PACSman version: 3.52 Number of cycles: 1 Building RA and DEC cubes ___________________________________ ___________________________________ Analyzing raster 1 Number of data points: 1200000 Building mask cube blindpixels: 0 saturation: 0 rawsaturation: 0 noisypixels: 8718 badpixels: 17436 gratmove: 232800 glitch: 38516 outliers: 11678 Mask cube written in NII122/cube_raster1_mask.fits ___________________________________ Raster 1, Pixel 1 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 920 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.030536510 0.0051332335 1.3573176 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 0.34386113 (0.029162005) -0.063207559 (0.0051224560) 0.051554576 (0.0043722150) Continuum: degree 0, 1, 2, ... -0.042148919 (0.010799872) -0.0039384112 (0.017051894) 1.3869814 (0.044974682) Chi^2: 1.67527 Continuum [Jy] = 0.0549144 +/- 0.153354 EQW_rest [um] = 7.5546593 Flux [W m-2] = 8.95855e-18 +/- 1.07250e-18 INTEGRATED FLUX: Flux [W m-2] = 7.45277e-18 +/- 6.14085e-18 ___________________________________ Raster 1, Pixel 1 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1010 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.25590031 0.079907369 1.0387640 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 1.4792616 (0.030518919) -0.054884193 (0.0013462372) 0.051554576 (0.0010636320) Continuum: degree 0, 1, 2, ... -0.12757401 (0.011754540) 0.026484903 (0.017199802) 0.64464580 (0.048699639) Chi^2: 1.66410 Continuum [Jy] = -0.193937 +/- 0.120002 EQW_rest [um] = -1.8630792 Flux [W m-2] = 3.85337e-17 +/- 1.12225e-18 INTEGRATED FLUX: Flux [W m-2] = 4.73256e-17 +/- 6.99640e-18 ___________________________________ Raster 1, Pixel 1 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 961 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.080973158 -0.10862777 0.88916028 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 2.4428016 (0.031900944) -0.059424841 (0.00080475279) 0.051554576 (0.00067325958) Continuum: degree 0, 1, 2, ... -0.0092189734 (0.010862984) -0.12744101 (0.015065197) 0.65961769 (0.044379461) Chi^2: 1.65985 Continuum [Jy] = -0.0177985 +/- 0.121691 EQW_rest [um] = 11.527478 Flux [W m-2] = 6.36379e-17 +/- 1.17315e-18 INTEGRATED FLUX: Flux [W m-2] = 7.07838e-17 +/- 6.77949e-18 ___________________________________ Raster 1, Pixel 1 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1012 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.054636733 0.14482326 0.79687700 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 1.8991793 (0.029407213) -0.051654030 (0.00097026757) 0.051554576 (0.00079827974) Continuum: degree 0, 1, 2, ... 0.045958442 (0.010331709) 0.091762881 (0.015554599) 0.48235513 (0.042927978) Chi^2: 1.66725 Continuum [Jy] = -0.0128517 +/- 0.127347 EQW_rest [um] = 6.1470571 Flux [W m-2] = 4.94696e-17 +/- 1.08131e-18 INTEGRATED FLUX: Flux [W m-2] = 5.44947e-17 +/- 6.26626e-18 ___________________________________ Raster 1, Pixel 1 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1309 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.44486551 0.30142640 1.5506942 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 0.87742440 (0.027969091) -0.066214777 (0.0020507520) 0.051554576 (0.0016433719) Continuum: degree 0, 1, 2, ... -0.38452717 (0.010863607) 0.24730747 (0.015785159) 1.3540932 (0.042501233) Chi^2: 1.65978 Continuum [Jy] = -0.364928 +/- 0.152170 EQW_rest [um] = -0.34028764 Flux [W m-2] = 2.28605e-17 +/- 1.02868e-18 INTEGRATED FLUX: Flux [W m-2] = 2.71466e-17 +/- 6.04653e-18 ___________________________________ Raster 1, Pixel 2 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1154 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.32751028 0.13684039 1.1160503 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 1.0980458 (0.026963624) -0.055010778 (0.0015386431) 0.051554576 (0.0012659746) Continuum: degree 0, 1, 2, ... -0.25234819 (0.010023666) 0.097915275 (0.013862156) 0.88205625 (0.039855509) Chi^2: 1.65801 Continuum [Jy] = -0.265674 +/- 0.139873 EQW_rest [um] = -0.61264192 Flux [W m-2] = 2.86033e-17 +/- 9.91513e-19 INTEGRATED FLUX: Flux [W m-2] = 3.15529e-17 +/- 5.76749e-18 ___________________________________ Raster 1, Pixel 2 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 902 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.079536513 -0.062665212 0.62745369 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 1.9767216 (0.030492356) -0.044617306 (0.0010263512) 0.051554576 (0.00079526653) Continuum: degree 0, 1, 2, ... -0.0034796553 (0.010589638) -0.080017522 (0.014968118) 0.39752971 (0.042795705) Chi^2: 1.65761 Continuum [Jy] = -0.0380247 +/- 0.161749 EQW_rest [um] = 79.617649 Flux [W m-2] = 5.14834e-17 +/- 1.12108e-18 INTEGRATED FLUX: Flux [W m-2] = 5.41504e-17 +/- 6.87572e-18 ___________________________________ Raster 1, Pixel 2 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1035 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.019594825 -0.020584364 0.42214147 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 1.9673044 (0.027743312) -0.036799861 (0.00094192240) 0.051554576 (0.00072703271) Continuum: degree 0, 1, 2, ... 0.040124317 (0.010404208) -0.042415117 (0.014966125) 0.23836087 (0.042587833) Chi^2: 1.63596 Continuum [Jy] = 0.00742760 +/- 0.138573 EQW_rest [um] = 6.2165237 Flux [W m-2] = 5.12316e-17 +/- 1.01988e-18 INTEGRATED FLUX: Flux [W m-2] = 5.37827e-17 +/- 6.26248e-18 ___________________________________ Raster 1, Pixel 2 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1193 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.32524899 0.12704433 0.96008637 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 0.86256600 (0.028424287) -0.052394306 (0.0021412083) 0.051554576 (0.0016988869) Continuum: degree 0, 1, 2, ... -0.26168005 (0.010530232) 0.095392383 (0.014819558) 0.76745639 (0.042177847) Chi^2: 1.63315 Continuum [Jy] = -0.272399 +/- 0.110396 EQW_rest [um] = -0.47008541 Flux [W m-2] = 2.24683e-17 +/- 1.04518e-18 INTEGRATED FLUX: Flux [W m-2] = 2.48673e-17 +/- 6.26865e-18 ___________________________________ Raster 1, Pixel 2 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1026 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.37041022 0.25019788 1.1825397 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 0.47997207 (0.027724559) -0.046073637 (0.0035695168) 0.051554576 (0.0029779397) Continuum: degree 0, 1, 2, ... -0.35873624 (0.010867728) 0.23022448 (0.014955886) 1.1488319 (0.043338581) Chi^2: 1.65159 Continuum [Jy] = -0.308051 +/- 0.161095 EQW_rest [um] = -0.19157946 Flux [W m-2] = 1.25011e-17 +/- 1.01934e-18 INTEGRATED FLUX: Flux [W m-2] = 1.40533e-17 +/- 5.96817e-18 ___________________________________ Raster 1, Pixel 3 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1090 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.24852273 0.27664436 1.1539780 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 1.0135914 (0.031845709) -0.018576042 (0.0019191528) 0.051554576 (0.0016197769) Continuum: degree 0, 1, 2, ... -0.21352737 (0.010990908) 0.23926029 (0.017509469) 1.0374759 (0.047457791) Chi^2: 1.62570 Continuum [Jy] = -0.186811 +/- 0.142051 EQW_rest [um] = -0.57224875 Flux [W m-2] = 2.63876e-17 +/- 1.17034e-18 INTEGRATED FLUX: Flux [W m-2] = 2.68786e-17 +/- 6.74992e-18 ___________________________________ Raster 1, Pixel 3 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1037 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.25945853 0.021650328 0.60264631 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 1.9095005 (0.028557023) -0.032401549 (0.00097528999) 0.051554576 (0.00077101063) Continuum: degree 0, 1, 2, ... -0.20164159 (0.010281501) -0.00098196220 (0.014636469) 0.42469931 (0.041515783) Chi^2: 1.64872 Continuum [Jy] = -0.223481 +/- 0.143976 EQW_rest [um] = -1.2890892 Flux [W m-2] = 4.97227e-17 +/- 1.04972e-18 INTEGRATED FLUX: Flux [W m-2] = 5.26869e-17 +/- 6.44010e-18 ___________________________________ Raster 1, Pixel 3 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1079 