\wavsamp table produced on 2005 Sep 13 for S13.0 \processing time 10:10:58 PST 09/13/2005 \wavsamp software version 5.1 (Wed Apr 20 08:45:04 PDT 2005) \character channelID = 3 \char HISTORY ========== Parameters supplied to RIDGE program below ========== \char HISTORY PROCESS 2009/06/05 18:34:16 \char HISTORY ridge v1.15 (nl_and_params v1.9) \char HISTORY WAVSAMP_FILE = /Applications/spice/spice.app/Contents/Resources/platform/mac/cal/C17.2POST44/b3_wavsamp.tbl \char HISTORY PROFILE_FILE = /Volumes/Macintosh HD/data/IRS/spice/output/9/exposure_no_sky1_new_clean.profile.tbl \char HISTORY PCT_LO = 5.0 percent \char HISTORY PCT_HI = 95.0 percent \char HISTORY ========== RIDGE processing results summary below ========== \char HISTORY FIND PEAKS: YES \char HISTORY OVERALL Max DN=8.5837 at PCT=65.25, found in region 0 \char HISTORY MEDIAN FILTER not used. \char HISTORY PERCENTAGE = 65.25 (cut was performed here) \char HISTORY MAX_SIGNAL = 8.5837 (maximum signal value in DN) \char HISTORY CUT_POS = 65.25 (pct at which the max signal was found) \char HISTORY MAX_SIGNAL_IN_REGION = 0 (region where max signal was found) \COMMENT ========== Keywords from PROFILE table file below ========== \char NAXIS = 2 \char NAXIS1 = 128 \char NAXIS2 = 128 \char TELESCOP= 'Spitzer' / Spitzer Space Telescope \char INSTRUME= 'IRSX' / Spitzer Space Telescope instrument ID \char FILETYPE= 'fits-irs2d-bmask' / FITS 2D IRS Echelle BCD-mask \char CAL_SET = 'C17.2POST44.A' / ID of set of CAL files used \char ORIGIN = 'JPL_FOS' / installation where FITS file written \char CREATOR = 'JPL_FOS SIS' / Organization that originally created this FITS \char CHNLNUM = 3 / 1 digit instrument channel number \char AORKEY = 24146688 / AOR or IER key. Astrnmy Obs Req/Instr Eng Req \char EXPID = 12 / Exposure ID (0-9999) \char DCENUM = 3 / DCE number (0-9999) \char TLMGRPS = 16 / expected number of groups \char FILE_VER= 1 / version of this file made by SIS \char DATEFILE= '2008-03-01T22:31:47' / DCE file creation date (PST) \char FILENAME= 'IRSX.3.0024146688.0012.0003.01.mipl.fits' / filename \char SIS_SVER= 'J5.3' / SIS SW VERsion \char CPT_VER = '3.1.11' / Channel Param Table FOS version \char EXPDFLAG= F / (T/F) expedited DCE \char MISS_LCT= 0 / Total Missed Line Cnt in this FITS \char MANCPKT = F / T if this FITS is Missing Ancillary Data \char MISSDATA= F / T if this FITS is Missing Image Data \char CMPRATIO= 0.754 / DCE Compression Ratio \char OBSRVR = 'George Helou' / Observer \char OBSRVRID= 135 / Observer ID \char PROCYCL = 7 / Proposal Cycle \char PROPOSID= 40539 / Proposal ID \char TARGETNA= 'FESS_J022549.78-040024.6' / Target Name \char 5MUSESNAME = '5MUSES-065' \char SSTNAME = '5MUSES_J022549.78-040024.6' \char NEDNAME = ' 2MASX J02254978-0400242 ' \char CLPOSNUM= 0 / SODB:Exposures.clusterPosNum \char RA_RQST = 36.4574166666667 / Right Ascension Requested \char DEC_RQST= -4.00683333333333 / Declination Requested \char PA_RQST = 251.6287425881 / Pointing Angle Requested \char RA_FOV = 36.4574710080463 / [deg] RA at FOVID averaged over DCE \char DEC_FOV = -4.00699075717363 / [deg] DEC at FOVID averaged over DCE \char PA_FOV = -66.902009103212 / [deg] PA at FOVID averaged over DCE \char PAONUM = 2813 / PAO Number \char CAMPAIGN= 'IRSX008900' / Campaign \char DCEID = 95292127 / Data-Collection-Event ID \char DCEINSID= 20091046 / DCE Instance ID \char DPID = 209880182 / Data Product Instance ID \char PIPETYPE= 2015 / Pipeline Script ID from APES $PIPETYPE \char PIPENUM = 201 / SODB:PlScripts.plScriptNum \char PIPEVAR = -1 / SODB:PlScripts.plScriptType (>1 = non-BCD pipe) \char EXPTYPE = 'sp ' / Exposure Type \char REQMODE = 5 / ID for mode or type of request \char RDOUTMOD= 'RAW ' / Readout Mode \char APERTURE= 56 / SODB:Exposures.aperture \char APERNAME= 'IRS_Long-Hi_1st_Position' / Aperture SODB:Fov.name \char JMMONIKR= 'Ingest-IRSX-3' / Job-Manfest Moniker \char JMFID = 24146688 / Job-Manifest File ID \char JMPMID = 4906 / Pipeline Machine or Jobber ID \char SOS_VER = 1 / Data-Product Version \char PLVID = 11 / Pipeline Version ID \char CALID = 5 / CalTrans Version ID \char WARMFLAG= F / SODB:Campaigns.warmFlag \char DS_IDENT= 'ads/sa.spitzer#0024146688' / Data Set Identification for ADS/journals \char SC_F0016= 31 / Packet Primary Header Application Process Iden \char SC_F0032= 888850998.9375 / Packet Secondary Header Coarse Time \char SC_F0033= 123.875 / Packet Secondary Header Fine Time \char SC_F0101= 0 / Packet Secondary Header Expedite Flag \char SC_F0102= 0 / Packet Secondary Header AORID Flags \char SC_F0106= 136 / Packet Secondary Header Group ID \char SC_F0107= 16 / Packet Secondary Header Total Number Groups in \char SC_F0108= 7.5 / Packet Secondary Header Group Number \char SC_F0125= 24146688 / AORID least significant words \char GRPARVTC= 888850998.8125 / Coarse Spacecraft Group Time \char GRPARVTF= 0.520145929625 / [Sec] Fine Spacecraft Group Time \char H_0033 = 2008.062 / [Days] \char H_0034 = 52806.7543125 / [Msecs] \char H_0064 = 2200024.46875 / [bps] \char ASLDTMPA= 6.217787475 / [Deg_K] Short Low Detector Temp A \char ASHDTMPA= 6.21974185 / [Deg_K] Short High Detector Temp A \char ALLDTMPA= 4.12150959375 / [Deg_K] Long Low Detector Temp A \char ALHDTMPA= 4.39997030625 / [Deg_K] Long High Detector Temp A \char ASLDTMPB= 6.18579421875 / [Deg_K] Short Low Detector Temp B \char ASHDTMPB= 6.1935830875 / [Deg_K] Short High Detector Temp B \char ALLDTMPB= 4.13847156875 / [Deg_K] Long Low Detector Temp B \char ALHDTMPB= 4.42733156875 / [Deg_K] Long High Detector Temp B \char ACEBOXTM= 11.667591 / [Deg_C] CE Box Temp \char ASLHTRI = 131.2451275 / [uAmps] Short Low Heater Current \char ASHHTRI = 132.984234375 / [uAmps] Short High Heater Current \char ALLHTRI = 76.74324725 / [uAmps] Long Low Heater Current \char ALHHTRI = 84.5374674375 / [uAmps] Long High Heater Current \char AIRSSTMI= 0.07854461625 / [uAmps] IRS Stimulator Current \char AVDSUBV = 3.41845261875 / [Volts] VD Sub Voltage \char AVDBOSTV= 1.997428075 / [Volts] VD Boost Voltage \char APROFF1V= 5.88854661875 / [Volts] Si Preamp Offset Chan1 Voltage \char APROFF2V= 5.88465141875 / [Volts] Si Preamp Offset Chan2 Voltage \char APROFF3V= 5.88424265625 / [Volts] Si Preamp Offset Chan3 Voltage \char APROFF4V= 5.883521325 / [Volts] Si Preamp Offset Chan4 Voltage \char ASLANNLL= 1657.5417125 / [uAmps] Short Low Heater Anneal Current \char ASHANNLL= 1678.09125 / [uAmps] Short High Heater Anneal Current \char ALLANNLL= 1171.80014375 / [uAmps] Long Low Heater Anneal Current \char ALHANNLL= 1278.1295125 / [uAmps] Long High Heater Anneal Current \char ACACPCNT= 217.9375 / Command Accept Counter \char ACREJCNT= 0 / Command Reject Counter \char ABASTMCR= 888824670 / Coarse Component of CE Base Time \char ABASTMFN= 46346 / Fine Component of CE Base Time \char AFSWMJRV= 3 / CE Flight Software Major Version Number \char AFSWMINV= 2 / CE Flight Software Minor Version Number \char ACESTATE= 8 / CE Observing State \char ALIMVCNT= 0 / Limit Violation Counter \char ACMDSTAT= 0 / Command Status \char ACMDABRT= 0 / Command Abort in Progress \char ATPGMSEL= 3 / TPG MUX Select \char ATPGTPID= 2 / TPG Timing Pattern ID \char ATPGCEC = 0 / TPG Command Error Count \char ATPGIMOD= 4 / TPG Instrument Mode \char ASISTMLV= 0 / Si Stimulator Level \char ASISTIMS= 0 / Si Stimulator State \char ASHPWRST= 1 / Short High Power Enable Status \char ALHPWRST= 1 / Long High Power Enable Status \char ALLPWRST= 1 / Long Low Power Enable Status \char AD24PWRS= 0 / Det 24u Power Enable Status \char ASISTMSE= 0 / Si Stimulator Select \char ASISTMEN= 0 / Si Stimulator Enable Status \char ASIMUXAD= 3 / Si Signal Mux Address \char ASIANNEN= 0 / Si Anneal Enable Status \char ASLANLS = 0 / Short Low Anneal Status \char ASHANNLS= 0 / Short High Anneal Status \char ALLANNLS= 0 / Long Low Anneal Status \char ALHANNLS= 0 / Long High Anneal Status \char ASIANLSR= 0 / Si Anneal Commanded Source \char ASTRTFLG= 170 / Start Flag \char APEKUPPR= 0 / SED Peakup Progress \char HAOR_ID3= 0 / AOR ID 3 \char HAOR_ID2= 368 / AOR ID 2 \char HAOR_ID1= 29440 / AOR ID 1 \char HEXP_ID = 12 / Exposure ID \char HDCE_NUM= 3 / DCE Number \char HGRP_NUM= 7.5 / Group Number \char HBAD_DAT= 0 / Si and Ge Bad Data Indicator \char HGRP_ID = 136 / Group Identifier \char HATIM_C = 888850954 / Group Allocate Timestamp Coarse \char HATIM_FN= 27274 / Group Allocate Timestamp Fine \char HGRTIM_C= 888850998.625 / Group Ready Timestamp Coarse \char HGRTIM_F= 31888.5625 / Group Ready Timestamp Fine \char HTTIM_C = 888850998.625 / Group Transferred Timestamp Coarse \char HTTIM_FN= 31900.1875 / Group Transferred Timestamp Fine \char HFSWVNUM= 770 / Flight SW Version number \char HEXP_CNT= 6451 / Flight Exposure Counter \char EXPSTRTC= 888850728 / Exposure Start Timestamp Coarse \char EXPSTRTF= 57823 / Exposure Start Timestamp Fine \char HNUM_DCE= 4 / Number of DCEs \char HNUM_GRP= 16 / Number of Groups \char HTIMP_ID= 2 / Timing pattern ID \char HCFRAM_T= 3 / Commanded Frame Time \char HCFRAM_C= 16 / Commanded Frame Count \char HCSPIN_C= 1 / Commanded Spin Count \char HCNDCE2 = 4 / Number of DCEs \char HDET_MOD= 3 / Detector Number \char HP_FOV = 0 / Field of View \char HP_BND = 0 / Peakup Band \char HP_CHKBS= 0 / Checkbox Size \char HP_CNT = 0 / Total Counts in Brightest Checkbox \char HP_XPOS = 0 / Target X Position \char HP_YPOS = 0 / Target Y Position \char HP_CENQ = 0 / Centroid Quality code \char HP_FLUX = 0 / Peakup Source Threshold \char HP_SSIZ = 0 / Peakup Source Size \char SC_AT_Q1= 