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SIMPLE = T / data conform to FITS standard BITPIX = 8 / bits per data value NAXIS = 0 / number of data axes EXTEND = F / File may contain standard extensions NEXTEND = 0 / Number of standard extensions GROUPS = F / image is in group format DATE = '2008-10-27' / date this file was written (yyyy-mm-dd) FILENAME= 'fb8j4u01m_cvt.dmh ' / name of file FILETYPE= 'AST ' / type of data found in data file TELESCOP= 'HST' / telescope used to acquire data INSTRUME= 'FGS ' / identifier for instrument used to acquire data EQUINOX = 2000.0 / equinox of celestial coord. system / DATA DESCRIPTOR KEYWORDS ROOTNAME= 'FB8J4U01M ' / rootname of the observation setDEFAULTS= F / default values used in reformatting these data PROC_TYP= 'NORMAL ' / type of pipeline processing / TARGET INFORMATION TARGNAME= 'LS499 ' / proposer's target name RA_TARG = 1.130117266667E+02 / right ascension of the target (deg) (J2000) DEC_TARG= -1.943546666667E+01 / declination of the target (deg) (J2000) ECL_LONG= 119.038646 / ecliptic longitude of the target (deg) (J2000) ECL_LAT = -40.582977 / ecliptic latitude of the target (deg) (J2000) GAL_LONG= 234.766948 / galactic longitude of the target (deg) (J2000) GAL_LAT = -0.217287 / galactic latitude of the target (deg) (J2000) / PROPOSAL INFORMATION PROPOSID= 11901 / PEP proposal identifier LINENUM = '4U.001 ' / proposal logsheet line number / SOFTWARE VERSION KEYWORDS OPUS_VER= 'OPUS 2008_4 ' / OPUS software system version number / SUPPORT SCHEDULE: PROGRAMMATIC DATA PROGRMID= 'B8J' / program id (base 36) PR_INV_L= 'Gies ' / last name of principal investigatorPR_INV_F= 'Douglas ' / first name of principal investigator PR_INV_M= 'R. ' / middle name / initial of principal investigatACCPDATE= ' ' / proposal acceptance date (yyyyddd) OBSET_ID= '4U' / observation set id CALIBRAT= ' ' / calibrate data flag OBSERVTN= '01 ' / 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: DATA GROUP II DATA WRD11_14= 0 / word 11/14 (0-255) PSTRTIME= '2008.299:18:08:17 ' / predicted obs. start time (yyyy.ddd:hh:mm:ss) PSTPTIME= '2008.299:18:36:32 ' / predicted obs. stop time (yyyy.ddd:hh:mm:ss) APEROBJ = 'FGS1 ' / si object aperture id APERSKY = ' ' / si sky aperture id TARG_ID = '11901_439 ' / SPSS target ID from proposal+target no. APERTYPE= 'SICS ' / aperture type (SICS, SIAS, SIDS) RA_V1 = 1.130655430578E+02 / right ascension of v1 axis of st (deg) DEC_V1 = -1.924155052134E+01 / declination of v1 axis of st (deg) PA_V3 = 104.086601 / 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 = 'S3SP000670F2' / FGS ID(F1,F2,F3) concat. w/ dom. gd. star id SGESTAR = 'NONE ' / FGS ID(F1,F2,F3) concat. w/ subdom. gd. star idPA_APER = 194.104401 / position ang of aperture used with target (deg)PA_REF = 0.000000 / position ang of target from ref. object (deg) SAAAVOID= '05' / SAA model for SAA Avoidance (range 02-99) TARAQMOD= '03' / target acquisition mode (values 00, 01, 02, 03)POSTNSTX= 6.058179739568E+03 / position of space telescope x axis (km) POSTNSTY= 3.217972911981E+03 / position of space telescope y axis (km) POSTNSTZ= -1.062745462082E+03 / position of space telescope z axis (km) VELOCSTX= -3.631247051815E+00 / vel of space telescope along x axis (km/sec) VELOCSTY= 5.704135146785E+00 / vel of space telescope along y axis (km/sec) VELOCSTZ= -3.427909048828E+00 / vel of space telescope along z axis (km/sec) RA_SUN = 2.103753280255E+02 / right ascension of the sun (deg) DEC_SUN = -1.236478170532E+01 / declination of the sun (deg) RA_MOON = 1.743364352243E+02 / right ascension of the moon (deg) DEC_MOON= -1.060016811338E+00 / declination of the moon (deg) VELABBRA= 13.085750 / 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= 'NO ' / 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= 'F' / parallax correction used (Y, N, or A) RA_REF = 1.130117266667E+02 / right ascension of reference object (deg) DEC_REF = -1.943546666667E+01 / declination of reference object (deg) / ONBOARD EPHEMERIS MODEL PARAMETERS EPCHTIME= 7.511616000000E+08 / epoch time of parameters (secs since 1/1/85) SDMEANAN= 6.211029448370E-16 / 2nd deriv coef for mean anomaly (revs/sec/sec) SDMA3SQ = 3.587820578907E-06 / 3 * (SDMEANAN**2) radians/second**2. HSTHORB = 2.872732196170E+03 / half the