\AORKEY = 18794752 / Observation request ID \TGT_NUM = 01 / Nth target observed in this AOR \OBJECT = '8382835-529144' / Object name specified by observer \AORLABEL = 'IRSS-G-DMW-ORION-A-2049' \PROTITLE = 'An IRS survey of protoplanetary disk evolution in the Orion molecul \EXPTYPE = 'sp' \OBJTYPE = 'TargetFixedSingle' \DATE_OBS = '2006-11-11 22:07:57.729' / start of first observation (UTCS) \SCLK_OBS = 847750218.793 / time of observation start (spacecraft) \CAMPAIGN = 'IRSX007600' / Spitzer campaign ID \OBSRVR = 'Houck, James' \PROGID = 30706 \TELESCOP = 'Spitzer' \AOT_TYPE = 'IrsStare' \READMODE = 'RAW' \REQTYPE = 'AOR' \ COMMENT A value of -99.0 means 'unknown'. \ COMMENT orders: 1=SL2 2=SL1 3=LL2 4=LL1 \ Extraction coordinates - primary (SL if available, otherwise LL) \RA = 83.82853 / (deg J2000) \DEC = -5.29159 / (deg J2000) \CRA = '05h35m18.85s' / (J2000) \CDEC = '-05d17m29.7s' / (J2000) \EQUINOX = 2000 / for ICRF celestial coord. system \RADESYS = 'ICRS' / International Celestial Ref Sys \ Synthetic Photometry \IRAC8 = 1.106E+00 / Jy at 8.00 um ( 6.276 to 9.572 = 99%) \IRAC8U = 1.558E-02 / Uncertainty \IRAS12 = -9.900E+01 / Jy at 12.00 um ( 7.516 to 14.229 = 89%) \IRAS12U = -9.900E+01 / Uncertainty \IRS16 = -9.900E+01 / Jy at 16.00 um (12.959 to 14.229 = 20%) \IRS16U = -9.900E+01 / Uncertainty \IRS22 = -9.900E+01 / Jy at 22.00 um (99.000 to 0.000 = 0%) \IRS22U = -9.900E+01 / Uncertainty \MIPS24 = -9.900E+01 / Jy at 24.00 um (99.000 to 0.000 = 0%) \MIPS24U = -9.900E+01 / Uncertainty \IRAS25 = -9.900E+01 / Jy at 25.00 um (99.000 to 0.000 = 0%) \IRAS25U = -9.900E+01 / Uncertainty \ Wavelength Coverage, Counts, Uncertainties \WAVE_MIN = 5.21725 / um (min wavelength in data) \WAVE_MAX = 14.22932 / um (max wavelength in data) \N_IN = 4 / number of bksub spectra merged \OFLAG = 3 / orders,sum of: ord1=1 ord2=2 ord3=4 ord4=8 \N_ORDERS = 2 / how many orders covered (of the 4) \SNR_SL2 = 67.20710 / SL2 mean flux/mean unc \SNR_SL1 = 71.45535 / SL1 mean flux/mean unc \SNR_LL2 = -99.00000 / LL2 mean flux/mean unc \SNR_LL1 = -99.00000 / LL1 mean flux/mean unc \ Order Overlap Area Flux Ratios \RATIO_SL2_SL1 = 0.853 / Order edge ratio EDG_SL2_HI / EDG_SL1_LO \RATIO_SL1_LL2 = -99.000 / Order edge ratio EDG_SL1_HI / EDG_LL2_LO \RATIO_LL2_LL1 = -99.000 / Order edge ratio EDG_LL2_HI / EDG_LL1_LO \EDG_SL2_HI = 1.21300 / Jy (SL2 median flux hi edge: 7.25 to 7.56 um) \EDG_SL1_LO = 1.42152 / Jy (SL1 median flux lo edge: 7.56 to 8.15 um) \EDG_SL1_HI = 0.43873 / Jy (SL1 median flux hi edge: 13.60 to 14.28 um) \EDG_LL2_LO = -99.00000 / Jy (LL2 median flux lo edge: 14.28 to 15.05 um) \EDG_LL2_HI = -99.00000 / Jy (LL2 median flux hi edge: 19.80 to 20.66 um) \EDG_LL1_LO = -99.00000 / Jy (LL1 median flux lo edge: 20.68 to 22.30 um) \ Extraction profile mean FWHM (per order) \WIDTH_SL2 = 2.61 / (arcsec) for