0.76301776625 / ATDT_SC_QUATERNION_Q1 \char SC_AT_Q2= 0.272282303125 / ATDT_SC_QUATERNION_Q2 \char SC_AT_Q3= 0.1533098975 / ATDT_SC_QUATERNION_Q3 \char SC_AT_Q4= 0.565828871875 / ATDT_SC_QUATERNION_Q4 \char SC_R8_X = 0.0078326938125 / [asec/s] ATDT_SC_RATE_X \char SC_R8_Y = -0.00728695068125 / [asec/s] ATDT_SC_RATE_Y \char SC_R8_Z = 0.0060641615 / [asec/s] ATDT_SC_RATE_Z \char SLEWING = 0 / ACG_MANEUVER_IN_PROGRESS \char AIRS_DET= 3 / Selected IRS detector for exposure commands \char AIRSSPNC= 1 / Commanded number of spins for an IRS exposure \char AIRSCMDN= 4 / Commanded number of DCEs for IRS \char AIRSFRTM= 3 / Commanded IRS frame time \char AIRSFRCT= 4 / Commanded Number of Frames for IRS \char AIRSCRFC= 7.5 / IRS current frame count within a subexposure \char AIRSCRDC= 3 / Current DCE count in an IRS exposure \char AIRSEXPL= 1 / IRS exposure in progress flag \char AIRSEXPM= 1 / Current Mode of the IRS Exp Manager \char AIRSCRHD= 55.5 / Current header indes of the sdm group that wil \char AIRSSTRT= 6452 / The number of exposures which have started \char AIRSCMPL= 6451 / The number of exposures that have completed \char AIRSERCT= 0 / The amount of IRS exposure errors that have oc \char AIRSMNPX= -24180.875 / The value of the monitor pixel \char AIRSDTAV= 0 / Data available error count \char AIRSFFNO= 0 / Si FIFO not empty counter \char APKUPERT= 8 / Flag indicating that an error occurred during \char APKUPPRG= 0 / Current location of processing in the peakup a \char APKUPCEN= 1 / Status of the pkup centroid \char APKUPXCE= 10588 / The X value of the centroid to be returned in \char APKUPYCE= 9401 / The X value of the centroid to be returned in \char APKUPFLX= 1913 / The flux parameter for the peakup command \char APKUPSTC= 0 / How many recursions have occurred while trying \char APKUPSRS= 1 / The src size parameter of a peakup command \char APKUPFOV= 1 / The FOV parameter of the peakup command \char APKUPAPE= 0 / The aperture parameter of the peakup command \char AXCNTRD1= 10588 / The x value of the brightest centroid \char AXCNTRD2= 0 / The x value of the second brightest centroid \char AYCNTRD1= 9401 / The y value of the brightest centroid \char AYCNTRD2= 0 / The y value of the second brightest centroid \char AINTENS1= 259505 / The intensity value of the brightest centroid \char AINTENS2= 0 / The intensity value of the second brightest ce \char ASLSETTM= 6.2 / [Deg_K] Short Low Commanded Control Temperature \char ASHSETTM= 6.2 / [Deg_K] Short High Commanded Control Temperatur \char ALLSETTM= 4.1 / [Deg_K] Long Low Commanded Control Temperature \char ALHSETTM= 4.4 / [Deg_K] Long High Command Control Temperature \char ATLM32EN= 13977 / Command ID and End Flag for APID 32 IRS \char SPTZR_X = -91769963.575140 / Heliocentric J2000 x position (km) \char SPTZR_Y = 108892558.207598 / Heliocentric J2000 y position (km) \char SPTZR_Z = 47697981.654720 / Heliocentric J2000 z position (km) \char SPTZR_VX= -23.564923 / Heliocentric J2000 x velocity (km/s) \char SPTZR_VY= -16.612428 / Heliocentric J2000 y velocity (km/s) \char SPTZR_VZ= -7.840821 / Heliocentric J2000 z velocity (km/s) \char SPTZR_LT= 500.950784 / One-way light time to Sun's center (s) \char SCLK_OBS= 888850968.637 / SCLK (~sec. since 1/1/1980) at ramp start. \char ET_OBS = 257655640.005 / Ephemeris time (seconds past J2000 epoch) \char DATE_OBS= '2008-03-01T14:59:34.819' / UTC date & time at ramp start. \char MJD_OBS = 54526.6247086 / Mod. Julian Date (UTC) (days) at ramp start. \char HMJD_OBS= 54526.6242293 / Corresponding Heliocen. Mod. Julian Date \char UTCS_OBS= 257655574.819 / UTC seconds past year 2000 at ramp start. \char SAMPTIME= 2.031600 / Sample integration time (seconds) \char GRPTIME = 4.063200 / Group (w/ spin) integration time (seconds) \char DEADTIME= 12.1896 / Reset + boost(s) time (seconds) \char FRAMTIME= 60.95 / Time spent integrating (seconds) \char EXPTIME = 60.95 / Effective integration time (seconds) \char EXPTLM = T / F if primary exposure keywords missing \char EXPDCALC= T / F if EXPTLM=F and alternates missing \char RAMPTIME= 60.95 / Ramp (total DCE) integration time (seconds) \char EXPTOT_T= 243.79 / Integr. time (sec.) for all DCEs in exposure \char BUNIT = 'e-/sec ' \char T_INT = 60.947998 / Special T_INT (seconds) \char GAIN1 = 4.60 / e/DN conversion (readout channel 1) \char GAIN2 = 4.60 / e/DN conversion (readout channel 2) \char GAIN3 = 4.60 / e/DN conversion (readout channel 3) \char GAIN4 = 4.60 / e/DN conversion (readout channel 4) \char DATE = '2008-04-10T23:43:50' / file creation date (YYYY-MM-DDThh:mm:ss UT) \char TRAPROC = 'tranhead' / FORWARD FITS-KEYWORD TRANSLATION \char TRAVERSN= 12.90 / Version number of tranhead program \char TRACFRA1= 1. / Central fraction for trimmed