SIMPLE = T / FITS STANDARD BITPIX = 8 / NAXIS = 0 / no primary array EXTEND = T / There maybe standard extensions DATE = '2008-06-27' / Date tape was written ORIGIN = 'CADC/STScI/ST-ECF' / Fitsio version 21-Feb-1996 OPSIZE = 832 / PSIZE of original image FITSDATE= '2003-01-31' / Date FITS file was created ALLG-MAX= 9.743738E3 / Data max in all groups ALLG-MIN= 0.000000E0 / Data min in all groups ODATTYPE= 'FLOATING' / Original datatype: Single precision real SDASMGNU= 1 / Number of groups in original image RA_APER = -1. DEC_APER= -1. FILLCNT = 0 ERRCNT = 0 FPKTTIME= 48093.2607107007 LPKTTIME= 48093.260829335 APER_POS= 'SINGLE ' PASS_DIR= 0 YPOS = -315. YTYPE = 'OBJ ' EXPOSURE= 0.75 X_OFFSET= 0.3318351 Y_OFFSET= -26.04154 DADSFILE= 'Y09T0509T.D0F' / DADSCLAS= 'CAL ' / DADSDATE= '31-MAY-1994 12:37:29' / INSTRUME= 'FOS ' / instrument in use ROOTNAME= 'Y09T0509T ' / rootname of the observation set FILETYPE= 'WAV ' / file type HEADER = T / science header line exists TRAILER = T / reject array exists YWRDSLIN= 516 / science words per packet YLINSFRM= 6 / packets per frame GRNDMODE= 'SPECTROSCOPY ' / ground software mode DETECTOR= 'AMBER ' / detector in use: amber, blue APER_ID = 'B-2 ' / aperture id POLAR_ID= 'C ' / polarizer id POLANG = 0.0000000E+00 / initial angular position of polarizer FGWA_ID = 'PRI ' / FGWA id FCHNL = 0 / first channel NCHNLS = 512 / number of channels OVERSCAN= 5 / overscan number NXSTEPS = 4 / number of x steps YFGIMPEN= F / onboard GIMP correction enabled (T/F) YFGIMPER= 'NO ' / error in onboard GIMP correction (YES/NO) DEFDDTBL= F / UDL disabled diode table used BACHFILE= 'yref$b3m1128fy.r0h' / background header file FL1HFILE= 'yref$baf13105y.r1h' / first flat-field header file FL2HFILE= 'yref$N/A' / second flat-field header file IV1HFILE= 'yref$c3u13429y.r2h' / first inverse sensitivity header file IV2HFILE= 'yref$N/A' / second inverse sensitivity header file RETHFILE= 'yref$N/A' / waveplate retardation header file DDTHFILE= 'yref$c5s1508ay.r4h' / disabled diode table header file DQ1HFILE= 'yref$b2f1305ky.r5h' / first data quality initialization header file DQ2HFILE= 'yref$N/A' / second data quality initialization header file CCG2 = 'mtab$a3d1145ly.cmg' / paired pulse correction parameters CCS0 = 'ytab$a3d1145dy.cy0' / aperture parameters CCS1 = 'ytab$aaj0732ay.cy1' / aperture position parameters CCS2 = 'ytab$a3d1145fy.cy2' / sky emission line regions CCS3 = 'ytab$a3d1145gy.cy3' / big and sky filter widths and prism X0 CCS4 = 'ytab$N/A' / polarimetry parameters CCS5 = 'ytab$a3d1145jy.cy5' / sky shifts CCS6 = 'ytab$bck10546y.cy6' / wavelength coefficients CCS7 = 'ytab$ba910502y.cy7' / GIMP correction scale factores CCS8 = 'ytab$ba31407ly.cy8' / predicted background count rates CNT_CORR= 'COMPLETE' / count to count rate conversion OFF_CORR= 'COMPLETE' / GIMP correction PPC_CORR= 'COMPLETE' / paired pulse correction BAC_CORR= 'COMPLETE' / background subtraction GMF_CORR= 'COMPLETE' / scale reference background FLT_CORR= 'COMPLETE' / flat-fielding SKY_CORR= 'SKIPPED ' / sky subtraction WAV_CORR= 'COMPLETE' / wavelength scale generation FLX_CORR= 'SKIPPED ' / flux scale generation ERR_CORR= 'COMPLETE' / propagated error computation MOD_CORR= 'OMIT ' / ground software mode dependent reductions INTS = 1 / number of integrations YBASE = -315 / y base YRANGE = 0 / y range YSTEPS = 1 / number of y steps YSPACE = 0.0000000E+00 / yrange * 32 / ysteps SLICES = 1 / number of time slices NPAT = 1 / number of patterns per readout NREAD = 1 / number of readouts per memory clear NMCLEARS= 1 / number of memory clears per acquisition YSTEP1 = 'OBJ ' / first ystep data type: OBJ, SKY, BCK, NUL YSTEP2 = 'NUL ' / second ystep data type: OBJ, SKY, BCK, NUL YSTEP3 = 'NUL ' / third ystep data type: OBJ, SKY, BCK, NUL XBASE = 0 / X-deflection base XPITCH = 1496 / X-deflection pitch between diode YPITCH = 1882 / Y-deflection pitch LIVETIME= 19200 / accumulator open time (unit=7.8125 microsec) DEADTIME= 1280 / accumulator close time (unit=7.8125 microsec) MAXCLK = 0 / maximum clock count PA_APER = 0.0000000E+00 / position ang of aperture used with target (deg) NOISELM = 17 / burst noise rejection limit OFFS_TAB= 'n/a ' / GIMP offsets (post-pipeline processing only) MINWAVE = 1402.908 / minimum wavelength (angstroms) MAXWAVE = 9743.738 / maximum wavelength (angstroms) PKTFMT = 64 / packet format code 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) RA_APER1= -0.1000000000000E+01 / right ascension of the aperture (deg) DECAPER1= -0.1000000000000E+01 / declination of the aperture (deg) EQUINOX = 2000.00 / SUNANGLE= 0.6175218E+02 / angle between sun and V1 axis (deg) MOONANGL= 0.5883012E+02 / angle between moon and V1 axis (deg) SUN_ALT = 0.6217966E+02 / altitude of the sun above Earth's limb (deg) FGSLOCK = 'GYROS ' / commanded FGS lock (FINE,COARSE,GYROS,UNKNOWN) DATE-OBS= '1990-07-21 ' / UT date of start of observation (dd/mm/yy) TIME-OBS= '06:15:25 ' / UT time of start of observation (hh:mm:ss) EXPSTART= 0.4809326067366E+05 / exposure start time (Modified Julian Date) EXPEND = 0.4809326071070E+05 / exposure end time (Modified Julian Date) EXPTIME = 0.3000000E+01 / exposure duration (seconds)--calculated EXPFLAG = 'NORMAL ' / Exposure interruption indicator TARGNAME= 'WAVE ' / proposer's target name RA_TARG = 0.0000000000000E+00 / right ascension of the target (deg) (J2000) DEC_TARG= 0.0000000000000E+00 / declination of the target (deg) (J2000) PEQUINOX= ' ' / proposed equinox of celestial coordinate system PROPOSID= 2748 / PEP proposal identifier PEP_EXPO= '150.0000025 ' / PEP exposure identifier including sequence LINENUM = '50.000 ' / PEP proposal line number SEQLINE = '150.000 ' / PEP line number of defined sequence SEQNAME = 'SAADARK ' / PEP define/use sequence name SCT_CORR= 'OMIT ' CCS9 = 'ytab$e3i09491y.cy9' APR_CORR= 'COMPLETE' AIS_CORR= 'COMPLETE' TIM_CORR= 'COMPLETE' AISHFILE= 'yref$g2t1439jy.r8h' CCSA = 'ytab$g310947py.cya' CCSB = 'ytab$i1n1816gy.cyb' CCSC = 'ytab$g3109483y.cyc' CCSD = 'ytab$g3109487y.cyd' PCPHFILE= 'yref$ ' CYCCSER1= 'ytab$N/A' CYCCSER2= 'ytab$N/A' CYCCSER3= 'ytab$N/A' CYCCSER4= 'ytab$N/A' CYCCSER5= 'ytab$N/A' CYCCSER6= 'ytab$N/A' CYCCSER7= 'ytab$N/A' CYCCSER8= 'ytab$N/A' CYCCSER9= 'ytab$N/A' CYCCSFR = 'ytab$N/A' WMIN = 1402.781616210937 / Wavelength Minimum WMAX = 9743.738281249998 / Wavelength Maximum FMIN = 0.0 / Flux Minimum FMAX = 0.0 / Flux Maximum HISTORY AISHFILE=yref$g2t1439jy.r8h AIS_CORR=COMPLETE COMMENT COMMENT * COMMENT * ----------------------- CADC / STScI / ST-ECF ----------------------- COMMENT * COMMENT * At the annual HST archive coordination meeting in 2003, CADC, ST-ECF, COMMENT * and STScI decided to generate an homogeneous set of calibrated COMMENT * FOC and GHRS observations. COMMENT * COMMENT * The motivations were twofold. First, no more calibration activities COMMENT * were occurring for these instruments, nor from the instrument science, COMMENT * nor from the calibration software point of view. COMMENT * Second, the necessary expertise to operate a complex on-the-fly based COMMENT * archive and to support the scientific community was quickly declining COMMENT * for the HST heritage instruments, with the jeopardy of losing the COMMENT * capability of re-calibrating the data in the near future. COMMENT * COMMENT * This calibrated file was produced with the best software and COMMENT * calibration files available in September 2006. A careful check COMMENT * of the final products was performed, although it was not possible COMMENT * to check all datasets individually. COMMENT * COMMENT * The CADC, STScI and ST-ECF are pleased to make version 1.0 of COMMENT * these homogeneously re-calibrated files available to the community. COMMENT * COMMENT * Software used: COMMENT * FOC stsdas.hst-calib.calfoc version 1.3.5.0 (1998) COMMENT * HRS stsdas.hst-calib.calhrs version 1.3.14 (2004) COMMENT * COMMENT * Generated: 1-OCT-2006 @ST-ECF COMMENT * COMMENT END