duration of the ST orbit (seconds) CIRVELOC= 7.591318489245E+03 / circular orbit linear velocity (meters/second) COSINCLI= 8.793358383359E-01 / cosine of inclination ECCENTRY= 3.996731608737E-04 / eccentricity ECCENTX2= 7.993463217473E-04 / eccentricity times 2 ECBDX4D3= 8.512432716403E-11 / eccentricity cubed times 4/3 ESQDX5D2= 3.993465888069E-07 / eccentricity squared times 5/2 ECBDX3 = 1.915297361191E-10 / eccentricity cubed times 3 FDMEANAN= 1.740503346141E-04 / 1st derivative coef for mean anomly (revs/sec) RCASCNRD= -1.318270374131E-06 / rt chge right ascension ascend node (rads/sec) RCASCNRV= -2.098092463746E-07 / rt chge right ascension ascend node (revs/sec) ARGPERIG= 1.589375628636E-01 / argument of perigee (revolutions) MEANANOM= 5.632636005086E+00 / mean anomaly (radians) RCARGPER= -4.907260476481E-08 / rate change of argument of perigee (revs/sec) RASCASCN= 6.178349084655E-01 / right ascension of ascending node (revolutions)SINEINCL= 4.762021455414E-01 / sine of inclination SEMILREC= 6.941613934443E+06 / semi-latus rectum (meters) TIMEFFEC= 7.511672910000E+08 / time parameters took effect (secs since 1/1/85)OBSSTRTT= 7.515724970000E+08 / predicted obs. start time (secs since 1/1/85) / PROPOSAL INFO: Instrument Configuration CONFIG = 'FGS ' / proposed instrument configuration OPMODE = 'TRANS ' / proposed operation mode SPEC_1 = 'F583W ' / spectral element SPEC_2 = ' ' / spectral element SPEC_3 = ' ' / spectral element SPEC_4 = ' ' / spectral element APER_1 = '1 ' / 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= 'STAR;GIANT O 'TARGCAT = 'STAR ' / first target category TARKEY1 = 'GIANT O ' / PROPOSAL INFO: Flux Information MAG_V = 10.710000 / 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 = 1360.000000 / 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 = 1.130117266667E+02 / target right ascension from proposal (degrees) DEC_PROP= -1.943546666667E+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= 'Filling the Period Gap for Massive Binaries 'PROP_TYP= 'SNAP ' / proposal type / EXPOSURE INFORMATION ORIENTAT= 194.10438900 / position angle of image y axis (deg. e of n) SUNANGLE= 92.680794 / angle between sun and V1 axis MOONANGL= 62.623428 / angle between moon and V1 axis SUN_ALT = -45.450615 / altitude of the sun above Earth's limb FGSLOCK = 'FINE/GYRO ' / commanded FGS lock (FINE,COARSE,GYROS,UNKNOWN) GYROMODE= '2' / number of gyros scheduled for observation REFFRAME= 'ICRS ' / guide star catalog version DATE-OBS= '2008-10-25' / UT date of start of observation (yyyy-mm-dd) TIME-OBS= '18:08:17' / UT time of start of observation (hh:mm:ss) EXPSTART= 54764.75575306 / exposure start time (Modified Julian Date) EXPEND = 54764.77536995 / exposure end time (Modified Julian Date) EXPTIME = 1694.90003593 / exposure duration (seconds)--calculated EXPFLAG = 'NORMAL ' / Exposure interruption indicator QUALCOM1= ' 'QUALCOM2= ' 'QUALCOM3= ' 'QUALITY = ' ' / DATA QUALITY WIN_STRT= '20082991808 ' / observation window start time WIN_STOP= '20082991836 ' / observation window stop time PDB_VER = 'CCS ' / Project Database version in use MF_EXPCT= 33900 / number of minor frames expected MF_RECVD= 33899 / number of minor frames received MF_BAD = 0 / number of bad minor frames received SUCCESS = 'SS' / success flag: SS - success, FF - no science dat / SUN AND MOON COORDINATES XSUN = -125334348.189053595 / Sun position: geocentric J2000 frame (km) YSUN = -73460698.7433768510 / Sun position: geocentric J2000 frame (km) ZSUN = -31847442.1836821474 / Sun position: geocentric J2000 frame (km) VXSUN = 16.5215220365472 / Sun velocity: geocentric J2000 frame (km/sec) VYSUN = -22.9400954652763 / Sun velocity: geocentric J2000 frame (km/sec) VZSUN = -9.9462066289127 / Sun velocity: geocentric J2000 frame (km/sec) XMOON = -386388.480999235296 / Moon position: geocentric J2000 frame (km) YMOON = 38318.4973526291578 / Moon position: geocentric J2000 frame (km) ZMOON = -7184.4051977979007 / Moon position: geocentric J2000 frame (km) VXMOON = -0.1205703218678 / Moon velocity: geocentric J2000 frame (km/sec) VYMOON = -0.8936138004002 / Moon velocity: geocentric J2000 frame (km/sec) VZMOON = -0.4640213406576 / Moon velocity: geocentric J2000 frame (km/sec) END
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