mean \char TRACFRA2= 1. / Central fraction for trimmed std. dev. \char CTD_VER = '3.0.94S ' / Telemetry-dictionary version string. \char FBIDDARK= 964 \char FBIDFLAT= 953 \char FBIDLNCR= 25 \char FBIDLNMD= 456 \char FBIDOMSK= 49 \char FBIDPMSK= 457 \char FBIDWSMP= 413 \char FBIDUMSK= 69 \char FBIDWSOF= 429 \char FBIDWSOM= 430 \char FBIDWSWA= 428 \char FBIDFLXC= 955 \char FBIDFMSK= 74 \char FBIDCALS= 969 \char FBIDLNSC= 510 \char DNTPROC = 'dntoflux' / UNITS-CONVERSION S/W \char DNTVERSN= 4.10 / Version number of dntoflux program \char DNTOP = 1 / Operation type \char DNTCNVF1= 4.6 / Readout-channel-1 conversion factor \char DNTCNVF2= 4.6 / Readout-channel-2 conversion factor \char DNTCNVF3= 4.6 / Readout-channel-3 conversion factor \char DNTCNVF4= 4.6 / Readout-channel-4 conversion factor \char DNTPLANE= 1 / Data planes processed: 1=All, 2=First, 3=Last \char DNTNORMT= 0 / Normalized by EXPTIME: 0=No, 1=Yes \char DNTNLFIL= ' ' \char DNTIFIL = 'cvti2r4.fits' \char DNTOFIL1= 'cvte.fits' \char DNTLGFIL= 'stdout ' \char DRPCOEF = 0.19 / Droop coupling constant \char DRSUMPLF= 6086.479 \char DRSUMPLL= 6684.437 \char ROWDRPC1= 0. / Row Droop coupling constant for chan 1 \char ROWDRPC2= 0. / Row Droop coupling constant for chan 2 \char ROWDRPC3= 0. / Row Droop coupling constant for chan 3 \char ROWDRPC4= 0. / Row Droop coupling constant for chan 4 \char BASECH1 = 33260.98 / reference dark baseline for read-channel 1 \char BASECH2 = 35408.93 / reference dark baseline for read-channel 2 \char BASECH3 = 33517.28 / reference dark baseline for read-channel 3 \char BASECH4 = 34750.46 / reference dark baseline for read-channel 4 \char BUNCCH1 = 1807.274 / baseline uncertainty for read-channel 1 \char BUNCCH2 = 1699.19 / baseline uncertainty for read-channel 2 \char BUNCCH3 = 1734.707 / baseline uncertainty for read-channel 3 \char BUNCCH4 = 1737.725 / baseline uncertainty for read-channel 4 \char CUAVGRSF= 1.788499 \char CUAVGRSL= -0.8746991 \char MODTYP = 2 \char LZNPCHIF= 454 / no. chi-squares > ChiSqrMax \char LZNPCHIM= 11540 / no. chi-squares < ChiSqrMin \char LZILAVGF= 124.2205353 / mean signal plane 1 box 1 \char LZILAVGL= 2179.345703 / mean signal last plane box 1 \char LZILSTDF= 82.23191071 / std dev about LZILAVGF \char LZILSTDL= 1056.828003 / std dev about LZILAVGL \char LZILCHIS= 0.2048591822 / mean reduced chi-square box 1 \char LZILCOER= 0.995934844 / mean linear corr. coefft. box 1 \char LZILRMSS= 30.76929092 / mean linear RMS dispersion box 1 \char LZILSLOP= 135.9069366 / mean linear ramp slope box 1 \char LZILZINT= -12.74411011 / mean linear ramp intercept box 1 \char LZILFREE= 14. / mean no. deg. freedom box 1 \char LZUNAVGF= 6.984022617 / mean signal plane 1 box 2 \char LZUNAVGL= 348.57901 / mean signal last plane box 2 \char LZUNSTDF= 83.55230713 / std dev about LZUNAVGF \char LZUNSTDL= 1163.90918 / std dev about LZUNAVGL \char LZUNCHIS= 0.3128657043 / mean reduced chi-square box 2 \char LZUNCOER= -0.1904557645 / mean linear corr. coefft. box 2 \char LZUNRMSS= 33.63882065 / mean linear RMS dispersion box 2 \char LZUNSLOP= 23.12314224 / mean linear ramp slope box 2 \char LZUNZINT= 0.1236831695 / mean linear ramp intercept box 2 \char LZUNFREE= 14. / mean no. deg. freedom box 2 \char DRIPROC = 'darkdrift' / DARK-CURRENT OFFSET CALCULATION AND REMOVAL \char DRIVERSN= 4.10 / Version number of darkdrift program \char DRICRTYP= 0 / Correction type: 0=Additive, 1=Multiplicative \char DRIROEXC= 0 / R.O. channel excluded from background (0=None) \char DRIPFLAG= 1 / Data planes processed: 1=All, 2=First, 3=Last \char DDCR01_1= 7.93475729227066 / Darkdrift corr. for data plane=1, r.o.-chan.=1 \char DDCR01_2= -12.7682535052299 / Darkdrift corr. for data plane=1, r.o.-chan.=2 \char DDCR01_3= -9.56614750623703 / Darkdrift corr. for data plane=1, r.o.-chan.=3 \char DDCR01_4= 14.3996437191963 / Darkdrift corr. for data plane=1, r.o.-chan.=4 \char DDUN01_1= 1.25135801781241 / Darkdrift unc. for data plane=1, r.o.-chan.=1 \char DDUN01_2= 1.24282832305796 / Darkdrift unc. for data plane=1, r.o.-chan.=2 \char DDUN01_3= 1.26870943519387 / Darkdrift unc. for data plane=1, r.o.-chan.=3 \char DDUN01_4= 1.23586894456272 / Darkdrift unc. for data plane=1, r.o.-chan.=4 \char DDAV01_1= 4.15235161781311 / Darkdrift avg. for data plane=1, r.o.-chan.=1 \char DDAV01_2= -16.5506591796875 / Darkdrift avg. for data plane=1, r.o.-chan.=2 \char DDAV01_3= -13.3485531806946 / Darkdrift avg. for data plane=1, r.o.-chan.=3 \char DDAV01_4= 10.6172380447388 / Darkdrift avg. for data plane=1, r.o.-chan.=4 \char DDBKGD01= -3.78240567445755 / Darkdrift background term for data plane=1 \char DDCR02_1= 7.94925587810576 / Darkdrift corr. for data plane=2, r.o.-chan.=1 \char DDCR02_2= -12.6935186814517 / Darkdrift corr. for data plane=2, r.o.