PACSman version: 3.51 Number of cycles: 1 Building RA and DEC cubes ___________________________________ ___________________________________ Analyzing raster 1 Number of data points: 2400000 Using the mask file: OIII88/cube_raster1_mask.fits Remove this file if you want the mask to be recalculated ___________________________________ Raster 1, Pixel 1 1 Sigma-clipping (5-sigma): 2127 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.46969816 -0.66621911 2.2948317 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.047662869 (0.047662869) 0.025330167 (0.0029059667) 0.015623034 (0.015623034) Continuum: degree 0, 1, 2, ... -0.10324318 (0.011639417) -0.55704432 (0.029740342) 0.39000122 (0.10451686) Chi^2: 2.32615 Continuum [Jy] = -0.243386 +/- 0.423540 EQW_rest [um] = -0.48214291 Flux [W m-2] = 7.16303e-19 +/- 1.01289e-18 INTEGRATED FLUX: Flux [W m-2] = -2.72969e-18 +/- 7.40099e-18 ___________________________________ Raster 1, Pixel 1 2 Sigma-clipping (5-sigma): 2038 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.091160416 -0.42528178 0.52209637 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.26473709 (0.041027666) -0.0071357925 (0.0031602774) 0.015623034 (0.0024211818) Continuum: degree 0, 1, 2, ... -0.17936552 (0.010260869) -0.44173608 (0.027315450) 0.96165056 (0.097499413) Chi^2: 2.32554 Continuum [Jy] = -0.0399728 +/- 0.344220 EQW_rest [um] = 0.20308659 Flux [W m-2] = 3.98154e-18 +/- 8.72526e-19 INTEGRATED FLUX: Flux [W m-2] = 8.72881e-18 +/- 5.81421e-18 ___________________________________ Raster 1, Pixel 1 3 Sigma-clipping (5-sigma): 2190 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.32319658 0.28541994 1.1395540 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.029302362 (0.029302362) 0.087005555 (0.0039263059) 0.029506901 (0.029506901) Continuum: degree 0, 1, 2, ... -0.055680317 (0.0098968673) 0.13269376 (0.024485979) -0.32558141 (0.089329423) Chi^2: 2.32846 Continuum [Jy] = -0.211766 +/- 0.343277 EQW_rest [um] = 0.55185595 Flux [W m-2] = 8.30561e-19 +/- 1.17446e-18 INTEGRATED FLUX: Flux [W m-2] = -6.26336e-18 +/- 5.80501e-18 ___________________________________ Raster 1, Pixel 1 4 Sigma-clipping (5-sigma): 1925 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.088428477 -0.31111723 -0.056521996 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.062320036 (0.030498624) 0.025910685 (0.017691371) 0.029506901 (0.014440298) Continuum: degree 0, 1, 2, ... -0.15412772 (0.010574354) -0.29611351 (0.025848951) 0.44156445 (0.093229185) Chi^2: 2.33203 Continuum [Jy] = -0.0939718 +/- 0.280601 EQW_rest [um] = -0.051389202 Flux [W m-2] = 1.76887e-18 +/- 1.22410e-18 INTEGRATED FLUX: Flux [W m-2] = 6.21031e-18 +/- 6.01086e-18 ___________________________________ Raster 1, Pixel 1 5 Sigma-clipping (5-sigma): 1916 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.45131251 0.31756625 -3.2289294 FIT RESULT: Flux is zero, setting it to upper limit. Spectral line: signal peak, central wavelength, sigma of gaussian 0.054986507 (0.054986507) -0.035113143 (0.0070041513) 0.027158208 (0.0074819503) Continuum: degree 0, 1, 2, ... 0.028792128 (0.016963838) 0.23366950 (0.039868014) -0.81034585 (0.15369790) Chi^2: 2.33892 Continuum [Jy] = 0.133815 +/- 0.605075 EQW_rest [um] = 18.290553 Flux [W m-2] = 1.43848e-18 +/- 1.49190e-18 INTEGRATED FLUX: Flux [W m-2] = 1.32742e-18 +/- 8.45241e-18 ___________________________________ Raster 1, Pixel 2 1 Sigma-clipping (5-sigma): 1967 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.13758017 -1.4255983 -1.1679425 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.044703781 (0.044703781) 0.015461977 (0.0094453201) 0.015623034 (0.015623034) Continuum: degree 0, 1, 2, ... -0.19161328 (0.011042599) -1.2029059 (0.028028511) 0.43088831 (0.10227015) Chi^2: 2.34812 Continuum [Jy] = 0.0233731 +/- 0.458128 EQW_rest [um] = 1.1515482 Flux [W m-2] = 6.71982e-19 +/- 9.50219e-19 INTEGRATED FLUX: Flux [W m-2] = 3.37007e-18 +/- 6.11729e-18 ___________________________________ Raster 1, Pixel 2 2 Sigma-clipping (5-sigma): 2028 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.0045599642 -0.42637167 0.74696458 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.24800354 (0.030294806) -0.069810555 (0.0045803934) 0.029506901 (0.0036044076) Continuum: degree 0, 1, 2, ... -0.14360210 (0.010385412) -0.32017610 (0.025619651) 1.2733024 (0.094017779) Chi^2: 2.33879 Continuum [Jy] = 0.0687078 +/- 0.345413 EQW_rest [um] = -8.8312993 Flux [W m-2] = 7.05453e-18 +/- 1.21855e-18 INTEGRATED FLUX: Flux [W m-2] = 1.09764e-17 +/- 5.39870e-18 ___________________________________ Raster 1, Pixel 2 3 Sigma-clipping (5-sigma): 2188 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.13767949 1.1641272 -0.61329071 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.22465418 (0.040713409) -0.033541017 (0.0036643847) 0.015623034 (0.0028313160) Continuum: degree 0, 1, 2, ... -0.15530374 (0.010217856) 1.0166482 (0.025518356) -0.46807111 (0.091050004) Chi^2: 2.32852 Continuum [Jy] = -0.197851 +/- 0.383939 EQW_rest [um] = -2.1532811 Flux [W m-2] = 3.38073e-18 +/- 8.66360e-19 INTEGRATED FLUX: Flux [W m-2] = 7.72927e-18 +/- 5.65103e-18 ___________________________________ Raster 1, Pixel 2 4 Sigma-clipping (5-sigma): 2074 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.087603846 -0.51451455 0.099852872 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.035236639 (0.035236639) -0.018958345 (0.0031587811) 0.029506901 (0.029506901) Continuum: degree 0, 1, 2, ... 