
LTADWNUM=                   24 / Current Target ACQ Dwell point number
LTADWCNT=                  237 / Target ACQ dwell count
LTAGFILL=           0.00532341 / Time Tag Fill pointer
  
  
              / FUV DETECTOR ITEMS
  
LDCEDECA=                  0.0 / DCE Digitized Event counter A
LDCEDECB=                  1.0 / DCE Digitized Event counter B
LDCEFECA=                  0.0 / DCE Fast Event Counter A
LDCEFECB=                  1.0 / DCE Fast Event Counter B
LDCETIME=   1.724597000000E+06 / DCE Timer
LDCEOPER= 'Oper    '           / DCE boot=0 OPER=1
LDCEFSWV=               1044.0 / DCE Flight Software Version
LDCEWDOG= 'Enabled '           / DCE WatchDOG enabled
LDCEDIGA=               4.4726 / DCE DIGitizer volts reference A
LDCEDIGB=              4.45307 / DCE DIGitizer volts reference B
LDCESTMA= 'Off     '           / DCE record of STIM setting to digitizer A
LDCESTMB= 'Off     '           / DCE record of STIM setting to digitizer B
LDCFHVAN=                  6.0 / DCe FHV stat ANalog
LDCIMONA=              24.6099 / DCE HV current A
LDCIMONB=              22.2661 / DCE HV current B
LDCHVMNA=             -4083.12 / DCE HV output voltage monitor A
LDCHVMNB=              -4108.8 / DCE HV output voltage monitor B
LDCEQANA=                 42.0 / DCE QHVA status analog
LDCEQANB=                 42.0 / DCE QHVB status analog
LDCSTATE= 'Low     '           / DCE HV State (Off,NomA,NomB,Nom,Low,Und,Set,On)
LDCEILIM=              150.003 / DCE HV current limit setting
LDCHVPWR= 'On      '           / DCE HVPS power status bit
LDCEQPWR= 'On      '           / DCE HV grid power status bit
LDCCRPCA=   6.000000000000E+04 / DCe Count Rate Protection Counts threshold A
LDCCRPCB=   6.000000000000E+04 / DCe Count Rate Protection Counts threshold B
LDCCRPIA=                 10.0 / DCe Count Rate Protection Initialize time A
LDCCRPIB=                 10.0 / DCe Count Rate Protection Initialize time B
LDCEAUXI=               36.468 / DCE Auxiliary power supply current
LDCEACTT=              25.2871 / DCE ACTuator Temp
LDCAMPAT=              26.3964 / DCe AMP A Temperature
LDCAMPBT=              25.2871 / DCe AMP B Temperature
LDCETEMP=              26.0293 / DCE TEMPerature
LDCDVAAT=              24.9119 / DCE Det Vacuum Assy A temperature
LDCDVABT=              25.2871 / DCE Det Vacuum Assy B temperature
LDCHVFMT=              26.0293 / DCe HVFM Temperature
LDCHVPST=              26.0293 / DCe HVPS Temperature
LDCIPT  =              24.9119 / DCe Ion Pump Temperature
LDCLVPCT=              32.0151 / DCe LVPC Temperature
LDCTDCAT=              28.9039 / DCe TDC A Temperature
LDCTDCBT=               30.298 / DCe TDC B Temperature
LDCP15TA=              14.8584 / DCE +15v TDC A
LDCM15TA=             -15.2242 / DCE -15v TDC A
LDCP5TA =              4.97147 / DCE +5v  TDC A
LDCM5TA =             -5.29375 / DCE -5v  TDC A
LDCP15TB=              14.9568 / DCE +15v TDC B
LDCM15TB=             -15.2242 / DCE -15v TDC B
LDCP5TB =              4.99596 / DCE +5v  TDC B
LDCM5TB =             -5.29375 / DCE -5v  TDC B
LDCP15D =              15.2205 / DCE +15v DCE
LDCM15D =             -15.2205 / DCE -15v DCE
LDCP5DA =              5.02045 / DCE +5v DCE A
LDCP5DB =              4.99596 / DCE +5v DCE B
LDCP5DC =              4.97147 / DCE +5v DCE C
LDCLVPCP=               50.692 / DCe LVPC Power
LDCESDC1=                  1.0 / DCE Science Data Port Counter 1
LDCESDC2=                  1.0 / DCE Science Data Port Counter 2
  
LDCEPKTC=   1.725414000000E+06 / DCE PacKeT Counter
LDCECMDX=                389.0 / DCE Commands executed counter
LDCELSTC=                230.0 / DCE LaST Command Opcode executed
LDCERMPB= 'NotInPrg'           / DCE high voltage ramp in progress, segment B
LDCERMPA= 'NotInPrg'           / DCE high voltage ramp in progress, segment A
LDCECMDR=                389.0 / DCE Commands received counter
LDCECRC =                  0.0 / DCE CRC transfer memory (UL/DL or calc result)
LDCERMPT=                 10.0 / DCE hv RaMP Time
LDCECOMM= 'On      '           / DCE cs COMM tsk stat
LDCEHVEN= 'Enable  '           / DCE HVPS SW enable status
  