-chan.=2 \char DDCR02_3= -13.6407840903848 / Darkdrift corr. for data plane=2, r.o.-chan.=3 \char DDCR02_4= 18.3850468937308 / Darkdrift corr. for data plane=2, r.o.-chan.=4 \char DDUN02_1= 1.57564705664646 / Darkdrift unc. for data plane=2, r.o.-chan.=1 \char DDUN02_2= 1.66177976656333 / Darkdrift unc. for data plane=2, r.o.-chan.=2 \char DDUN02_3= 1.66544841709615 / Darkdrift unc. for data plane=2, r.o.-chan.=3 \char DDUN02_4= 1.6332369835584 / Darkdrift unc. for data plane=2, r.o.-chan.=4 \char DDAV02_1= 20.8576183319092 / Darkdrift avg. for data plane=2, r.o.-chan.=1 \char DDAV02_2= 0.214843772351742 / Darkdrift avg. for data plane=2, r.o.-chan.=2 \char DDAV02_3= -0.732421636581421 / Darkdrift avg. for data plane=2, r.o.-chan.=3 \char DDAV02_4= 31.2934093475342 / Darkdrift avg. for data plane=2, r.o.-chan.=4 \char DDBKGD02= 12.9083624538034 / Darkdrift background term for data plane=2 \char DDCR03_1= 7.47389623522758 / Darkdrift corr. for data plane=3, r.o.-chan.=1 \char DDCR03_2= -14.834067851305 / Darkdrift corr. for data plane=3, r.o.-chan.=2 \char DDCR03_3= -18.5928715765476 / Darkdrift corr. for data plane=3, r.o.-chan.=3 \char DDCR03_4= 25.953043192625 / Darkdrift corr. for data plane=3, r.o.-chan.=4 \char DDUN03_1= 1.91103697226155 / Darkdrift unc. for data plane=3, r.o.-chan.=1 \char DDUN03_2= 1.99966889694407 / Darkdrift unc. for data plane=3, r.o.-chan.=2 \char DDUN03_3= 2.02266440958967 / Darkdrift unc. for data plane=3, r.o.-chan.=3 \char DDUN03_4= 2.05957573971576 / Darkdrift unc. for data plane=3, r.o.-chan.=4 \char DDAV03_1= 28.4945049285889 / Darkdrift avg. for data plane=3, r.o.-chan.=1 \char DDAV03_2= 6.18654084205627 / Darkdrift avg. for data plane=3, r.o.-chan.=2 \char DDAV03_3= 2.42773711681366 / Darkdrift avg. for data plane=3, r.o.-chan.=3 \char DDAV03_4= 46.9736518859863 / Darkdrift avg. for data plane=3, r.o.-chan.=4 \char DDBKGD03= 21.0206086933613 / Darkdrift background term for data plane=3 \char DDCR04_1= 10.4757464528084 / Darkdrift corr. for data plane=4, r.o.-chan.=1 \char DDCR04_2= -12.23962277174 / Darkdrift corr. for data plane=4, r.o.-chan.=2 \char DDCR04_3= -21.2279834151268 / Darkdrift corr. for data plane=4, r.o.-chan.=3 \char DDCR04_4= 22.9918597340584 / Darkdrift corr. for data plane=4, r.o.-chan.=4 \char DDUN04_1= 2.27479777271584 / Darkdrift unc. for data plane=4, r.o.-chan.=1 \char DDUN04_2= 2.34748524941639 / Darkdrift unc. for data plane=4, r.o.-chan.=2 \char DDUN04_3= 2.29507575056884 / Darkdrift unc. for data plane=4, r.o.-chan.=3 \char DDUN04_4= 2.37940131414369 / Darkdrift unc. for data plane=4, r.o.-chan.=4 \char DDAV04_1= 37.074836730957 / Darkdrift avg. for data plane=4, r.o.-chan.=1 \char DDAV04_2= 14.3594675064087 / Darkdrift avg. for data plane=4, r.o.-chan.=2 \char DDAV04_3= 5.37110686302185 / Darkdrift avg. for data plane=4, r.o.-chan.=3 \char DDAV04_4= 49.590950012207 / Darkdrift avg. for data plane=4, r.o.-chan.=4 \char DDBKGD04= 26.5990902781487 / Darkdrift background term for data plane=4 \char DDCR05_1= 11.6254121959209 / Darkdrift corr. for data plane=5, r.o.-chan.=1 \char DDCR05_2= -11.3390291035175 / Darkdrift corr. for data plane=5, r.o.-chan.=2 \char DDCR05_3= -26.1516481935978 / Darkdrift corr. for data plane=5, r.o.-chan.=3 \char DDCR05_4= 25.8652651011944 / Darkdrift corr. for data plane=5, r.o.-chan.=4 \char DDUN05_1= 2.60302811504115 / Darkdrift unc. for data plane=5, r.o.-chan.=1 \char DDUN05_2= 2.57627659102047 / Darkdrift unc. for data plane=5, r.o.-chan.=2 \char DDUN05_3= 2.53594334948188 / Darkdrift unc. for data plane=5, r.o.-chan.=3 \char DDUN05_4= 2.74138824370549 / Darkdrift unc. for data plane=5, r.o.-chan.=4 \char DDAV05_1= 39.3122177124023 / Darkdrift avg. for data plane=5, r.o.-chan.=1 \char DDAV05_2= 16.3477764129639 / Darkdrift avg. for data plane=5, r.o.-chan.=2 \char DDAV05_3= 1.53515732288361 / Darkdrift avg. for data plane=5, r.o.-chan.=3 \char DDAV05_4= 53.5520706176758 / Darkdrift avg. for data plane=5, r.o.-chan.=4 \char DDBKGD05= 27.6868055164814 / Darkdrift background term for data plane=5 \char DDCR06_1= 10.5213882923126 / Darkdrift corr. for data plane=6, r.o.-chan.=1 \char DDCR06_2= -12.7956445217133 / Darkdrift corr. for data plane=6, r.o.-chan.=2 \char DDCR06_3= -25.9451968669891 / Darkdrift corr. for data plane=6, r.o.-chan.=3 \char DDCR06_4= 28.2194530963898 / Darkdrift corr. for data plane=6, r.o.-chan.=4 \char DDUN06_1= 2.93362900367515 / Darkdrift unc. for data plane=6, r.o.-chan.=1 \char DDUN06_2= 2.81222217811357 / Darkdrift unc. for data plane=6, r.o.-chan.=2 \char DDUN06_3= 2.7356353979851 / Darkdrift unc. for data plane=6, r.o.-chan.=3 \char DDUN06_4= 3.02505420901706 / Darkdrift unc. for data plane=6, r.o.-chan.