0.13269643 (0.011716134) -0.36655038 (0.027544925) -1.1530721 (0.10019282) Chi^2: 2.34536 Continuum [Jy] = -0.0777910 +/- 0.452787 EQW_rest [um] = 1.9483185 Flux [W m-2] = 1.00116e-18 +/- 1.41570e-18 INTEGRATED FLUX: Flux [W m-2] = -1.03686e-17 +/- 6.32662e-18 ___________________________________ Raster 1, Pixel 2 5 Sigma-clipping (5-sigma): 2066 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.35142965 -1.0997352 -1.1220308 FIT RESULT: Spectral line: signal peak, central wavelength, sigma of gaussian 0.21380381 (0.056032624) -0.028969384 (0.0059103184) 0.020010413 (0.0063075686) Continuum: degree 0, 1, 2, ... 0.17633170 (0.014440579) -1.0466578 (0.034808388) -0.16398585 (0.12970446) Chi^2: 2.31969 Continuum [Jy] = 0.241685 +/- 0.607837 EQW_rest [um] = 1.1771505 Flux [W m-2] = 4.12056e-18 +/- 1.68895e-18 INTEGRATED FLUX: Flux [W m-2] = 2.28252e-18 +/- 8.47289e-18 ___________________________________ Raster 1, Pixel 3 1 Sigma-clipping (5-sigma): 1916 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.0038507954 -0.53675959 -0.52412710 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.26843015 (0.038348950) 0.0041273323 (0.0052351579) 0.029506901 (0.0042154679) Continuum: degree 0, 1, 2, ... -0.042512762 (0.012900220) -0.44101832 (0.031407957) -0.10949055 (0.11605163) Chi^2: 2.32563 Continuum [Jy] = -0.0474742 +/- 0.350284 EQW_rest [um] = -0.43527196 Flux [W m-2] = 7.62280e-18 +/- 1.53994e-18 INTEGRATED FLUX: Flux [W m-2] = 1.28664e-17 +/- 7.75996e-18 ___________________________________ Raster 1, Pixel 3 2 Sigma-clipping (5-sigma): 1965 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.051168694 -0.065359823 -0.89006042 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.10052032 (0.032216887) 0.0093521851 (0.011710810) 0.029506901 (0.0094569985) Continuum: degree 0, 1, 2, ... 0.016414204 (0.011177555) -0.19240068 (0.027409581) -0.80192587 (0.099167875) Chi^2: 2.35014 Continuum [Jy] = -0.0364036 +/- 0.361969 EQW_rest [um] = 11.366330 Flux [W m-2] = 2.85421e-18 +/- 1.29354e-18 INTEGRATED FLUX: Flux [W m-2] = 4.58216e-18 +/- 5.78373e-18 ___________________________________ Raster 1, Pixel 3 3 Sigma-clipping (5-sigma): 1911 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.29978824 -0.59199721 -1.2033011 FIT RESULT: Spectral line: signal peak, central wavelength, sigma of gaussian 0.26640450 (0.044242862) 0.030458713 (0.0039933573) 0.021386416 (0.0042733505) Continuum: degree 0, 1, 2, ... 0.10277061 (0.011899350) -0.39340615 (0.028905597) -0.17555612 (0.10840809) Chi^2: 2.36084 Continuum [Jy] = 0.181989 +/- 0.420042 EQW_rest [um] = 2.5599157 Flux [W m-2] = 5.48000e-18 +/- 1.42366e-18 INTEGRATED FLUX: Flux [W m-2] = 4.25010e-18 +/- 6.13995e-18 ___________________________________ Raster 1, Pixel 3 4 Sigma-clipping (5-sigma): 1811 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.26881582 0.68995975 0.64559215 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.034165728 (0.034165728) 0.096942496 (0.0043938971) 0.029506901 (0.029506901) Continuum: degree 0, 1, 2, ... -0.083589176 (0.011655414) 0.37752804 (0.029755210) -0.30322605 (0.10812701) Chi^2: 2.35803 Continuum [Jy] = -0.205414 +/- 0.412698 EQW_rest [um] = 6.6377063 Flux [W m-2] = 9.68193e-19 +/- 1.36908e-18 INTEGRATED FLUX: Flux [W m-2] = -1.11625e-18 +/- 6.65327e-18 ___________________________________ Raster 1, Pixel 3 5 Sigma-clipping (5-sigma): 1760 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.10730427 -1.6731860 1.5492270 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.036114562 (0.036114562) -0.071141257 (0.0035931401) 0.029506901 (0.029506901) Continuum: degree 0, 1, 2, ... 0.13845946 (0.012120710) -1.3788291 (0.029294445) 0.39804444 (0.10738204) Chi^2: 2.37410 Continuum [Jy] = 0.0442184 +/- 0.450681 EQW_rest [um] = -0.99588655 Flux [W m-2] = 1.02732e-18 +/- 1.45269e-18 INTEGRATED FLUX: Flux [W m-2] = -1.93192e-17 +/- 7.18734e-18 ___________________________________ Raster 1, Pixel 4 1 Sigma-clipping (5-sigma): 2120 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.24154365 0.22122890 -1.5815161 FIT RESULT: Spectral line: signal peak, central wavelength, sigma of gaussian 0.22478393 (0.043149118) 0.023478313 (0.0053444668) 0.023615314 (0.0058675721) Continuum: degree 0, 1, 2, ... 0.080219551 (0.013231078) 0.23756035 (0.030769228) -0.66281522 (0.11874951) Chi^2: 2.31571 Continuum [Jy] = 0.0865839 +/- 0.478284 EQW_rest [um] = 8.5668604 Flux [W m-2] = 5.10656e-18 +/- 1.60317e-18 INTEGRATED FLUX: Flux [W m-2] = 1.37362e-17 +/- 6.62989e-18 ___________________________________ Raster 1, Pixel 4 2 Sigma-clipping (5-sigma): 2140 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.073299698 0.23727375 -0.33458713 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.043982250 (0.043982250) -0.064687591 (0.015607629) 0.015623034 (0.015623034) Continuum: degree 0, 1, 2, ... 0.16336309 (0.011323798) 0.11828471 (0.030680007) -0.61746217 (0.10645642) Chi^2: 2.34069 Continuum [Jy] = 0.0404858 +/- 0.377604 EQW_rest [um] = -0.042595350 Flux [W m-2] = 6.62337e-19 +/- 9.36580e-19 INTEGRATED FLUX: Flux [W m-2] = -2.00406e-18 +/- 6.81123e-18 ___________________________________ Raster 1, Pixel 4 3 Sigma-clipping (5-sigma): 1945 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.17244597 -0.072838770 -0.50510775 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.031337710 (0.031337710) -0.062240224 (0.0036410118) 0.029506901 (0.029506901) Continuum: degree 0, 1, 2, ... 0.22332520 (0.010776200) -0.25838779 (0.026916852) -0.69449363 (0.098074607) Chi^2: 2.34762 Continuum [Jy] = 0.122957 +/- 0.414296 EQW_rest [um] = -0.11773059 Flux [W m-2] = 8.91257e-19 +/- 1.26029e-18 INTEGRATED FLUX: Flux [W m-2] = -7.47756e-18 +/- 5.67219e-18 ___________________________________ Raster 1, Pixel 4 4 Sigma-clipping (5-sigma): 1925 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.067533229 0.77088801 -0.29674300 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.34508923 (0.045503862) 0.016394022 (0.0027897248) 0.015623034 (0.0020600712) Continuum: degree 0, 1, 2, ... 