SL2 (order 1) \WIDTH_SL1 = 2.79 / (arcsec) for SL1 (order 2) \WIDTH_LL2 = -99.00 / (arcsec) for LL2 (order 3) \WIDTH_LL1 = -99.00 / (arcsec) for LL1 (order 4) \ Extraction coordinates for SL2,SL1 (orders 1&2) \RA_SL = 83.82853 / (deg J2000) \DEC_SL = -5.29159 / (deg J2000) \PA_SL = -168.40382 / (deg J2000) \ Extraction coordinates for LL2,LL1 (orders 3&4) \RA_LL = -99.00000 / (deg J2000) \DEC_LL = -99.00000 / (deg J2000) \PA_LL = -99.00000 / (deg J2000) \ Requested coordinates of observation (by observer) \RA_RQST = 83.82835 / (deg J2000) \DEC_RQST = -5.29144 / (deg J2000) \RA_DEL = 0.00018 / (deg) delta RA (RA - RQST_RA) *cos(DEC) \DEC_DEL = -0.00015 / (deg) delta DEC (DEC - RQST_DEC) \ Info from bksub.tbl files (per input file) \ ----- ORDER EXP FOV \IN_ID1 = ' 1 0000 32 SL2.1' \IN_ID2 = ' 1 0001 33 SL2.2' \IN_ID3 = ' 2 0002 26 SL1.1' \IN_ID4 = ' 2 0003 27 SL1.2' \ Extraction Info (per input file) \ ------- max_flux_at extraction_at delta_nominal nominal flag peak(dn) \IN_XTR1 = ' 35.9 35.9 2.0 33.9 ok 2592.90' \IN_XTR2 = ' 64.5 64.5 -2.8 67.3 ok 2466.10' \IN_XTR3 = ' 35.4 35.4 1.5 33.9 ok 2552.50' \IN_XTR4 = ' 66.0 66.0 -1.2 67.3 ok 2375.00' \ Profile width information (per input file) \ ------ WIDTH FLUX_MAX FLUX_MAX_UNC \PROFILE1 = ' 2.58 2593.0 472.0' \PROFILE2 = ' 2.64 2466.1 402.2' \PROFILE3 = ' 2.85 2552.5 1490.9' \PROFILE4 = ' 2.74 2375.0 1659.4' \ Coordinates per input file \ ------ RA_XTR DEC_XTR RA_FOV DEC_FOV RA_SLT DEC_SLT \COORD1 = ' 83.82846 -5.29191 83.82852 -5.29161 83.82800 -5.29413' \COORD2 = ' 83.82862 -5.29119 83.82854 -5.29161 83.82905 -5.28910' \COORD3 = ' 83.82848 -5.29185 83.82853 -5.29161 83.82799 -5.29426' \COORD4 = ' 83.82856 -5.29142 83.82852 -5.29161 83.82907 -5.28896' \ Extraction 4 corners - Primary (SL, or LL if no SL) \RA1 = 83.82851 / deg \DEC1 = -5.28916 / deg \RA2 = 83.82952 / deg \DEC2 = -5.28936 / deg \RA3 = 83.82856 / deg \DEC3 = -5.29403 / deg \RA4 = 83.82755 / deg \DEC4 = -5.29382 / deg \ Extraction 4 corners for SL (Short Low, orders 1 & 2) \RA1_SL = 83.82851 / deg \DEC1_SL = -5.28916 / deg \RA2_SL = 83.82952 / deg \DEC2_SL = -5.28936 / deg \RA3_SL = 83.82856 / deg \DEC3_SL = -5.29403 / deg \RA4_SL = 83.82755 / deg \DEC4_SL = -5.29382 / deg \ Extraction 4 corners for LL (Long Low, orders 3 & 4) \RA1_LL = -99.00000 / deg \DEC1_LL = -99.00000 / deg \RA2_LL = -99.00000 / deg \DEC2_LL = -99.00000 / deg \RA3_LL = -99.00000 / deg \DEC3_LL = -99.00000 / deg \RA4_LL = -99.00000 / deg \DEC4_LL = -99.00000 / deg \ Heleocentric Info \SPTZR_X = '134650486.3586' / [km] Heliocentric x position \SPTZR_Y = '64778696.15356' / [km] Heliocentric y position \SPTZR_Z = '31216645.43577' / [km] Heliocentric z position \SPTZR_VX = '-14.08377' / [km/sec] Heliocentric x velocity \SPTZR_VY = '23.600306' / [km/sec] Heliocentric y velocity \SPTZR_VZ = '10.424941' / [km/sec] Heliocentric z velocity \VHELCORR = '20.9' / [km/sec] Correction to heliocentric velocity \VLSRCORR = '2.8' / [km/sec] Correction to local standard of rest \ET_OBS = '216554942.911' / [sec] DCE start time (TDB seconds past J2000) \HMJD_OBS = '54050.9251171' / Corresponding Heliocen. Mod. Julian Date \ Processing Constants \ PARAM DATA_CLIP_1_MAX = 7.56 (order 1 (SL2) clipped above this) \ PARAM DATA_CLIP_1_MIN = 5.21 (order 1 (SL2) clipped below this) \ PARAM DATA_CLIP_2_MAX = 14.28 (order 2 (SL1) clipped above this) \ PARAM DATA_CLIP_2_MIN = 7.56 (order 2 (SL1) clipped below this) \ PARAM DATA_CLIP_3_MAX = 20.66 (order 3 (LL2) clipped above this) \ PARAM DATA_CLIP_3_MIN = 14.28 (order 3 (LL2) clipped below this) \ PARAM DATA_CLIP_4_MAX = 38 (order 4 (LL1) clipped above this) \ PARAM DATA_CLIP_4_MIN = 20.68 (order 4 (LL1) clipped below this) \ PARAM DATA_ERROR_MIN = 0.0001 (pedestal for "error" in input data) \ PARAM OVR_12_1_MAX = 7.56 (max wave in 1,2 overlap for order 1) \ PARAM OVR_12_1_MIN = 7.25 (min wave in 1,2 overlap for order 1) \ PARAM OVR_12_2_MAX = 8.15 (max wave in 1,2 overlap for order 2) \ PARAM OVR_12_2_MIN = 7.56 (min wave in 1,2 overlap for order 2) \ PARAM OVR_23_2_MAX = 14.28 (max wave in 2,3 overlap for order 2) \ PARAM OVR_23_2_MIN = 13.6 (min wave in 2,3 overlap for order 2) \ PARAM OVR_23_3_MAX = 15.05 (max wave in 2,3 overlap for order 3) \ PARAM OVR_23_3_MIN = 14.28 (min wave in 2,3 overlap for order 3) \ PARAM OVR_34_3_MAX = 20.66 (max wave in 2,3 overlap for order 3) \ PARAM OVR_34_3_MIN = 19.8 (min wave in 2,3 overlap for order 3) \ PARAM OVR_34_4_MAX = 22.3 (max wave in 3,4 overlap for order 4) \ PARAM OVR_34_4_MIN = 20.68 (min wave in 3,4 overlap for order 4) \ PARAM PHOT_COVERAGE_MIN = 0.95 (min coverage to compute photometry) \ PARAM PHOT_IRAC8_CONSTANT = 1.00 (correction constant) \ PARAM PHOT_IRAC8_DIVBYNU = 1 (response values: 1=divide by nu) \ PARAM PHOT_IRAC8_MAX = 9.584890 (Filter clip (highest wavelength to use)) \ PARAM PHOT_IRAC8_MIN = 6.262590 (Filter clip (lowest wavelength to use)) \ PARAM PHOT_IRAC8_REFWAV = 8.00 (reference wavelength) \ PARAM PHOT_IRAC8_UNC_BOOST = 0.011 (Boost filter unc by this frac of flux) \ PARAM PHOT_IRAS12_CONSTANT = 1.00 (correction constant) \ PARAM PHOT_IRAS12_DIVBYNU = 1 (response values: 1=divide by nu) \ PARAM PHOT_IRAS12_MAX = 15.0 (Filter clip (highest wavelength to use)) \ PARAM PHOT_IRAS12_MIN = 7.5 (Filter clip (lowest wavelength to use)) \ PARAM PHOT_IRAS12_REFWAV = 12.00 (reference wavelength) \ PARAM PHOT_IRAS12_UNC_BOOST = 0.017 (Boost filter unc by this frac of flux) \ PARAM PHOT_IRAS25_CONSTANT = 1.00 (correction constant) \ PARAM PHOT_IRAS25_DIVBYNU = 1 (response values: 1=divide by nu) \ PARAM PHOT_IRAS25_MAX = 30.5 (Filter clip (highest wavelength to use)) \ PARAM PHOT_IRAS25_MIN = 