LDPWRSTA= 'On      '           / Dce cs PoWeR STAtus
LDCDUPQA=              86.0028 / DCE TDC Upper Charge Threshold A
LDCDUPQB=              86.0028 / DCE TDC Upper Charge Threshold B
LDCDLOQA=             0.377915 / DCE TDC Lower Charge Threshold A
LDCDLOQB=             0.338076 / DCE TDC Lower Charge Threshold B
LDCDTTAX=              197.776 / DCE TDC Timing Threshold AX
LDCDTTBX=              206.665 / DCE TDC Timing Threshold BX
LDCDTTAY=              205.553 / DCE TDC Timing Threshold AY
LDCDTTBY=              205.553 / DCE TDC Timing Threshold BY
LDCHVSTA=             -4053.31 / DCE High Voltage Command Level A
LDCHVSTB=              -4069.0 / DCE High Voltage Command Level B
LDCHVNMA=             -5104.54 / DCE HV Nominal Setting A
LDCHVNMB=             -5057.47 / DCE HV Nominal Setting B
LDCHVTGA=              -4069.0 / DCE HV Target Level A
LDCHVTGB=              -4069.0 / DCE HV Target Level B
LDCHVLOA=              -4069.0 / DCE HV Level for HVLOW Segment A
LDCHVLOB=              -4069.0 / DCE HV Level for HVLOW Segment B
LDCHVMXA=             -5277.13 / DCE HV Command Level Maximum A
LDCHVMXB=             -5230.06 / DCE HV Command Level Maximum B
LDCDBWAX=               99.999 / DCE TDC Begin Walk Adjust AX
LDCDBWBX=              98.8879 / DCE TDC Begin Walk Adjust BX
LDCDEWAX=              96.6657 / DCE TDC End Walk Adjust AX
LDCDEWBX=              98.8879 / DCE TDC End Walk Adjust BX
LDCDBWAY=              94.4435 / DCE TDC Begin Walk Adjust AY
LDCDBWBY=              94.4435 / DCE TDC Begin Walk Adjust BY
LDCDEWAY=              94.4435 / DCE TDC End Walk Adjust AY
LDCDEWBY=              94.4435 / DCE TDC End Walk Adjust BY
LDCDSHAX=              235.553 / DCE TDC Image Shift AX
LDCDSHBX=              129.999 / DCE TDC Image Shift BX
LDCDSHAY=              177.776 / DCE TDC Image Shift AY
LDCDSHBY=              138.887 / DCE TDC Image Shift BY
LDCDSTAX=              34.4441 / DCE TDC Image Stretch AX
LDCDSTBX=              64.4438 / DCE TDC Image Stretch BX
LDCDSTAY=              126.665 / DCE TDC Image Stretch AY
LDCDSTBY=              56.6661 / DCE TDC Image Stretch BY
LDCINHIB= 'OK      '           / DCE-FUV Inhibit mode flag
LDCSHKFL= 'OK      '           / DCE Saved Housekeeping Buffer Flag
LDCSHKID=                    0 / DCE Saved Housekeeping Buffer Index
LDCRMDIR= 'OFF     '           / DCE-FUV Detector Door Motor Direction
LDCRMPWR= 'OFF     '           / DCE-FUV Detector Door Motor Power Status
LDCRDPOS=                    0 / DCE-FUV Detector Door Position Analog
LDCRMENA= 'DISABLED'           / DCE-FUV Detector Door Motor Enable Status
LDCRDCLS= 'NOTCLOSD'           / DCE-FUV Detector Door CLOSE Status
LDCRDOPN= 'NOT OPEN'           / DCE-FUV Detector Door Motor Power Status
LDCRDLAT= 'UNLATCHD'           / DCE-FUV Detector Door Latch Status
LDCRAXPR= 'OFF     '           / DCE-FUV Detector Auxillary Power Status
LDCRAENA= 'DISABLED'           / DCE-FUV Detector Door Actuator Enable Status
LDCRACT1= 'OFF     '           / DCE-FUV Detector Door Actuator Winding #1 Power
LDCRACT2= 'OFF     '           / DCE-FUV Detector Door Actuator Winding #2 Power
LDCRDTMR=                    0 / DCE-FUV Detector Door Task Countdown Timer
  
  
              / MAMA SUBSYSTEM TELEMETRY ITEMS
  
LMEVENTS=                320.0 / MAMA event counter
LMMCPV  =             -2054.56 / Mama MCP Voltage
LMPCVOLT=             -801.412 / MAMA PC voltage
LMROWCFG=                   31 / Mama ROW decode CnFG
LMCOLCFG=                   31 / Mama COL decode CnFG
LMCHAMPT=              27.2163 / Mama CHarge AMPlif T
LMDECODT=              28.4373 / Mama DECODe pwb Tmp
LMP5V   =              5.22344 / Mama +5V voltage
LMP5VI  =             0.465934 / Mama +5V I
LMGLBEXC= 'OK      '           / Mama GLoB thrs EXCdd
LMGLBERR= 'No Error'           / Mama GLoBal event ERR
LMCHKSUM= 'OK      '           / Mama mce CHecKSuM
LMRAMTST= 'OK      '           / Mama mce RAM TeST
LMINEVER= 'NoError '           / Mama INteg EVent ERr
LMDOGRST= 'OK      '           / Mama DOG timer ReSeT
LMHVSOFF= 'On      '           / Mama HV Supply OFF
LMSTBY  = 'Operate '           / Mama STandBY mode
LMBSDOVR= 'NoOverrd'           / Mama BSD OVeRride dis
LMDCDDIS= 'Enable  '           / Mama DeCoDe asic DISab
LMHVENAB= 'Disable '           / Mama High Voltag ENAB
LMHIVON = 'HVOn    '           / Mama HIgh Voltage ON
LMBSDET = 'OK      '           / Mama Bright Scene DET
LMMCPI  =              48.7912 / Mama MCP I
LMTHRSV =             0.483516 / Mama THReShold Volt
LMHIBIAS=              140.317 / Mama HIgh BIAS volt
LMLOBIAS=              138.706 / Mama LOw BIAS voltag
LMGLBMON= 'GloblAct'           / Mama GLoBal MON stat
LMEVTYPE= 'ORCounts'           / Mama EVent TYPE
LMGLEVIP=              99.9357 / Mama GLob EVnt InPer
LMGLBTHR=              77000.0 / Mama GLoBal THResh
LMP15V  =              15.8486 / Mama +15V voltage
LMP15VI =            0.0304274 / Mama +15V I
LMM15V  =             -15.7949 / Mama -15V Voltage
LMM15VI =            0.0714042 / Mama -15V Current
LMMCETMP=              24.5301 / Mama MCE TeMP
LMLVPST =              30.6351 / Mama LVPS pwb Temp
LPCCMDD =             -799.934 / mama PC volt CMDD
LTHRCMDD=              0.48022 / mama THRshold v CMDD
LMP8AMPV=              8.00733 / Mama +8V AMPlif Volt
LMP8AMPI=             0.741636 / Mama +8v AMPlifier I
LMCPLIM =             -2054.95 / Mama MCP LIMit cmded
LMCPCMDD=             -2050.19 / Mama MCP volt CMDeD
LMHVPST =              32.3445 / Mama HVPS pwb Temp
LMP8VREF=              8.01221 / Mama +8V REF voltage
LMP5DISC=              5.00855 / Mama+5v DISCrim volt
LMP5VDI =             0.273993 / Mama +5V Discrim I
LMM2DISC=             -2.00488 / Mama-2V DISCrim volt
LMM2VDI =             0.420757 / Mama -2V Discrim I
LMCIMCER= 'OK      '           / Mama Cmd Inhb MCE Rset
LMCIHVOF= 'OK      '           / Mama Cmd Inhb Hi V OFf
LMSLOSUS= '---     '           / Mama SLOw SUSpd init
LMPWRSTA= 'On      '           / Mama cs PoWeR STAtus
  