0.027380309 (0.011781640) 0.49124325 (0.030104478) -0.88330851 (0.10904757) Chi^2: 2.34937 Continuum [Jy] = -0.0965629 +/- 0.386704 EQW_rest [um] = 8.9615194 Flux [W m-2] = 5.18723e-18 +/- 9.67205e-19 INTEGRATED FLUX: Flux [W m-2] = 3.37970e-18 +/- 6.56429e-18 ___________________________________ Raster 1, Pixel 4 5 Sigma-clipping (5-sigma): 1973 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.099235207 0.61290882 -0.012152763 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.0060599063 (0.045185543) -0.013638109 (0.15697422) 0.015623034 (0.11649277) Continuum: degree 0, 1, 2, ... -0.10205476 (0.011519110) 0.39107164 (0.030548930) 0.29760994 (0.11407287) Chi^2: 2.25841 Continuum [Jy] = -0.100429 +/- 0.444440 EQW_rest [um] = -1.9754187 Flux [W m-2] = 9.11519e-20 +/- 9.61092e-19 INTEGRATED FLUX: Flux [W m-2] = 5.16698e-18 +/- 6.51255e-18 ___________________________________ Raster 1, Pixel 5 1 Sigma-clipping (5-sigma): 1850 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.49431137 -0.20673399 1.3998646 FIT RESULT: Flux is zero, setting it to upper limit. Spectral line: signal peak, central wavelength, sigma of gaussian 0.044733984 (0.044733984) -0.022805615 (0.0090294421) 0.022858325 (0.0096070281) Continuum: degree 0, 1, 2, ... -0.31929007 (0.013040984) -0.041853568 (0.031131956) 0.43130818 (0.11768836) Chi^2: 2.35165 Continuum [Jy] = -0.357410 +/- 0.361317 EQW_rest [um] = 0.088011909 Flux [W m-2] = 9.84706e-19 +/- 1.06802e-18 INTEGRATED FLUX: Flux [W m-2] = -8.95917e-18 +/- 7.25738e-18 ___________________________________ Raster 1, Pixel 5 2 Sigma-clipping (5-sigma): 1905 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.091652239 -0.0060285928 0.15823543 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.089130297 (0.042594948) 0.018445543 (0.0098792043) 0.015623034 (0.0074661742) Continuum: degree 0, 1, 2, ... 0.080924333 (0.010441611) -0.15090267 (0.027461355) 0.22698440 (0.097426837) Chi^2: 2.34362 Continuum [Jy] = 0.107167 +/- 0.407445 EQW_rest [um] = 0.098804092 Flux [W m-2] = 1.33971e-18 +/- 9.05333e-19 INTEGRATED FLUX: Flux [W m-2] = 2.28508e-18 +/- 6.54646e-18 ___________________________________ Raster 1, Pixel 5 3 Sigma-clipping (5-sigma): 1984 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.38196492 0.22772233 1.2773641 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.044471248 (0.044471248) 0.014375808 (0.0046577759) 0.015623034 (0.015623034) Continuum: degree 0, 1, 2, ... -0.094137163 (0.011132842) 0.39843358 (0.029034929) -0.14425618 (0.10474654) Chi^2: 2.34597 Continuum [Jy] = -0.256341 +/- 0.511768 EQW_rest [um] = 1.9837589 Flux [W m-2] = 6.68503e-19 +/- 9.45299e-19 INTEGRATED FLUX: Flux [W m-2] = 6.49276e-18 +/- 6.27831e-18 ___________________________________ Raster 1, Pixel 5 4 Sigma-clipping (5-sigma): 2533 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.0038938387 -0.75293380 0.41785889 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.33659475 (0.064566347) -0.068964953 (0.0038783229) 0.015623034 (0.0029968448) Continuum: degree 0, 1, 2, ... -0.10164786 (0.015413695) -0.26880098 (0.042383334) 0.61439530 (0.15369193) Chi^2: 2.30102 Continuum [Jy] = 0.0371193 +/- 0.540645 EQW_rest [um] = -3.5300150 Flux [W m-2] = 5.06934e-18 +/- 1.37504e-18 INTEGRATED FLUX: Flux [W m-2] = 1.73829e-17 +/- 9.02346e-18 ___________________________________ Raster 1, Pixel 5 5 Sigma-clipping (5-sigma): 1899 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.12499585 -0.71744583 1.6156226 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.36947253 (0.035870174) 0.076924101 (0.0036326929) 0.029506901 (0.0028646722) Continuum: degree 0, 1, 2, ... 0.065808091 (0.012168674) -0.67185918 (0.030478055) 2.0096625 (0.10923729) Chi^2: 2.35510 Continuum [Jy] = 0.283397 +/- 0.479048 EQW_rest [um] = 2.1623823 Flux [W m-2] = 1.04749e-17 +/- 1.43803e-18 INTEGRATED FLUX: Flux [W m-2] = 1.74927e-17 +/- 6.58403e-18 ___________________________________ ___________________________________ Analyzing raster 2 Number of data points: 2400000 Using the mask file: OIII88/cube_raster2_mask.fits Remove this file if you want the mask to be recalculated ___________________________________ Raster 2, Pixel 1 1 Sigma-clipping (5-sigma): 2011 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.48328495 -0.15368531 3.4786332 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.045525675 (0.045525675) 0.0053077296 (0.011945581) 0.015623034 (0.015623034) Continuum: degree 0, 1, 2, ... 0.0011387543 (0.011697358) -0.044704774 (0.029649054) 0.82749117 (0.10665180) Chi^2: 2.33059 Continuum [Jy] = -0.140228 +/- 0.389206 EQW_rest [um] = 5.2073043 Flux [W m-2] = 6.84494e-19 +/- 9.67911e-19 INTEGRATED FLUX: Flux [W m-2] = 4.09977e-18 +/- 7.19546e-18 ___________________________________ Raster 2, Pixel 1 2 Sigma-clipping (5-sigma): 2018 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.091856879 0.028163391 -0.49634847 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.16237740 (0.040220138) -0.0030145311 (0.0050927210) 0.015623034 (0.0038697540) Continuum: degree 0, 1, 2, ... -0.13533493 (0.0099263822) -0.094545504 (0.025711507) 0.87043123 (0.093474318) Chi^2: 2.32756 Continuum [Jy] = 0.0432026 +/- 0.392486 EQW_rest [um] = -0.049985178 Flux [W m-2] = 2.44186e-18 +/- 8.55273e-19 INTEGRATED FLUX: Flux [W m-2] = 1.23340e-18 +/- 6.24786e-18 ___________________________________ Raster 2, Pixel 1 3 Sigma-clipping (5-sigma): 2181 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.34804107 0.34499288 1.8910374 FIT RESULT: Spectral line: signal peak, central wavelength, sigma of gaussian 0.23493830 (0.037810167) 0.026390393 (0.0034530251) 0.018438399 (0.0036204742) Continuum: degree 0, 1, 2, ... -0.058457962 (0.0097533082) 0.16533049 (0.023933779) 0.13629477 (0.087886757) Chi^2: 2.33687 Continuum [Jy] = -0.163127 +/- 0.331304 EQW_rest [um] = 7.1468010 Flux [W m-2] = 4.16695e-18 +/- 1.05779e-18 INTEGRATED FLUX: Flux [W m-2] = 2.32381e-18 +/- 5.59075e-18 ___________________________________ Raster 2, Pixel 1 4 Sigma-clipping (5-sigma): 1881 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.16163465 -0.25935543 1.5467664 FIT RESULT: Spectral line: signal peak, central wavelength, sigma of gaussian 0.26778012 (0.038370763) 0.071516465 (0.0036194098) 0.022238845 (0.0038303395) Continuum: degree 0, 1, 2, ... -0.078595549 (0.010461286) -0.17483602 (0.024811540) 1.1152238 (0.089338325) Chi^2: 2.33819 Continuum [Jy] = -0.00993728 +/- 0.349513 EQW_rest [um] = 3.8005412 Flux [W m-2] = 5.72253e-18 +/- 1.28198e-18 INTEGRATED FLUX: Flux [W m-2] = 1.11706e-17 +/- 5.38448e-18 ___________________________________ Raster 2, Pixel 1 5 Sigma-clipping (5-sigma): 1958 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.57418487 0.43875268 -3.1644110 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.26496974 (0.059854343) 0.021505084 (0.0047150730) 0.015623034 (0.0035291065) Continuum: degree 0, 1, 2, ... 0.024228329 (0.015180964) 0.35964451 (0.040223974) -0.15252250 (0.14371409) Chi^2: 2.33663 Continuum [Jy] = 0.262975 +/- 0.549896 EQW_rest [um] = -3.6254365 Flux [W m-2] = 3.98245e-18 +/- 1.27208e-18 INTEGRATED FLUX: Flux [W m-2] = 4.22389e-18 +/- 8.45775e-18 ___________________________________ Raster 2, Pixel 2 1 Sigma-clipping (5-sigma): 1910 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.14409494 -0.76362580 -0.26015096 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.041266345 (0.041266345) 0.020013294 (0.0031255068) 0.015623034 (0.015623034) Continuum: degree 0, 1, 2, ... -0.040148979 (0.010501369) -0.59465355 (0.027257478) 0.52595514 (0.10042184) Chi^2: 2.34162 Continuum [Jy] = 0.118656 +/- 0.442041 EQW_rest [um] = -2.0396783 Flux [W m-2] = 6.20247e-19 +/- 8.77063e-19 INTEGRATED FLUX: Flux [W m-2] = -5.94635e-18 +/- 6.42982e-18 ___________________________________ Raster 2, Pixel 2 2 Sigma-clipping (5-sigma): 1975 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.088439825 -0.64829446 0.52088995 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.30809836 (0.029579179) -0.010772057 (0.0034808045) 0.029506901 (0.0028328287) Continuum: degree 0, 1, 2, ... -0.22096607 (0.010543826) -0.51133557 (0.025083796) 1.1242121 (0.095117143) Chi^2: 2.34398 Continuum [Jy] = -0.0373472 +/- 0.399662 EQW_rest [um] = -0.15697977 Flux [W m-2] = 8.75224e-18 +/- 1.18818e-18 INTEGRATED FLUX: Flux [W m-2] = 1.01750e-17 +/- 5.80158e-18 ___________________________________ Raster 2, Pixel 2 3 Sigma-clipping (5-sigma): 1942 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.019924705 0.96292307 -0.27459290 FIT RESULT: Spectral line: signal peak, central wavelength, sigma of gaussian 0.14903273 (0.032441949) 0.0066049462 (0.0067117757) 0.024473617 (0.0071824812) Continuum: degree 0, 1, 2, ... 0.055266269 (0.010703118) 0.75701391 (0.024612254) -0.19617104 (0.091779742) Chi^2: 2.34491 Continuum [Jy] = -0.00701652 +/- 0.338678 EQW_rest [um] = -1.0658588 Flux [W m-2] = 3.51006e-18 +/- 1.28243e-18 INTEGRATED FLUX: Flux [W m-2] = 1.38185e-17 +/- 5.21312e-18 ___________________________________ Raster 2, Pixel 2 4 Sigma-clipping (5-sigma): 2297 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.059287644 0.10215362 -0.073119702 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.034406395 (0.034406395) -0.0042173939 (0.0051016804) 0.029506901 (0.029506901) Continuum: degree 0, 1, 2, ... -0.015729369 (0.011471568) 0.22052335 (0.028184927) -0.46510779 (0.10400711) Chi^2: 2.32830 Continuum [Jy] = -0.0664720 +/- 0.585702 EQW_rest [um] = 2.6838547 Flux [W m-2] = 9.77247e-19 +/- 1.38188e-18 INTEGRATED FLUX: Flux [W m-2] = 2.22987e-18 +/- 6.25185e-18 ___________________________________ Raster 2, Pixel 2 5 Sigma-clipping (5-sigma): 2106 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.37209663 -0.37395772 -1.6576036 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.052976981 (0.052976981) 0.011650326 (0.0073432467) 0.015623034 (0.015623034) Continuum: degree 0, 1, 2, ... 0.056879020 (0.013048654) -0.52856039 (0.034676879) 0.11575250 (0.12599285) Chi^2: 2.31507 Continuum [Jy] = 0.209968 +/- 0.501024 EQW_rest [um] = 8.8514970 Flux [W m-2] = 7.96413e-19 +/- 1.12617e-18 INTEGRATED FLUX: Flux [W m-2] = -5.57816e-18 +/- 8.11659e-18 ___________________________________ Raster 2, Pixel 3 1 Sigma-clipping (5-sigma): 1782 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.35710528 0.74151761 -1.3895972 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.28870041 (0.050578658) 0.010616997 (0.0035323873) 0.015623034 (0.0027370660) Continuum: degree 0, 1, 2, ... 0.056423320 (0.012225399) 0.63957488 (0.031536364) 0.35834855 (0.11412371) Chi^2: 2.34015 Continuum [Jy] = 0.221029 +/- 0.388114 EQW_rest [um] = 4.2014376 Flux [W m-2] = 4.34019e-18 +/- 1.07521e-18 INTEGRATED FLUX: Flux [W m-2] = 5.48212e-18 +/- 7.71413e-18 ___________________________________ Raster 2, Pixel 3 2 Sigma-clipping (5-sigma): 1858 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.36976445 0.11064655 -1.8067137 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.043028019 (0.043028019) 0.069935744 (0.0022424464) 0.015623034 (0.015623034) Continuum: degree 0, 1, 2, ... 