=4 \char DDAV06_1= 41.4949169158936 / Darkdrift avg. for data plane=6, r.o.-chan.=1 \char DDAV06_2= 18.1778841018677 / Darkdrift avg. for data plane=6, r.o.-chan.=2 \char DDAV06_3= 5.0283317565918 / Darkdrift avg. for data plane=6, r.o.-chan.=3 \char DDAV06_4= 59.1929817199707 / Darkdrift avg. for data plane=6, r.o.-chan.=4 \char DDBKGD06= 30.9735286235809 / Darkdrift background term for data plane=6 \char DDCR07_1= 12.2692226618528 / Darkdrift corr. for data plane=7, r.o.-chan.=1 \char DDCR07_2= -9.18451078236103 / Darkdrift corr. for data plane=7, r.o.-chan.=2 \char DDCR07_3= -30.7384159713984 / Darkdrift corr. for data plane=7, r.o.-chan.=3 \char DDCR07_4= 27.6537040919065 / Darkdrift corr. for data plane=7, r.o.-chan.=4 \char DDUN07_1= 3.18246681147593 / Darkdrift unc. for data plane=7, r.o.-chan.=1 \char DDUN07_2= 3.03667962782042 / Darkdrift unc. for data plane=7, r.o.-chan.=2 \char DDUN07_3= 2.94614771373978 / Darkdrift unc. for data plane=7, r.o.-chan.=3 \char DDUN07_4= 3.29602154402641 / Darkdrift unc. for data plane=7, r.o.-chan.=4 \char DDAV07_1= 42.2185764312744 / Darkdrift avg. for data plane=7, r.o.-chan.=1 \char DDAV07_2= 20.7648429870605 / Darkdrift avg. for data plane=7, r.o.-chan.=2 \char DDAV07_3= -0.789062201976776 / Darkdrift avg. for data plane=7, r.o.-chan.=3 \char DDAV07_4= 57.6030578613281 / Darkdrift avg. for data plane=7, r.o.-chan.=4 \char DDBKGD07= 29.9493537694216 / Darkdrift background term for data plane=7 \char DDCR08_1= 14.228538274765 / Darkdrift corr. for data plane=8, r.o.-chan.=1 \char DDCR08_2= -15.8407051563263 / Darkdrift corr. for data plane=8, r.o.-chan.=2 \char DDCR08_3= -29.2089998722076 / Darkdrift corr. for data plane=8, r.o.-chan.=3 \char DDCR08_4= 30.8211667537689 / Darkdrift corr. for data plane=8, r.o.-chan.=4 \char DDUN08_1= 3.5138409084223 / Darkdrift unc. for data plane=8, r.o.-chan.=1 \char DDUN08_2= 3.29787153038184 / Darkdrift unc. for data plane=8, r.o.-chan.=2 \char DDUN08_3= 3.16894000367092 / Darkdrift unc. for data plane=8, r.o.-chan.=3 \char DDUN08_4= 3.62410473543526 / Darkdrift unc. for data plane=8, r.o.-chan.=4 \char DDAV08_1= 47.5967254638672 / Darkdrift avg. for data plane=8, r.o.-chan.=1 \char DDAV08_2= 17.5274820327759 / Darkdrift avg. for data plane=8, r.o.-chan.=2 \char DDAV08_3= 4.15918731689453 / Darkdrift avg. for data plane=8, r.o.-chan.=3 \char DDAV08_4= 64.1893539428711 / Darkdrift avg. for data plane=8, r.o.-chan.=4 \char DDBKGD08= 33.3681871891022 / Darkdrift background term for data plane=8 \char DDCR09_1= 10.9141799807549 / Darkdrift corr. for data plane=9, r.o.-chan.=1 \char DDCR09_2= -9.87944966554642 / Darkdrift corr. for data plane=9, r.o.-chan.=2 \char DDCR09_3= -34.1434026360512 / Darkdrift corr. for data plane=9, r.o.-chan.=3 \char DDCR09_4= 33.1086723208427 / Darkdrift corr. for data plane=9, r.o.-chan.=4 \char DDUN09_1= 3.76277230913507 / Darkdrift unc. for data plane=9, r.o.-chan.=1 \char DDUN09_2= 3.47780599206868 / Darkdrift unc. for data plane=9, r.o.-chan.=2 \char DDUN09_3= 3.32572450619456 / Darkdrift unc. for data plane=9, r.o.-chan.=3 \char DDUN09_4= 3.96177586902238 / Darkdrift unc. for data plane=9, r.o.-chan.=4 \char DDAV09_1= 45.7724266052246 / Darkdrift avg. for data plane=9, r.o.-chan.=1 \char DDAV09_2= 24.9787969589233 / Darkdrift avg. for data plane=9, r.o.-chan.=2 \char DDAV09_3= 0.714843988418579 / Darkdrift avg. for data plane=9, r.o.-chan.=3 \char DDAV09_4= 67.9669189453125 / Darkdrift avg. for data plane=9, r.o.-chan.=4 \char DDBKGD09= 34.8582466244698 / Darkdrift background term for data plane=9 \char DDCR10_1= 12.8287775330245 / Darkdrift corr. for data plane=10, r.o.-chan.=1 \char DDCR10_2= -11.9610946364701 / Darkdrift corr. for data plane=10, r.o.-chan.=2 \char DDCR10_3= -36.278735820204 / Darkdrift corr. for data plane=10, r.o.-chan.=3 \char DDCR10_4= 35.4110529236495 / Darkdrift corr. for data plane=10, r.o.-chan.=4 \char DDUN10_1= 4.04756743270747 / Darkdrift unc. for data plane=10, r.o.-chan.=1 \char DDUN10_2= 3.70242983033081 / Darkdrift unc. for data plane=10, r.o.-chan.=2 \char DDUN10_3= 3.5527469559605 / Darkdrift unc. for data plane=10, r.o.-chan.=3 \char DDUN10_4= 4.26940720444243 / Darkdrift unc. for data plane=10, r.o.-chan.=4 \char DDAV10_1= 48.7168884277344 / Darkdrift avg. for data plane=10, r.o.-chan.=1 \char DDAV10_2= 23.9270162582397 / Darkdrift avg. for data plane=10, r.o.-chan.=2 \char DDAV10_3= -0.390624925494194 / Darkdrift avg. for data plane=10, r.o.-chan.=3 \char DDAV10_4= 71.2991638183594 / Darkdrift avg. for data plane=10, r.o.-chan.=4 \char DDBKGD10= 35.8881108947098 / Darkdrift background term for data plane=10 \char DDCR11_1= 12.1327327489853 / Darkdrift corr. for data plane=11, r.o.-chan.=1 \char DDCR11_2= -12.7547909021378 / Darkdrift corr. for data plane=11, r.o.