16.0 (Filter clip (lowest wavelength to use)) \ PARAM PHOT_IRAS25_REFWAV = 25.00 (reference wavelength) \ PARAM PHOT_IRAS25_UNC_BOOST = 0.017 (Boost filter unc by this frac of flux) \ PARAM PHOT_IRS16_CONSTANT = 1.00 (correction constant) \ PARAM PHOT_IRS16_DIVBYNU = 1 (response values: 1=divide by nu) \ PARAM PHOT_IRS16_MAX = 19.2765 (Filter clip (highest wavelength to use)) \ PARAM PHOT_IRS16_MIN = 12.932 (Filter clip (lowest wavelength to use)) \ PARAM PHOT_IRS16_REFWAV = 16.00 (reference wavelength) \ PARAM PHOT_IRS16_UNC_BOOST = 0.016 (Boost filter unc by this frac of flux) \ PARAM PHOT_IRS22_CONSTANT = 1.00 (correction constant) \ PARAM PHOT_IRS22_DIVBYNU = 1 (response values: 1=divide by nu) \ PARAM PHOT_IRS22_MAX = 30.8653 (Filter clip (highest wavelength to use)) \ PARAM PHOT_IRS22_MIN = 18.0048 (Filter clip (lowest wavelength to use)) \ PARAM PHOT_IRS22_REFWAV = 22.00 (reference wavelength) \ PARAM PHOT_IRS22_UNC_BOOST = 0.016 (Boost filter unc by this frac of flux) \ PARAM PHOT_MIPS24_CONSTANT = 0.96791614 (correction constant) \ PARAM PHOT_MIPS24_DIVBYNU = 0 (response values: 1=divide by nu) \ PARAM PHOT_MIPS24_MAX = 30.865 (Filter clip (highest wavelength to use)) \ PARAM PHOT_MIPS24_MIN = 19.867 (Filter clip (lowest wavelength to use)) \ PARAM PHOT_MIPS24_REFWAV = 24.00 (reference wavelength) \ PARAM PHOT_MIPS24_UNC_BOOST = 0.018 (Boost filter unc by this frac of flux) \ PARAM SNR1_BOOST_O1 = 0.011 (boost for SNR1 of order 1) \ PARAM SNR1_BOOST_O2 = 0.011 (boost for SNR1 of order 2) \ PARAM SNR1_BOOST_O3 = 0.016 (boost for SNR1 of order 3) \ PARAM SNR1_BOOST_O4 = 0.018 (boost for SNR1 of order 4) \ PARAM SNR_FLUX_CUTOFF = 0.0001 (lowest flux_density used in SNR) \ PARAM SNR_UNC_CUTOFF = 0.0001 (lowest "error" (or "stdev") used in SNR) \ PARAM XTR_SUSPECT = 10 (tolerance for delta extraction SUSPECT) \ Processing Info \SOFTWARE = 'irs_merge v2.1' / program that created this file \ORIGIN = 'SSC - Spitzer Science Center' / this file created by \CREATOR = 'S18.18.0' / pipeline version of 1st merged file \DATE = '2011-12-08 18:58:58' / when this file created (Pacific) \ENHID = 9714 / Spitzer database Enhanced Product ID \CAMPID = 1073 / Spitzer database Campaign ID \FILENAME = 'SPITZER_S5_18794752_01_merge.tbl' |order|wavelength|flux_density |error |bit-flag| |int |real |real |real |int | | |microns |Jy |Jy | | 1 5.21725 1.030849 0.010263 0 1 5.24749 1.015238 0.010102 0 1 5.27773 1.042845 0.010227 0 1 5.30797 1.032451 0.009832 0 1 5.33821 1.015845 0.009202 0 1 5.36846 1.003545 0.009176 0 1 5.39870 1.006544 0.009242 0 1 5.42894 1.019681 0.009138 0 1 5.45918 1.012093 0.008787 0 1 5.48942 1.003038 0.008487 0 1 5.51967 1.006931 0.008423 0 1 5.54991 1.000871 0.008534 0 1 5.58015 0.996139 0.008711 0 1 5.61039 1.022871 0.008925 0 1 5.64063 1.037984 0.008945 0 1 5.67088 1.044033 