\char HISTORY ========== Parameters supplied to RIDGE program below ========== \char HISTORY PROCESS 2008/04/01 14:17:31 \char HISTORY ridge v1.15 (nl_and_params v1.9) \char HISTORY WAVSAMP_FILE = /Applications/spice/spice.app/Contents/Resources/platform/mac/cal/C15.0/b1_wavsamp.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=6.3039 at PCT=40.75, found in region 0 \char HISTORY MEDIAN FILTER not used. \char HISTORY PERCENTAGE = 40.75 (cut was performed here) \char HISTORY MAX_SIGNAL = 6.3039 (maximum signal value in DN) \char HISTORY CUT_POS = 40.75 (pct at which the max signal was found) \char HISTORY MAX_SIGNAL_IN_REGION = 0 (region where max signal was found) \char NAXIS = 2 / STANDARD FITS FORMAT \char NAXIS1 = 128 \char NAXIS2 = 128 \char ORIGIN = 'Spitzer Science Center' / Organization generating this FITS file \char CREATOR = 'S15.3.0 ' / SW version used to create this FITS file \char TELESCOP= 'Spitzer ' \char INSTRUME= 'IRSX ' \char CAL_SET = 'C15.0.A ' / ID for the set of CAL files used \char CHNLNUM = 1 / 0=SL, 1=SH, 2=LL, 3=LH \char FILENAME= 'IRSX.1.0020328704.0006.0000.01.mipl.fits' / File name \char EXPTYPE = 'sp ' / Exposure Type \char REQTYPE = 'AOR ' / Request type (AOR,IER, or SER) \char AOT_TYPE= 'IrsStare' / Observation Template Type \char AORLABEL= 'IRS-stare NGC 6926' / AOR Label \char FOVNAME = 'IRS_Short-Hi_1st_Position' / Field of View Name \char READMODE= 'RAW ' / Readout Mode \char \char / PROPOSAL INFORMATION \char \char OBSRVR = 'Lee Armus' / Observer Name \char OBSRVRID= 21 / Observer ID of Principal Investigator \char PROCYCL = 6 / Proposal Cycle \char PROGID = 30323 / Program ID \char PROTITLE= 'A Spitzer Spectroscopic Survey of a Complete Sample of Luminous Infr' \char PROGCAT = 27 / Program Category \char \char / TIME AND EXPOSURE INFORMATION \char \char DATE_OBS= '2006-10-24T15:02:56.362' / Date & time at DCE start \char MJD_OBS = 54032.627 / [days] MJD at DCE start (JD-2400000.5) \char UTCS_OBS= 214974176.362 / [sec] J2000 ephem. time at DCE start \char SCLK_OBS= 846169515.404 / [sec] SCLK time (since 1/1/1980) at DCE start \char SAMPTIME= 4.0632 / [sec] Sample integration time \char REQMODE = 5 / ID for mode or type of request \char EXPSTRTC= 846169486 / Exposure Start Timestamp Coarse \char EXPSTRTF= 61657 / Exposure Start Timestamp Fine \char GRPARVTC= 846169576 / [sec] Coarse Spacecraft Group Time \char GRPARVTF= 0 / [sec] Fine Spacecraft Group Time \char AIRSCMDN= 3 / Commanded number of DCEs for IRS \char AIRS_DET= 1 / Selected IRS detector for exposure command \char AIRSEXPM= 1 / Current Mode of the IRS Exp Manager \char GRPTIME = 8.1264 / [sec] Group (w/ spin) integration time \char DEADTIME= 24.3792 / [sec] Reset + boost(s) time \char RAMPTIME= 121.9 / [sec] Ramp (total DCE) integration