              / APERTURE RELATED ITEMS
  
LAPXMTRT=              24.2857 / Aperture cross-dispersion dir. motor temperatur
LAPDMTRT=              23.5714 / Aperture dispersion direction motor temperature
LAPXSTAT= 'PosValid'           / Aperture cross-dispersion mechanism status
LAPDSTAT= 'PosValid'           / Aperture dispersion direction mechanism SW stat
LAPXSTP =                147.1 / Aperture cross-dispersion dir. SW step position
LAPDSTP =                 -9.1 / Aperture dispersion direction SW step position
LAPDINHB= '0       '           / Dispersion Aperture power inhibit bits
LAPDPHSB=                    0 / Disp Aperture motor winding B last phase value
LAPDPHSA=                    0 / Disp Aperture motor winding A last phase value
LAPXPHSB=                    1 / X-Disp Aperture motor winding B last phase valu
LAPXPHSA=                    0 / X-Disp Aperture motor winding A last phase valu
LAPXSPD =                52.08 / Aperture cross-dispersion dir. commanded speed
LAPXHOLD=                 32.0 / Aperture cross-dispersion dir. commanded holdof
LAPDMTRI= '100%    '           / Aperture dispersion direction motor current
LAPDOVRD= 'NoOvrrid'           / Aperture dispersion direction mechanism overrid
LAPXOVRD= 'NoOvrrid'           / Aperture cross-dispersion dir. mechanism overri
LAPDMVNG= 'NotMovng'           / Aperture dispersion dir. motor moving status bi
LAPXMVNG= 'NotMovng'           / Aperture cross-dispersion motor moving status b
LAPXRLAY= 'Closed  '           / X-Disp Aperture motor relay closed readback bit
LAPDRLAY= 'Closed  '           / Disp Aperture motor relay closed readback bit
LAPXINHB= '0       '           / Cross-Dispersion Aperture power inhibit bits
LAPMPOS = 'WCA-NUVB'           / Aperture mechanism position
LAPXMTRI= '100%    '           / Aperture cross-dispersion direction motor curre
LAPDSPD =                52.08 / Aperture dispersion direction commanded speed
LAPDHOLD=                 32.0 / Aperture dispersion direction commanded holdoff
LAPDOVHT= 'NoOvrht '           / Aperture dispersion direction mechanism overhea
LAPXOVHT= 'NoOvrht '           / Aperture cross-dispersion dir. mechanism overhe
LAPXLVDT=                 2882 / Aperture cross-disp. LVDT, raw resolver positio
LAPDLVDT=                 1883 / Aperture dispersion LVDT, raw resolver position
  
              / OPTICS SELECT MECHANISM ITEMS
  
LOM1MTRT=              24.2857 / OSM1 motor temperature
LOM2MTRT=                 25.0 / OSM2 motor temperature
LOMFMTRT=                 25.0 / OSM1 Focus motor temperature
LOM1STAT= 'PosValid'           / OSM1 mechanism status
LOM2STAT= 'PosValid'           / OSM2 mechanism status
LOMFLVDT=                 2232 / OSM1 Focus motor LVDT
LOMFSTAT= 'PosValid'           / OSM1 Focus mechanism status
LOM1POSC=                51418 / OSM1 resolver coarse position
LOM2POSC=                52161 / OSM2 resolver coarse position
LOM1POSF=                   72 / OSM1 resolver fine position
LOM2POSF=                   72 / OSM2 resolver fine position
LOM1STP =               4794.1 / OSM1 motor SW step position
LOM2STP =               8959.1 / OSM2 motor step position
LOMFSTP =                415.1 / OSM1 Focus motor step position
LOMFPHSB=                    1 / OSM1 Focus motor winding B last phase value
LOMFPHSA=                    0 / OSM1 Focus motor winding A last phase value
LOSMLAMB=                    0 / OSM Grating central wavelength
LOSMOFST= '                   0' / OSM Absolute move offset parameter
LOSMDIR = 'Forward '           / OSM Stepper motor direction bit
LOSMSPED= '78.12   '           / OSM motor speed selection readback bits
LOSMHOLD= '32      '           / OSM motor holdoff duration setting readback
LOSMSEL = 'None    '           / OSM motor select readback bits
LOSM1POS= 'NCM1    '           / OSM mechanism position
LOSM2POS= 'TA1Image'           / OSM mechanism position
LOM1MVNG= 'NotMovng'           / OSM1 mechanism moving status bit
LOM2MVNG= 'NotMovng'           / OSM2 mechanism moving status bit
LOM2PHSB=                    0 / OSM2 motor winding B last phase value
LOM2PHSA=                    1 / OSM2 motor winding A last phase value
LOM1PHSB=                    1 / OSM1 motor winding B last phase value
LOM1PHSA=                    1 / OSM1 motor winding A last phase value
LOM2INHC= 'Allowed '           / OSM2 course resolver inhibit readback bit
LOM2INHF= 'Allowed '           / OSM2 fine resolver inhibit readback bit
LOM1INHC= 'Allowed '           / OSM1 course resolver inhibit readback bit
LOM1INHF= 'Allowed '           / OSM1 fine resolver inhibit readback bit
LOM1RLY = 'Closed  '           / OSM1 motor relay closed readback bit
LOM2RLY = 'Closed  '           / OSM2 motor relay closed readback bit
LOMFRLAY= 'Closed  '           / OSM1 focus motor relay closed readback bit
LOMFMVNG= 'NotMovng'           / OSM1 Focus mechanism moving status bit
LOM1OVRD= 'NoOvrrid'           / OSM1 mechanism override
LOM2OVRD= 'NoOvrrid'           / OSM2 mechanism override
LOMFOVRD= 'NoOvrrid'           / OSM1 Focus mechanism override
LOM1SPD =                78.12 / OSM1 commanded speed
LOM2SPD =                78.12 / OSM2 commanded speed
LOMFSPD =                52.08 / OSM1 Focus commanded speed
LOM1HOLD=                 32.0 / OSM1 commanded holdoff
LOM2HOLD=                 32.0 / OSM2 commanded holdoff
LOMFHOLD=                 32.0 / OSM1 Focus commanded holdoff
LOM1INHB= 'Inhibitd'           / OSM1 motor inhibit
LOM2INHB= 'Inhibitd'           / OSM2 motor inhibit
LOMFINHB= 'Inhibitd'           / OSM1 Focus motor inhibit
LOM1OVHT= 'NoOvrht '           / OSM1 mechanism overheat
LOM2OVHT= 'NoOvrht '           / OSM2 mechanism overheat
LOMFOVHT= 'NoOvrht '           / OSM1 Focus mechanism overheat
  
              / CALIBRATION LAMP ITEMS
  
LPNLMP1I=              5.93766 / Pt/Ne Lamp 1 current monitor
LPNLMP2I=          0.000125421 / Pt/Ne Lamp 2 current monitor
LD2LMP1T=              10.8333 / D2 LaMP 1 Temp
LD2LMP2T=              11.6667 / Deuterium lamp secondary Temp
LD2LMP1I=          0.000125421 / Deuterium 2 Lamp 1 current monitor
LD2LMP2I=          0.000125421 / Deuterium 2 Lamp 2 current monitor
LPNLMP1T=              10.8333 / PtNe LaMP 1 Temperature
LPNLMP2T=              10.8333 / PtNe LaMP 2 Temperature
LCLGND1 =                  128 / Cal Lamp  GND 1
LCL30V  =              29.9991 / Cal Lamp +30 V
LCL30VI =             0.176144 / +30 volt Cal Lamp current monitor
LD2ILVL = 'High    '           / Deuterium lamps current setting
LPNILVL = 'Low     '           / Platinum-neon lamps current setting
LD2ENA1 = 'Disabled'           / Deuterium lamp 1 enable bit
LD2ENA2 = 'Disabled'           / Deuterium lamp 2 enable bit
LPNENA1 = 'Enabled '           / Platinum-neon lamp 1 enable bit
LPNENA2 = 'Disabled'           / Platinum-neon lamp 2 enable bit
LCLCRLAY= 'MEB1    '           / Cal lamp relay position
  
