SIMPLE = T / Fits standard BITPIX = -32 / Bits per pixel NAXIS = 2 / Number of axes NAXIS1 = 1024 / Axis length NAXIS2 = 1024 / Axis length EXTEND = F / File may contain extensions OBJECT = 'IC 4593 in R-band' / Name of the object observed ORIGIN = 'NOAO-IRAF FITS Image Kernel July 2003' / FITS file originator DATE = '2007-02-20T15:13:48' / Date FITS file was generated IRAF-TLM= '15:44:16 (17/08/2007)' / Time of last modification FILETYPE= 'SCI ' / type of data found in data file TELESCOP= 'HST' / telescope used to acquire data INSTRUME= 'WFPC2 ' / identifier for instrument used to acquire data EQUINOX = 2000.0 / equinox of celestial coord. system / WFPC-II DATA DESCRIPTOR KEYWORDS ROOTNAME= 'h_ic4593_f675w' / rootname of the observation set PROCTIME= 5.415163106481E+04 / Pipeline processing time (MJD) OPUS_VER= 'OPUS 2006_6 ' / OPUS software system version number CAL_VER = ' ' / CALWP2 code version / SCIENCE INSTRUMENT CONFIGURATION MODE = 'FULL' / instr. mode: FULL (full res.), AREA (area int.)SERIALS = 'OFF' / serial clocks: ON, OFF / IMAGE TYPE CHARACTERISTICS IMAGETYP= 'EXT ' / DARK/BIAS/IFLAT/UFLAT/VFLAT/KSPOT/EXT/ECAL CDBSFILE= 'NO ' / GENERIC/BIAS/DARK/PREF/FLAT/MASK/ATOD/NO PKTFMT = 97 / packet format code / FILTER CONFIGURATION FILTNAM1= 'F675W ' / first filter name FILTNAM2= ' ' / second filter name FILTER1 = 34 / first filter number (0-48) FILTER2 = 0 / second filter number (0-48) FILTROT = 0.000000 / partial filter rotation angle (degrees) LRFWAVE = 0.000000 / linear ramp filter wavelength / ARCHIVE SEARCH KEYWORDS BANDWID = 867.0 / bandwidth of the filter CENTRWV = 6717.0 / central wavelength of the filter / INSTRUMENT STATUS USED IN DATA PROCESSING UCH1CJTM= -88.1651 / TEC cold junction #1 temperature (Celsius) UCH2CJTM= -88.578 / TEC cold junction #2 temperature (Celsius) UCH3CJTM= -88.211 / TEC cold junction #3 temperature (Celsius) UCH4CJTM= -88.6758 / TEC cold junction #4 temperature (Celsius) UBAY3TMP= 12.2337 / bay 3 A1 temperature (deg C) KSPOTS = 'OFF' / Status of Kelsall spot lamps: ON, OFF SHUTTER = 'A' / Shutter in place at beginning of the exposure ATODGAIN= 15.0 / Analog to Digital Gain (Electrons/DN) / RSDP CONTROL KEYWORDS MASKCORR= 'COMPLETE' / Do mask correction: PERFORM, OMIT, COMPLETE ATODCORR= 'COMPLETE' / Do A-to-D correction: PERFORM, OMIT, COMPLETE BLEVCORR= 'COMPLETE' / Do bias level correction BIASCORR= 'COMPLETE' / Do bias correction: PERFORM, OMIT, COMPLETE DARKCORR= 'COMPLETE' / Do dark correction: PERFORM, OMIT, COMPLETE FLATCORR= 'COMPLETE' / Do flat field correction SHADCORR= 'OMIT ' / Do shaded shutter correction DOSATMAP= 'OMIT ' / Output saturated pixel map DOPHOTOM= 'COMPLETE' / Fill photometry keywords DOHISTOS= 'OMIT ' / Make histograms: PERFORM, OMIT, COMPLETE OUTDTYPE= 'REAL ' / Output image datatype: REAL, LONG, SHORT / CALIBRATION REFERENCE FILES MASKFILE= 'uref$f8213081u.r0h ' / name of the input DQF of known bad pixels ATODFILE= 'uref$dbu1405fu.r1h' / name of the A-to-D conversion file BLEVFILE= 'ucal$u9wx020om.x0h ' / Engineering file with extended register daBLEVDFIL= 'ucal$u9wx020om.q1h ' / Engineering file DQF