0.22123209 (0.010364616) 0.057629150 (0.026457741) -1.3650607 (0.093005963) Chi^2: 2.35951 Continuum [Jy] = 0.192036 +/- 0.408239 EQW_rest [um] = -0.13056919 Flux [W m-2] = 6.45996e-19 +/- 9.13472e-19 INTEGRATED FLUX: Flux [W m-2] = -1.51454e-17 +/- 5.97905e-18 ___________________________________ Raster 2, Pixel 3 3 Sigma-clipping (5-sigma): 1894 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.32477034 -0.71592199 -2.1069040 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.39798113 (0.032894151) 0.022624328 (0.0030066878) 0.029506901 (0.0024388203) Continuum: degree 0, 1, 2, ... -0.11315185 (0.011458058) -0.47732119 (0.027844894) 0.28843377 (0.10433145) Chi^2: 2.36097 Continuum [Jy] = 0.118549 +/- 0.358706 EQW_rest [um] = 1.3134688 Flux [W m-2] = 1.12970e-17 +/- 1.32034e-18 INTEGRATED FLUX: Flux [W m-2] = 1.07939e-17 +/- 5.88573e-18 ___________________________________ Raster 2, Pixel 3 4 Sigma-clipping (5-sigma): 1788 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.072106810 0.16755240 0.58669580 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.034351090 (0.034351090) 0.016182703 (0.0043385580) 0.029506901 (0.029506901) Continuum: degree 0, 1, 2, ... 0.054615705 (0.011828729) -0.0048520863 (0.028425926) -0.067125878 (0.10754045) Chi^2: 2.36183 Continuum [Jy] = -0.0144893 +/- 0.456792 EQW_rest [um] = -0.046258397 Flux [W m-2] = 9.75226e-19 +/- 1.37902e-18 INTEGRATED FLUX: Flux [W m-2] = -1.45769e-18 +/- 6.17970e-18 ___________________________________ Raster 2, Pixel 3 5 Sigma-clipping (5-sigma): 1795 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.059574374 0.064058585 -0.13453518 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.032873503 (0.032873503) -0.038188916 (0.0031150068) 0.029506901 (0.029506901) Continuum: degree 0, 1, 2, ... 0.11018690 (0.011380076) 0.063568355 (0.028064902) -0.28824350 (0.10545124) Chi^2: 2.33894 Continuum [Jy] = 0.0464161 +/- 0.402405 EQW_rest [um] = -0.26345393 Flux [W m-2] = 9.34427e-19 +/- 1.32133e-18 INTEGRATED FLUX: Flux [W m-2] = -1.19358e-17 +/- 6.43316e-18 ___________________________________ Raster 2, Pixel 4 1 Sigma-clipping (5-sigma): 2127 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.084123105 -0.67922520 0.73701697 FIT RESULT: Spectral line: signal peak, central wavelength, sigma of gaussian 0.11161410 (0.041699510) 0.017273831 (0.011252851) 0.026320626 (0.012404062) Continuum: degree 0, 1, 2, ... 0.33792378 (0.013537058) -0.37115773 (0.031083383) -0.47557793 (0.12078993) Chi^2: 2.32220 Continuum [Jy] = 0.156337 +/- 0.411038 EQW_rest [um] = 0.12422722 Flux [W m-2] = 2.82648e-18 +/- 1.69963e-18 INTEGRATED FLUX: Flux [W m-2] = 9.18335e-18 +/- 7.23046e-18 ___________________________________ Raster 2, Pixel 4 2 Sigma-clipping (5-sigma): 1900 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.10993088 1.1214517 -0.65693039 FIT RESULT: Flux is zero, setting it to upper limit. Spectral line: signal peak, central wavelength, sigma of gaussian 0.046983222 (0.046983222) -0.053215001 (0.010203820) 0.016431083 (0.010558887) Continuum: degree 0, 1, 2, ... 0.078249692 (0.011827101) 0.79825077 (0.029466324) -0.16911791 (0.10743347) Chi^2: 2.35171 Continuum [Jy] = 0.0455038 +/- 0.410320 EQW_rest [um] = -0.81549927 Flux [W m-2] = 7.43931e-19 +/- 8.84194e-19 INTEGRATED FLUX: Flux [W m-2] = 4.75971e-18 +/- 6.07912e-18 ___________________________________ Raster 2, Pixel 4 3 Sigma-clipping (5-sigma): 1903 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.021987347 0.66594778 0.32287793 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.17422315 (0.039319340) -0.021815287 (0.0047436255) 0.015623034 (0.0035258655) Continuum: degree 0, 1, 2, ... 0.10981348 (0.0098465769) 0.49148820 (0.025842535) -0.092835922 (0.093093081) Chi^2: 2.35014 Continuum [Jy] = 0.0535820 +/- 0.305661 EQW_rest [um] = 0.68425459 Flux [W m-2] = 2.62111e-18 +/- 8.36473e-19 INTEGRATED FLUX: Flux [W m-2] = 4.77754e-18 +/- 6.19333e-18 ___________________________________ Raster 2, Pixel 4 4 Sigma-clipping (5-sigma): 1931 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.013656571 1.0231055 -1.6553038 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.048330811 (0.048330811) -0.043162841 (0.0033658966) 0.015623034 (0.015623034) Continuum: degree 0, 1, 2, ... -0.16769795 (0.011598275) 0.72572954 (0.029594581) -0.79178239 (0.10712543) Chi^2: 2.35002 Continuum [Jy] = -0.148278 +/- 0.403515 EQW_rest [um] = 0.23748114 Flux [W m-2] = 7.27468e-19 +/- 1.02868e-18 INTEGRATED FLUX: Flux [W m-2] = 3.50855e-18 +/- 7.37472e-18 ___________________________________ Raster 2, Pixel 4 5 Sigma-clipping (5-sigma): 1980 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.060436173 -0.27621043 0.67678648 FIT RESULT: Flux is zero, setting it to upper limit. Spectral line: signal peak, central wavelength, sigma of gaussian 0.044458211 (0.044458211) 0.12308777 (0.019739760) 0.021718956 (0.019552812) Continuum: degree 0, 1, 2, ... 0.026038076 (0.012263828) -0.36715476 (0.031005152) 1.0687602 (0.11632989) Chi^2: 2.30053 Continuum [Jy] = 0.126807 +/- 0.426619 EQW_rest [um] = -16.372422 Flux [W m-2] = 9.26791e-19 +/- 1.24689e-18 INTEGRATED FLUX: Flux [W m-2] = 1.16805e-17 +/- 6.80650e-18 ___________________________________ Raster 2, Pixel 5 1 Sigma-clipping (5-sigma): 1855 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.060262194 -0.63292041 0.65642358 FIT RESULT: Spectral line: signal peak, central wavelength, sigma of gaussian 0.24061844 (0.044925574) 0.037061377 (0.0051617481) 0.023672657 (0.0055048869) Continuum: degree 0, 1, 2, ... 0.025696159 (0.013002146) -0.49208483 (0.030461315) 0.42305205 (0.11395290) Chi^2: 2.35431 Continuum [Jy] = 0.00393335 +/- 0.425754 EQW_rest [um] = 9.5627037 Flux [W m-2] = 5.47787e-18 +/- 1.63343e-18 INTEGRATED FLUX: Flux [W m-2] = 1.46127e-17 +/- 6.76195e-18 ___________________________________ Raster 2, Pixel 5 2 Sigma-clipping (5-sigma): 1845 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.17396233 -0.72602777 0.84685266 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.043329173 (0.043329173) -0.015600709 (0.0036601817) 0.015623034 (0.015623034) Continuum: degree 0, 1, 2, ... -0.053687455 (0.010308117) -0.64753060 (0.027146174) 0.17672037 (0.096277681) Chi^2: 2.35444 Continuum [Jy] = -0.0909372 +/- 0.374672 EQW_rest [um] = -0.12498373 Flux [W m-2] = 6.51778e-19 +/- 9.21648e-19 INTEGRATED FLUX: Flux [W m-2] = 5.62979e-19 +/- 6.58797e-18 ___________________________________ Raster 2, Pixel 5 3 Sigma-clipping (5-sigma): 1847 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.081580006 -0.76177172 0.81803003 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.033091411 (0.033091411) -0.081178642 (0.0035673346) 0.029506901 (0.029506901) Continuum: degree 0, 1, 2, ... 