              / DIB ITEMS
  
LDIBT   =              28.3333 / DIB Board Temperature
LDIBCTIM=             13042244 / Coarse TIMe
LDLSTERR= 'OK      '           / Dib LaST ERRor
LDIBERRC=                    0 / DIB ERRor Counter
LDIBCNTR=                    0 / DIB reset CouNTeR
LDIBRSET=                   63 / DIB reason for ReSET
LDICMDAC=                  189 / DIb CoMmanDs Accepted
LDICMDPC=                   56 / DIb CoMmanDs ProCessed
LDIBEXPO= 'NoExpo  '           / DIB EXPOsure in progress
LDMATO  = 'OK      '           / dib DMA TimeOut
LDIBWAIT= 'NoWait  '           / DIB WAIT state
LDIBINIT= 'InitComp'           / DIB INITialize stat
LDBUSERR=                    0 / Dib BUS ERRor count
LDLOCEXC= 'OK      '           / Dib LOCal thr EXCdd
LDEVTERR= 'OK      '           / Dib EVnT check ERRor
LDOVRFLW= 'OK      '           / Dib scidata OVeRFLoW
LDIBTLM = 'Enabled '           / DIB TeLeMtry enabled
LDIBPAGE= 'Enabled '           / DIB PAGing status
LDEVTCHK= 'NotInPrg'           / Dib EVnT CHK in prog
LDIBMODE= 'OperExpo'           / DIB fsw MODE
END

--------------------------------- extension 3 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP2   '           / extension name
EXTVER  =                    1 / extension version number
ROOTNAME= 'la8p01gmq                         ' / rootname of the observation set
EXPNAME = 'la8p01gmq'          / 9 character exposure identifier
ASN_MTYP= 'EXP-IWAVE   '       / Role of the Member in the Association
  
              / ENGINEERING DIAGNOSTIC SNAPSHOT 2
  
LOBSNUM =                  167 / Observation Number
LCSMEM01=                    0 / CS Memory Monitor #1
LCSMEM07=                  166 / CS Memory Monitor #7
LNEDCOLL= 'Collect '           / Normal Engineering Data (NED) collection flag
LLIMCKEN= 'Limit On'           / Limits Checking Enabled flag 0=disabled,1=enabl
LELOGWRP= 'OK      '           / Error Log wraparound flag  0=no, 1=yes
LBKGDMON= 'Enabled '           / background processing software enabled flag
LDMPSTAT= 'NoDmping'           / image or memory dump in progress flag
LCHKSUM = 'Done    '           / checksum being calculated by FSW flag
LELOGNUM=                  354 / Last error code processed by FSW
LIMCMDAC=                   51 / Number of immediate MAR accepted by the FSW
LELOGMSG=                  166 / Last error parameter processed by FSW
LNRCMDAC=                  180 / Number of normal MAR accepted by FSW from RIU
LCMDATAC=                  233 / Number of parameters accepted by FSW since init
LIPLTHTR=              16.8752 / Interface plate heater monitor
LHDRCNT =                    1 / Number of headers currently stored in EDAC RAM
LCMDFIFO= 'Empty   '           / RIU Command FIFO status flag (full, half, empty
LSDFFIFO= 'Empty   '           / SDF FIFO status flag (full, half-full, empty)
LTIMETAG=                    1 / Time Tag image allocated flag
LTCUERR = 'No Error'           / Time code Update error flag
LDUMPTO = 'NoTimOut'           / DUMP timeout flag
LSDRESTR= 'Invalid '           / Science Data buffer RESTORE flag
LMACINHB= 'OK      '           / Normal MAR processing suspended flag
L5VMEC  =              4.92197 / 5 volt mech dc/dc converter monitor
LOBAFTBT=                 25.0 / Optical Bench AFT Bulkhead Temperature
LIMGINSP=             16777216 / Pointer in Img Buff of next image to be inserte
LIN3PANT=                 17.5 / Inboard v3 PANel Temp
LFITBT  =                 15.0 / FITting B Temp
LCSMEM02=                 1033 / CS memory monitor #2
LCSMEM03=                  262 / CS memory monitor #3
LCSMEM04=                    0 / CS memory monitor #4
LCSMEM05=                 3790 / CS memory monitor #5
LCSMEM06=                  250 / CS memory monitor #6
LCSMEM08=                    0 / CS memory monitor #8
LCSMEM09=                  163 / CS memory monitor #9
LCSMEM10=                    0 / CS memory monitor #10
LCSMEM11=                   30 / CS memory monitor #11
LCSMEM12=                    0 / CS memory monitor #12
LDMPWAIT=                 2902 / Time allowed to complete a dump before timeout
LIMCMDPC=                   51 / Number of immediate MAR processed by FSW
LNUMLINE=                 9781 / Number of SDF lines of img data stored in memor
LNRMQUE =                    0 / Number of entries in Normal MAR queue
LIMGCNT =                    1 / Number of images currently stored in CS memory
LDETHTR =              15.1565 / DETector HeaTer monitor
LERRCNT =                    1 / Number of errors sent to the NSSC-I by the FSW
LELOGIND=                    2 / Index into the internal FSW error log
LBUSWAIT= 'No Wait '           / BUS Wait status flag 0=disbled, 1=enabled
LDOGTIME= 'Dog On  '           / Watchdog timer reset hardware enable flag
LINPCLK = 'Clock On'           / Clock input to 82380 chip enabled flag
LTIMGAT0= '1       '           / Gate to external timer 0 enable flag
LTIMGAT1= '0       '           / Gate to external timer 1 enable flag
LTIMGAT2= '1       '           / Gate to external timer 2 enable flag
LDERDIAG= 'NoColect'           / Derived Diagnostic in progress flag
LALGDIAG= 'NoColect'           / Analog Diagnostic in progress flag
LDIGDIAG= 'NoColect'           / Digital Diagnostic in progress flag
LFITAT  =              19.1667 / FITting A Temp
LMAJFCNT=                28778 / Major Frame count
LHC15VB =              15.3127 / +15 volts from Thermal Control power converter
LLASTNRM=                  250 / Number of last normal MAR command processed
LNRCMDPC=                  179 / Number of normal MAR processed by the FSW
LLSTCKSM=                21068 / Last checksum or CRC computed by the FSW
LDATQUE =                    0 / Number of entries in the parameter data queue
LMINFCNT=                   25 / Minor frame count
LLOOPCNT=                    0 / Loop counter (to show that a function is runnin
LLASTIMM=                   22 / Number of last immediate MAR command processed
LSESDATA= 'Empty   '           / SES A/D data FIFO empty flag
LSESEMPT= 'Empty   '           / SES A/D address FIFO empty flag
LSESFULL= 'NotFull '           / SES A/D address FIFO full flag
LSESINT = 'Empty   '           / SES hardware data interrupt flag
L15VOP  =               14.844 / 15 volt operate converter monitor
L15VMEC =              15.0002 / 15 volt monitor for the mech power converter
LFITCT  =              10.7143 / FITting C Temp
LCST    =                 30.0 / CS Board Temp
L5VOP   =              5.43553 / 5 volt operate converter monitor
LO3FPANT=                 6.25 / Out v3 For PANel Temperature
LIMGEXTP=             16777216 / Pointer to image buffer of next image to extrac
LIN2PANT=              18.3333 / INboard v2 PANel Tmp
LO2APANT=                4.375 / Out v2 Aft PANel Temperature
LNUVFBT =              18.5714 / NUV Front Blkhd Temperature
LHC15VA =              15.3127 / +15 volts from Thermal Control power converter
LCALCVRT=              10.8333 / CALib CoVeR Temp
LM15VOP =                -15.0 / -15V OPer mode reg
LOBFWDBT=              24.1667 / Optical Bench FWD Bulkhead Temperature
LLVPGND1=                  127 / LVPs GrouND
LSES1GND=                  127 / SES1 GrND power
LDCDRILM=              235.538 / Auxiliary current limit setting
LMCOMTSK= 'Active  '           / Mce COMm TaSK active
LRSTFAIL= '---     '           / mce forced RSeT FAIL
LMINITTO= 'OK      '           / Mce INIT TimeOut
LSESADCS= 'Success '           / SES A/D Collctn Stat
LEXPOTIM=                 20.0 / commanded EXPOsure TIMe
LBANKNUM=                    0 / memory mon BANK NUM
LMCMDAC =                  183 / Mce CoMmanDs ACcpted
LWAIT   = 'NoWait  '           / Wait in progress
LTIMECOD= 'NtInProg'           / TIME CODe update flag
LTDF    = 'TDFUp   '           / Take Data Flag
LTDFRESP= 'Disabled'           / Take Data Flag RESPonse
LSLEWCON=                    1 / SLEW CONfirmation
LTESTRES= 'Passed  '           / selfTEST RESult
LSLFTEST= 'NoTest  '           / Self Test in progress
LLASTDIB= 'EvntRate'           / LAST DIB command processed
LIMGDMPD=                    1 / IMaGes DuMPeD
LEXPOSTA= 'ExposTTg'           / EXPOsure STAtus
LUPSETCT=                    0 / mce ser i/f UPSET CT
LNULLIMG=                    0 / NULL IMaGe counter
LMCMDREJ=                    9 / Mce CoMmanDs REJcted
LCSPAGE = 'Enabled '           / CS PAGE
LSHPOS  = 'Closed  '           / External Shutter position
  