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.052116087 0.015499926 0.38965318 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 1.9861095 (0.032072783) -0.0091671427 (0.0010275151) 0.051554576 (0.00083253149) Continuum: degree 0, 1, 2, ... -0.028158173 (0.011847802) 0.0070805703 (0.016012823) 0.31633626 (0.046836649) Chi^2: 1.63441 Continuum [Jy] = -0.0288056 +/- 0.174759 EQW_rest [um] = -9.2446980 Flux [W m-2] = 5.16979e-17 +/- 1.17850e-18 INTEGRATED FLUX: Flux [W m-2] = 5.31218e-17 +/- 7.03182e-18 ___________________________________ Raster 1, Pixel 3 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1050 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.20235034 0.12768172 1.0792999 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 1.7212890 (0.028732986) -0.011572366 (0.0011268835) 0.051554576 (0.00086058579) Continuum: degree 0, 1, 2, ... -0.21617734 (0.010195159) 0.12178880 (0.014355380) 1.1169983 (0.040773145) Chi^2: 1.63563 Continuum [Jy] = -0.141038 +/- 0.103635 EQW_rest [um] = -1.0374492 Flux [W m-2] = 4.48064e-17 +/- 1.05582e-18 INTEGRATED FLUX: Flux [W m-2] = 4.55562e-17 +/- 6.47130e-18 ___________________________________ Raster 1, Pixel 3 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 900 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.091458507 0.30578473 0.69117800 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 0.44608724 (0.026047344) -0.025335458 (0.0035892465) 0.051554576 (0.0030103075) Continuum: degree 0, 1, 2, ... -0.073186628 (0.010168650) 0.28011764 (0.015358303) 0.62313931 (0.042060328) Chi^2: 1.64382 Continuum [Jy] = -0.0586968 +/- 0.113710 EQW_rest [um] = -0.18554450 Flux [W m-2] = 1.16146e-17 +/- 9.57353e-19 INTEGRATED FLUX: Flux [W m-2] = 1.26040e-17 +/- 5.64977e-18 ___________________________________ Raster 1, Pixel 4 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1071 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.52691307 0.43753079 1.9936644 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 1.4542034 (0.031147098) -0.023606568 (0.0013434163) 0.051554576 (0.0011042303) Continuum: degree 0, 1, 2, ... -0.38907921 (0.011516749) 0.38163946 (0.016782407) 1.5552951 (0.047529474) Chi^2: 1.64095 Continuum [Jy] = -0.418112 +/- 0.197764 EQW_rest [um] = -0.57319604 Flux [W m-2] = 3.78615e-17 +/- 1.14476e-18 INTEGRATED FLUX: Flux [W m-2] = 4.58785e-17 +/- 6.62053e-18 ___________________________________ Raster 1, Pixel 4 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1071 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.035988836 0.11882768 0.40977120 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 2.3339280 (0.029282186) -0.013465663 (0.00078601585) 0.051554576 (0.00064681972) Continuum: degree 0, 1, 2, ... -0.057222523 (0.010191465) 0.11687636 (0.014879123) 0.46117679 (0.042046822) Chi^2: 1.63261 Continuum [Jy] = -0.0142695 +/- 0.111428 EQW_rest [um] = -5.3869515 Flux [W m-2] = 6.07558e-17 +/- 1.07604e-18 INTEGRATED FLUX: Flux [W m-2] = 6.14056e-17 +/- 6.47959e-18 ___________________________________ Raster 1, Pixel 4 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 970 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.14318036 -0.12500355 0.55082968 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 2.4118223 (0.031839191) 0.0037634357 (0.00083265495) 0.051554576 (0.00068058745) Continuum: degree 0, 1, 2, ... -0.098159930 (0.012336841) -0.11567035 (0.016518079) 0.40819373 (0.048020352) Chi^2: 1.63676 Continuum [Jy] = -0.107281 +/- 0.122335 EQW_rest [um] = -3.0915210 Flux [W m-2] = 6.27657e-17 +/- 1.16967e-18 INTEGRATED FLUX: Flux [W m-2] = 6.47275e-17 +/- 7.17856e-18 ___________________________________ Raster 1, Pixel 4 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1052 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.078049352 -0.078713857 0.60306265 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 2.3142090 (0.033667997) -0.0046135727 (0.00089917375) 0.051554576 (0.00075003567) Continuum: degree 0, 1, 2, ... -0.071262933 (0.012063400) -0.081637832 (0.016327508) 0.57726972 (0.047385575) Chi^2: 1.62846 Continuum [Jy] = -0.0398874 +/- 0.150435 EQW_rest [um] = -4.2961269 Flux [W m-2] = 6.02337e-17 +/- 1.23702e-18 INTEGRATED FLUX: Flux [W m-2] = 6.23421e-17 +/- 7.22920e-18 ___________________________________ Raster 1, Pixel 4 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1034 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.27342971 0.21638218 1.3263489 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 0.75410345 (0.026897729) -0.0050709892 (0.0021975242) 0.051554576 (0.0018388737) Continuum: degree 0, 1, 2, ... -0.30552381 (0.010519022) 0.19729533 (0.014437037) 1.4039534 (0.041277199) Chi^2: 1.65200 Continuum [Jy] = -0.198863 +/- 0.145144 EQW_rest [um] = -0.24244140 Flux [W m-2] = 1.96278e-17 +/- 9.88280e-19 INTEGRATED FLUX: Flux [W m-2] = 1.66164e-17 +/- 5.68776e-18 ___________________________________ Raster 1, Pixel 5 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 932 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.19879503 -0.11006581 1.1653138 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 1.0596536 (0.030538380) 0.012454072 (0.0018210889) 0.051554576 (0.0014857621) Continuum: degree 0, 1, 2, ... -0.15383818 (0.011279335) -0.13869663 (0.015257511) 1.0149662 (0.044782298) Chi^2: 1.65539 Continuum [Jy] = -0.127008 +/- 0.239733 EQW_rest [um] = -0.97836656 Flux [W m-2] = 2.75727e-17 +/- 1.12172e-18 INTEGRATED FLUX: Flux [W m-2] = 2.86305e-17 +/- 6.53009e-18 ___________________________________ Raster 1, Pixel 5 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1027 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.0070993124 -0.12782068 0.58958688 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 1.6509590 (0.025740188) 0.0053487396 (0.00098907533) 0.051554576 (0.00080379007) Continuum: degree 0, 1, 2, ... 0.054429290 (0.0098256144) -0.13448144 (0.013317772) 0.44175022 (0.039089494) Chi^2: 1.63661 Continuum [Jy] = 0.0434099 +/- 0.122065 EQW_rest [um] = 3.9272790 Flux [W m-2] = 4.29638e-17 +/- 9.45587e-19 INTEGRATED FLUX: Flux [W m-2] = 4.27874e-17 +/- 5.64275e-18 ___________________________________ Raster 1, Pixel 5 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1290 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.19936045 -0.075031462 0.76038281 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 2.8559977 (0.031415147) 0.00042299324 (0.00071785278) 0.051554576 (0.00056708540) Continuum: degree 0, 1, 2, ... -0.077324385 (0.012042194) -0.093917696 (0.016071729) 0.41341781 (0.046500539) Chi^2: 1.60890 Continuum [Jy] = -0.153523 +/- 0.166741 EQW_rest [um] = -5.3485068 Flux [W m-2] = 7.43291e-17 +/- 1.15415e-18 INTEGRATED FLUX: Flux [W m-2] = 7.86438e-17 +/- 6.91212e-18 ___________________________________ Raster 1, Pixel 5 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 943 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.14393471 -0.092250756 0.48793780 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 2.5012728 (0.029148069) 0.0040828459 (0.00078427488) 0.051554576 (0.00060078066) Continuum: degree 0, 1, 2, ... -0.18001477 (0.0099609278) -0.072543171 (0.014225874) 0.58674150 (0.040805786) Chi^2: 1.62946 Continuum [Jy] = -0.113828 +/- 0.146033 EQW_rest [um] = -1.6947202 Flux [W m-2] = 6.50933e-17 +/- 1.07080e-18 INTEGRATED FLUX: Flux [W m-2] = 6.23937e-17 +/- 6.56453e-18 ___________________________________ Raster 1, Pixel 5 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1187 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.044587130 -0.044819836 0.30996713 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 0.53374840 (0.023441221) 0.0056580185 (0.0028680241) 0.051554576 (0.0022641795) Continuum: degree 0, 1, 2, ... -0.083848310 (0.0095233249) -0.035758637 (0.012876834) 0.42117125 (0.038208783) Chi^2: 1.62500 Continuum [Jy] = -0.0249053 +/- 0.0965810 EQW_rest [um] = -0.75639392 Flux [W m-2] = 1.38899e-17 +/- 8.61129e-19 INTEGRATED FLUX: Flux [W m-2] = 1.36002e-17 +/- 5.12718e-18 ___________________________________ ___________________________________ Analyzing raster 2 Number of data points: 1200000 Building mask cube blindpixels: 0 /!