0.20157711 (0.011202248) -0.49717394 (0.028781215) -0.66942486 (0.10181825) Chi^2: 2.35283 Continuum [Jy] = -0.00114479 +/- 0.426082 EQW_rest [um] = -0.049484612 Flux [W m-2] = 9.41537e-19 +/- 1.33138e-18 INTEGRATED FLUX: Flux [W m-2] = -6.83430e-18 +/- 6.04496e-18 ___________________________________ Raster 2, Pixel 5 4 Sigma-clipping (5-sigma): 2496 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.013175790 -0.82846597 -1.2515406 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.39994087 (0.057069425) 0.023719566 (0.0029304374) 0.015623034 (0.0022293235) Continuum: degree 0, 1, 2, ... -0.37111396 (0.015055989) -0.58649643 (0.039574857) 0.46991550 (0.14568693) Chi^2: 2.30912 Continuum [Jy] = -0.136015 +/- 0.549728 EQW_rest [um] = -0.053355212 Flux [W m-2] = 6.01074e-18 +/- 1.21283e-18 INTEGRATED FLUX: Flux [W m-2] = 1.18704e-17 +/- 8.02769e-18 ___________________________________ Raster 2, Pixel 5 5 Sigma-clipping (5-sigma): 1881 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.14844165 -0.18736693 1.6313563 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.32376125 (0.047866308) 0.0099720432 (0.0029855537) 0.015623034 (0.0023097790) Continuum: degree 0, 1, 2, ... -0.12046237 (0.011290407) -0.16775350 (0.029590922) 1.5683870 (0.10459030) Chi^2: 2.35652 Continuum [Jy] = 0.0115023 +/- 0.363820 EQW_rest [um] = -0.12684610 Flux [W m-2] = 4.86735e-18 +/- 1.01757e-18 INTEGRATED FLUX: Flux [W m-2] = 3.33592e-18 +/- 7.08848e-18 ___________________________________ ___________________________________ Analyzing raster 3 Number of data points: 2400000 Using the mask file: OIII88/cube_raster3_mask.fits Remove this file if you want the mask to be recalculated ___________________________________ Raster 3, Pixel 1 1 Sigma-clipping (5-sigma): 2077 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.47003844 0.30046496 3.0275373 FIT RESULT: Spectral line: signal peak, central wavelength, sigma of gaussian 0.62205152 (0.042037299) 0.051603979 (0.0021531084) 0.029294818 (0.0022873498) Continuum: degree 0, 1, 2, ... -0.19532455 (0.013209372) 0.31665780 (0.029409736) 1.5169338 (0.11041296) Chi^2: 2.33491 Continuum [Jy] = -0.171468 +/- 0.483839 EQW_rest [um] = 0.58667665 Flux [W m-2] = 1.75190e-17 +/- 1.80888e-18 INTEGRATED FLUX: Flux [W m-2] = 2.72021e-17 +/- 6.61921e-18 ___________________________________ Raster 3, Pixel 1 2 Sigma-clipping (5-sigma): 1910 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.12864842 -0.48007773 2.1371483 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.15261646 (0.031874142) 0.054829276 (0.0076979418) 0.029506901 (0.0061625541) Continuum: degree 0, 1, 2, ... 0.019577077 (0.010688698) -0.63578751 (0.026680090) 1.0872885 (0.097966159) Chi^2: 2.33946 Continuum [Jy] = 0.0808827 +/- 0.439881 EQW_rest [um] = -40.896282 Flux [W m-2] = 4.32899e-18 +/- 1.27847e-18 INTEGRATED FLUX: Flux [W m-2] = 7.99497e-18 +/- 6.34651e-18 ___________________________________ Raster 3, Pixel 1 3 Sigma-clipping (5-sigma): 2155 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.36411220 0.57205765 2.1886848 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.13291857 (0.035629080) 0.027624103 (0.0055197294) 0.015623034 (0.0041877846) Continuum: degree 0, 1, 2, ... -0.0069387447 (0.0089259720) 0.39833502 (0.023529233) 0.31878776 (0.081726054) Chi^2: 2.34319 Continuum [Jy] = -0.150093 +/- 0.369376 EQW_rest [um] = 2.5114162 Flux [W m-2] = 1.99747e-18 +/- 7.57120e-19 INTEGRATED FLUX: Flux [W m-2] = 6.57512e-18 +/- 4.97122e-18 ___________________________________ Raster 3, Pixel 1 4 Sigma-clipping (5-sigma): 1793 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.033047651 -0.35208109 -0.53106999 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.030332559 (0.030332559) -0.12203445 (0.0043162482) 0.029506901 (0.029506901) Continuum: degree 0, 1, 2, ... -0.10330410 (0.010358490) -0.26961959 (0.025511656) -0.26586987 (0.088736803) Chi^2: 2.34265 Continuum [Jy] = -0.0851318 +/- 0.340233 EQW_rest [um] = 0.14072984 Flux [W m-2] = 8.63840e-19 +/- 1.22152e-18 INTEGRATED FLUX: Flux [W m-2] = -7.49254e-18 +/- 6.03125e-18 ___________________________________ Raster 3, Pixel 1 5 Sigma-clipping (5-sigma): 1884 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.37124357 -0.77942760 -0.11253181 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.093879851 (0.061839241) 0.016258256 (0.013639833) 0.015623034 (0.010290989) Continuum: degree 0, 1, 2, ... 0.25638548 (0.015176276) -0.74411887 (0.039489623) 0.44998820 (0.14132078) Chi^2: 2.34131 Continuum [Jy] = 0.360176 +/- 0.554844 EQW_rest [um] = 0.16502865 Flux [W m-2] = 1.41117e-18 +/- 1.31442e-18 INTEGRATED FLUX: Flux [W m-2] = 3.35502e-18 +/- 8.64974e-18 ___________________________________ Raster 3, Pixel 2 1 Sigma-clipping (5-sigma): 1935 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.19642567 -0.65043081 -0.51418817 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.21157682 (0.039948890) 0.052640496 (0.0040283430) 0.015623034 (0.0029498641) Continuum: degree 0, 1, 2, ... -0.069022633 (0.010248052) -0.54069192 (0.027078559) 0.94140222 (0.096872460) Chi^2: 2.33906 Continuum [Jy] = 0.146146 +/- 0.372206 EQW_rest [um] = -0.44995065 Flux [W m-2] = 3.17773e-18 +/- 8.48435e-19 INTEGRATED FLUX: Flux [W m-2] = 7.61263e-18 +/- 6.25083e-18 ___________________________________ Raster 3, Pixel 2 2 Sigma-clipping (5-sigma): 2017 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.10153162 -0.016032377 1.1341234 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.36291839 (0.030009920) -0.026396453 (0.0030015795) 0.029506901 (0.0024399418) Continuum: degree 0, 1, 2, ... 