BIASFILE= 'uref$p1p1510ku.r2h' / name of the bias frame reference file BIASDFIL= 'uref$p1p1510ku.b2h' / name of the bias frame reference DQF DARKFILE= 'uref$q7j0943su.r3h' / name of the dark reference file DARKDFIL= 'uref$q7j0943su.b3h' / name of the dark reference DQF FLATFILE= 'uref$m3c1004qu.r4h' / name of the flat field reference file FLATDFIL= 'uref$m3c1004qu.b4h' / name of the flat field reference DQF SHADFILE= 'uref$e371355eu.r5h' / name of the reference file for shutter sha PHOTTAB = 'u9wx020om_c3t.fits' / name of the photometry calibration table GRAPHTAB= 'mtab$r1m18595m_tmg.fits' / the HST graph table COMPTAB = 'mtab$r1j2146sm_tmc.fits' / the HST components table IDCTAB = 'uref$p2p17160u_idc.fits' / Distortion correction table OFFTAB = 'uref$o8v1402au_off.fits' / Drift correction table / DEFAULT KEYWORDS SET BY STSCI SATURATE= 4095 / Data value at which saturation occurs USCALE = 1.0 / Scale factor for output image UZERO = 0.0 / Zero point for output image / READOUT DURATION INFORMATION READTIME= 464 / Length of time for CCD readout in clock ticks / PLANETARY SCIENCE KEYWORDS PA_V3 = 102.612602 / position angle of V3-axis of HST (deg) RA_SUN = 3.302102821540E+02 / right ascension of the sun (deg) DEC_SUN = -1.215523863320E+01 / declination of the sun (deg) EQNX_SUN= 2000.0 / equinox of the sun MTFLAG = F / moving target flag; T if it is a moving target 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) / PODPS FILL VALUES PODPSFF = 0 / 0=(no podps fill); 1=(podps fill present) STDCFFF = 0 / 0=(no st dcf fill); 1=(st dcf fill present) STDCFFP = '0x5569' / st dcf fill pattern (hex) RSDPFILL= -100 / bad data fill value for calibrated images / EXPOSURE TIME AND RELATED INFORMATION UEXPODUR= 30 / commanded duration of exposure (sec) NSHUTA17= 0 / Number of AP17 shutter B closes DARKTIME= 3.000000000000E+01 / Dark time (seconds) UEXPOTIM= 24556 / Major frame pulse time preceding exposure startPSTRTIME= '2007.048:04:55:38 ' / predicted obs. start time (yyyy.ddd:hh:mm:ss) PSTPTIME= '2007.048:10:42:38 ' / predicted obs. stop time (yyyy.ddd:hh:mm:ss) / EXPOSURE INFORMATION SUNANGLE= 89.910294 / angle between sun and V1 axis MOONANGL= 85.679184 / angle between moon and V1 axis SUN_ALT = 70.317177 / altitude of the sun above Earth's limb FGSLOCK = 'FINE ' / commanded FGS lock (FINE,COARSE,GYROS,UNKNOWN) GYROMODE= '2' / observation scheduled with only two gyros (Y/N)REFFRAME= 'GSC1 ' / guide star catalog version DATE-OBS= '2007-02-17' / UT date of start of observation (yyyy-mm-dd) TIME-OBS= '04:55:16' / UT time of start of observation (hh:mm:ss) EXPSTART= 54148.13421775 / exposure start time (Modified Julian Date) EXPEND = 54148.20539831 / exposure end time (Modified Julian Date) EXPTIME = 120.0 / exposure duration (seconds)--calculated EXPFLAG = 'NORMAL ' / Exposure interruption indicator QUALCOM1= ' 'QUALCOM2= ' 'QUALCOM3= ' 'QUALITY = ' ' / TARGET & PROPOSAL ID TARGNAME= 'IC 4593 ' / proposer's target name RA_TARG = 2.429354166667E+02 / right ascension of the target (deg) (J2000) DEC_TARG= 1.207138888889E+01 / declination of the target (deg) (J2000) ECL_LONG= 238.144051 / ecliptic