time \char EXPTOT_T= 365.69 / [sec] Integr. time for all DCEs in exposure \char AIRSERCT= 0 / Number of IRS exposure errors \char \char / TARGET AND POINTING INFORMATION \char \char OBJECT = 'NGC 6926' / Target Name \char OBJTYPE = 'TargetFixedSingle' / Target Type \char RA_HMS = '20h33m06.0s' / [hh:mm:ss.s] RA_SLT or CRVAL1 in sexagesimal \char DEC_DMS = '-02d01m38s' / [dd:mm:ss] DEC_SLT or CRVAL2 in sexagesimal \char RA_RQST = 308.275541666667 / [deg] Commanded RA referenced to commanded FOV \char DEC_RQST= -2.02747222222223 / [deg] Commanded Dec referenced to commanded FOV \char PA_RQST = 263.056394606479 / [deg] Requested pos. angle of axis 2 (E of N) \char PM_RA = 0. / [arcsec/yr] Proper Motion in RA (J2000) \char PM_DEC = 0. / [arcsec/yr] Proper Motion in Dec (J2000) \char CRDER1 = 0.000300849209594409 / [deg] Uncertainty in RA of SI boresight \char CRDER2 = 0.000301051603385923 / [deg] Uncertainty in DEC of SI boresight \char SIGRA = 0.0149690781650716 / [arcsec] RMS dispersion of RA over DCE \char SIGDEC = 0.013473813813213 / [arcsec] RMS dispersion of DEC over DCE \char SIGPA = 0.0386280892265876 / [arcsec] RMS dispersion of PA over DCE \char PTGDIFF = 0.410240147033375 / [arcsec] offset btwn actual and rqsted pntng \char PTGDIFFX= -0.370962678035491 / [arcsec] requested - actual pntg along axis 1 \char PTGDIFFY= 0.175196067615408 / [arcsec] requested - actual pntg along axis 2 \char RA_REF = 308.275541666667 / [deg] Commanded RA (J2000) of ref. position \char DEC_REF = -2.02747222222222 / [deg] Commanded Dec (J2000) of ref. position \char USEDBPHF= T / T if Boresight Pointing History File was used. \char RMS_JIT = 0.0327776594620492 / [arcsec] RMS jitter during DCE \char RMS_JITY= 0.0160669451300001 / [arcsec] RMS jitter during DCE along Y \char RMS_JITZ= 0.0285697083289212 / [arcsec] RMS jitter during DCE along Z \char RA_FOV = 308.275429118288 / [deg] RA at FOVID averaged over DCE \char DEC_FOV = -2.02745390922006 / [deg] DEC at FOVID averaged over DCE \char PA_FOV = -55.4724248397581 / [deg] PA at FOVID averaged over DCE \char RA_SLT = 308.275008118301 / [deg] RA at slit center averaged over DCE \char DEC_SLT = -2.02716460922875 / [deg] DEC at slit center averaged over DCE \char PA_SLT = -55.4724088397586 / [deg] PA at slit center averaged over DCE \char CSDRADEC= 6.46062706638626E-06 / [deg] Costandard deviation in RA and Dec \char CSD_JTYZ= -0.011638043913437 / [arcsec] Costandard deviation of jitter in YZ \char BPHFNAME= 'BPHF.0846158400.04.pntg' / Boresight Pointing History Filename \char FOVVERSN= 'BodyFrames_FTU_22b.xls' / FOV/BodyFrames file version used \char VHELCORR= -24.5 / [km/sec] Correction to heliocentric velocity \char VLSRCORR= -11.2 / [km/sec] Correction to local standard of rest \char \char / PHOTOMETRY (IRS IMAGING) \char \char BUNIT = 'e-/sec ' / Units of image data \char \char / SPECTROPHOTOMETRY IRS SH, LH (CHNLNUM 1, 3) \char \char FLXCON11= 341.4401 / [electrons/sec/Jy] Flux conversion Order 11 \char FLXERR11= 124.5 / Flux conversion uncertainties Order 11 \char FLXCON12= 380.5278 / [electrons/sec/Jy] Flux conversion Order 12 \char FLXERR12= 124.5 / Flux conversion uncertainties Order 12 \char FLXCON13= 415.0448 / [electrons/sec/Jy] Flux conversion Order 13 \char FLXERR13= 124.5 / Flux conversion uncertainties Order 13 \char FLXCON14= 448.0603 / [electrons/sec/Jy] Flux conversion Order 14 \char FLXERR14= 124.5 / Flux conversion uncertainties Order 14 \char FLXCON15= 484.5939 / [electrons/sec/Jy] Flux conversion Order 15 \char FLXERR15= 124.5 / Flux conversion uncertainties Order 15 \char FLXCON16= 531.4951 / [electrons/sec/Jy] Flux conversion Order 16 \char FLXERR16= 124.5 / Flux conversion uncertainties Order 16 \char FLXCON17= 571.8894 / [electrons/sec/Jy] Flux conversion Order 17 \char FLXERR17= 124.5 / Flux conversion uncertainties Order 17 \char FLXCON18= 596.9463 / [electrons/sec/Jy] Flux conversion Order 18 \char FLXERR18= 124.5 / Flux conversion uncertainties Order 18 \char FLXCON19= 693.3268 / [electrons/sec/Jy] Flux conversion Order 19 \char FLXERR19= 124.5 / Flux conversion uncertainties Order 19 \char FLXCON20= 812.9346 / [electrons/sec/Jy] Flux conversion Order 20 \char FLXERR20= 124.5 / Flux conversion uncertainties Order 20 \char \char / GENERAL MAPPING KEYWORDS \char \char DBEXPOID= 5072458 / Currnet Exposure ID \char \char / IRS PEAKUP KEYWORDS \char \char PKUPMODE= 'IRS ' / Peakup mode (none, IRS, or PCRS) \char PKUPACCU= 'High ' / Peakup Accuracy (high, moderate,low) \char PKUPFILT= 'BLUE ' / Peakup filter (blue or red) \char PKUPFLUX= 30.9 / Flux density of peakup target for IRS [mJy] or \char PKUPXTND= F / Extended source (T/F) \char ISPUPOS = T / PU target given in absolute positions (T) or re \char PKUPRA = 308.074251972186 / [deg] RA peakup position \char PKUPDEC = -2.07514118229161 / [deg] Dec peakup position \char PM_PKRA = 0.0055 / [''/yr]Proper motion for RA peakup position \char PM_PKDEC= -0.0064 / [''/yr]Proper motion for Dec peakup position \char HP_CENQ = 0 / Peakup centroid quality code \char APKUPCEN= 1 / Status of the peakup centroid \char AXCNTRD1= 10806 / [centipixels] X value of the brightest centroid \char AYCNTRD1= 2810 / [centipixels] Y value of the brightest centroid \char AXCNTRD2= 0 / [centipixels] X value of the second brightest c \char AYCNTRD2= 0 / [centipixels] Y value of the second brightest c \char AINTENS1= 155635 / [counts] Intensity value of the brightest centr \char AINTENS2= 0 / [counts] Intensity value of the second brightes \char APKUPXCE= 10806 / [centipixels] X