LCSOPVER=                 1033 / Control Section Operate flight s/w version numb
LSHUTRAW= 'Closed  '           / External shutter raw position read switch state
LSHUTRLY= 'ThisMEB '           / External shutter sensor relays (MEB switches)
LSHPENAB= 'Enabled '           / External shutter primary motor enable readback
LSHPSTAT= 'PosValid'           / External shutter primary mechanism status
LSHBSTAT= 'Initlzd '           / External shutter backup mechanism status
LFULLSET= 'No      '           / Active FULL setup indicator
LSHBSPD =                19.53 / External shutter backup motor speed
LSHBHOLD=                  4.0 / External shutter backup motor commanded holdoff
LNUMSUBS= '1 Subary'           / Number of subarrays currently defined
LSHBMVNG= 'NotMovng'           / External shutter backup motor moving status bit
LDETSET = 'NUV     '           / Active Detector setup indicator
LBKMSTCK= 'Enabled '           / Background monitoring stack check flag
LBKMNCRC= 'Enabled '           / Background monitoring CRC check flag
LANCLDIR= 'Reverse '           / Ancillary Stepper Motor Direction readback bit
LANCLSEL= 'Nothing '           / Ancillary Motor Select readback bit
LANCLHLD=                   32 / Ancillary Motor Holdoff Duration setting
LANCLSPD= '52.08   '           / Ancillary Motor Speed selection readback bit
LTAPHASE= 'LTAIMAGE'           / Last phase(current phase) of target acquisition
LTAGDUMP=         -5.72205E-06 / Time Tag Dump pointer
LTADWNUM=                   24 / Current Target ACQ Dwell point number
LTADWCNT=                  237 / Target ACQ dwell count
LTAGFILL=             0.213571 / Time Tag Fill pointer
  