longitude of the target (deg) (J2000) ECL_LAT = 32.565778 / ecliptic latitude of the target (deg) (J2000) GAL_LONG= 25.336722 / galactic longitude of the target (deg) (J2000) GAL_LAT = 40.828058 / galactic latitude of the target (deg) (J2000) PROPOSID= 11093 / PEP proposal identifier PEP_EXPO= '02-006 ' / PEP exposure identifier including sequence LINENUM = '02.006 ' / PEP proposal line number SEQLINE = ' ' / PEP line number of defined sequence SEQNAME = ' ' / PEP define/use sequence name / OTFR KEYWORDS T_SGSTAR= 'N/A ' / OMS calculated guide star control / PATTERN KEYWORDS PATTERN1= 'WFPC2-BOX ' / primary pattern type P1_SHAPE= 'PARALLELOGRAM ' / primary pattern shape P1_PURPS= 'DITHER ' / primary pattern purpose P1_NPTS = 4 / number of points in primary pattern P1_PSPAC= 0.559017 / point spacing for primary pattern (arc-sec) P1_LSPAC= 0.559017 / line spacing for primary pattern (arc-sec) P1_ANGLE= 143.130102 / angle between sides of parallelogram patt (deg)P1_FRAME= 'POS-TARG ' / coordinate frame of primary pattern P1_ORINT= 26.56505 / orientation of pattern to coordinate frame (degP1_CENTR= 'NO ' / center pattern relative to pointing (yes/no) PATTSTEP= 4 / position number of this point in the pattern NEXTEND = 0 / Number of standard extensions FILENAME= 'h_ic4593_f675w_drz_sci.fits' ASN_MTYP= 'PROD-DTH' NDRIZIM = 4 / Drizzle, No. images drizzled onto output D001VER = 'Callable DRIZZLE Version 0.7 (4th Apr 2005) ' / Drizzle, task versionD001GEOM= 'User parameters' / Drizzle, source of geometric information D001DATA= 'u9wx020fm_c0h.fits[1]' / Drizzle, input data image D001DEXP= 30.0 / Drizzle, input image exposure time (s) D001OUDA= 'h_ic4593_f675w_drz_sci.fits' / Drizzle, output data image D001OUWE= 'h_ic4593_f675w_drz_weight.fits' / Drizzle, output weighting image D001OUCO= '' / Drizzle, output context image D001MASK= 'u9wx020fm_c1h_final_mask1.fits' / Drizzle, input weighting image D001WTSC= 30.0 / Drizzle, weighting factor for input image D001KERN= 'square ' / Drizzle, form of weight distribution kernel D001PIXF= 0.8 / Drizzle, linear size of drop D001COEF= 'u9wx020fm_c0h_coeffs1.dat' / Drizzle, coefficients file name D001XGIM= '' / Drizzle, X distortion image name D001YGIM= '' / Drizzle, Y distortion image name D001LAM = 671.7717 / Drizzle, wavelength applied for transformation D001SCAL= 0.6587471619731541 / Drizzle, scale (pixel size) of output image D001ROT = -32.54111437 / Drizzle, rotation angle, degrees anticlockwise D001XSH = -22.76389487434864 / Drizzle, X shift applied D001YSH = -27.44236338616207 / Drizzle, Y shift applied D001SFTU= 'output ' / Drizzle, units used for shifts D001SFTF= 'output ' / Drizzle, frame in which shifts were applied D001EXKY= 'EXPTIME ' / Drizzle, exposure keyword name in input image D001INUN= 'counts ' / Drizzle, units of input image - counts or cps D001OUUN= 'cps ' / Drizzle, units of output image - counts or cps D001FVAL= '0.0 ' / Drizzle, fill value for zero weight output pix D001INXC= 400.5 / Drizzle, reference center of input image (X) D001INYC= 400.5 / Drizzle, reference center of input image (Y) D001OUXC= 512.5 / Drizzle, reference