value of the centroid to be ret \char APKUPYCE= 2810 / [centipixels] Y value of the centroid to be ret \char \char \char / DATA FLOW KEYWORDS \char \char DATE = '2007-02-09T04:34:32' / [YYYY-MM-DDThh:mm:ss UTC] file creation date \char AORKEY = '20328704' / AOR or EIR key. Astrnmy Obs Req/Instr Eng Req \char EXPID = 6 / Exposure ID (0-9999) \char DCENUM = 0 / DCE number (0-9999) \char TLMGRPS = 16 / Number of expected telemetry groups \char FILE_VER= 1 / Version of the raw file made by SIS \char RAWNAME = 'IRSX.1.0020328704.0006.0000.01.mipl.fits' / Raw data file name \char SIS_SVER= 'J5.3 ' / SIS SW VERsion \char CPT_VER = '3.1.11 ' / Channel Param Table FOS version \char CTD_VER = '3.0.94S ' / Cmded telemetry data 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 PAONUM = 2074 / PAO Number \char CAMPAIGN= 'IRSX007500' / Campaign \char DCEID = 65729490 / Data-Collection-Event ID \char DCEINSID= 14136960 / DCE Instance ID \char DPID = 145220784 / Data Product Instance ID \char PIPENUM = 201 / Pipeline Script Number \char SOS_VER = 1. / Data-Product Version \char PLVID = 9 / Pipeline Version ID \char CALID = 3 / CalTrans Version ID \char ORIGIN0 = 'JPL_FOS ' / site where RAW FITS files was written \char CREATOR0= 'J5.3 ' / SW system that created RAW FITS \char \char XTCHINSQ= 0 / Number of rows with poor SH/LH optical crosstal \char XTKUNCOR= 0 / Number of rows with no SH/LH optical crosstalk \char GAIN1 = 4.6 / e/DN conversion (readout channel 1) \char GAIN2 = 4.6 / e/DN conversion (readout channel 2) \char GAIN3 = 4.6 / e/DN conversion (readout channel 3) \char GAIN4 = 4.6 / e/DN conversion (readout channel 4) \char BASECH1 = 34471.45 / Trimmed mean channel 1 signal in reference unil \char BASECH2 = 33644.88 / Trimmed mean channel 2 signal in reference unil \char BASECH3 = 30385.09 / Trimmed mean channel 3 signal in reference unil \char BASECH4 = 34739.77 / Trimmed mean channel 4 signal in reference unil \char \char FBIDDARK= 551 \char FBIDFLAT= 665 \char FBIDLNCR= 23 \char FBIDLNMD= 237 \char FBIDOMSK= 48 \char FBIDPMSK= 108 \char FBIDWSMP= 668 \char FBIDUMSK= 67 \char FBIDWSOF= 669 \char FBIDWSOM= 670 \char FBIDWSWA= 667 \char FBIDFLXC= 685 \char FBIDFMSK= 72 \char FBIDCALS= 691 \char FBIDLNSC= 505 \char HISTORY PROCESS 2008/04/01 14:17:32 \char HISTORY extract v5.4 (integrate (library) v1.30, nl_and_params v1.9) \char HISTORY BMASKFATAL = 29056 \char HISTORY FULL_SLIT_EXTRACT = 1 \char HISTORY FLAG_NAN_DROP = 1 \char HISTORY FIXUP_NANS = 2 \char HISTORY PROCESS 2008/04/01 14:17:32 \char HISTORY irs_tune v3.3 (nl_and_params v1.9) \char HISTORY INFILE = /Applications/spice/spice.app/Contents/Resources/platform/mac/cal/C15.0/b1_fluxcon.tbl \char HISTORY UP_DOWN_MODE = tune_down \char HISTORY APPLY = 3 |wavelength |flux |error | |real |real |real | | |Jy |Jy | 9.86 0.005 0.003 9.87 0.027 0.010 9.88 0.015 0.009 9.89 0.007 0.007 9.89 0.009 0.007 9.90 0.015 0.007 9.91 0.014 0.005 9.92 0.011 0.005 9.92 0.011 0.006 9.93 0.011 0.004 9.94 0.010 0.004 9.95 0.010 0.004 9.96 0.010 0.004 9.96 0.011 0.003 9.97 0.011 0.003 9.98 0.010 0.003 9.99 0.012 0.003 9.99 0.011 0.003 10.00 0.012 0.003 10.01 0.012 0.003 10.02 0.011 0.003 10.02 0.010 0.004 10.03 0.010 0.003 10.04 0.009 0.003 10.05 0.009 0.003 10.05 0.011 0.003 10.06 0.011 0.003 10.07 0.012 0.003 10.08 0.012 0.002 10.09 0.012 0.003 10.09 0.009 0.003 10.10 0.012 0.002 10.11 0.012 0.002 10.12 0.010 0.002 10.12 0.012 0.002 10.13 0.011 0.002 10.14 0.010 0.002 10.15 0.010 0.002 10.16 0.010 0.002 10.16 0.011 0.002 10.17 0.011 0.002 10.18 0.011 NaN 10.19 0.012 NaN 10.20 0.012 NaN 10.20 0.010 0.002 10.21 0.009 0.002 10.22 0.010 0.002 10.23 0.010 0.002 10.23 0.009 0.002 10.24 0.011 0.002 10.25 0.010 0.002 10.26 0.011 0.002 10.27 0.010 0.003 10.27 0.009 0.003 10.28 0.012 0.003 10.29 0.011 0.003 10.30 0.011 0.003 10.31 0.012 0.003 10.31 0.004 0.003 10.32 0.005 0.003 10.33 0.011 0.003 10.34 0.010 0.004 10.35 0.010 0.003 10.35 0.012 0.004 10.36 0.012 0.003 10.37 0.010 0.003 10.38 0.009 0.003 10.39 0.008 0.093 10.39 0.011 0.086 10.40 0.007 0.004 10.41 0.008 0.004 10.42 0.010 0.060 10.43 0.011 0.141 10.43 0.009 0.070 10.44 0.010 0.005 10.45 0.011 0.005 10.46 0.008 0.005 10.47 0.018 0.005 10.47 0.016 0.005 10.48 0.012 0.005 10.49 0.012 0.004 10.50 0.012 0.004 10.51 0.012 0.004 10.51 0.012 0.005 10.52 0.011 0.003 10.53 0.010 0.003 10.54 0.011 0.005 10.55 0.011 0.003 10.55 0.010 0.003 10.56 0.012 NaN 10.57 0.012 NaN 10.58 0.009 NaN 10.59 0.010 NaN 10.60 0.016 NaN 10.60 0.012 0.003 10.61 0.011 0.003 10.62 0.012 NaN 10.63 0.012 NaN 10.64 0.014 NaN 10.64 0.013 NaN 10.65 0.013 NaN 10.66 0.015 0.002 10.67 0.011 0.003 10.68 0.013 0.002 10.69 0.016 0.002 10.69 0.014 0.002 10.70 0.016 0.002 10.71 0.021 0.002 10.72 0.028 0.002 10.73 0.027 0.002 10.73 0.020 0.002 10.74 0.018 0.002 10.75 0.018 0.003 10.76 0.016 0.002 10.77 0.016 0.002 10.78 0.013 0.002 10.78 0.013 0.002 10.79 0.017 0.002 10.80 0.019 0.002 10.81 0.018 0.002 10.82 0.019 0.002 10.83 0.018 0.002 10.83 0.016 0.002 10.84 0.015 0.002 10.85 0.017 0.002 10.86 0.018 0.002 10.87 0.017 0.002 10.88 0.018 0.003 10.88 0.017 0.003 10.89 0.017 0.003 10.90 0.017 0.003 10.91 0.019 0.003 10.92 0.019 0.003 10.93 0.023 0.003 10.93 0.015 0.004 10.94 0.017 0.004 10.95 0.017 0.004 10.96 0.019 0.007 10.97 0.016 0.013 10.98 0.017 0.004 10.98 0.019 0.014 10.99 0.018 0.023 11.00 0.015 0.009 11.01 0.013 0.006 11.02 0.013 0.005 11.03 0.016 0.004 11.04 0.015 0.062 11.04 0.016 NaN 11.05 0.014 NaN 11.06 0.014 0.006 11.07 0.013 0.006 11.08 0.014 0.010 11.09 0.021 0.010 11.10 0.011 0.007 11.10 0.014 0.004 11.11 0.015 