  
              / FUV DETECTOR ITEMS
  
LDCEDECA=                  0.0 / DCE Digitized Event counter A
LDCEDECB=                  0.0 / DCE Digitized Event counter B
LDCEFECA=                  0.0 / DCE Fast Event Counter A
LDCEFECB=                  0.0 / DCE Fast Event Counter B
LDCETIME=   1.724617000000E+06 / DCE Timer
LDCEOPER= 'Oper    '           / DCE boot=0 OPER=1
LDCEFSWV=               1044.0 / DCE Flight Software Version
LDCEWDOG= 'Enabled '           / DCE WatchDOG enabled
LDCEDIGA=              4.45307 / DCE DIGitizer volts reference A
LDCEDIGB=              4.45307 / DCE DIGitizer volts reference B
LDCESTMA= 'Off     '           / DCE record of STIM setting to digitizer A
LDCESTMB= 'Off     '           / DCE record of STIM setting to digitizer B
LDCFHVAN=                  6.0 / DCe FHV stat ANalog
LDCIMONA=              24.6099 / DCE HV current A
LDCIMONB=              22.2661 / DCE HV current B
LDCHVMNA=             -4083.12 / DCE HV output voltage monitor A
LDCHVMNB=              -4108.8 / DCE HV output voltage monitor B
LDCEQANA=                 42.0 / DCE QHVA status analog
LDCEQANB=                 42.0 / DCE QHVB status analog
LDCSTATE= 'Low     '           / DCE HV State (Off,NomA,NomB,Nom,Low,Und,Set,On)
LDCEILIM=              150.003 / DCE HV current limit setting
LDCHVPWR= 'On      '           / DCE HVPS power status bit
LDCEQPWR= 'On      '           / DCE HV grid power status bit
LDCCRPCA=   6.000000000000E+04 / DCe Count Rate Protection Counts threshold A
LDCCRPCB=   6.000000000000E+04 / DCe Count Rate Protection Counts threshold B
LDCCRPIA=                 10.0 / DCe Count Rate Protection Initialize time A
LDCCRPIB=                 10.0 / DCe Count Rate Protection Initialize time B
LDCEAUXI=               36.468 / DCE Auxiliary power supply current
LDCEACTT=              25.2871 / DCE ACTuator Temp
LDCAMPAT=              26.3964 / DCe AMP A Temperature
LDCAMPBT=              25.2871 / DCe AMP B Temperature
LDCETEMP=              26.0293 / DCE TEMPerature
LDCDVAAT=              24.9119 / DCE Det Vacuum Assy A temperature
LDCDVABT=              25.2871 / DCE Det Vacuum Assy B temperature
LDCHVFMT=              26.0293 / DCe HVFM Temperature
LDCHVPST=              26.0293 / DCe HVPS Temperature
LDCIPT  =              24.9119 / DCe Ion Pump Temperature
LDCLVPCT=              32.0151 / DCe LVPC Temperature
LDCTDCAT=              28.9039 / DCe TDC A Temperature
LDCTDCBT=               30.298 / DCe TDC B Temperature
LDCP15TA=              14.8584 / DCE +15v TDC A
LDCM15TA=             -15.2242 / DCE -15v TDC A
LDCP5TA =              4.97147 / DCE +5v  TDC A
LDCM5TA =             -5.29375 / DCE -5v  TDC A
LDCP15TB=              14.9568 / DCE +15v TDC B
LDCM15TB=             -15.2242 / DCE -15v TDC B
LDCP5TB =              4.99596 / DCE +5v  TDC B
LDCM5TB =             -5.29375 / DCE -5v  TDC B
LDCP15D =              15.2205 / DCE +15v DCE
LDCM15D =             -15.2205 / DCE -15v DCE
LDCP5DA =              5.02045 / DCE +5v DCE A
LDCP5DB =              4.99596 / DCE +5v DCE B
LDCP5DC =              4.97147 / DCE +5v DCE C
LDCLVPCP=               50.692 / DCe LVPC Power
LDCESDC1=                  0.0 / DCE Science Data Port Counter 1
LDCESDC2=                  0.0 / DCE Science Data Port Counter 2
  
LDCEPKTC=   1.725434000000E+06 / DCE PacKeT Counter
LDCECMDX=                389.0 / DCE Commands executed counter
LDCELSTC=                230.0 / DCE LaST Command Opcode executed
LDCERMPB= 'NotInPrg'           / DCE high voltage ramp in progress, segment B
LDCERMPA= 'NotInPrg'           / DCE high voltage ramp in progress, segment A
LDCECMDR=                389.0 / DCE Commands received counter
LDCECRC =                  0.0 / DCE CRC transfer memory (UL/DL or calc result)
LDCERMPT=                 10.0 / DCE hv RaMP Time
LDCECOMM= 'On      '           / DCE cs COMM tsk stat
LDCEHVEN= 'Enable  '           / DCE HVPS SW enable status
  
LDPWRSTA= 'On      '           / Dce cs PoWeR STAtus
LDCDUPQA=              86.0028 / DCE TDC Upper Charge Threshold A
LDCDUPQB=              86.0028 / DCE TDC Upper Charge Threshold B
LDCDLOQA=             0.377915 / DCE TDC Lower Charge Threshold A
LDCDLOQB=             0.338076 / DCE TDC Lower Charge Threshold B
LDCDTTAX=              197.776 / DCE TDC Timing Threshold AX
LDCDTTBX=              206.665 / DCE TDC Timing Threshold BX
LDCDTTAY=              205.553 / DCE TDC Timing Threshold AY
LDCDTTBY=              205.553 / DCE TDC Timing Threshold BY
LDCHVSTA=             -4053.31 / DCE High Voltage Command Level A
LDCHVSTB=             -4053.31 / DCE High Voltage Command Level B
LDCHVNMA=             -5104.54 / DCE HV Nominal Setting A
LDCHVNMB=             -5057.47 / DCE HV Nominal Setting B
LDCHVTGA=              -4069.0 / DCE HV Target Level A
LDCHVTGB=              -4069.0 / DCE HV Target Level B
LDCHVLOA=              -4069.0 / DCE HV Level for HVLOW Segment A
LDCHVLOB=              -4069.0 / DCE HV Level for HVLOW Segment B
LDCHVMXA=             -5277.13 / DCE HV Command Level Maximum A
LDCHVMXB=             -5230.06 / DCE HV Command Level Maximum B
LDCDBWAX=               99.999 / DCE TDC Begin Walk Adjust AX
LDCDBWBX=              98.8879 / DCE TDC Begin Walk Adjust BX
LDCDEWAX=              96.6657 / DCE TDC End Walk Adjust AX
LDCDEWBX=              98.8879 / DCE TDC End Walk Adjust BX
LDCDBWAY=              94.4435 / DCE TDC Begin Walk Adjust AY
LDCDBWBY=              94.4435 / DCE TDC Begin Walk Adjust BY
LDCDEWAY=              94.4435 / DCE TDC End Walk Adjust AY
LDCDEWBY=              94.4435 / DCE TDC End Walk Adjust BY
LDCDSHAX=              235.553 / DCE TDC Image Shift AX
LDCDSHBX=              129.999 / DCE TDC Image Shift BX
LDCDSHAY=              177.776 / DCE TDC Image Shift AY
LDCDSHBY=              138.887 / DCE TDC Image Shift BY
LDCDSTAX=              34.4441 / DCE TDC Image Stretch AX
LDCDSTBX=              64.4438 / DCE TDC Image Stretch BX
LDCDSTAY=              126.665 / DCE TDC Image Stretch AY
LDCDSTBY=              56.6661 / DCE TDC Image Stretch BY
LDCINHIB= 'OK      '           / DCE-FUV Inhibit mode flag
LDCSHKFL= 'OK      '           / DCE Saved Housekeeping Buffer Flag
LDCSHKID=                    0 / DCE Saved Housekeeping Buffer Index
LDCRMDIR= 'OFF     '           / DCE-FUV Detector Door Motor Direction
LDCRMPWR= 'OFF     '           / DCE-FUV Detector Door Motor Power Status
LDCRDPOS=                    0 / DCE-FUV Detector Door Position Analog
LDCRMENA= 'DISABLED'           / DCE-FUV Detector Door Motor Enable Status
LDCRDCLS= 'NOTCLOSD'           / DCE-FUV Detector Door CLOSE Status
LDCRDOPN= 'NOT OPEN'           / DCE-FUV Detector Door Motor Power Status
LDCRDLAT= 'UNLATCHD'           / DCE-FUV Detector Door Latch Status
LDCRAXPR= 'OFF     '           / DCE-FUV Detector Auxillary Power Status
LDCRAENA= 'DISABLED'           / DCE-FUV Detector Door Actuator Enable Status
LDCRACT1= 'OFF     '           / DCE-FUV Detector Door Actuator Winding #1 Power
LDCRACT2= 'OFF     '           / DCE-FUV Detector Door Actuator Winding #2 Power
LDCRDTMR=                    0 / DCE-FUV Detector Door Task Countdown Timer
  
