SIMPLE = T / FITS STANDARD BITPIX = 8 / NAXIS = 0 / no primary array EXTEND = T / Extension present OPSIZE = 960 / PSIZE of original image FITSDATE= '2004-08-26' / Date FITS file was created FILENAME= 'z3g05208t_cvt.c1h' / Original filename ALLG-MAX= 3.641601E-11 / Data max in all groups ALLG-MIN= -1.016067E-12 / Data min in all groups ODATTYPE= 'FLOATING' / Original datatype: Single precision real SDASMGNU= 8 / Number of groups in original image RA_APER = 279.234486123 DEC_APER= 38.78339689891 FILLCNT = 0 ERRCNT = 0 PKTTIME = 50440.7596839376 OBSRPT = 1 OBSINT = 0 YDEF = 2806 XDEF = 2048 SAMPLE = 28.67547 DELTAS = 0.2505287 LINE = 319.1905 EXPOSURE= 12.672 BINID = 1 CARPOS = 51636 ZSCOEF1 = 28.67547 ZSCOEF2 = 0.1242517 ZSCOEF3 = 0. ZSCOEF4 = 1.002115 / GROUP PARAMETERS: OSS / GROUP PARAMETERS: PODPS / HRS DATA DESCRIPTOR KEYWORDS INSTRUME= 'HRS ' / instrument in use ROOTNAME= 'Z3G05208T ' / rootname of the observation set FILETYPE= 'FLX ' / shp, udl, ext, sci, img, wav, flx / HRS PATTERN KEYWORDS NBINS = 6 / number of substep bins in this pattern NINIT = 4 / number of initial deflections RPTOBS = 1 / expected number of observation repeats INTOBS = 0 / expected number of intermediate readouts BINID1 = 1 / bin id of substep 1 (0 = no data, 7 = dark cur) BINID2 = 1 / bin id of substep 2 (1 = star small aperture) BINID3 = 1 / bin id of substep 3 (2 = star large aperture) BINID4 = 1 / bin id of substep 4 (3 = upper interorder) BINID5 = 3 / bin id of substep 5 (4 = lower interorder) BINID6 = 4 / bin id of substep 6 (5 = sky small aperture) BINID7 = 0 / bin id of substep 7 (6 = sky large aperture) IXDEF1 = 2048 / initial x deflection 1 IXDEF2 = 2056 / initial x deflection 2 IXDEF3 = 2064 / initial x deflection 3 IXDEF4 = 2072 / initial x deflection 4 IXDEF5 = 0 / initial x deflection 5 IYDEF1 = 2806 / initial y deflection 1 IYDEF2 = 2806 / initial y deflection 2 IYDEF3 = 2806 / initial y deflection 3 IYDEF4 = 2806 / initial y deflection 4 IYDEF5 = 0 / initial y deflection 5 HOFF1 = 2 / horizontal offset bin 2 HOFF2 = 4 / horizontal offset bin 3 HOFF3 = 6 / horizontal offset bin 4 HOFF4 = 0 / horizontal offset bin 5 HOFF5 = 0 / horizontal offset bin 6 HOFF6 = 0 / horizontal offset bin 7 VOFF1 = 0 / vertical offset bin 2 VOFF2 = 0 / vertical offset bin 3 VOFF3 = 0 / vertical offset bin 4 VOFF4 = -96 / vertical offset bin 5 VOFF5 = 96 / vertical offset bin 6 VOFF6 = 0 / vertical offset bin 7 RPTCD1 = 1 / repeat code bin 2 (0 = no def offset) RPTCD2 = 1 / repeat code bin 3 (1 = every time) RPTCD3 = 1 / repeat code bin 4 (2 = every 2nd time) RPTCD4 = 8 / repeat code bin 5 (4 = every 4th time) RPTCD5 = 8 / repeat code bin 6 (8 = every 8th time) RPTCD6 = 0 / repeat code bin 7 ZXDCALU = 0.0 / x comp null deflection cal correction ZXDCALP = 0.0 / proportional x-deflection cal correction ZYDCALU = 0.0 / y comp null deflection cal correction ZYDCALP = 0.0 / proportional y-deflection cal correction INFOB = 34 / deflection pairs/substep pattern INFOC = 8 / largest repeat code in the substep pattern SCIDMP = -1 / intermediate data dump (-1 = nodump) MAXGSS = 8 / maximum substep patterns/observation