\ WARNING: some ramps are saturated ! saturation: 1 rawsaturation: 0 noisypixels: 8718 badpixels: 17436 gratmove: 232800 glitch: 38061 outliers: 12323 Mask cube written in NII122/cube_raster2_mask.fits ___________________________________ Raster 2, Pixel 1 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 970 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.25459901 0.24929333 1.1799014 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 0.21408661 (0.031370891) -0.077914670 (0.0093334858) 0.050502870 (0.0074003694) Continuum: degree 0, 1, 2, ... -0.31571373 (0.011103860) 0.27533514 (0.018610627) 1.3718798 (0.047515678) Chi^2: 1.67139 Continuum [Jy] = -0.196243 +/- 0.102855 EQW_rest [um] = -0.044178011 Flux [W m-2] = 5.46510e-18 +/- 1.13047e-18 INTEGRATED FLUX: Flux [W m-2] = 3.44108e-18 +/- 6.75666e-18 ___________________________________ Raster 2, Pixel 1 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1091 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.46774323 0.20815370 1.0255631 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 0.58543447 (0.027663632) -0.074004195 (0.0028976862) 0.051554576 (0.0024361169) Continuum: degree 0, 1, 2, ... -0.40683478 (0.010120202) 0.18427920 (0.015919673) 0.82458134 (0.041875196) Chi^2: 1.66846 Continuum [Jy] = -0.416733 +/- 0.110650 EQW_rest [um] = -0.20803412 Flux [W m-2] = 1.52549e-17 +/- 1.01757e-18 INTEGRATED FLUX: Flux [W m-2] = 1.70432e-17 +/- 5.84920e-18 ___________________________________ Raster 2, Pixel 1 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1138 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.53478748 -0.0057524740 0.39789295 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 1.2014736 (0.028410232) -0.069268955 (0.0015046586) 0.051554576 (0.0012190675) Continuum: degree 0, 1, 2, ... -0.55699729 (0.010000338) 0.014082776 (0.015277109) 0.46439348 (0.041667188) Chi^2: 1.66588 Continuum [Jy] = -0.507663 +/- 0.129287 EQW_rest [um] = -0.27477281 Flux [W m-2] = 3.13049e-17 +/- 1.04495e-18 INTEGRATED FLUX: Flux [W m-2] = 3.10677e-17 +/- 6.14885e-18 ___________________________________ Raster 2, Pixel 1 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1167 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.15544569 0.12215719 0.73132085 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 2.8609160 (0.033623069) -0.077032951 (0.00077781257) 0.051554576 (0.00060589792) Continuum: degree 0, 1, 2, ... -0.096879949 (0.010221352) 0.077328147 (0.015983912) 0.53661009 (0.043320937) Chi^2: 1.65070 Continuum [Jy] = -0.116273 +/- 0.116270 EQW_rest [um] = -3.8040932 Flux [W m-2] = 7.45518e-17 +/- 1.23684e-18 INTEGRATED FLUX: Flux [W m-2] = 7.61859e-17 +/- 7.68313e-18 ___________________________________ Raster 2, Pixel 1 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1194 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.49440110 0.47310103 1.6997660 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 1.5639239 (0.027383013) -0.094314731 (0.0011174520) 0.051554576 (0.00090267794) Continuum: degree 0, 1, 2, ... -0.47315949 (0.010127871) 0.43057490 (0.016541744) 1.6127470 (0.041401122) Chi^2: 1.69144 Continuum [Jy] = -0.422415 +/- 0.137752 EQW_rest [um] = -0.40384485 Flux [W m-2] = 4.07654e-17 +/- 1.00758e-18 INTEGRATED FLUX: Flux [W m-2] = 4.07081e-17 +/- 5.84868e-18 ___________________________________ Raster 2, Pixel 2 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1053 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.45692039 0.28505132 1.1378721 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 0.49235632 (0.026419433) -0.075831745 (0.0033447800) 0.051554576 (0.0027663759) Continuum: degree 0, 1, 2, ... -0.44504641 (0.0092810152) 0.26583041 (0.015024114) 1.0947047 (0.039455348) Chi^2: 1.67266 Continuum [Jy] = -0.404850 +/- 0.125357 EQW_rest [um] = -0.17057237 Flux [W m-2] = 1.28299e-17 +/- 9.71834e-19 INTEGRATED FLUX: Flux [W m-2] = 1.58076e-17 +/- 5.73351e-18 ___________________________________ Raster 2, Pixel 2 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1162 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.21679934 0.053785718 0.45194211 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 2.4319748 (0.033103952) -0.087818285 (0.00088683957) 0.051554576 (0.00070175899) Continuum: degree 0, 1, 2, ... -0.18406785 (0.011098880) 0.030280831 (0.015603301) 0.34497334 (0.043378327) Chi^2: 1.65977 Continuum [Jy] = -0.191337 +/- 0.117341 EQW_rest [um] = -1.7732371 Flux [W m-2] = 6.33854e-17 +/- 1.21796e-18 INTEGRATED FLUX: Flux [W m-2] = 6.60248e-17 +/- 7.20339e-18 ___________________________________ Raster 2, Pixel 2 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1085 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.52640152 0.27070943 0.60209185 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 2.9803267 (0.030425679) -0.082205373 (0.00070357904) 0.051554576 (0.00052631242) Continuum: degree 0, 1, 2, ... -0.47191789 (0.0099486576) 0.24582417 (0.014914323) 0.43197325 (0.040107764) Chi^2: 1.66716 Continuum [Jy] = -0.508937 +/- 0.118708 EQW_rest [um] = -0.80528674 Flux [W m-2] = 7.76701e-17 +/- 1.11932e-18 INTEGRATED FLUX: Flux [W m-2] = 7.99529e-17 +/- 6.92234e-18 ___________________________________ Raster 2, Pixel 2 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1068 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.52334413 0.19597651 1.1915673 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 2.1493788 (0.032049222) -0.074988368 (0.00092509518) 0.051554576 (0.00076872634) Continuum: degree 0, 1, 2, ... -0.50619574 (0.010007668) 0.17896589 (0.015016330) 1.1368403 (0.041568768) Chi^2: 1.66499 Continuum [Jy] = -0.460238 +/- 0.110496 EQW_rest [um] = -0.55813119 Flux [W m-2] = 5.60082e-17 +/- 1.17891e-18 INTEGRATED FLUX: Flux [W m-2] = 5.77344e-17 +/- 6.96869e-18 ___________________________________ Raster 2, Pixel 2 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 990 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.18960824 0.79159681 1.8288556 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 0.60681007 (0.030371296) -0.088829277 (0.0030610536) 0.051554576 (0.0025803448) Continuum: degree 0, 1, 2, ... -0.22932100 (0.011242652) 0.76022458 (0.018015612) 1.9134883 (0.045508294) Chi^2: 1.70376 Continuum [Jy] = -0.134062 +/- 0.200564 EQW_rest [um] = -0.10937827 Flux [W m-2] = 1.58158e-17 +/- 1.11744e-18 INTEGRATED FLUX: Flux [W m-2] = 1.44728e-17 +/- 5.62531e-18 ___________________________________ Raster 2, Pixel 3 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1095 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.37265391 0.34125942 1.2990297 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 1.4716133 (0.028962798) -0.083612796 (0.0013044375) 0.051554576 (0.0010146448) Continuum: degree 0, 1, 2, ... -0.38795869 (0.010856082) 0.31501807 (0.016938227) 1.3420353 (0.045966925) Chi^2: 1.66897 Continuum [Jy] = -0.313549 +/- 0.168529 EQW_rest [um] = -0.45793718 Flux [W m-2] = 3.83525e-17 +/- 1.06553e-18 INTEGRATED FLUX: Flux [W m-2] = 3.80910e-17 +/- 6.43371e-18 ___________________________________ Raster 2, Pixel 3 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1001 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.20631407 0.14952112 0.98523926 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 3.2324029 (0.033399345) -0.081366947 (0.00071071996) 0.051554576 (0.00053269629) Continuum: degree 0, 1, 2, ... -0.19917894 (0.011009079) 0.14695331 (0.015769433) 0.95387782 (0.042960617) Chi^2: 1.66368 Continuum [Jy] = -0.152951 +/- 0.116047 EQW_rest [um] = -2.1343246 Flux [W m-2] = 8.42383e-17 +/- 1.22870e-18 INTEGRATED FLUX: Flux [W m-2] = 8.78684e-17 +/- 7.42953e-18 ___________________________________ Raster 2, Pixel 3 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 991 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.38565672 0.15937582 0.58529551 