  
              / MAMA SUBSYSTEM TELEMETRY ITEMS
  
LMEVENTS=                332.0 / MAMA event counter
LMMCPV  =             -2054.56 / Mama MCP Voltage
LMPCVOLT=             -801.412 / MAMA PC voltage
LMROWCFG=                   31 / Mama ROW decode CnFG
LMCOLCFG=                   31 / Mama COL decode CnFG
LMCHAMPT=              27.2163 / Mama CHarge AMPlif T
LMDECODT=              28.4373 / Mama DECODe pwb Tmp
LMP5V   =              5.22589 / Mama +5V voltage
LMP5VI  =             0.466178 / Mama +5V I
LMGLBEXC= 'OK      '           / Mama GLoB thrs EXCdd
LMGLBERR= 'No Error'           / Mama GLoBal event ERR
LMCHKSUM= 'OK      '           / Mama mce CHecKSuM
LMRAMTST= 'OK      '           / Mama mce RAM TeST
LMINEVER= 'NoError '           / Mama INteg EVent ERr
LMDOGRST= 'OK      '           / Mama DOG timer ReSeT
LMHVSOFF= 'On      '           / Mama HV Supply OFF
LMSTBY  = 'Operate '           / Mama STandBY mode
LMBSDOVR= 'NoOverrd'           / Mama BSD OVeRride dis
LMDCDDIS= 'Enable  '           / Mama DeCoDe asic DISab
LMHVENAB= 'Disable '           / Mama High Voltag ENAB
LMHIVON = 'HVOn    '           / Mama HIgh Voltage ON
LMBSDET = 'OK      '           / Mama Bright Scene DET
LMMCPI  =                48.84 / Mama MCP I
LMTHRSV =             0.483516 / Mama THReShold Volt
LMHIBIAS=              140.366 / Mama HIgh BIAS volt
LMLOBIAS=              138.706 / Mama LOw BIAS voltag
LMGLBMON= 'GloblAct'           / Mama GLoBal MON stat
LMEVTYPE= 'ORCounts'           / Mama EVent TYPE
LMGLEVIP=              99.9357 / Mama GLob EVnt InPer
LMGLBTHR=              77000.0 / Mama GLoBal THResh
LMP15V  =              15.8437 / Mama +15V voltage
LMP15VI =            0.0304274 / Mama +15V I
LMM15V  =             -15.7949 / Mama -15V Voltage
LMM15VI =            0.0714042 / Mama -15V Current
LMMCETMP=              24.5301 / Mama MCE TeMP
LMLVPST =              30.6351 / Mama LVPS pwb Temp
LPCCMDD =             -799.934 / mama PC volt CMDD
LTHRCMDD=              0.48022 / mama THRshold v CMDD
LMP8AMPV=              8.00977 / Mama +8V AMPlif Volt
LMP8AMPI=             0.741392 / Mama +8v AMPlifier I
LMCPLIM =             -2054.95 / Mama MCP LIMit cmded
LMCPCMDD=             -2050.19 / Mama MCP volt CMDeD
LMHVPST =              32.5887 / Mama HVPS pwb Temp
LMP8VREF=              8.01221 / Mama +8V REF voltage
LMP5DISC=              5.00855 / Mama+5v DISCrim volt
LMP5VDI =             0.273993 / Mama +5V Discrim I
LMM2DISC=             -2.00488 / Mama-2V DISCrim volt
LMM2VDI =             0.420757 / Mama -2V Discrim I
LMCIMCER= 'OK      '           / Mama Cmd Inhb MCE Rset
LMCIHVOF= 'OK      '           / Mama Cmd Inhb Hi V OFf
LMSLOSUS= '---     '           / Mama SLOw SUSpd init
LMPWRSTA= 'On      '           / Mama cs PoWeR STAtus
  
              / APERTURE RELATED ITEMS
  
LAPXMTRT=              24.2857 / Aperture cross-dispersion dir. motor temperatur
LAPDMTRT=              23.5714 / Aperture dispersion direction motor temperature
LAPXSTAT= 'PosValid'           / Aperture cross-dispersion mechanism status
LAPDSTAT= 'PosValid'           / Aperture dispersion direction mechanism SW stat
LAPXSTP =                147.1 / Aperture cross-dispersion dir. SW step position
LAPDSTP =                 -9.1 / Aperture dispersion direction SW step position
LAPDINHB= '0       '           / Dispersion Aperture power inhibit bits
LAPDPHSB=                    0 / Disp Aperture motor winding B last phase value
LAPDPHSA=                    0 / Disp Aperture motor winding A last phase value
LAPXPHSB=                    1 / X-Disp Aperture motor winding B last phase valu
LAPXPHSA=                    0 / X-Disp Aperture motor winding A last phase valu
LAPXSPD =                52.08 / Aperture cross-dispersion dir. commanded speed
LAPXHOLD=                 32.0 / Aperture cross-dispersion dir. commanded holdof
LAPDMTRI= '100%    '           / Aperture dispersion direction motor current
LAPDOVRD= 'NoOvrrid'           / Aperture dispersion direction mechanism overrid
LAPXOVRD= 'NoOvrrid'           / Aperture cross-dispersion dir. mechanism overri
LAPDMVNG= 'NotMovng'           / Aperture dispersion dir. motor moving status bi
LAPXMVNG= 'NotMovng'           / Aperture cross-dispersion motor moving status b
LAPXRLAY= 'Closed  '           / X-Disp Aperture motor relay closed readback bit
LAPDRLAY= 'Closed  '           / Disp Aperture motor relay closed readback bit
LAPXINHB= '0       '           / Cross-Dispersion Aperture power inhibit bits
LAPMPOS = 'WCA-NUVB'           / Aperture mechanism position
LAPXMTRI= '100%    '           / Aperture cross-dispersion direction motor curre
LAPDSPD =                52.08 / Aperture dispersion direction commanded speed
LAPDHOLD=                 32.0 / Aperture dispersion direction commanded holdoff
LAPDOVHT= 'NoOvrht '           / Aperture dispersion direction mechanism overhea
LAPXOVHT= 'NoOvrht '           / Aperture cross-dispersion dir. mechanism overhe
LAPXLVDT=                 2882 / Aperture cross-disp. LVDT, raw resolver positio
LAPDLVDT=                 1883 / Aperture dispersion LVDT, raw resolver position
  