-chan.=2 \char DDCR11_3= -33.9259349107742 / Darkdrift corr. for data plane=11, r.o.-chan.=3 \char DDCR11_4= 34.5479930639267 / Darkdrift corr. for data plane=11, r.o.-chan.=4 \char DDUN11_1= 4.26287173935162 / Darkdrift unc. for data plane=11, r.o.-chan.=1 \char DDUN11_2= 3.91305771635694 / Darkdrift unc. for data plane=11, r.o.-chan.=2 \char DDUN11_3= 3.70874289406117 / Darkdrift unc. for data plane=11, r.o.-chan.=3 \char DDUN11_4= 4.46985364774305 / Darkdrift unc. for data plane=11, r.o.-chan.=4 \char DDAV11_1= 48.3311309814453 / Darkdrift avg. for data plane=11, r.o.-chan.=1 \char DDAV11_2= 23.4436073303223 / Darkdrift avg. for data plane=11, r.o.-chan.=2 \char DDAV11_3= 2.27246332168579 / Darkdrift avg. for data plane=11, r.o.-chan.=3 \char DDAV11_4= 70.7463912963867 / Darkdrift avg. for data plane=11, r.o.-chan.=4 \char DDBKGD11= 36.19839823246 / Darkdrift background term for data plane=11 \char DDCR12_1= 13.6356410980225 / Darkdrift corr. for data plane=12, r.o.-chan.=1 \char DDCR12_2= -11.6991863250732 / Darkdrift corr. for data plane=12, r.o.-chan.=2 \char DDCR12_3= -40.1535491943359 / Darkdrift corr. for data plane=12, r.o.-chan.=3 \char DDCR12_4= 38.2170944213867 / Darkdrift corr. for data plane=12, r.o.-chan.=4 \char DDUN12_1= 4.45652735115708 / Darkdrift unc. for data plane=12, r.o.-chan.=1 \char DDUN12_2= 4.09191940223878 / Darkdrift unc. for data plane=12, r.o.-chan.=2 \char DDUN12_3= 3.86853484574564 / Darkdrift unc. for data plane=12, r.o.-chan.=3 \char DDUN12_4= 4.83598887342841 / Darkdrift unc. for data plane=12, r.o.-chan.=4 \char DDAV12_1= 49.7218151092529 / Darkdrift avg. for data plane=12, r.o.-chan.=1 \char DDAV12_2= 24.3869876861572 / Darkdrift avg. for data plane=12, r.o.-chan.=2 \char DDAV12_3= -4.06737518310547 / Darkdrift avg. for data plane=12, r.o.-chan.=3 \char DDAV12_4= 74.3032684326172 / Darkdrift avg. for data plane=12, r.o.-chan.=4 \char DDBKGD12= 36.0861740112305 / Darkdrift background term for data plane=12 \char DDCR13_1= 16.4465551376343 / Darkdrift corr. for data plane=13, r.o.-chan.=1 \char DDCR13_2= -12.3172197341919 / Darkdrift corr. for data plane=13, r.o.-chan.=2 \char DDCR13_3= -43.892746925354 / Darkdrift corr. for data plane=13, r.o.-chan.=3 \char DDCR13_4= 39.7634115219116 / Darkdrift corr. for data plane=13, r.o.-chan.=4 \char DDUN13_1= 4.83926390115826 / Darkdrift unc. for data plane=13, r.o.-chan.=1 \char DDUN13_2= 4.30880684847828 / Darkdrift unc. for data plane=13, r.o.-chan.=2 \char DDUN13_3= 4.05863077409317 / Darkdrift unc. for data plane=13, r.o.-chan.=3 \char DDUN13_4= 5.17943341911265 / Darkdrift unc. for data plane=13, r.o.-chan.=4 \char DDAV13_1= 56.2133331298828 / Darkdrift avg. for data plane=13, r.o.-chan.=1 \char DDAV13_2= 27.4495582580566 / Darkdrift avg. for data plane=13, r.o.-chan.=2 \char DDAV13_3= -4.12596893310547 / Darkdrift avg. for data plane=13, r.o.-chan.=3 \char DDAV13_4= 79.5301895141602 / Darkdrift avg. for data plane=13, r.o.-chan.=4 \char DDBKGD13= 39.7667779922485 / Darkdrift background term for data plane=13 \char DDCR14_1= 11.0854362770915 / Darkdrift corr. for data plane=14, r.o.-chan.=1 \char DDCR14_2= -17.0434718802571 / Darkdrift corr. for data plane=14, r.o.-chan.=2 \char DDCR14_3= -40.9558537378907 / Darkdrift corr. for data plane=14, r.o.-chan.=3 \char DDCR14_4= 46.9138893410563 / Darkdrift corr. for data plane=14, r.o.-chan.=4 \char DDUN14_1= 5.06166569400088 / Darkdrift unc. for data plane=14, r.o.-chan.=1 \char DDUN14_2= 4.46123185425315 / Darkdrift unc. for data plane=14, r.o.-chan.=2 \char DDUN14_3= 4.23325894813482 / Darkdrift unc. for data plane=14, r.o.-chan.=3 \char DDUN14_4= 5.5022709019027 / Darkdrift unc. for data plane=14, r.o.-chan.=4 \char DDAV14_1= 52.7727355957031 / Darkdrift avg. for data plane=14, r.o.-chan.=1 \char DDAV14_2= 24.6438274383545 / Darkdrift avg. for data plane=14, r.o.-chan.=2 \char DDAV14_3= 0.731445580720901 / Darkdrift avg. for data plane=14, r.o.-chan.=3 \char DDAV14_4= 88.601188659668 / Darkdrift avg. for data plane=14, r.o.-chan.=4 \char DDBKGD14= 41.6872993186116 / Darkdrift background term for data plane=14 \char DDCR15_1= 14.3179385662079 / Darkdrift corr. for data plane=15, r.o.-chan.=1 \char DDCR15_2= -13.8510687351227 / Darkdrift corr. for data plane=15, r.o.-chan.=2 \char DDCR15_3= -47.5759842395782 / Darkdrift corr. for data plane=15, r.o.-chan.=3 \char DDCR15_4= 47.109114408493 / Darkdrift corr. for data plane=15, r.o.-chan.=4 \char DDUN15_1= 5.33795310808323 / Darkdrift unc. for data plane=15, r.o.-chan.=1 \char DDUN15_2= 4.70405770414153 / Darkdrift unc. for data plane=15, r.o.-chan.=2 \char DDUN15_3= 4.46040414025236 / Darkdrift unc. for data plane=15, r.o.-chan.=3 \char DDUN15_4= 5.78979283326739 / Darkdrift unc. for data plane=15, r.o.