0.006 11.12 0.016 0.006 11.13 0.019 0.006 11.14 0.019 0.006 11.15 0.019 0.009 11.16 0.018 0.005 11.16 0.019 0.005 11.17 0.021 0.004 11.18 0.022 0.003 11.19 0.023 0.006 11.20 0.026 0.003 11.21 0.027 0.003 11.22 0.031 0.007 11.22 0.031 0.003 11.23 0.031 0.003 11.24 0.030 0.003 11.25 0.030 0.003 11.26 0.029 0.003 11.27 0.028 0.003 11.28 0.029 0.003 11.28 0.026 0.003 11.29 0.027 0.003 11.30 0.029 0.002 11.31 0.029 0.002 11.32 0.031 0.003 11.33 0.029 0.003 11.34 0.033 0.002 11.35 0.032 0.002 11.35 0.036 0.002 11.36 0.038 0.002 11.37 0.042 0.002 11.38 0.048 0.002 11.39 0.059 0.002 11.40 0.070 0.002 11.41 0.084 0.002 11.42 0.090 0.002 11.42 0.095 0.002 11.43 0.097 0.002 11.44 0.098 0.002 11.45 0.097 0.002 11.46 0.095 0.002 11.47 0.099 0.002 11.48 0.098 0.003 11.49 0.096 0.002 11.50 0.095 0.002 11.50 0.091 0.002 11.51 0.088 0.003 11.52 0.086 0.003 11.53 0.083 0.002 11.54 0.079 0.003 11.55 0.074 0.003 11.56 0.072 0.003 11.57 0.070 0.002 11.57 0.065 0.003 11.58 0.064 0.003 11.59 0.059 NaN 11.60 0.059 NaN 11.61 0.058 NaN 11.62 0.059 0.011 11.63 0.056 0.010 11.64 0.054 0.012 11.65 0.053 0.034 11.66 0.053 NaN 11.66 0.050 NaN 11.67 0.050 0.017 11.68 0.046 0.020 11.69 0.047 0.023 11.70 0.040 0.165 11.71 0.040 NaN 11.72 0.046 NaN 11.73 0.042 NaN 11.74 0.032 NaN 11.75 0.034 11.453 11.75 0.039 0.021 11.76 0.030 0.005 11.77 0.034 0.005 11.78 0.030 0.005 11.79 0.030 NaN 11.80 0.012 NaN 11.81 0.051 0.005 11.82 0.039 0.004 11.83 0.037 0.006 11.84 0.037 0.006 11.85 0.036 NaN 11.85 0.027 NaN 11.86 0.036 NaN 11.87 0.036 0.004 11.88 0.035 0.004 11.89 0.034 0.004 11.90 0.034 0.003 11.91 0.036 NaN 11.92 0.040 0.011 11.93 0.037 0.003 11.94 0.033 0.003 11.95 0.033 0.003 11.96 0.035 0.003 11.96 0.035 NaN 11.97 0.035 NaN 11.98 0.037 NaN 11.99 0.036 NaN 12.00 0.033 0.003 12.01 0.034 0.002 12.02 0.031 0.003 12.03 0.031 NaN 12.04 0.037 NaN 12.05 0.037 NaN 12.06 0.036 0.002 12.07 0.035 0.002 12.08 0.037 0.002 12.08 0.038 0.002 12.09 0.038 NaN 12.10 0.040 NaN 12.11 0.038 0.002 12.12 0.039 0.002 12.13 0.041 0.002 12.14 0.041 0.002 12.15 0.038 NaN 12.16 0.039 NaN 12.17 0.040 NaN 12.18 0.041 0.002 12.19 0.041 0.002 12.20 0.044 0.002 12.21 0.044 0.002 12.22 0.043 0.002 12.22 0.044 0.002 12.23 0.045 0.002 12.24 0.042 0.002 12.25 0.043 0.002 12.26 0.042 0.002 12.27 0.043 0.002 12.28 0.041 0.002 12.29 0.041 0.002 12.30 0.040 0.006 12.31 0.042 0.009 12.32 0.039 0.007 12.33 0.042 0.004 12.34 0.039 NaN 12.35 0.040 NaN 12.36 0.040 NaN 12.37 0.042 0.014 12.38 0.038 NaN 12.39 0.034 NaN 12.40 0.034 NaN 12.40 0.037 NaN 12.41 0.032 NaN 12.42 0.030 0.013 12.43 0.041 0.003 12.44 0.037 NaN 12.45 0.042 NaN 12.46 0.040 NaN 12.47 0.041 NaN 12.48 0.041 NaN 12.49 0.041 NaN 12.50 0.042 NaN 12.51 0.054 0.214 12.52 0.069 0.498 12.53 0.072 0.043 12.54 0.050 NaN 12.55 0.044 NaN 12.56 0.039 NaN 12.57 