0.008818 0 1 5.70112 1.033446 0.008741 0 1 5.73136 1.028119 0.008759 0 1 5.76160 1.015067 0.007125 12288 1 5.79184 1.006674 0.007063 12288 1 5.82209 1.005424 0.006978 12288 1 5.85233 1.017933 0.008755 0 1 5.88257 1.017991 0.008710 0 1 5.91281 1.010937 0.008729 0 1 5.94305 1.028068 0.008836 0 1 5.97330 1.077665 0.009050 0 1 6.00354 1.134143 0.009398 0 1 6.03378 1.136141 0.009408 0 1 6.06402 1.115146 0.009276 0 1 6.09426 1.119614 0.009318 0 1 6.12451 1.153689 0.009614 0 1 6.15475 1.258239 0.010371 0 1 6.18499 1.399970 0.011263 0 1 6.21523 1.496923 0.011930 0 1 6.24547 1.534767 0.011973 0 1 6.27572 1.500838 0.011848 0 1 6.30596 1.393711 0.011620 0 1 6.33620 1.283360 0.011472 0 1 6.36644 1.223181 0.011391 0 1 6.39668 1.166648 0.011112 0 1 6.42693 1.108792 0.010648 0 1 6.45717 1.070021 0.010407 0 1 6.48741 1.039969 0.010338 0 1 6.51765 1.025628 0.010406 0 1 6.54789 1.017769 0.010706 0 1 6.57814 1.036257 0.011064 0 1 6.60838 1.038992 0.011134 0 1 6.63862 1.034717 0.010892 0 1 6.66886 1.030654 0.010632 0 1 6.69910 1.028364 0.010487 0 1 6.72935 1.022576 0.010481 0 1 6.75959 1.019074 0.010741 0 1 6.78983 1.020819 0.011173 0 1 6.82007 1.045201 0.011516 0 1 6.85031 1.059279 0.011832 0 1 6.88056 1.077014 0.012204 0 1 6.91080 1.072540 0.012345 0 1 6.94104 1.053266 0.012517 0 1 6.97128 1.027391 0.012615 0 1 7.00152 1.025996 0.012856 0 1 7.03177 1.033428 0.012837 0 1 7.06201 1.034312 0.012781 0 1 7.09225 1.056932 0.013805 0 1 7.12249 1.082777 0.013565 0 1 7.15273 1.081214 0.012230 0 1 7.18298 1.086876 0.012279 0 1 7.21322 1.087468 0.012723 0 1 7.24346 1.098164 0.013079 0 1 7.27370 1.108021 0.013598 0 1 7.30394 1.113341 0.013858 0 1 7.33419 1.128263 0.014078 0 1 7.36443 1.156084 0.014356 0 1 7.39467 1.204122 0.014779 0 1 7.42491 1.234851 0.015289 0 1 7.45515 1.262871 0.016033 0 1 7.48540 1.305709 0.016786 0 1 7.51564 1.372101 0.017865 0 1 7.54588 1.425455 0.018971 0 2 7.57612 1.467744 0.008211 12288 2 7.63660 1.440038 0.008044 12288 2 7.69709 1.462659 0.011267 12288 2 7.75757 1.498348 0.010713 12288 2 7.81805 1.528728 0.010511 12288 2 7.87854 1.536092 0.010333 12288 2 7.93902 1.495127 0.009986 12288 2 7.99951 1.432627 0.009403 12288 2 8.05999 1.354472 0.008825 12288 2 8.12047 1.270886 0.008443 12288 2 8.18096 1.209475 0.008270 12288 2 8.24144 1.167010 0.008174 12288 2 8.30192 1.125105 0.008190 12288 2 8.36241 1.089875 0.008027 12288 2 8.42289 1.067128 0.006239 12288 2 8.48337 1.090563 0.006472 12288 2 8.54386 1.125030 0.006839 12288 2 8.60434 1.126565 0.007021 12288 2 8.66483 1.090880 0.006914 12288 2 8.72531 1.004833 0.006426 12288 2 8.78579 0.894202 0.005940 12288 2 8.84628 0.795544 0.005549 12288 2 8.90676 0.728959 0.005193 12288 2 8.96724 0.676395 0.006564 0 2 9.02773 0.644173 0.006342 0 2 9.08821 0.614521 0.006168 0 2 9.14869 0.588374 0.005941 0 2 9.20918 0.559466 0.005863 0 2 9.26966 0.531845 