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 2.8550942 (0.030974684) -0.070255381 (0.00070777568) 0.051554576 (0.00055931139) Continuum: degree 0, 1, 2, ... -0.25193950 (0.010287336) 0.10467335 (0.015617385) 0.16079540 (0.042929431) Chi^2: 1.67563 Continuum [Jy] = -0.359215 +/- 0.120219 EQW_rest [um] = -1.6186450 Flux [W m-2] = 7.43918e-17 +/- 1.13929e-18 INTEGRATED FLUX: Flux [W m-2] = 8.44243e-17 +/- 6.74125e-18 ___________________________________ Raster 2, Pixel 3 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1155 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.23941674 0.10143901 0.88979089 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 1.7488014 (0.026340543) -0.062031290 (0.0010232021) 0.051554576 (0.00077651786) Continuum: degree 0, 1, 2, ... -0.19757422 (0.0095288761) 0.093198775 (0.014694950) 0.75414120 (0.038023452) Chi^2: 1.65472 Continuum [Jy] = -0.188979 +/- 0.144876 EQW_rest [um] = -1.2075339 Flux [W m-2] = 4.55603e-17 +/- 9.68712e-19 INTEGRATED FLUX: Flux [W m-2] = 4.82248e-17 +/- 6.10591e-18 ___________________________________ Raster 2, Pixel 3 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 868 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.13168989 0.48528820 0.74451987 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 0.69640862 (0.025740507) -0.062568255 (0.0022375795) 0.051554576 (0.0019055493) Continuum: degree 0, 1, 2, ... -0.11904344 (0.010014837) 0.46693988 (0.014921126) 0.69814761 (0.039202141) Chi^2: 1.67630 Continuum [Jy] = -0.118656 +/- 0.100906 EQW_rest [um] = -0.33596614 Flux [W m-2] = 1.81432e-17 +/- 9.46654e-19 INTEGRATED FLUX: Flux [W m-2] = 1.84425e-17 +/- 5.44905e-18 ___________________________________ Raster 2, Pixel 4 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1006 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.27736102 0.55481700 1.4253553 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 1.0709298 (0.035304594) -0.065230694 (0.0020495465) 0.051554576 (0.0016995636) Continuum: degree 0, 1, 2, ... -0.20881988 (0.012191372) 0.51425397 (0.017340272) 1.2135358 (0.048565858) Chi^2: 1.67241 Continuum [Jy] = -0.222027 +/- 0.183424 EQW_rest [um] = -0.61717200 Flux [W m-2] = 2.79017e-17 +/- 1.29845e-18 INTEGRATED FLUX: Flux [W m-2] = 3.21534e-17 +/- 6.81898e-18 ___________________________________ Raster 2, Pixel 4 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1169 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.38078847 0.17923578 0.72660997 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 1.8521169 (0.026999644) -0.065072918 (0.00093452726) 0.051554576 (0.00075154822) Continuum: degree 0, 1, 2, ... -0.25761617 (0.010206781) 0.13242223 (0.014854327) 0.34981437 (0.041161589) Chi^2: 1.64830 Continuum [Jy] = -0.345671 +/- 0.0729200 EQW_rest [um] = -1.0191828 Flux [W m-2] = 4.82543e-17 +/- 9.93001e-19 INTEGRATED FLUX: Flux [W m-2] = 5.44645e-17 +/- 5.38907e-18 ___________________________________ Raster 2, Pixel 4 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 973 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.40243626 -0.31045341 0.50959461 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 2.4524508 (0.028622652) -0.062486711 (0.00076550811) 0.051554576 (0.00060169552) Continuum: degree 0, 1, 2, ... -0.35296339 (0.010201286) -0.32728586 (0.014558883) 0.34663694 (0.041172288) Chi^2: 1.66312 Continuum [Jy] = -0.350811 +/- 0.187121 EQW_rest [um] = -1.0436445 Flux [W m-2] = 6.38925e-17 +/- 1.05265e-18 INTEGRATED FLUX: Flux [W m-2] = 6.93485e-17 +/- 6.27626e-18 ___________________________________ Raster 2, Pixel 4 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1123 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.40896206 0.20078650 0.46995041 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 1.4845388 (0.028645021) -0.052623047 (0.0011825998) 0.051554576 (0.00099477487) Continuum: degree 0, 1, 2, ... -0.38315194 (0.010185356) 0.17680534 (0.015024358) 0.38769271 (0.040701244) Chi^2: 1.63958 Continuum [Jy] = -0.391448 +/- 0.132710 EQW_rest [um] = -0.52046806 Flux [W m-2] = 3.86697e-17 +/- 1.05330e-18 INTEGRATED FLUX: Flux [W m-2] = 4.05928e-17 +/- 6.06280e-18 ___________________________________ Raster 2, Pixel 4 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 917 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.17143103 0.32953111 1.1675643 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 0.49744404 (0.028800058) -0.069961273 (0.0037266389) 0.051554576 (0.0029848077) Continuum: degree 0, 1, 2, ... -0.18570862 (0.010795027) 0.31387434 (0.016037819) 1.1858303 (0.042593676) Chi^2: 1.68022 Continuum [Jy] = -0.117202 +/- 0.165701 EQW_rest [um] = -0.34242286 Flux [W m-2] = 1.29613e-17 +/- 1.05930e-18 INTEGRATED FLUX: Flux [W m-2] = 1.43656e-17 +/- 6.43920e-18 ___________________________________ Raster 2, Pixel 5 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 967 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.43602214 0.13195068 1.4345823 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 1.4816886 (0.028922255) -0.048397399 (0.0012780000) 0.051554576 (0.0010063347) Continuum: degree 0, 1, 2, ... -0.38849069 (0.010536818) 0.088836062 (0.015156755) 1.2734208 (0.042900744) Chi^2: 1.67592 Continuum [Jy] = -0.354113 +/- 0.193551 EQW_rest [um] = -0.51659949 Flux [W m-2] = 3.85928e-17 +/- 1.06342e-18 INTEGRATED FLUX: Flux [W m-2] = 4.06987e-17 +/- 6.29708e-18 ___________________________________ Raster 2, Pixel 5 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1061 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.38849401 0.043471289 0.31439110 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 1.8376244 (0.026515684) -0.045386285 (0.00088596153) 0.051554576 (0.00074389784) Continuum: degree 0, 1, 2, ... -0.31989003 (0.0095724861) 0.0066474587 (0.014342736) 0.099691876 (0.038800056) Chi^2: 1.64967 Continuum [Jy] = -0.371262 +/- 0.103200 EQW_rest [um] = -0.80567106 Flux [W m-2] = 4.78613e-17 +/- 9.74887e-19 INTEGRATED FLUX: Flux [W m-2] = 5.15432e-17 +/- 5.60020e-18 ___________________________________ Raster 2, Pixel 5 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1075 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.44619713 -0.011821895 0.22136508 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 1.9604489 (0.027037840) -0.042541198 (0.00085150041) 0.051554576 (0.00071102307) Continuum: degree 0, 1, 2, ... -0.37590438 (0.010097804) -0.042631245 (0.013851456) 0.00058089620 (0.039778783) Chi^2: 1.63928 Continuum [Jy] = -0.432080 +/- 0.102421 EQW_rest [um] = -0.70880564 Flux [W m-2] = 5.10579e-17 +/- 9.94038e-19 INTEGRATED FLUX: Flux [W m-2] = 5.41857e-17 +/- 5.74908e-18 ___________________________________ Raster 2, Pixel 5 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1093 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.34009227 0.020466375 0.28350627 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 1.1305978 (0.025662684) -0.041127948 (0.0014331888) 0.051554576 (0.0011702029) Continuum: degree 0, 1, 2, ... -0.37559488 (0.0095098419) 0.015750011 (0.013607531) 0.38447788 (0.038347608) Chi^2: 1.63844 Continuum [Jy] = -0.323150 +/- 0.0999997 EQW_rest [um] = -0.34995913 Flux [W m-2] = 2.94446e-17 +/- 9.43459e-19 INTEGRATED FLUX: Flux [W m-2] = 2.68181e-17 +/- 5.07217e-18 ___________________________________ Raster 2, Pixel 5 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1225 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.19626955 0.015759695 0.25946798 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 0.40831036 (0.024415159) -0.032732378 (0.0035235832) 0.051554576 (0.0030827363) Continuum: degree 0, 1, 2, ... -0.18652113 (0.0092265278) 0.0081246071 (0.012770042) 0.22845866 (0.035781697) Chi^2: 1.65025 Continuum [Jy] = -0.181148 +/- 0.0979950 EQW_rest [um] = -0.28958696 Flux [W m-2] = 1.06323e-17 +/- 8.97472e-19 INTEGRATED FLUX: Flux [W m-2] = 1.13102e-17 +/- 5.07425e-18 ___________________________________ ___________________________________ Analyzing raster 3 Number of data points: 1200000 Building