center of output image (X) D001OUYC= 512.5 / Drizzle, reference center of output image (Y) D002VER = 'Callable DRIZZLE Version 0.7 (4th Apr 2005) ' / Drizzle, task versionD002GEOM= 'User parameters' / Drizzle, source of geometric information D002DATA= 'u9wx020im_c0h.fits[1]' / Drizzle, input data image D002DEXP= 30.0 / Drizzle, input image exposure time (s) D002OUDA= 'h_ic4593_f675w_drz_sci.fits' / Drizzle, output data image D002OUWE= 'h_ic4593_f675w_drz_weight.fits' / Drizzle, output weighting image D002OUCO= '' / Drizzle, output context image D002MASK= 'u9wx020im_c1h_final_mask1.fits' / Drizzle, input weighting image D002WTSC= 30.0 / Drizzle, weighting factor for input image D002KERN= 'square ' / Drizzle, form of weight distribution kernel D002PIXF= 0.8 / Drizzle, linear size of drop D002COEF= 'u9wx020im_c0h_coeffs1.dat' / Drizzle, coefficients file name D002XGIM= '' / Drizzle, X distortion image name D002YGIM= '' / Drizzle, Y distortion image name D002LAM = 671.7717 / Drizzle, wavelength applied for transformation D002SCAL= 0.6587471582031095 / Drizzle, scale (pixel size) of output image D002ROT = -32.54114756 / Drizzle, rotation angle, degrees anticlockwise D002XSH = -41.29855643223658 / Drizzle, X shift applied D002YSH = -25.52169988318315 / Drizzle, Y shift applied D002SFTU= 'output ' / Drizzle, units used for shifts D002SFTF= 'output ' / Drizzle, frame in which shifts were applied D002EXKY= 'EXPTIME ' / Drizzle, exposure keyword name in input image D002INUN= 'counts ' / Drizzle, units of input image - counts or cps D002OUUN= 'cps ' / Drizzle, units of output image - counts or cps D002FVAL= '0.0 ' / Drizzle, fill value for zero weight output pix D002INXC= 400.5 / Drizzle, reference center of input image (X) D002INYC= 400.5 / Drizzle, reference center of input image (Y) D002OUXC= 512.5 / Drizzle, reference center of output image (X) D002OUYC= 512.5 / Drizzle, reference center of output image (Y) D003VER = 'Callable DRIZZLE Version 0.7 (4th Apr 2005) ' / Drizzle, task versionD003GEOM= 'User parameters' / Drizzle, source of geometric information D003DATA= 'u9wx020lm_c0h.fits[1]' / Drizzle, input data image D003DEXP= 30.0 / Drizzle, input image exposure time (s) D003OUDA= 'h_ic4593_f675w_drz_sci.fits' / Drizzle, output data image D003OUWE= 'h_ic4593_f675w_drz_weight.fits' / Drizzle, output weighting image D003OUCO= '' / Drizzle, output context image D003MASK= 'u9wx020lm_c1h_final_mask1.fits' / Drizzle, input weighting image D003WTSC= 30.0 / Drizzle, weighting factor for input image D003KERN= 'square ' / Drizzle, form of weight distribution kernel D003PIXF= 0.8 / Drizzle, linear size of drop D003COEF= 'u9wx020lm_c0h_coeffs1.dat' / Drizzle, coefficients file name D003XGIM= '' / Drizzle, X distortion image name D003YGIM= '' / Drizzle, Y distortion image name D003LAM = 671.7717 / Drizzle, wavelength applied for transformation D003SCAL= 0.6587471586622999 / Drizzle, scale (pixel size) of output image D003ROT = -32.54117599 / Drizzle, rotation angle, degrees anticlockwise D003XSH = -57.27867180525993 / Drizzle, X shift applied D003YSH = -35.10596082033618 / Drizzle, Y shift