0.063566865 (0.010206168) -0.095773257 (0.025336907) 1.1393653 (0.096273442) Chi^2: 2.33483 Continuum [Jy] = 0.212775 +/- 0.343863 EQW_rest [um] = 0.55892431 Flux [W m-2] = 1.03132e-17 +/- 1.20591e-18 INTEGRATED FLUX: Flux [W m-2] = 1.28137e-17 +/- 5.42149e-18 ___________________________________ Raster 3, Pixel 2 3 Sigma-clipping (5-sigma): 2148 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.18620308 0.58129238 2.2747057 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.25630671 (0.028314661) -0.023502410 (0.0041337648) 0.029506901 (0.0032596802) Continuum: degree 0, 1, 2, ... 0.037958139 (0.0097400934) 0.50006822 (0.023866383) 1.1737440 (0.085375224) Chi^2: 2.33262 Continuum [Jy] = 0.0369348 +/- 0.369740 EQW_rest [um] = -4.6583529 Flux [W m-2] = 7.28308e-18 +/- 1.13771e-18 INTEGRATED FLUX: Flux [W m-2] = 1.65954e-17 +/- 5.68020e-18 ___________________________________ Raster 3, Pixel 2 4 Sigma-clipping (5-sigma): 2544 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.14566500 0.56309851 -0.71578776 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.050629073 (0.050629073) 0.0079236230 (0.0027877419) 0.015623034 (0.015623034) Continuum: degree 0, 1, 2, ... 0.10862103 (0.011609278) 0.56075111 (0.030222694) -0.74923355 (0.10728595) Chi^2: 2.30422 Continuum [Jy] = 0.0753225 +/- 0.506749 EQW_rest [um] = -0.030425850 Flux [W m-2] = 7.61181e-19 +/- 1.07635e-18 INTEGRATED FLUX: Flux [W m-2] = 1.24971e-18 +/- 7.21655e-18 ___________________________________ Raster 3, Pixel 2 5 Sigma-clipping (5-sigma): 2069 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.28259224 0.10474826 -2.2611638 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.27078967 (0.052217719) -0.010184319 (0.0039296637) 0.015623034 (0.0030126673) Continuum: degree 0, 1, 2, ... -0.0029605705 (0.013484008) -0.19796480 (0.034896386) -0.65507537 (0.13075887) Chi^2: 2.31288 Continuum [Jy] = 0.0614299 +/- 0.573801 EQW_rest [um] = 21.751341 Flux [W m-2] = 4.07284e-18 +/- 1.11058e-18 INTEGRATED FLUX: Flux [W m-2] = -4.15941e-19 +/- 8.16971e-18 ___________________________________ Raster 3, Pixel 3 1 Sigma-clipping (5-sigma): 1786 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.031521582 0.52229582 -1.3894489 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.30865054 (0.037590959) -0.00040812944 (0.0044372539) 0.029506901 (0.0035936847) Continuum: degree 0, 1, 2, ... -0.35048153 (0.012974290) 0.50256811 (0.031408214) 0.45335827 (0.11537467) Chi^2: 2.33699 Continuum [Jy] = -0.167583 +/- 0.466593 EQW_rest [um] = -0.046965217 Flux [W m-2] = 8.76587e-18 +/- 1.50965e-18 INTEGRATED FLUX: Flux [W m-2] = 1.36039e-17 +/- 6.71118e-18 ___________________________________ Raster 3, Pixel 3 2 Sigma-clipping (5-sigma): 1842 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.26272258 1.0693781 -0.21218998 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.032951367 (0.032951367) 0.047949921 (0.0079387308) 0.029506901 (0.029506901) Continuum: degree 0, 1, 2, ... 0.27021843 (0.011558574) 0.78004927 (0.027649466) -0.39520698 (0.10262005) Chi^2: 2.35568 Continuum [Jy] = 0.241845 +/- 0.414956 EQW_rest [um] = 0.24369510 Flux [W m-2] = 9.34816e-19 +/- 1.32188e-18 INTEGRATED FLUX: Flux [W m-2] = -3.50094e-18 +/- 6.58432e-18 ___________________________________ Raster 3, Pixel 3 3 Sigma-clipping (5-sigma): 2008 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.054945450 -0.61504107 -1.3909031 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.15678343 (0.034203804) -0.035023581 (0.0080565839) 0.029506901 (0.0064372126) Continuum: degree 0, 1, 2, ... -0.090148703 (0.011421019) -0.34952404 (0.027857076) -0.54895982 (0.10391131) Chi^2: 2.35903 Continuum [Jy] = -0.0811949 +/- 0.425847 EQW_rest [um] = 0.65581693 Flux [W m-2] = 4.45624e-18 +/- 1.37470e-18 INTEGRATED FLUX: Flux [W m-2] = 1.06801e-18 +/- 6.23644e-18 ___________________________________ Raster 3, Pixel 3 4 Sigma-clipping (5-sigma): 1839 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.29742589 0.79421990 2.5662426 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.045366304 (0.045366304) -0.013281066 (0.011705678) 0.015623034 (0.015623034) Continuum: degree 0, 1, 2, ... 0.037894269 (0.011317395) 0.52672141 (0.029564836) 0.71460848 (0.10841510) Chi^2: 2.35677 Continuum [Jy] = -0.0464250 +/- 0.339072 EQW_rest [um] = -1.5592400 Flux [W m-2] = 6.82385e-19 +/- 9.64929e-19 INTEGRATED FLUX: Flux [W m-2] = 2.08950e-18 +/- 6.33929e-18 ___________________________________ Raster 3, Pixel 3 5 Sigma-clipping (5-sigma): 1773 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.12216806 -0.85446053 -0.87241929 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.033847250 (0.033847250) -0.049569031 (0.0018179096) 0.029506901 (0.029506901) Continuum: degree 0, 1, 2, ... 0.10480050 (0.011469105) -0.70199759 (0.027637320) -0.83732364 (0.10084708) Chi^2: 2.37547 Continuum [Jy] = 0.0368408 +/- 0.419952 EQW_rest [um] = -0.44075850 Flux [W m-2] = 9.62354e-19 +/- 1.36082e-18 INTEGRATED FLUX: Flux [W m-2] = -1.67890e-17 +/- 6.66840e-18 ___________________________________ Raster 3, Pixel 4 1 Sigma-clipping (5-sigma): 2227 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.31554218 -1.0122962 1.2532366 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.12956985 (0.045320000) 0.0060706268 (0.0071576114) 0.015623034 (0.0054645111) Continuum: degree 0, 1, 2, ... 