MERGED = 0 / number of merged spectra in this pattern STEPPATT= 5 / step pattern sequence STEPTIME= 0.2000000029802 / integration time at step pattern position (sec) FP_SPLIT= 'FOUR ' / fp-split (NO, TWO, FOUR, DSTWO, DSFOUR) COMB_ADD= 'FOUR ' / comb-addition (NO, TWO, FOUR, DSTWO, DSFOUR) METER = 'N ' / exposure meter enabled / CALIBRATION FLAGS AND INDICATORS OBSMODE = 'ACCUM ' / observation mode DETECTOR= 2 / detector in use (1-2) GRATING = 'G160M ' / grating, echelle or mirror in use APERTURE= 'SSA ' / aperture name FINCODE = 102 / observation termination code DOPPLER = 'ON ' / on-board doppler compensation (ON, OFF) FLYLIM = 33554431 / count level for on-board rejection CENSOR = 'NO ' / high background rejection (NO,YES) SAACONTR= 'DEF ' / SAA contour (DEFault, HIGH-NOISE) / CALIBRATION REFERENCE FILES DIOHFILE= 'zref$g2e08350z.r0h' / diode response header file PHCHFILE= 'zref$fbk1610rz.r1h' / photocathode response header file VIGHFILE= 'zref$ebe1353rz.r2h' / vignetting response header file ABSHFILE= 'zref$e5v0936rz.r3h' / absolute flux header file NETHFILE= 'zref$e5v0936az.r4h' / absolute flux wavelength net header file DQIHFILE= 'zref$g2e08383z.r5h' / data quality initialization header file CCR1 = 'ztab$aau13518z.cz1' / photocathode line mapping parameters table CCR2 = 'ztab$ba412190z.cz2' / photocathode sample parameters table CCR3 = 'ztab$c7f1130oz.cz3' / detector parameters table CCR4 = 'ztab$a3d1045dz.cz4' / wavelength ranges table CCR5 = 'ztab$e3u1417oz.cz5' / spectral order constants table CCR6 = 'ztab$e3t1251bz.cz6' / dispersion constants table CCR7 = 'ztab$e3t1250tz.cz7' / thermal constants table CCR8 = 'ztab$e3t1250lz.cz8' / incidence angle coefficients table CCR9 = 'N/A ' / echelle interpolation constants table CCRA = 'N/A ' / echelle non-interpolation constants table CCRB = 'ztab$ga20907fz.czb' / scattered light correction factors CCRC = 'ztab$e3u14301z.czc' / global wavelength coefficients table CCRD = 'ztab$e3t1028nz.czd' / photocathode blemish table CCG2 = 'ztab$a3d1145ly.cmg' / paired pulse correction parameters table / CALIBRATION SWITCHES DQI_CORR= 'COMPLETE' / data quality initialization EXP_CORR= 'COMPLETE' / division by exposure time DIO_CORR= 'COMPLETE' / diode response correction PPC_CORR= 'COMPLETE' / paired pulse correction MAP_CORR= 'COMPLETE' / mapping function DOP_CORR= 'OMIT ' / doppler compensation PHC_CORR= 'SKIPPED ' / removal of photocathode nonuniformity VIG_CORR= 'OMIT ' / removal of vignetting nonuniformity MER_CORR= 'COMPLETE' / merging of substep bins GWC_CORR= 'COMPLETE' / use global wavelength coefficients ADC_CORR= 'COMPLETE' / application of dispersion constants MDF_CORR= 'COMPLETE' / median filter of background spectra MNF_CORR= 'COMPLETE' / mean filter of background spectra PLY_CORR= 'COMPLETE' / polynomial smoothing of background spectra BCK_CORR= 'COMPLETE' / background removal IAC_CORR= 'COMPLETE' / incidence angle correction ECH_CORR= 'PERFORM ' / correction for echelle ripple FLX_CORR= 'COMPLETE' / absolute flux calibration HEL_CORR= 'COMPLETE' / conversion to heliocentric wavelengths VAC_CORR= 'OMIT ' / vacuum to air