0.005779 0 2 9.33015 0.516046 0.005709 0 2 9.39063 0.498225 0.005746 0 2 9.45111 0.481463 0.005674 0 2 9.51160 0.479984 0.005660 0 2 9.57208 0.484003 0.004480 12288 2 9.63256 0.499444 0.000071 12288 2 9.69305 0.487897 0.000071 12288 2 9.75353 0.451549 0.000071 12288 2 9.81401 0.438951 0.000071 12288 2 9.87450 0.413794 0.003769 12288 2 9.93498 0.389348 0.003653 12288 2 9.99547 0.393039 0.003573 12288 2 10.05595 0.391288 0.003474 12288 2 10.11643 0.386738 0.004255 12288 2 10.17692 0.385211 0.002625 12288 2 10.23740 0.386424 0.000071 12288 2 10.29788 0.383446 0.003193 12288 2 10.35837 0.387960 0.003198 12288 2 10.41885 0.395547 0.003199 12288 2 10.47933 0.401199 0.000071 12288 2 10.53982 0.406938 0.003026 12288 2 10.60030 0.419653 0.003173 12288 2 10.66079 0.432745 0.000071 12288 2 10.72127 0.434712 0.000071 12288 2 10.78175 0.424478 0.000071 12288 2 10.84224 0.450008 0.000071 12288 2 10.90272 0.465900 0.000071 12288 2 10.96320 0.537399 0.005268 12288 2 11.02369 0.641319 0.005754 12288 2 11.08417 0.718351 0.006025 12288 2 11.14465 0.942483 0.006915 12288 2 11.20514 1.302868 0.010762 0 2 11.26562 1.448948 0.011303 0 2 11.32611 1.293248 0.010490 0 2 11.38659 1.109314 0.009422 0 2 11.44707 0.967699 0.006006 12288 2 11.50756 0.861791 0.005559 12288 2 11.56804 0.775645 0.005265 12288 2 11.62852 0.588738 0.007811 12288 2 11.68901 0.560041 0.007153 12288 2 11.74949 0.536356 0.007197 12288 2 11.80997 0.545878 0.007148 12288 2 11.87046 0.562379 0.007143 12288 2 11.93094 0.583128 0.007225 12288 2 11.99143 0.594423 0.004711 12288 2 12.05191 0.730961 0.004632 12288 2 12.11239 0.739291 0.000071 12288 2 12.17288 0.695465 0.000071 12288 2 12.23336 0.590780 0.000071 12288 2 12.29384 0.688118 0.000071 12288 2 12.35433 0.689892 0.000071 12288 2 12.41481 0.670332 0.000071 12288 2 12.47529 0.688366 0.005134 12288 2 12.53578 0.712802 0.005327 12288 2 12.59626 0.808638 0.005504 12288 2 12.65675 0.874349 0.005755 12288 2 12.71723 0.890956 0.006010 12288 2 12.77771 0.883947 0.006107 12288 2 12.83820 0.803016 0.006071 12288 2 12.89868 0.708260 0.000071 12288 2 12.95916 0.642962 0.000071 12288 2 13.01965 0.540820 0.000071 12288 2 13.08013 0.433530 0.005738 12288 2 13.14061 0.426907 0.005838 12288 2 13.20110 0.423661 0.000071 12288 2 13.26158 0.420763 0.000071 12288 2 13.32206 0.433785 0.000071 12288 2 13.38255 0.463328 0.000071 12288 2 13.44303 0.453188 0.000071 12288 2 13.50352 0.470542 0.000071 12288 2 13.56400 0.449211 0.000071 12288 2 13.62448 0.438733 0.000071 12288 2 13.68497 0.439793 0.000071 12288 2 13.74545 0.421901 0.000071 12288 2 13.80593 0.417448 0.000071 12288 2 13.86642 0.414124 0.009189 12288 2 13.92690 0.421141 0.009621 12288 2 13.98738 0.436121 0.009836 12288 2 14.04787 0.434034 0.010282 12288 2 14.10835 0.445638 0.010669 12288 2 14.16884 0.431726 0.013232 0 2 14.22932 0.435545 0.011252 12416