applied D003SFTU= 'output ' / Drizzle, units used for shifts D003SFTF= 'output ' / Drizzle, frame in which shifts were applied D003EXKY= 'EXPTIME ' / Drizzle, exposure keyword name in input image D003INUN= 'counts ' / Drizzle, units of input image - counts or cps D003OUUN= 'cps ' / Drizzle, units of output image - counts or cps D003FVAL= '0.0 ' / Drizzle, fill value for zero weight output pix D003INXC= 400.5 / Drizzle, reference center of input image (X) D003INYC= 400.5 / Drizzle, reference center of input image (Y) D003OUXC= 512.5 / Drizzle, reference center of output image (X) D003OUYC= 512.5 / Drizzle, reference center of output image (Y) D004VER = 'Callable DRIZZLE Version 0.7 (4th Apr 2005) ' / Drizzle, task versionD004GEOM= 'User parameters' / Drizzle, source of geometric information D004DATA= 'u9wx020om_c0h.fits[1]' / Drizzle, input data image D004DEXP= 30.0 / Drizzle, input image exposure time (s) D004OUDA= 'h_ic4593_f675w_drz_sci.fits' / Drizzle, output data image D004OUWE= 'h_ic4593_f675w_drz_weight.fits' / Drizzle, output weighting image D004OUCO= '' / Drizzle, output context image D004MASK= 'u9wx020om_c1h_final_mask1.fits' / Drizzle, input weighting image D004WTSC= 30.0 / Drizzle, weighting factor for input image D004KERN= 'square ' / Drizzle, form of weight distribution kernel D004PIXF= 0.8 / Drizzle, linear size of drop D004COEF= 'u9wx020om_c0h_coeffs1.dat' / Drizzle, coefficients file name D004XGIM= '' / Drizzle, X distortion image name D004YGIM= '' / Drizzle, Y distortion image name D004LAM = 671.7717 / Drizzle, wavelength applied for transformation D004SCAL= 0.6587471566801798 / Drizzle, scale (pixel size) of output image D004ROT = -32.54114298 / Drizzle, rotation angle, degrees anticlockwise D004XSH = -38.74400609732078 / Drizzle, X shift applied D004YSH = -37.02662277398491 / Drizzle, Y shift applied D004SFTU= 'output ' / Drizzle, units used for shifts D004SFTF= 'output ' / Drizzle, frame in which shifts were applied D004EXKY= 'EXPTIME ' / Drizzle, exposure keyword name in input image D004INUN= 'counts ' / Drizzle, units of input image - counts or cps D004OUUN= 'cps ' / Drizzle, units of output image - counts or cps D004FVAL= '0.0 ' / Drizzle, fill value for zero weight output pix D004INXC= 400.5 / Drizzle, reference center of input image (X) D004INYC= 400.5 / Drizzle, reference center of input image (Y) D004OUXC= 512.5 / Drizzle, reference center of output image (X) D004OUYC= 512.5 / Drizzle, reference center of output image (Y) CRVAL1 = 242.93571 / right ascension of reference pixel (deg) CRVAL2 = 12.07144 / declination of reference pixel (deg) CRPIX1 = 512.0 / x-coordinate of reference pixel CRPIX2 = 512.0 / y-coordinate of reference pixel CD1_1 = -8.333333333333334E-06 / partial of the right ascension w.r.t. x CD1_2 = 0.0 / partial of the right ascension w.r.t. y CD2_1 = 0.0 / partial of the declination w.r.t. x CD2_2 = 8.333333333333334E-06 / partial of the declination w.r.t. y DATAMIN = -474.2802 / minimum value of the data DATAMAX = 6050.139 / maximum value of the data MIR_REVR= T / is the image mirror reversed? ORIENTAT= 0.0 / orientation of the