mask cube blindpixels: 0 saturation: 0 rawsaturation: 0 noisypixels: 8718 badpixels: 17436 gratmove: 232800 glitch: 38556 outliers: 11891 Mask cube written in NII122/cube_raster3_mask.fits ___________________________________ Raster 3, Pixel 1 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 954 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.25380476 -0.18452130 0.50300245 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 0.39783017 (0.028544464) -0.053446619 (0.0044276095) 0.050502870 (0.0036235999) Continuum: degree 0, 1, 2, ... -0.27963153 (0.010543529) -0.17063180 (0.015095910) 0.57694722 (0.040972969) Chi^2: 1.66773 Continuum [Jy] = -0.210786 +/- 0.134446 EQW_rest [um] = -0.16216218 Flux [W m-2] = 1.01515e-17 +/- 1.02821e-18 INTEGRATED FLUX: Flux [W m-2] = 9.43599e-18 +/- 6.31074e-18 ___________________________________ Raster 3, Pixel 1 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1143 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.32274922 -0.032360558 0.63267388 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 0.24830153 (0.026488648) -0.071106542 (0.0067384450) 0.050502870 (0.0053876138) Continuum: degree 0, 1, 2, ... -0.32368143 (0.010017907) -0.011195662 (0.015152356) 0.64685557 (0.042108777) Chi^2: 1.64948 Continuum [Jy] = -0.279844 +/- 0.115538 EQW_rest [um] = -0.073005723 Flux [W m-2] = 6.33781e-18 +/- 9.54429e-19 INTEGRATED FLUX: Flux [W m-2] = 5.15015e-18 +/- 5.85275e-18 ___________________________________ Raster 3, Pixel 1 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 984 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.19369939 -0.094569724 0.0037883589 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 0.095109319 (0.026307116) -0.038434775 (0.017651629) 0.051554576 (0.014259930) Continuum: degree 0, 1, 2, ... -0.22014989 (0.0097658778) -0.068020478 (0.014464883) 0.095298960 (0.039935139) Chi^2: 1.67517 Continuum [Jy] = -0.186762 +/- 0.141801 EQW_rest [um] = -0.053230253 Flux [W m-2] = 2.47686e-18 +/- 9.67108e-19 INTEGRATED FLUX: Flux [W m-2] = 2.95824e-18 +/- 5.89126e-18 ___________________________________ Raster 3, Pixel 1 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1175 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.37364231 -0.059619933 0.45943142 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 0.36041560 (0.028104609) -0.070736757 (0.0047481127) 0.051554576 (0.0040201401) Continuum: degree 0, 1, 2, ... -0.34032908 (0.010213979) -0.063340801 (0.015046208) 0.36459215 (0.040764567) Chi^2: 1.64997 Continuum [Jy] = -0.338621 +/- 0.0994399 EQW_rest [um] = -0.15775336 Flux [W m-2] = 9.39100e-18 +/- 1.03374e-18 INTEGRATED FLUX: Flux [W m-2] = 1.13166e-17 +/- 6.14434e-18 ___________________________________ Raster 3, Pixel 1 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1232 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.47063400 0.055800269 0.44775562 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 0.63693488 (0.025861524) -0.079459129 (0.0025621680) 0.051554576 (0.0020932750) Continuum: degree 0, 1, 2, ... -0.39649559 (0.010035292) 0.016152122 (0.014959146) 0.21529942 (0.039707276) Chi^2: 1.66603 Continuum [Jy] = -0.445752 +/- 0.124989 EQW_rest [um] = -0.24643904 Flux [W m-2] = 1.65984e-17 +/- 9.51368e-19 INTEGRATED FLUX: Flux [W m-2] = 1.96037e-17 +/- 5.57737e-18 ___________________________________ Raster 3, Pixel 2 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1190 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.16480887 0.021797361 0.46305546 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 0.068742571 (0.024151524) -0.038389231 (0.021552859) 0.050502870 (0.017743318) Continuum: degree 0, 1, 2, ... -0.16414952 (0.0086880535) 0.014425423 (0.012685813) 0.46319084 (0.035635263) Chi^2: 1.64721 Continuum [Jy] = -0.136743 +/- 0.0912631 EQW_rest [um] = -0.027726741 Flux [W m-2] = 1.75369e-18 +/- 8.69751e-19 INTEGRATED FLUX: Flux [W m-2] = 1.07653e-18 +/- 5.10294e-18 ___________________________________ Raster 3, Pixel 2 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 927 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.16367695 0.097579135 0.35213740 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 0.15919553 (0.026653873) -0.097384948 (0.010128831) 0.050502870 (0.0084556215) Continuum: degree 0, 1, 2, ... -0.17661945 (0.0096056541) 0.11135011 (0.014095965) 0.39241242 (0.039069713) Chi^2: 1.68085 Continuum [Jy] = -0.148060 +/- 0.130656 EQW_rest [um] = -0.14260220 Flux [W m-2] = 4.06516e-18 +/- 9.60796e-19 INTEGRATED FLUX: Flux [W m-2] = 4.91879e-18 +/- 5.66579e-18 ___________________________________ Raster 3, Pixel 2 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1125 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.51939032 0.071898584 0.28813275 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 0.30973150 (0.025475518) -0.046638422 (0.0050277701) 0.051554576 (0.0042403809) Continuum: degree 0, 1, 2, ... -0.46345731 (0.0095126347) 0.051380033 (0.014239892) 0.11850127 (0.038849782) Chi^2: 1.66221 Continuum [Jy] = -0.506021 +/- 0.104067 EQW_rest [um] = -0.11190551 Flux [W m-2] = 8.06718e-18 +/- 9.36663e-19 INTEGRATED FLUX: Flux [W m-2] = 1.02694e-17 +/- 5.39494e-18 ___________________________________ Raster 3, Pixel 2 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1048 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.44846539 0.099688872 0.65557726 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 0.56776448 (0.027708438) -0.085201570 (0.0029261535) 0.051554576 (0.0025160023) Continuum: degree 0, 1, 2, ... -0.44003728 (0.0097463312) 0.085207970 (0.015135545) 0.62177836 (0.039380124) Chi^2: 1.68301 Continuum [Jy] = -0.413401 +/- 0.104598 EQW_rest [um] = -0.15038102 Flux [W m-2] = 1.47972e-17 +/- 1.01941e-18 INTEGRATED FLUX: Flux [W m-2] = 1.35471e-17 +/- 5.74211e-18 ___________________________________ Raster 3, Pixel 2 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1028 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.26350361 0.12681197 0.48347212 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 0.53827057 (0.027882385) -0.078553763 (0.0032182032) 0.051554576 (0.0026705241) Continuum: degree 0, 1, 2, ... -0.27128480 (0.010327156) 0.11427191 (0.015811319) 0.49811882 (0.041911028) Chi^2: 1.68087 Continuum [Jy] = -0.241971 +/- 0.101521 EQW_rest [um] = -0.21888379 Flux [W m-2] = 1.40270e-17 +/- 1.02569e-18 INTEGRATED FLUX: Flux [W m-2] = 1.26877e-17 +/- 5.92523e-18 ___________________________________ Raster 3, Pixel 3 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1182 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.32988893 0.25445718 0.90452614 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.11538348 (0.028350277) -0.12645259 (-0.00012645260) 0.051554576 (0.012667208) Continuum: degree 0, 1, 2, ... -0.34897298 (0.010981824) 0.24445673 (0.017040327) 0.96497242 (0.044953013) Chi^2: 1.66247 Continuum [Jy] = -0.287863 +/- 0.131837 EQW_rest [um] = -0.060689553 Flux [W m-2] = 3.00919e-18 +/- 1.04373e-18 INTEGRATED FLUX: Flux [W m-2] = 4.29464e-18 +/- 6.22871e-18 ___________________________________ Raster 3, Pixel 3 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1111 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.40298740 0.29287978 0.77990066 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 0.28335611 (0.024061272) -0.088880395 (0.0052086776) 0.050502870 (0.0042884668) Continuum: degree 0, 1, 2, ... -0.44964176 (0.0097182245) 0.30570809 (0.015213032) 0.92260967 (0.040370922) Chi^2: 1.66295 Continuum [Jy] = -0.374430 +/- 0.131329 EQW_rest [um] = -0.065791063 Flux [W m-2] = 7.23467e-18 +/- 8.67219e-19 INTEGRATED FLUX: Flux [W m-2] = 6.37075e-18 +/- 4.67780e-18 ___________________________________ Raster 3, Pixel 3 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1100 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.54122095 0.040951313 0.56163403 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 0.57988459 (0.025256644) -0.080705778 (0.0027559547) 0.051554576 (0.0022454391) Continuum: degree 0, 1, 2, ... -0.48341255 (0.0097849179) 0.017386923 (0.014529975) 0.39124632 (0.037549071) Chi^2: 1.68354 Continuum [Jy] = -0.507270 +/- 0.113929 EQW_rest [um] = -0.17411595 Flux [W m-2] = 1.51120e-17 +/- 9.29135e-19 INTEGRATED FLUX: Flux [W m-2] = 1.72235e-17 +/- 5.42061e-18 ___________________________________ Raster 3, Pixel 3 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1106 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.37510015 -0.028475513 0.63458056 FIT RESULT: Spectral line: signal peak, central wavelength, sigma of gaussian 0.83455435 (0.027203659) -0.081440153 (0.0018368222) 0.050522937 (0.0019862081) Continuum: degree 0, 1, 2, ... -0.37097674 (0.0093401422) -0.022628191 (0.013491109) 0.62228594 (0.035702388) Chi^2: 1.67851 Continuum [Jy] = -0.330118 +/- 0.0961729 EQW_rest [um] = -0.29373677 Flux [W m-2] = 2.13138e-17 +/- 1.08649e-18 INTEGRATED FLUX: Flux [W m-2] = 2.21287e-17 +/- 5.28688e-18 ___________________________________ Raster 3, Pixel 3 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 831 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.10847050 0.12629097 0.11805454 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 0.87043369 (0.028273714) -0.084753710 (0.0019821279) 0.051554576 (0.0016746127) Continuum: degree 0, 1, 2, ... 0.081277150 (0.010683466) 0.14026429 (0.015402990) 0.19584293 (0.040141379) Chi^2: 1.68468 Continuum [Jy] = 0.105294 +/- 0.123117 EQW_rest [um] = 1.5418213 Flux [W m-2] = 2.26853e-17 +/- 1.04020e-18 INTEGRATED FLUX: Flux [W m-2] = 2.14935e-17 +/- 5.94828e-18 ___________________________________ Raster 3, Pixel 4 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 949 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.50504746 0.79700386 2.0239275 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 0.27747145 (0.031345590) -0.078886458 (0.0071320817) 0.050502870 (0.0057052437) Continuum: degree 0, 1, 2, ... -0.55612881 (0.011082305) 0.80100634 (0.018352474) 2.1660646 (0.046121929) Chi^2: 1.70731 Continuum [Jy] = -0.435530 +/- 0.224664 EQW_rest [um] = -0.031792767 Flux [W m-2] = 7.08327e-18 +/- 1.12958e-18 INTEGRATED FLUX: Flux [W m-2] = 5.61429e-18 +/- 6.51890e-18 ___________________________________ Raster 3, Pixel 4 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1026 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.46342520 0.33861586 1.1913444 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 0.67303084 (0.029667234) -0.088222630 (0.0027590772) 0.051554576 (0.0022725283) Continuum: degree 0, 1, 2, ... -0.41365818 (0.010435382) 0.29883517 (0.017773966) 1.0338204 (0.044265426) Chi^2: 1.67686 Continuum [Jy] = -0.412349 +/- 0.143435 EQW_rest [um] = -0.22843444 Flux [W m-2] = 1.75415e-17 +/- 1.09153e-18 INTEGRATED FLUX: Flux [W m-2] = 1.99328e-17 +/- 5.76112e-18 ___________________________________ Raster 3, Pixel 4 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1242 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.23662943 -0.21318554 0.18672559 FIT RESULT: Spectral line: signal peak, central wavelength, sigma of gaussian 1.4512566 (0.033121302) -0.076768020 (0.0012153797) 0.051167255 (0.0013418526) Continuum: degree 0, 1, 2, ... -0.26267800 (0.011112554) -0.19535991 (0.015921281) 0.26962308 (0.043189423) Chi^2: 1.66349 Continuum [Jy] = -0.206539 +/- 0.131949 EQW_rest [um] = -0.69850083 Flux [W m-2] = 3.75336e-17 +/- 1.30248e-18 INTEGRATED FLUX: Flux [W m-2] = 3.47220e-17 +/- 6.31511e-18 ___________________________________ Raster 3, Pixel 4 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1036 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.10946526 0.028703708 0.64232871 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 2.6798242 (0.027601653) -0.080630443 (0.00071223470) 0.051554576 (0.00053100180) Continuum: degree 0, 1, 2, ... -0.070024106 (0.010197827) -0.0037520352 (0.015754282) 0.52720325 (0.041417953) Chi^2: 1.67375 Continuum [Jy] = -0.0688339 +/- 0.137248 EQW_rest [um] = -5.7983061 Flux [W m-2] = 6.98369e-17 +/- 1.01540e-18 INTEGRATED FLUX: Flux [W m-2] = 7.24965e-17 +/- 6.41275e-18 ___________________________________ Raster 3, Pixel 4 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1056 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.17791038 0.31840488 1.2057614 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 1.0307269 (0.028745896) -0.086815365 (0.0017686037) 0.051554576 (0.0014378032) Continuum: degree 0, 1, 2, ... -0.16114275 (0.010345697) 0.28091336 (0.016044121) 1.1366067 (0.042041533) Chi^2: 1.69097 Continuum [Jy] = -0.124414 +/- 0.153775 EQW_rest [um] = -0.70914871 Flux [W m-2] = 2.68637e-17 +/- 1.05760e-18 INTEGRATED FLUX: Flux [W m-2] = 2.60236e-17 +/- 6.34425e-18 ___________________________________ Raster 3, Pixel 5 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 896 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.41138930 0.46729109 1.4526462 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 0.61021150 (0.029775118) -0.087644797 (0.0030559536) 0.051554576 (0.0025155927) Continuum: degree 0, 1, 2, ... -0.41326361 (0.011332433) 0.41571273 (0.018043121) 1.4440675 (0.046619863) Chi^2: 1.71917 Continuum [Jy] = -0.353799 +/- 0.260141 EQW_rest [um] = -0.15175718 Flux [W m-2] = 1.59041e-17 +/- 1.09548e-18 INTEGRATED FLUX: Flux [W m-2] = 1.54823e-17 +/- 6.16151e-18 ___________________________________ Raster 3, Pixel 5 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1020 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.30760968 0.11598250 0.79694571 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 1.7135883 (0.025531291) -0.083898081 (0.00095696220) 0.051554576 (0.00076812783) Continuum: degree 0, 1, 2, ... -0.26396395 (0.0091267851) 0.090301608 (0.014159298) 0.66501672 (0.037636772) Chi^2: 1.67154 Continuum [Jy] = -0.263754 +/- 0.0986682 EQW_rest [um] = -0.84672343 Flux [W m-2] = 4.46590e-17 +/- 9.39288e-19 INTEGRATED FLUX: Flux [W m-2] = 4.53773e-17 +/- 5.62971e-18 ___________________________________ Raster 3, Pixel 5 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1240 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.56574673 0.011261191 1.0578701 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 3.1301316 (0.030313541) -0.084173949 (0.00058121785) 0.051554576 (0.00049927670) Continuum: degree 0, 1, 2, ... -0.41087609 (0.0098415974) -0.056151306 (0.014635345) 0.59423704 (0.038943290) Chi^2: 1.68191 Continuum [Jy] = -0.496338 +/- 0.102243 EQW_rest [um] = -1.1101111 Flux [W m-2] = 8.15768e-17 +/- 1.11523e-18 INTEGRATED FLUX: Flux [W m-2] = 8.97954e-17 +/- 6.27756e-18 ___________________________________ Raster 3, Pixel 5 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1080 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.20552976 0.045238240 0.67491362 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 2.5080176 (0.028019590) -0.074961859 (0.00076333408) 0.051554576 (0.00057596808) Continuum: degree 0, 1, 2, ... -0.19385103 (0.0099207632) 0.039152622 (0.014981662) 0.62769017 (0.039498074) Chi^2: 1.67390 Continuum [Jy] = -0.164532 +/- 0.127105 EQW_rest [um] = -1.7398137 Flux [W m-2] = 6.53535e-17 +/- 1.03068e-18 INTEGRATED FLUX: Flux [W m-2] = 6.74235e-17 +/- 6.35286e-18 ___________________________________ Raster 3, Pixel 5 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1269 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.22968578 -0.077020528 0.60421490 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 0.84440182 (0.025285069) -0.078187391 (0.0018236951) 0.051554576 (0.0015437686) Continuum: degree 0, 1, 2, ... -0.25375809 (0.0092143925) -0.065246381 (0.015025566) 0.67260530 (0.039589965) Chi^2: 1.66272 Continuum [Jy] = -0.182998 +/- 0.100348 EQW_rest [um] = -0.43159853 Flux [W m-2] = 2.20044e-17 +/- 9.30142e-19 INTEGRATED FLUX: Flux [W m-2] = 2.18907e-17 +/- 5.27564e-18 ___________________________________ ___________________________________ Analyzing raster 4 Number of data points: 1200000 Building mask cube blindpixels: 0 /!