0.048 NaN 12.58 0.044 NaN 12.59 0.045 0.215 12.60 0.048 0.440 12.61 0.049 0.005 12.62 0.048 0.004 12.63 0.049 0.004 12.64 0.051 0.006 12.65 0.050 0.004 12.66 0.048 0.003 12.66 0.048 0.004 12.67 0.048 0.006 12.68 0.049 0.004 12.69 0.050 0.003 12.70 0.052 0.003 12.71 0.053 0.003 12.72 0.051 0.003 12.73 0.054 0.003 12.74 0.054 0.003 12.75 0.052 0.003 12.76 0.053 0.003 12.77 0.053 0.003 12.78 0.055 NaN 12.79 0.057 NaN 12.80 0.057 0.003 12.81 0.057 0.002 12.82 0.057 0.002 12.83 0.058 0.002 12.84 0.058 NaN 12.85 0.060 NaN 12.86 0.061 NaN 12.87 0.063 NaN 12.88 0.062 0.002 12.89 0.062 0.002 12.90 0.061 0.002 12.91 0.062 NaN 12.92 0.060 NaN 12.93 0.068 NaN 12.94 0.070 NaN 12.95 0.062 0.002 12.96 0.063 NaN 12.97 0.065 NaN 12.98 0.068 0.002 12.99 0.064 0.002 13.00 0.061 0.002 13.01 0.064 0.002 13.02 0.066 NaN 13.03 0.068 NaN 13.04 0.073 NaN 13.05 0.095 NaN 13.06 0.173 0.002 13.07 0.203 0.002 13.08 0.129 0.002 13.09 0.068 NaN 13.10 0.054 NaN 13.11 0.050 NaN 13.12 0.049 NaN 13.13 0.046 NaN 13.14 0.046 0.006 13.15 0.047 NaN 13.16 0.043 NaN 13.17 0.042 NaN 13.18 0.044 0.009 13.19 0.044 0.008 13.20 0.043 0.016 13.21 0.042 0.007 13.22 0.037 0.006 13.23 0.041 0.025 13.24 0.042 0.016 13.25 0.041 0.012 13.26 0.037 0.018 13.27 0.036 0.031 13.28 0.040 0.030 13.29 0.037 0.017 13.30 0.033 0.016 13.31 0.031 0.004 13.32 0.040 0.043 13.33 0.058 0.037 13.35 0.058 0.004 13.36 0.048 0.027 13.37 0.034 0.069 13.38 0.041 0.379 13.39 0.028 0.005 13.40 0.034 0.080 13.41 0.051 0.004 13.42 0.093 0.004 13.43 0.064 0.342 13.44 0.050 0.004 13.45 0.034 0.005 13.46 0.054 0.004 13.47 0.056 0.004 13.48 0.043 0.004 13.49 0.044 0.013 13.50 0.041 NaN 13.51 0.041 0.003 13.52 0.042 0.003 13.53 0.043 0.004 13.54 0.042 0.004 13.55 0.041 0.003 13.56 0.040 0.003 13.57 0.041 0.003 13.58 0.041 0.003 13.59 0.042 0.003 13.60 0.042 0.003 13.61 0.042 0.003 13.63 0.040 0.003 13.64 0.043 0.003 13.65 0.041 0.003 13.66 0.041 0.003 13.67 0.044 0.003 13.68 0.045 0.003 13.69 0.043 0.003 13.70 0.042 0.003 13.71 0.042 0.002 13.72 0.042 0.002 13.73 0.041 0.002 13.74 0.042 0.003 13.75 0.042 NaN 13.76 0.042 NaN 13.77 0.042 0.002 13.78 0.044 NaN 13.79 0.044 NaN 13.80 0.041 NaN 13.82 0.043 0.002 13.83 0.045 0.002 13.84 0.044 0.003 13.85 0.044 0.003 13.86 0.043 0.002 13.87 0.043 0.002 13.88 0.042 0.002 13.89 0.043 0.002 13.90 0.044 0.002 13.91 0.045 0.002 13.92 0.041 0.002 13.93 0.038 0.002 13.94 0.039 0.002 13.95 0.040 0.002 13.96 0.042 0.002 13.98 0.039 0.002 13.99 0.040 0.002 14.00 0.042 0.002 14.01 0.042 NaN 14.02 0.039 NaN 14.03 0.037 NaN 14.04 0.038 NaN 14.05 0.038 NaN 14.06 0.039 NaN 14.07 0.038 NaN 14.08 0.041 0.004 14.09 0.038 0.005 14.11 0.036 0.005 14.12 0.037 0.006 14.13 0.038 0.006 14.14 0.038 0.006 14.15 0.039 0.007 14.16 0.033 0.007 14.17 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