image (deg) FILLCNT = 0 / number of segments containing fill ERRCNT = 0 / number of segments containing errors FPKTTIME= 54148.20555599999 / time of the first packet (Modified Julian Date)LPKTTIME= 54148.205722 / time of the last packet (Modified Julian Date) CTYPE1 = 'RA---TAN' / first coordinate type CTYPE2 = 'DEC--TAN' / second coordinate type DETECTOR= 1 / CCD detector: PC 1, WFC 2-4 DEZERO = 298.6413 / mean bias level from EED extended register BIASEVEN= 298.6331 / bias level for even-numbered columns BIASODD = 298.6495 / bias level for odd-numbered columns GOODMIN = -5.855364 / minimum value of the "good" pixels GOODMAX = 3454.299 / maximum value of the "good" pixels DATAMEAN= 1.054945 / mean value of the "good" pixels GPIXELS = 553379 / number of "good" pixels (DQF = 0) SOFTERRS= 0 / number of "soft error" pixels (DQF = 1) CALIBDEF= 82768 / number of "calibration defect" pixels (DQF = 2)STATICD = 0 / number of "static defect" pixels (DQF = 4) ATODSAT = 36 / number of "AtoD saturated" pixels (DQF = 8) DATALOST= 0 / number of "data lost" pixels (DQF = 16) BADPIXEL= 0 / number of "generic bad" pixels (DQF = 32) OVERLAP = 0 / number of "image overlap" pixels (DQF = 64) PHOTMODE= 'WFPC2,1,A2D15,F675W,,CAL' / Photometry mode PHOTFLAM= 5.760339E-18 / Inverse Sensitivity PHOTZPT = -21.1 / Zero point PHOTPLAM= 6717.717 / Pivot wavelength PHOTBW = 368.2761 / RMS bandwidth of the filter MEDIAN = 0.1223963 / middle data value when good qual pixels sorted MEDSHADO= 1.765593 / median pixel value in shadow of pyramid edge HISTWIDE= 0.2073196 / width of the histogram SKEWNESS= 0.3213864 / skewness of the histogram MEANC10 = 19.36157 / mean of a 10x10 region at center of chip MEANC25 = 19.32393 / mean of a 25x25 region at center of chip MEANC50 = 17.93009 / mean of a 50x50 region at center of chip MEANC100= 21.00437 / mean of a 100x100 region at center of chip MEANC200= 10.29817 / mean of a 200x200 region at center of chip MEANC300= 5.672329 / mean of a 300x300 region at center of chip BACKGRND= 0.5365071 / estimated background level EXPNAME = 'u9wx020om' / 9 character exposure identifier OCRVAL1 = 242.9355528455 / right ascension of reference pixel (deg) OCRVAL2 = 12.07130901993 / declination of reference pixel (deg) OCRPIX2 = 424.5 / y-coordinate of reference pixel OCRPIX1 = 420 / x-coordinate of reference pixel ONAXIS2 = 800 ONAXIS1 = 800 OCD2_2 = 1.06634E-05 / partial of the declination w.r.t. y OCD2_1 = -6.79155E-06 / partial of the declination w.r.t. x OORIENTA= -32.48117286990894 / orientation of the image (deg) OCTYPE1 = 'RA---TAN' / first coordinate type OCD1_1 = -1.06683E-05 / partial of the right ascension w.r.t. x OCD1_2 = -6.78841E-06 / partial of the right ascension w.r.t. y OCTYPE2 = 'DEC--TAN' / second coordinate type WCSCDATE= '15:38:01 (17/08/2007)' / Time WCS keywords were copied. A_0_2 = -1.79255645610602E-06 B_0_2 = -3.319224048472524E-06 A_1_1 = -1.907536265135687E-06 B_1_1 = -2.129497335697449E-06 A_2_0 = -3.714933537903045E-06 B_2_0 = -1.972605133651367E-06 A_0_3 = 5.933642475215523E-11 B_0_3 = -3.656306692187456E-08 A_1_2 = -3.581699048860604E-08 B_1_2 = 