correction / CALIBRATION KEYWORDS DOPZER = 50440.70884482 / doppler shift zero phase time (Mod Julian Date) DOPMAG = 2.000000000000 / doppler shift scaling correction magnitude SCLAMP = 0 / spectral calibration lamp ZLCOEF1 = 224.843 / line mapping function L0 ZLCOEF2 = 0.1244689 / line mapping function A SPORDER = 1 / spectral order MINWAVE = 1184.72741498591 / minimum wavelength (angstroms) MAXWAVE = 1222.04207654524 / maximum wavelength (angstroms) / STATISTICAL KEYWORDS DATE = '24/12/96 ' / date this file originated (dd/mm/yy) PODPSFF = '0 ' / 0=(no podps fill), 1=(podps fill present) STDCFFF = '0 ' / 0=(no st dcf fill); 1=(st dcf fill present) STDCFFP = '0000 ' / st dcf fill pattern (hex) PKTFMT = 154 / packet format code / CDBS KEYWORDS ZFSPYBF = 2 / control bits for spectrum y-balance ZFXMAPC = 2048 / x deflection of the center of field map ZFYMAPC = 1984 / y deflection of the center of fiels map ZDEBTF = 20.00000000000 / DEB front post amp. temperature ZDEBTR = 21.78571510315 / DEB rear post amp temperature ZDETT1 = 11.56250000000 / det. 1 temperature ZDETT2 = 13.12500000000 / det. 2 temperature ZDRT = 2.000000000000 / digicon radiator tem ZDT11 = 24.19423294067 / det. 1 detector shield temperature #1 ZDT12 = 20.42056274414 / det. 2 detector shield temperature #1 ZET11 = 4.860332489014 / det. 1 enclosure temperature #1 ZET31 = 3.277523040771 / det. 1 enclosure temperature #3 ZFIAT = 4.000000000000 / fixture interface A temperature ZFIBT = 1.000000000000 / fixture interface B temperature ZFICT = 0.0 / fixture interface C temperature ZHDC1 = -1522.500000000 / det. 1 horizontal deflection current ZHDC2 = 2021.730834961 / det. 2 horizontal deflection current ZHVPST1 = -53.75814056396 / det. 1 high voltage power supply temperature ZHVPST2 = -12.02572250366 / det. 2 high voltage power supply temperature ZMEBT1 = 18.21428489685 / main elec box 1 temperature ZMEBT2 = 13.12500000000 / main elec box 2 temperature ZOBBT = 18.92857170105 / optical bench bulkhead temperature ZOBT11 = 22.29257583618 / det. 1 optical bench temperature #1 ZPABT1 = 17.50000000000 / det. 1 preamp assembly box temperature ZPABT2 = 35.50000000000 / det. 2 preamp assembly box temperature ZPCC1 = 0.0 / det. 1 photo cathode current ZPCC2 = 80.67388153076 / det. 2 photo cathode current ZPCV1 = 0.0 / det. 1 photo cathode high voltage ZPCV2 = 21.97058868408 / det. 2 photo cathode high voltage ZRIUTA = 14.23076915741 / RIU A internal temperature ZRIUTB = 16.15384674072 / RIU B internal temperature ZSCT1 = -53.75814056396 / det. 1 spectral calibration lamp temperature ZSCT2 = -2.092662811279 / det. 2 spectral calibration lamp temperature ZTST11 = 31.09547805786 / det. 1 thermal shelf temperature #1 ZCST = 19.64285659790 / carrousel stator temperature ZSPYBLU = 0 / spectrum y-balance offset / APERTURE POSITION RA_APER1= 279.2344861230 / right ascension of the aperture (deg) DECAPER1= 38.78339689891 / declination of the aperture (deg) KZDEPLOY= T / COSTAR deployed for the HRS (T or F) APER_FOV= '0.22 ' / Aperture field of view (arcsec),N/A for calib / EXPOSURE INFORMATION EQUINOX = 2000.00 / SUNANGLE= 62.41806793213 / angle between sun and V1 axis (deg) MOONANGL= 119.9081954956 / angle between moon and V1 axis (deg) SUN_ALT = 97.08028411865 / altitude of the sun above Earth's limb (deg) FGSLOCK = 'FINE ' / commanded FGS lock (FINE,COARSE,GYROS,UNKNOWN) DATE-OBS= '1996-12-23 ' / UT date of start of observation (dd/mm/yy) TIME-OBS= '18:13:00 ' / UT time of start of observation (hh:mm:ss) EXPSTART= 50440.75903868 / exposure start time (Modified Julian Date) EXPEND = 50440.76517005 / exposure end time (Modified Julian Date) EXPTIME = 435.1999511719 / exposure duration (seconds)--calculated EXPFLAG = 'NORMAL ' / Exposure interruption indicator / TARGET & PROPOSAL ID TARGNAME= 'HD172167 ' / proposer's target name RA_TARG = 0.2792344861230E+03 / right ascension of the target (deg) (J2000) DEC_TARG= 0.3878339689891E+02 / declination of the target (deg) (J2000) PROPOSID= 06828 / PEP proposal identifier PEP_EXPO= '52-234 ' / PEP exposure identifier including sequence LINENUM = '4.234 ' / PEP proposal line number SEQLINE = ' ' / PEP line number of defined sequence SEQNAME = ' ' / PEP define/use sequence name SAAHFILE= 'zref$h5m1337dz.r6h' CCRE = 'ztab$h5m13378z.cze' HISTORY DQIHFILE=zref$g2e08383z.r5h DQI_CORR=PERFORM HISTORY INFLIGHT 30/01/1996 HISTORY updated to turn off diode 057/512 (value set to 0.) HISTORY DIOHFILE=zref$g2e08350z.r0h DIO_CORR=PERFORM HISTORY INFLIGHT 30/01/1996 HISTORY updated to turn off diode 057/512 (value set to 0.) HISTORY PHCHFILE=zref$fbk1610rz.r1h PHC_CORR=SKIPPED HISTORY DUMMY HISTORY All 1s. Updated to add PEDIGREE. HISTORY ABSHFILE=zref$e5v0936rz.r3h FLX_CORR=PERFORM HISTORY INFLIGHT HISTORY POST-COSTAR sens HISTORY NETHFILE=zref$e5v0936az.r4h FLX_CORR=PERFORM HISTORY INFLIGHT HISTORY POST-COSTAR sens COMMENT COMMENT *******************CADC/STSCI/ST-ECF******************************* COMMENT At the annual HST archive coordination meeting in 2003, the CADC, in COMMENT collaboration with STScI, decided to produce the final calibration COMMENT files for the science observations made with the HRS and the FOC COMMENT generation 1 instruments. COMMENT COMMENT The general motivation was twofold: First, it was obvious that no COMMENT changes were occurring for these instruments for both calibration COMMENT files and calibration software. Second, because of the lack of COMMENT maintenance for the calibration software -- the original instrument COMMENT team members are gone or busy supporting other instruments -- we COMMENT were facing the danger of losing the capability to recalibrate the COMMENT data in the near future. COMMENT COMMENT This calibrated file was produced with the best software and COMMENT calibration files available at this time. We did a careful check COMMENT of the final products, although it was impossible to check all COMMENT datasets individually. The CADC, STScI and ST-ECF are pleased COMMENT to make these final calibrated files available for you. COMMENT COMMENT SOFTWARE: stsdas.hst-calib.calhrs version 1.3.14 was used COMMENT Generated Mon Dec 13 15:05:17 PST 2004 @CADC COMMENT *******************CADC/STSCI/ST-ECF******************************* COMMENT END