-chan.=4 \char DDAV15_1= 55.0990219116211 / Darkdrift avg. for data plane=15, r.o.-chan.=1 \char DDAV15_2= 26.9300146102905 / Darkdrift avg. for data plane=15, r.o.-chan.=2 \char DDAV15_3= -6.79490089416504 / Darkdrift avg. for data plane=15, r.o.-chan.=3 \char DDAV15_4= 87.8901977539062 / Darkdrift avg. for data plane=15, r.o.-chan.=4 \char DDBKGD15= 40.7810833454132 / Darkdrift background term for data plane=15 \char DDCR16_1= 12.5886410549283 / Darkdrift corr. for data plane=16, r.o.-chan.=1 \char DDCR16_2= -17.0569926425815 / Darkdrift corr. for data plane=16, r.o.-chan.=2 \char DDCR16_3= -44.6403166279197 / Darkdrift corr. for data plane=16, r.o.-chan.=3 \char DDCR16_4= 49.1086682155728 / Darkdrift corr. for data plane=16, r.o.-chan.=4 \char DDUN16_1= 5.51899451470652 / Darkdrift unc. for data plane=16, r.o.-chan.=1 \char DDUN16_2= 4.7429189285383 / Darkdrift unc. for data plane=16, r.o.-chan.=2 \char DDUN16_3= 4.58935656842994 / Darkdrift unc. for data plane=16, r.o.-chan.=3 \char DDUN16_4= 6.01322840948078 / Darkdrift unc. for data plane=16, r.o.-chan.=4 \char DDAV16_1= 56.1635284423828 / Darkdrift avg. for data plane=16, r.o.-chan.=1 \char DDAV16_2= 26.517894744873 / Darkdrift avg. for data plane=16, r.o.-chan.=2 \char DDAV16_3= -1.06542924046516 / Darkdrift avg. for data plane=16, r.o.-chan.=3 \char DDAV16_4= 92.6835556030273 / Darkdrift avg. for data plane=16, r.o.-chan.=4 \char DDBKGD16= 43.5748873874545 / Darkdrift background term for data plane=16 \char DRINLFIL= 'darkdrift.nl' \char DRIIFIL = 'lineariz.fits' \char DRIIUFIL= 'lineariz_unc.fits' \char DRIOFIL1= 'darkdrift.fits' \char DRIOFIL2= ' ' \char DRITFIL = 'darkdrift.tbl' \char DRILGFIL= 'stdout ' \HISTORY PROCESS 2009/06/05 18:34:16 \HISTORY profile v3.6 (integrate (library) v1.30, nl_and_params v1.9) \HISTORY INFILE = /data/IRS/muses/high/FESS_J022549_78-040024_6/ch3/exposure_no_sky1_new_clean.fits \HISTORY WAVSAMP_FILE = /Applications/spice/spice.app/Contents/Resources/platform/mac/cal/C17.2POST44/b3_wavsamp.tbl \HISTORY N_CUTS = 200 \HISTORY ORDERS = 11,12,13,14,15,16,17,18,19,20 \HISTORY BMASKFILE = /data/IRS/muses/high/FESS_J022549_78-040024_6/ch3/final_mask_1_clean_new.fits \HISTORY BMASKFILE_FATAL = 28800 \int CHNLNUM = 3 \int FOVID = 0 \int ORDER1 = 11 \int ORDER2 = 12 \int ORDER3 = 13 \int ORDER4 = 14 \int ORDER5 = 15 \int ORDER6 = 16 \int ORDER7 = 17 \int ORDER8 = 18 \int ORDER9 = 19 \int ORDER10 = 20 \char HISTORY PROCESS 2009/06/05 18:34:16 \char HISTORY extract v5.6 (integrate (library) v1.31, nl_and_params v1.9) \char HISTORY INFILE = /data/IRS/muses/high/FESS_J022549_78-040024_6/ch3/exposure_no_sky1_new_clean.fits \char HISTORY RIDGE_TABLE = /Volumes/Macintosh HD/data/IRS/spice/output/9/exposure_no_sky1_new_clean.ridge.tbl \char HISTORY BMASKFILE = /data/IRS/muses/high/FESS_J022549_78-040024_6/ch3/final_mask_1_clean_new.fits \char HISTORY UNCERFILE = /data/IRS/muses/high/FESS_J022549_78-040024_6/ch3/final_uncertainty1.fits \char HISTORY BMASKFATAL = 29057 \char HISTORY NORMALIZE = 1 \char HISTORY FULL_SLIT_EXTRACT = 1 \char HISTORY FLAG_NAN_DROP = 1 \char HISTORY FIXUP_NANS = 2 \float FCON_UNC = 124.500061 \char HISTORY PROCESS 2009/06/05 18:34:16 \char HISTORY irs_tune v3.3 (nl_and_params v1.9) \char HISTORY INFILE = /Volumes/Macintosh HD/data/IRS/spice/output/9/exposure_no_sky1_new_clean.extract.tbl \char HISTORY INFILE = /Applications/spice/spice.app/Contents/Resources/platform/mac/cal/C17.2POST44/b3_fluxcon.tbl \char HISTORY UP_DOWN_MODE = tune_down \char HISTORY APPLY = 3 |wavelength |flux |error | |double |double |double | |um |Jy |Jy | |null |null |null | 19.40950 0.03637 0.03249 19.41900 0.04049 0.03469 19.43520 0.04071 0.04446 19.45140 0.03917 0.04012 19.46760 0.03423 0.03246 19.48390 0.02347 0.03618 19.50010 0.03731 0.04572 19.51630 0.08361 0.03961 19.53260 0.09537 0.03417 19.54890 0.05854 0.03274 19.56520 0.04014 0.03317 19.58150 0.03988 0.03736 19.59780 0.03783 0.03475 19.61420 0.04580 0.05484 19.63050 0.04394 0.03733 19.64690 0.03853 0.03476 19.66330 0.03853 0.03380 19.67970 0.04494 0.03245 19.69610 0.03879 0.03238 19.71250 0.05430 0.03262 19.72890 0.04443 0.03442 19.74540 0.04545 0.03376 19.76180 0.04639 0.03182 19.77830 0.04580 0.03227 19.79480 0.04310 0.03277 19.81130 0.05111 0.04614 19.82780 0.05106 0.04690 19.84440 0.03853 0.03561 19.86090 0.04707 0.04115 19.87750 0.03853 0.04000 19.89400 0.04197 0.04087 19.91060 0.04758 0.04098 19.92720 0.03918 0.03671 19.94380 0.04210 0.03519 19.96040 0.04301 0.03585 19.97710 0.03667 0.03868 19.99370 0.04965 0.03908 20.01040 0.04491 0.03933 20.02710 0.05188 0.04115 20.04380 0.04639 0.04026 20.06050 0.04779 0.05607 20.07720 0.04278 0.04402 20.09400 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