5.091610861305057E-10 A_2_1 = 3.833650725239998E-10 B_2_1 = -3.617142122405158E-08 A_3_0 = -3.590400163001813E-08 B_3_0 = -4.729018429613299E-12 A_ORDER = 3 B_ORDER = 3 HISTORY MASKFILE=uref$f8213081u.r0h MASKCORR=COMPLETED HISTORY PEDIGREE=INFLIGHT 01/01/1994 - 15/05/1995 HISTORY DESCRIP=STATIC MASK - INCLUDES CHARGE TRANSFER TRAPS HISTORY BIASFILE=uref$p1p1510ku.r2h BIASCORR=COMPLETED HISTORY PEDIGREE=INFLIGHT 18/08/03 - 23/08/04 HISTORY DESCRIP=Reference Superbias for 08/2003-08/2004 HISTORY DARKFILE=uref$q7j0943su.r3h DARKCORR=COMPLETED HISTORY PEDIGREE=INFLIGHT 12/06/2006 HISTORY DESCRIP=Pipeline dark: 120 frame superdark with hotpixels from HISTORY 12/06/2006 HISTORY FLATFILE=uref$m3c1004qu.r4h FLATCORR=COMPLETED HISTORY PEDIGREE=INFLIGHT 30/10/1996 - 30/04/2001 HISTORY DESCRIP=Improved Cyc6-9 flat, rms errors < 0.2-0.3% - see ISR 2002-02 HISTORY The following throughput tables were used: HISTORY crotacomp$hst_ota_007_syn.fits, crwfpc2comp$wfpc2_optics_006_syn.fits,HISTORY crwfpc2comp$wfpc2_f675w_006_syn.fits, HISTORY crwfpc2comp$wfpc2_dqepc1_005_syn.fits, HISTORY crwfpc2comp$wfpc2_a2d15pc1_004_syn.fits, HISTORY crwfpc2comp$wfpc2_flatpc1_003_syn.fits HISTORY The following throughput tables were used: HISTORY crotacomp$hst_ota_007_syn.fits, crwfpc2comp$wfpc2_optics_006_syn.fits,HISTORY crwfpc2comp$wfpc2_f675w_006_syn.fits, HISTORY crwfpc2comp$wfpc2_dqewfc2_005_syn.fits, HISTORY crwfpc2comp$wfpc2_a2d15wf2_004_syn.fits, HISTORY crwfpc2comp$wfpc2_flatwf2_003_syn.fits HISTORY The following throughput tables were used: HISTORY crotacomp$hst_ota_007_syn.fits, crwfpc2comp$wfpc2_optics_006_syn.fits,HISTORY crwfpc2comp$wfpc2_f675w_006_syn.fits, HISTORY crwfpc2comp$wfpc2_dqewfc3_005_syn.fits, HISTORY crwfpc2comp$wfpc2_a2d15wf3_004_syn.fits, HISTORY crwfpc2comp$wfpc2_flatwf3_003_syn.fits HISTORY WF4: bias jump level ~0.252 DN. HISTORY The following throughput tables were used: HISTORY crotacomp$hst_ota_007_syn.fits, crwfpc2comp$wfpc2_optics_006_syn.fits,HISTORY crwfpc2comp$wfpc2_f675w_006_syn.fits, HISTORY crwfpc2comp$wfpc2_dqewfc4_005_syn.fits, HISTORY crwfpc2comp$wfpc2_a2d15wf4_004_syn.fits, HISTORY crwfpc2comp$wfpc2_flatwf4_003_syn.fits HISTORY PyDrizzle processing performed using: HISTORY PyDrizzle Version 6.0.0 (24-Apr-2007) HISTORY Numpy Version 1.0.3 HISTORY PyFITS Version 1.1rc2 HISTORY u9wx020fm_c0h.fits MDRIZSKY = 0.0 HISTORY u9wx020im_c0h.fits MDRIZSKY = 0.0 HISTORY u9wx020lm_c0h.fits MDRIZSKY = 0.0 HISTORY u9wx020om_c0h.fits MDRIZSKY = 0.0 HISTORY MultiDrizzle product generated using: HISTORY PyDrizzle Version 6.0.0 (24-Apr-2007) HISTORY NUMPY Version 1.0.3 HISTORY PyFITS Version 1.1rc2 HISTORY MultiDrizzle 3.1.0dev (X XXX 2007) HISTORY Python Version: HISTORY # 2.5.1 (r251:54863, Jun 29 2007, 15:29:55) [C] HISTORY # DESCRIP = 'Data drizzled by Max Mutchler at STScI' END >>>0/;> >%q>"={@> ߄=q=Fh=܁N=g=K䣾VMQT= B=&>lM=Z<,=N&.=]<νV ==Fs=>&<=hļ%JDt4\=;rpt<݀=^&=uNw>==bT<(ۻ _sۼaM=0C;ռFP;Ae=5==+`=޼4;qhI!dd!edSs$ ==wh=y1<+<ȼ?c޽x_=eZ-f?p-l+==IP;l=]<V<<:M!6Qu==v=}FJ]=4=cyQ<):" j=?