0.046536743 (0.011998035) -0.71118295 (0.031016631) -0.58282343 (0.11007395) Chi^2: 2.31235 Continuum [Jy] = -0.192748 +/- 0.371792 EQW_rest [um] = 0.0044882762 Flux [W m-2] = 1.94809e-18 +/- 9.63522e-19 INTEGRATED FLUX: Flux [W m-2] = 1.01603e-17 +/- 7.02604e-18 ___________________________________ Raster 3, Pixel 4 2 Sigma-clipping (5-sigma): 2125 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.15884108 -0.021022002 -0.056422820 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.18923100 (0.036586562) 0.039315333 (0.0069953768) 0.029506901 (0.0057049641) Continuum: degree 0, 1, 2, ... 0.18470244 (0.011986608) -0.12867539 (0.029918009) 0.23101457 (0.10913928) Chi^2: 2.33879 Continuum [Jy] = 0.153308 +/- 0.482783 EQW_rest [um] = 0.10056068 Flux [W m-2] = 5.36945e-18 +/- 1.46800e-18 INTEGRATED FLUX: Flux [W m-2] = 6.77250e-18 +/- 7.32148e-18 ___________________________________ Raster 3, Pixel 4 3 Sigma-clipping (5-sigma): 1918 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.068798634 0.83367667 1.1362969 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.040498300 (0.040498300) -0.042976701 (0.0060810377) 0.015623034 (0.015623034) Continuum: degree 0, 1, 2, ... 0.19340743 (0.0099411982) 0.57811846 (0.025872001) -0.26268290 (0.091939445) Chi^2: 2.35355 Continuum [Jy] = 0.0425314 +/- 0.412870 EQW_rest [um] = 2.8914090 Flux [W m-2] = 6.09572e-19 +/- 8.61967e-19 INTEGRATED FLUX: Flux [W m-2] = -3.17733e-18 +/- 6.24126e-18 ___________________________________ Raster 3, Pixel 4 4 Sigma-clipping (5-sigma): 1866 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.33015906 0.19669321 1.2471885 FIT RESULT: Spectral line: signal peak, central wavelength, sigma of gaussian 1.1143986 (0.044597945) 0.042870771 (0.0010198283) 0.022149354 (0.0010694470) Continuum: degree 0, 1, 2, ... -0.31342290 (0.012389089) 0.041722362 (0.029042059) 1.1302064 (0.11003413) Chi^2: 2.35275 Continuum [Jy] = -0.208172 +/- 0.377037 EQW_rest [um] = -0.21314506 Flux [W m-2] = 2.37345e-17 +/- 1.48829e-18 INTEGRATED FLUX: Flux [W m-2] = 2.46283e-17 +/- 6.43268e-18 ___________________________________ Raster 3, Pixel 4 5 Sigma-clipping (5-sigma): 1832 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.091344277 -0.37463232 -1.1970269 FIT RESULT: Spectral line: signal peak, central wavelength, sigma of gaussian 0.89619233 (0.043545447) 0.041791589 (0.0012279879) 0.021566415 (0.0012764086) Continuum: degree 0, 1, 2, ... -0.19704820 (0.012296996) -0.40544768 (0.030066549) 0.41890334 (0.11717569) Chi^2: 2.26272 Continuum [Jy] = -0.0262011 +/- 0.512239 EQW_rest [um] = -0.24207383 Flux [W m-2] = 1.85853e-17 +/- 1.42301e-18 INTEGRATED FLUX: Flux [W m-2] = 1.86690e-17 +/- 6.27954e-18 ___________________________________ Raster 3, Pixel 5 1 Sigma-clipping (5-sigma): 1803 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.24027225 -1.0002461 0.080452773 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.036854987 (0.036854987) -0.11833845 (0.0039899577) 0.029506901 (0.029506901) Continuum: degree 0, 1, 2, ... -0.063245941 (0.012379839) -0.69281775 (0.030982046) -0.57691645 (0.11108958) Chi^2: 2.35896 Continuum [Jy] = -0.232404 +/- 0.401076 EQW_rest [um] = -3.5360858 Flux [W m-2] = 1.04950e-18 +/- 1.48405e-18 INTEGRATED FLUX: Flux [W m-2] = -1.28709e-17 +/- 6.66552e-18 ___________________________________ Raster 3, Pixel 5 2 Sigma-clipping (5-sigma): 2021 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.056540718 0.0044691073 -0.18586534 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.13770017 (0.041687888) 0.014934843 (0.0063932850) 0.015623034 (0.0047297785) Continuum: degree 0, 1, 2, ... -0.075033021 (0.010481984) -0.13494277 (0.027511452) 0.56682621 (0.099488457) Chi^2: 2.33635 Continuum [Jy] = 0.0383186 +/- 0.304471 EQW_rest [um] = 2.4325660 Flux [W m-2] = 2.06992e-18 +/- 8.86124e-19 INTEGRATED FLUX: Flux [W m-2] = 7.00532e-18 +/- 5.92304e-18 ___________________________________ Raster 3, Pixel 5 3 Sigma-clipping (5-sigma): 2008 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.11821337 0.026410729 0.33581595 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.033657851 (0.033657851) -0.075080162 (0.0043740909) 0.029506901 (0.029506901) Continuum: degree 0, 1, 2, ... 0.072376842 (0.011380133) 0.099954223 (0.027947890) -0.52610597 (0.10150636) Chi^2: 2.34701 Continuum [Jy] = -0.0851933 +/- 0.419931 EQW_rest [um] = -3.1973587 Flux [W m-2] = 9.57522e-19 +/- 1.35399e-18 INTEGRATED FLUX: Flux [W m-2] = -5.03279e-18 +/- 6.20110e-18 ___________________________________ Raster 3, Pixel 5 4 Sigma-clipping (5-sigma): 2321 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.18420705 0.58255286 0.0062928910 FIT RESULT: Spectral line: signal peak, central wavelength, sigma of gaussian 0.37098781 (0.063667944) -0.075476296 (0.0039632377) 0.019908549 (0.0040056533) Continuum: degree 0, 1, 2, ... -0.16333272 (0.015965040) 0.47687618 (0.039015685) -0.052767498 (0.13969533) Chi^2: 2.33491 Continuum [Jy] = -0.183589 +/- 0.430857 EQW_rest [um] = -0.11143929 Flux [W m-2] = 7.12101e-18 +/- 1.88296e-18 INTEGRATED FLUX: Flux [W m-2] = 2.14285e-17 +/- 8.59847e-18 ___________________________________ Raster 3, Pixel 5 5 Sigma-clipping (5-sigma): 1980 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.084623132 0.062986112 1.7068994 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.35313767 (0.035589769) 0.055908226 (0.0037297780) 0.029506901 (0.0029737518) Continuum: degree 0, 1, 2, ... -0.031772272 (0.012145342) -0.031139588 (0.029674287) 1.6594691 (0.10923368) Chi^2: 2.34940 Continuum [Jy] = 0.0827273 +/- 0.445933 EQW_rest [um] = 0.040685538 Flux [W m-2] = 1.00166e-17 +/- 1.42746e-18 INTEGRATED FLUX: Flux [W m-2] = 2.40535e-17 +/- 6.48834e-18