              / OPTICS SELECT MECHANISM ITEMS
  
LOM1MTRT=              24.2857 / OSM1 motor temperature
LOM2MTRT=                 25.0 / OSM2 motor temperature
LOMFMTRT=                 25.0 / OSM1 Focus motor temperature
LOM1STAT= 'PosValid'           / OSM1 mechanism status
LOM2STAT= 'PosValid'           / OSM2 mechanism status
LOMFLVDT=                 2232 / OSM1 Focus motor LVDT
LOMFSTAT= 'PosValid'           / OSM1 Focus mechanism status
LOM1POSC=                51418 / OSM1 resolver coarse position
LOM2POSC=                52161 / OSM2 resolver coarse position
LOM1POSF=                   72 / OSM1 resolver fine position
LOM2POSF=                   72 / OSM2 resolver fine position
LOM1STP =               4794.1 / OSM1 motor SW step position
LOM2STP =               8959.1 / OSM2 motor step position
LOMFSTP =                415.1 / OSM1 Focus motor step position
LOMFPHSB=                    1 / OSM1 Focus motor winding B last phase value
LOMFPHSA=                    0 / OSM1 Focus motor winding A last phase value
LOSMLAMB=                    0 / OSM Grating central wavelength
LOSMOFST= '0       '           / OSM Absolute move offset parameter
LOSMDIR = 'Forward '           / OSM Stepper motor direction bit
LOSMSPED= '78.12   '           / OSM motor speed selection readback bits
LOSMHOLD= '32      '           / OSM motor holdoff duration setting readback
LOSMSEL = 'None    '           / OSM motor select readback bits
LOSM1POS= 'NCM1    '           / OSM mechanism position
LOSM2POS= 'TA1Image'           / OSM mechanism position
LOM1MVNG= 'NotMovng'           / OSM1 mechanism moving status bit
LOM2MVNG= 'NotMovng'           / OSM2 mechanism moving status bit
LOM2PHSB=                    0 / OSM2 motor winding B last phase value
LOM2PHSA=                    1 / OSM2 motor winding A last phase value
LOM1PHSB=                    1 / OSM1 motor winding B last phase value
LOM1PHSA=                    1 / OSM1 motor winding A last phase value
LOM2INHC= 'Allowed '           / OSM2 course resolver inhibit readback bit
LOM2INHF= 'Allowed '           / OSM2 fine resolver inhibit readback bit
LOM1INHC= 'Allowed '           / OSM1 course resolver inhibit readback bit
LOM1INHF= 'Allowed '           / OSM1 fine resolver inhibit readback bit
LOM1RLY = 'Closed  '           / OSM1 motor relay closed readback bit
LOM2RLY = 'Closed  '           / OSM2 motor relay closed readback bit
LOMFRLAY= 'Closed  '           / OSM1 focus motor relay closed readback bit
LOMFMVNG= 'NotMovng'           / OSM1 Focus mechanism moving status bit
LOM1OVRD= 'NoOvrrid'           / OSM1 mechanism override
LOM2OVRD= 'NoOvrrid'           / OSM2 mechanism override
LOMFOVRD= 'NoOvrrid'           / OSM1 Focus mechanism override
LOM1SPD =                78.12 / OSM1 commanded speed
LOM2SPD =                78.12 / OSM2 commanded speed
LOMFSPD =                52.08 / OSM1 Focus commanded speed
LOM1HOLD=                 32.0 / OSM1 commanded holdoff
LOM2HOLD=                 32.0 / OSM2 commanded holdoff
LOMFHOLD=                 32.0 / OSM1 Focus commanded holdoff
LOM1INHB= 'Inhibitd'           / OSM1 motor inhibit
LOM2INHB= 'Inhibitd'           / OSM2 motor inhibit
LOMFINHB= 'Inhibitd'           / OSM1 Focus motor inhibit
LOM1OVHT= 'NoOvrht '           / OSM1 mechanism overheat
LOM2OVHT= 'NoOvrht '           / OSM2 mechanism overheat
LOMFOVHT= 'NoOvrht '           / OSM1 Focus mechanism overheat
  
              / CALIBRATION LAMP ITEMS
  
LPNLMP1I=              5.93766 / Pt/Ne Lamp 1 current monitor
LPNLMP2I=            -0.156126 / Pt/Ne Lamp 2 current monitor
LD2LMP1T=              10.8333 / D2 LaMP 1 Temp
LD2LMP2T=              11.6667 / Deuterium lamp secondary Temp
LD2LMP1I=            -0.156126 / Deuterium 2 Lamp 1 current monitor
LD2LMP2I=            -0.156126 / Deuterium 2 Lamp 2 current monitor
LPNLMP1T=              10.8333 / PtNe LaMP 1 Temperature
LPNLMP2T=              10.8333 / PtNe LaMP 2 Temperature
LCLGND1 =                  128 / Cal Lamp  GND 1
LCL30V  =              29.5303 / Cal Lamp +30 V
LCL30VI =             0.181211 / +30 volt Cal Lamp current monitor
LD2ILVL = 'High    '           / Deuterium lamps current setting
LPNILVL = 'Low     '           / Platinum-neon lamps current setting
LD2ENA1 = 'Disabled'           / Deuterium lamp 1 enable bit
LD2ENA2 = 'Disabled'           / Deuterium lamp 2 enable bit
LPNENA1 = 'Enabled '           / Platinum-neon lamp 1 enable bit
LPNENA2 = 'Disabled'           / Platinum-neon lamp 2 enable bit
LCLCRLAY= 'MEB1    '           / Cal lamp relay position
  
              / DIB ITEMS
  
LDIBT   =              28.3333 / DIB Board Temperature
LDIBCTIM=             13042244 / Coarse TIMe
LDLSTERR= 'OK      '           / Dib LaST ERRor
LDIBERRC=                    0 / DIB ERRor Counter
LDIBCNTR=                    0 / DIB reset CouNTeR
LDIBRSET=                   63 / DIB reason for ReSET
LDICMDAC=                  189 / DIb CoMmanDs Accepted
LDICMDPC=                   56 / DIb CoMmanDs ProCessed
LDIBEXPO= 'NoExpo  '           / DIB EXPOsure in progress
LDMATO  = 'OK      '           / dib DMA TimeOut
LDIBWAIT= 'NoWait  '           / DIB WAIT state
LDIBINIT= 'InitComp'           / DIB INITialize stat
LDBUSERR=                    0 / Dib BUS ERRor count
LDLOCEXC= 'OK      '           / Dib LOCal thr EXCdd
LDEVTERR= 'OK      '           / Dib EVnT check ERRor
LDOVRFLW= 'OK      '           / Dib scidata OVeRFLoW
LDIBTLM = 'Enabled '           / DIB TeLeMtry enabled
LDIBPAGE= 'Enabled '           / DIB PAGing status
LDEVTCHK= 'NotInPrg'           / Dib EVnT CHK in prog
LDIBMODE= 'OperStby'           / DIB fsw MODE
END