=%>A޾Zp)5v<= =5==\d=\d3>@}z>@}z>AG>AG>%y>%y>={O=|=Nz`K=-dU+P=yT=&=užNQ%1gI=Il<3☽cV <8 rg=.N=iۙ~8<|= a7=Y6ns(,=0M=y=<=Jύ<ؽf+x =@ ~ s;qn<}g/<|3=ŕŢ#;ʖx=pB<5ɦIqdb<;"@d<l<:=P:= Z=H=1U$==V;C=z=|s=J儽u-=(=$=]=9<-5=9t|"<և=`=N=Xv=7id]w6Τ<> F> F>=|>>AG=O2s4>%yUEh;V=s=V߻===q=KoQ=_B=}O=&= =Z$=V=Bqڽ:=J<=bѽ4 lͽ's I'>-=#Y=o= 6<8i=6k=d==L,=3`M!l> Rw<]3AA#ü9}>E3=Qtؾx=YE= I<-<-0<ѽ`7= .==j_?AbO=s<СTc<3=E>=l)LTҽ$z̼K L=,d8<` <`o8A=&<=#=M "><C:Bc<\=uw==)ռcv<,7B]=Lѳ=[=GD=*O=* =<=Ax="=~yF5:\̼<3Q$(K6xU=$<˿= = r;߽o=C;-=B=8M=B> F> F= =<,\4-;[7r==o===\ =*A==?==X=D==^=^P=^U== 6𽷯!Zm6CA<>=4g B >xf=U=p@=<]ܴ=lK>8=ؓE.<=y:=}ׅ<:?*=G=URV~=2ڨ=<= = (xVUʻ<4za=m=x=<޼OIu!<=jrwa< =H=W7=/.iU=4=<2=a=U3=6= Y;b=zjF= =mQc=W=5=3f =}vQ=hjW d> =<=| s1<<=^Z=^Z=X|=1=9=B#=?=i==>C>Cm=_ =Ǽw7=8=z= 4WQ=^7=> J== 9<;=4P=%<&=mԑ=8ڽ](b t!ڙ%B6=es=j'뱼ቆ'o@===~ Oҽ=st=C<<==+h<|޽c<$s=I!= )=J!/=>(=c=ɤ<¾z=<-=]eo:<`ҽ'ཁ1=;A=ƻŹ<&7j=cx=ܳ=yh!=]%=}ŻWKU7!7=1=h<,h==>=v =u= P=v=K=: =軏l"&<]A=ZM`=jK-7;b=S+,Ӿ-;I;vc ̼KV;XH:0<^d;$+TuRM8=~M= <<&;U<0c< $<<=mcqc1x="s=tR=rx:hʽ9=m= 2.>=A>Cj=K=\r<=y=뽻d3$_sTY.=@V4N,2-p,=&>,d= <ɮ۽@D#Fb=V=ؼa<Ep=) x=x<ʼp@gO{="\=˼ <|J=:˽{D۽e4;K=-h=o-2>Ư,nA;y%=`2=A =?=ʽ1)+<Е= ==<=rG== m-xX< E=@ti=G^==m]< 9i8=lT=k;֓=>V<=R<|,=ý,=?@<᰽# s>}=x=V<9 ~o=L =]h\n:=^=m=-y ==趽7 <(=` =! =P=_=M<Y eF=̽;2K>U ^o=@'h=I= Mϻ b=7=;哈=|Ƚ \KH=<=D;q#`n h<4)S uv=-<߱\\l=;<;1/K=)A=0=k>=='= = 0V<=\\=p=:@=fTl=iX=O>=?=i>$C>$C==>2.>0 >/tX>t!> +==T=Өp="4 =}=U=;RjU=w#֮q,콇;: =no==$?WI#D >!<=pM<=n=<=l<.====.<[===dl0 =T<<#0o勺CD7<L= a<h.Q;(˼@4H1=w=~=ӡ<< &*Xr=ƌS=s?<2=,Hƞ<zͽ};z= <)9rd<9*=uzrU< =Gg=u=)~b<8=El=L}NN9O̽;=O_==(P=Ac=}#N\`3AcRa =8<"<=h;= mV=.=Is=?t>R=5⺑E< fq˼|'=GE["91T=;~<]<[=z>\=^ψ:=F>y=%n <Ң<_=g`=TO=.===2]+=7 7<ϺT=jZ=u>sE>#>*5N=Nk=Nk>6s8>->$C>$C>->-=_tX޼w|= @>%=z=4>e=U=EӼ:U<=i=vԩi^<",ټld̘<;=iG=`bÝ=ES= #4F"ӽL<8<_>%=K<˒=sF=I:DǼw;OW_<=y= 齋=ddH=hK=<^઼b|+> =ce=Z= Xi@[=ޗ=<*˼5<&-=x L0=!fY<,=~<7qz1 <ݽ&Wr=v/=fn=|<,=G;+D:۱=J@zc}i8ȩ<<*8f&;O==BY=IX=N;n@<=D<o==L>3*=X`Ѽׇ!`K}w<M=X]="AF7ƽ;{ =k= CAн 7D<3===kC=c> >=ȗ=HT=|=]Z>n=R=9)=ֱ=݁'=%W5^߽i<<ɒ>|>hy<͢^= =O=_H>)&>1Y>4M>6s8>$C=}={Nپɂ4|<̌t2bs=Q=/9Rb=X=F57=q<ѻl?=H8<Іנ =e<֜;=<Q-<vڽWN=:=c===9=T<xv=A=p(< <ף== >*{r>>[0<1LC[ =6=(VW}ǖfX;< M<~~_(G=<]<2wg7=R=7Yk= ;4l=*=)^=0Y=P=$=Kq_<<2*{=xJtM="1Ǩ>#l=|=nƼkN0];8=ؠ=N<μ\:;߼,Zv=(E=p= `<Ӥ==Ӏ= = =V) =RZ== 8=d=+==7gX?>&{>t>#>-N> >s=l=|:RaN0===j=*= :phEm?GBC=nYw=]=6={<2nS;=G=1=Z=.X<@=?)ufQe=*=7)<`qs$E֪=v)3";g3=NZ=M8P=:'=([=7=)k+< 9LE<nfw,=;b2< Ɗ=Y = q4=֨===C:=g=a yڽx!=5=~rG3=k@=|E;?u <=z=<+rjه=#Jq= q@1= `=\pYu=-L=/Gּu:=F1=`=N<3 G=}=jI[l`%=˼M=y<üp׳<iş<@m$<`b"tGDz<`:%Bg<<.(v廉/'=1>3N>/7> D>> >c>o> `=l=[=8 L=Z=+=m>'=8G<H<@>%>==7­x=^ v;ꐥX<5Q ]DRP)= M=C;ʺû?ڼQ=j=g)a:yȀ%9 2<<%;W7CBǽx %=+NS==D =_T^<6=ta=9=CR=+=9 2tD9ՠ<~ x=B~=EO)j=7HS:ȽIi0reJ2)x=]9>'#==;=& <)\=H ߼f-k="m=W6=<~<~V=.,B<z=Azi 2cU@ l=z=Xe='';=9=U xH3= Y׼~^>&>/7>)9>$A>%:>= ^>~=3>(=ى=(Z== L=R*龕>==B=q=iP==!f>W>d}oH?.B>ּ.:&Ki9/;V#==Q3<*I9o;X{==Rf<}!=u.1Kcs:g=i==="==K=Tk;`Q彔eLG==6<@ Cx Rg;Ȁ6i5<$={=Ի"!=O= >V==B=oؼ'tp_b=;r= `6{==0 -;;.@=4>=E=l<"^U9-!ܼ<_IZ;+='=)ܼ8=y=L;,nl+=J)-fJNHh=@'U=&9B=P)=q<=qջfQ==s3=sD<=l<õ=¯=!; G=ax=0g/<-mc=:>u>u>'E>">$R> =Y7' <> E=5U=zý<3t,===!ǽj1=j7=v<гཌ>=06<~:=1=ı>?(.!=Q> {>;u=NMI$7m AlJ3;<ռ{5%yq=1,8o8U۽  ;,$C<(x=W==`{\<߹<= =2S<0=A!q=a<==K= (9o=e=sJ`<;4>=o=+='=2=@=+<fv<=o<ݲ=L=əJ*f,=Ͱ=8:> =! 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