\ WARNING: some ramps are saturated ! saturation: 1 rawsaturation: 0 noisypixels: 8718 badpixels: 17436 gratmove: 232800 glitch: 38431 outliers: 12382 Mask cube written in NII122/cube_raster4_mask.fits ___________________________________ Raster 4, Pixel 1 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 870 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.0051302531 -0.15586043 0.25617950 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.047808705 (0.028319312) -0.12838137 (-0.00012838138) 0.050502870 (0.029915191) Continuum: degree 0, 1, 2, ... -0.077920408 (0.010372676) -0.12474570 (0.016192461) 0.47822964 (0.042237443) Chi^2: 1.67524 Continuum [Jy] = 0.0219819 +/- 0.110118 EQW_rest [um] = 0.48014383 Flux [W m-2] = 1.22145e-18 +/- 1.02135e-18 INTEGRATED FLUX: Flux [W m-2] = -1.62449e-18 +/- 5.91324e-18 ___________________________________ Raster 4, Pixel 1 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1108 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.10575206 -0.13943641 0.27498805 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 0.21223851 (0.026053975) -0.060908731 (0.0076991490) 0.050502870 (0.0061996312) Continuum: degree 0, 1, 2, ... -0.12445471 (0.010091477) -0.12131159 (0.014711717) 0.34506193 (0.040753517) Chi^2: 1.64982 Continuum [Jy] = -0.0780960 +/- 0.111086 EQW_rest [um] = -0.24839921 Flux [W m-2] = 5.41641e-18 +/- 9.38610e-19 INTEGRATED FLUX: Flux [W m-2] = 6.06000e-18 +/- 5.70304e-18 ___________________________________ Raster 4, Pixel 1 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 957 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.12514488 -0.15899453 0.26816405 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 0.10798128 (0.024068424) -0.018728628 (0.013543310) 0.050502870 (0.011256808) Continuum: degree 0, 1, 2, ... -0.15966826 (0.0093907057) -0.13742579 (0.014125566) 0.36641565 (0.038234730) Chi^2: 1.66476 Continuum [Jy] = -0.0961314 +/- 0.118414 EQW_rest [um] = -0.038884297 Flux [W m-2] = 2.75382e-18 +/- 8.66479e-19 INTEGRATED FLUX: Flux [W m-2] = 2.40092e-18 +/- 5.23901e-18 ___________________________________ Raster 4, Pixel 1 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1002 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.049083400 -0.092346950 0.23894989 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 0.055482940 (0.027893754) -0.10456685 (0.030684057) 0.050502870 (0.025390050) Continuum: degree 0, 1, 2, ... 0.033172741 (0.0095683109) -0.13434939 (0.015019671) -0.0089792743 (0.039112916) Chi^2: 1.67816 Continuum [Jy] = -0.0255447 +/- 0.115222 EQW_rest [um] = 0.66407223 Flux [W m-2] = 1.41696e-18 +/- 1.00561e-18 INTEGRATED FLUX: Flux [W m-2] = 5.03742e-18 +/- 5.85658e-18 ___________________________________ Raster 4, Pixel 1 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1409 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.25991758 0.090505760 0.35386510 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 0.18490141 (0.024741861) -0.085657628 (0.0088076363) 0.051554576 (0.0068985742) Continuum: degree 0, 1, 2, ... -0.25258922 (0.0097403787) 0.079672606 (0.014301321) 0.32415876 (0.038085551) Chi^2: 1.65725 Continuum [Jy] = -0.244015 +/- 0.107623 EQW_rest [um] = -0.098596961 Flux [W m-2] = 4.81898e-18 +/- 9.10272e-19 INTEGRATED FLUX: Flux [W m-2] = 5.03199e-18 +/- 5.55902e-18 ___________________________________ Raster 4, Pixel 2 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1171 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.088837963 -0.024881668 0.25780717 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 0.026015418 (0.026015418) -0.054648231 (0.021583383) 0.050502870 (0.050502870) Continuum: degree 0, 1, 2, ... -0.061412967 (0.0089303384) -0.045714243 (0.013965937) 0.16608448 (0.036339509) Chi^2: 1.65112 Continuum [Jy] = -0.0708242 +/- 0.0989673 EQW_rest [um] = -0.050905903 Flux [W m-2] = 6.63855e-19 +/- 9.37124e-19 INTEGRATED FLUX: Flux [W m-2] = -2.34947e-19 +/- 5.46079e-18 ___________________________________ Raster 4, Pixel 2 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 972 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.091092391 -0.020458797 0.38164652 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.14874666 (0.025463820) -0.12877426 (-0.00012877426) 0.051554576 (0.0088255864) Continuum: degree 0, 1, 2, ... -0.10390842 (0.0099699305) -0.020476265 (0.014914056) 0.41805817 (0.038737661) Chi^2: 1.66594 Continuum [Jy] = -0.0650632 +/- 0.108775 EQW_rest [um] = -0.29449485 Flux [W m-2] = 3.87944e-18 +/- 9.37496e-19 INTEGRATED FLUX: Flux [W m-2] = 5.67724e-18 +/- 5.39622e-18 ___________________________________ Raster 4, Pixel 2 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1110 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.18645463 0.061755539 0.19867110 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 0.26167411 (0.026468889) -0.036272623 (0.0062883355) 0.051554576 (0.0052148544) Continuum: degree 0, 1, 2, ... -0.16467878 (0.0096006320) 0.060027754 (0.015183956) 0.13791912 (0.040022081) Chi^2: 1.64866 Continuum [Jy] = -0.178104 +/- 0.116528 EQW_rest [um] = -0.22837063 Flux [W m-2] = 6.81433e-18 +/- 9.73021e-19 INTEGRATED FLUX: Flux [W m-2] = 7.68292e-18 +/- 5.63616e-18 ___________________________________ Raster 4, Pixel 2 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1076 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.26227578 0.15611159 0.64598695 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 0.16270737 (0.024973527) -0.080979852 (0.0094283552) 0.051554576 (0.0079129768) Continuum: degree 0, 1, 2, ... -0.28335005 (0.0099293920) 0.16456817 (0.014502284) 0.70322952 (0.038990717) Chi^2: 1.66208 Continuum [Jy] = -0.232496 +/- 0.100119 EQW_rest [um] = -0.067425149 Flux [W m-2] = 4.24022e-18 +/- 9.18724e-19 INTEGRATED FLUX: Flux [W m-2] = 4.14203e-18 +/- 5.27307e-18 ___________________________________ Raster 4, Pixel 2 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1148 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.23839751 0.060563901 0.10518600 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 0.32871732 (0.027582971) -0.059953988 (0.0051057285) 0.050502870 (0.0042377421) Continuum: degree 0, 1, 2, ... -0.25133736 (0.010899683) 0.049525252 (0.017039413) 0.13242231 (0.044319634) Chi^2: 1.66119 Continuum [Jy] = -0.236491 +/- 0.104486 EQW_rest [um] = -0.13651915 Flux [W m-2] = 8.38886e-18 +/- 9.93677e-19 INTEGRATED FLUX: Flux [W m-2] = 7.34391e-18 +/- 5.93170e-18 ___________________________________ Raster 4, Pixel 3 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1101 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.11126524 0.044542913 0.43680637 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 0.14863756 (0.030038413) -0.0093291097 (0.012594083) 0.050502870 (0.010206210) Continuum: degree 0, 1, 2, ... -0.14818962 (0.010503389) 0.031959865 (0.015039135) 0.55199402 (0.042152755) Chi^2: 1.66489 Continuum [Jy] = -0.0863650 +/- 0.157863 EQW_rest [um] = 0.072889813 Flux [W m-2] = 3.79008e-18 +/- 1.08124e-18 INTEGRATED FLUX: Flux [W m-2] = -1.35398e-18 +/- 6.34875e-18 ___________________________________ Raster 4, Pixel 3 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1110 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.31381108 0.025913607 0.23513077 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.15509300 (0.027045279) -0.0076416135 (-7.6416138e-06) 0.051554576 (0.0089901404) Continuum: degree 0, 1, 2, ... -0.33694496 (0.0098551436) 0.047043734 (0.014808341) 0.31318699 (0.039082243) Chi^2: 1.66378 Continuum [Jy] = -0.300426 +/- 0.0913083 EQW_rest [um] = -0.058397107 Flux [W m-2] = 4.03693e-18 +/- 9.93742e-19 INTEGRATED FLUX: Flux [W m-2] = 3.82652e-18 +/- 5.81804e-18 ___________________________________ Raster 4, Pixel 3 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1022 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.34275174 0.043170740 0.48433612 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 0.19711588 (0.023071756) -0.087264280 (0.0071049184) 0.051554576 (0.0060342909) Continuum: degree 0, 1, 2, ... -0.28980192 (0.0095465478) 0.021617867 (0.014345328) 0.31988847 (0.038581145) Chi^2: 1.67585 Continuum [Jy] = -0.314526 +/- 0.124186 EQW_rest [um] = -0.12669846 Flux [W m-2] = 5.13745e-18 +/- 8.48849e-19 INTEGRATED FLUX: Flux [W m-2] = 7.10031e-18 +/- 4.83732e-18 ___________________________________ Raster 4, Pixel 3 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1063 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.12609044 -0.057217235 0.24906044 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 0.17249708 (0.025766529) -0.099165803 (0.0088450286) 0.050502870 (0.0075438013) Continuum: degree 0, 1, 2, ... -0.13290221 (0.0094238818) -0.047483444 (0.014056717) 0.26448554 (0.038681332) Chi^2: 1.67195 Continuum [Jy] = -0.105495 +/- 0.112046 EQW_rest [um] = -0.14591251 Flux [W m-2] = 4.40496e-18 +/- 9.28837e-19 INTEGRATED FLUX: Flux [W m-2] = 3.07728e-18 +/- 5.33355e-18 ___________________________________ Raster 4, Pixel 3 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 892 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.065307917 0.14445546 0.00060138018 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 0.29405449 (0.027902058) -0.10392837 (0.0057366376) 0.051554576 (0.0048918782) Continuum: degree 0, 1, 2, ... -0.079469621 (0.010689868) 0.16097369 (0.015001953) 0.036830979 (0.041269472) Chi^2: 1.69179 Continuum [Jy] = -0.0772973 +/- 0.0959277 EQW_rest [um] = -0.37967388 Flux [W m-2] = 7.66607e-18 +/- 1.02685e-18 INTEGRATED FLUX: Flux [W m-2] = 7.05199e-18 +/- 6.06501e-18 ___________________________________ Raster 4, Pixel 4 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1032 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.16725455 0.27598036 0.12885499 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 0.39544927 (0.030229870) -0.057761034 (0.0046710299) 0.050502870 (0.0038606601) Continuum: degree 0, 1, 2, ... -0.22611984 (0.010602973) 0.27522339 (0.014706687) 0.29812079 (0.041241655) Chi^2: 1.66026 Continuum [Jy] = -0.176109 +/- 0.101603 EQW_rest [um] = -0.094572010 Flux [W m-2] = 1.00915e-17 +/- 1.08899e-18 INTEGRATED FLUX: Flux [W m-2] = 5.49682e-18 +/- 6.44903e-18 ___________________________________ Raster 4, Pixel 4 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1096 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.12806085 0.094374327 0.30976524 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 0.024127245 (0.026127983) -0.10561297 (0.064404860) 0.050502870 (0.054690793) Continuum: degree 0, 1, 2, ... -0.14652252 (0.0089002703) 0.10001805 (0.014120839) 0.37507827 (0.037243862) Chi^2: 1.65507 Continuum [Jy] = -0.114570 +/- 0.100056 EQW_rest [um] = -0.00031755215 Flux [W m-2] = 6.16188e-19 +/- 9.41967e-19 INTEGRATED FLUX: Flux [W m-2] = -1.73599e-19 +/- 5.61765e-18 ___________________________________ Raster 4, Pixel 4 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1012 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.24418733 -0.21281131 -0.057681890 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 0.18956355 (0.025721095) -0.095803738 (0.0086008746) 0.050502870 (0.0068525256) Continuum: degree 0, 1, 2, ... -0.28077647 (0.0093551983) -0.18965508 (0.015339964) 0.056771031 (0.039485281) Chi^2: 1.68241 Continuum [Jy] = -0.232519 +/- 0.134404 EQW_rest [um] = -0.029404947 Flux [W m-2] = 4.84050e-18 +/- 9.27148e-19 INTEGRATED FLUX: Flux [W m-2] = 1.26242e-18 +/- 5.48873e-18 ___________________________________ Raster 4, Pixel 4 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1075 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.34268501 -0.0078795136 0.17153319 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 0.48730360 (0.025376901) -0.076063169 (0.0032962587) 0.051554576 (0.0026847644) Continuum: degree 0, 1, 2, ... -0.26610688 (0.010219474) -0.059854206 (0.016221284) -0.054175609 (0.041704358) Chi^2: 1.67436 Continuum [Jy] = -0.330747 +/- 0.130164 EQW_rest [um] = -0.29666139 Flux [W m-2] = 1.26983e-17 +/- 9.33488e-19 INTEGRATED FLUX: Flux [W m-2] = 1.49948e-17 +/- 5.62819e-18 ___________________________________ Raster 4, Pixel 4 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1110 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.24956496 0.086739827 0.41188946 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 0.68172291 (0.027868435) -0.069989227 (0.0025264725) 0.051554576 (0.0021075210) Continuum: degree 0, 1, 2, ... -0.20234395 (0.0097584270) 0.079527403 (0.015284929) 0.26966961 (0.039309993) Chi^2: 1.67409 Continuum [Jy] = -0.228919 +/- 0.0916638 EQW_rest [um] = -0.47161977 Flux [W m-2] = 1.77628e-17 +/- 1.02504e-18 INTEGRATED FLUX: Flux [W m-2] = 1.94638e-17 +/- 6.07492e-18 ___________________________________ Raster 4, Pixel 5 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 884 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.25959505 0.10611370 0.44810524 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 0.14638433 (0.028385462) -0.078722660 (0.011972936) 0.051554576 (0.0099969748) Continuum: degree 0, 1, 2, ... -0.26175951 (0.010344440) 0.10058065 (0.015178577) 0.45094530 (0.041565490) Chi^2: 1.67059 Continuum [Jy] = -0.237931 +/- 0.111886 EQW_rest [um] = -0.052237442 Flux [W m-2] = 3.81469e-18 +/- 1.04420e-18 INTEGRATED FLUX: Flux [W m-2] = 3.48227e-18 +/- 5.83970e-18 ___________________________________ Raster 4, Pixel 5 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 926 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.26268136 0.021764149 0.38669058 FIT RESULT: Spectral line: signal peak, central wavelength, sigma of gaussian 0.041028717 (0.024945299) -0.011302508 (0.033930005) 0.050502870 (0.037050156) Continuum: degree 0, 1, 2, ... -0.24242774 (0.0092191709) -0.0021971548 (0.013657822) 0.31952498 (0.037640634) Chi^2: 1.67917 Continuum [Jy] = -0.239142 +/- 0.106633 EQW_rest [um] = 0.011985381 Flux [W m-2] = 1.04622e-18 +/- 9.95041e-19 INTEGRATED FLUX: Flux [W m-2] = -7.01286e-19 +/- 4.80574e-18 ___________________________________ Raster 4, Pixel 5 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1175 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.46787653 0.011309950 0.77419501 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 0.47577821 (0.026237096) -0.070992256 (0.0032317880) 0.051554576 (0.0028430103) Continuum: degree 0, 1, 2, ... -0.37113322 (0.0097501768) -0.036332157 (0.014364219) 0.47393405 (0.038883746) Chi^2: 1.65998 Continuum [Jy] = -0.416630 +/- 0.0771558 EQW_rest [um] = -0.22794357 Flux [W m-2] = 1.23969e-17 +/- 9.65050e-19 INTEGRATED FLUX: Flux [W m-2] = 1.70984e-17 +/- 5.33923e-18 ___________________________________ Raster 4, Pixel 5 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1035 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.31391424 -0.033892268 0.40891305 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 0.43456897 (0.024354421) -0.085668140 (0.0035371371) 0.050502870 (0.0028303175) Continuum: degree 0, 1, 2, ... -0.30417754 (0.0090814189) -0.046739808 (0.013518327) 0.37614762 (0.036099083) Chi^2: 1.67863 Continuum [Jy] = -0.283814 +/- 0.0996102 EQW_rest [um] = -0.19002657 Flux [W m-2] = 1.10949e-17 +/- 8.77739e-19 INTEGRATED FLUX: Flux [W m-2] = 1.07320e-17 +/- 5.13073e-18 ___________________________________ Raster 4, Pixel 5 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1125 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.24337799 -0.042458394 0.51128593 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 0.55846426 (0.025977696) -0.087356604 (0.0027987531) 0.051554576 (0.0023981286) Continuum: degree 0, 1, 2, ... -0.26897289 (0.0093491492) -0.032801689 (0.013942217) 0.57786704 (0.037700317) Chi^2: 1.68486 Continuum [Jy] = -0.205698 +/- 0.124339 EQW_rest [um] = -0.24671972 Flux [W m-2] = 1.45553e-17 +/- 9.55765e-19 INTEGRATED FLUX: Flux [W m-2] = 1.35940e-17 +/- 5.40665e-18 ___________________________________ ___________________________________ Analyzing raster 5 Number of data points: 1200000 Building mask cube blindpixels: 0 /!\ WARNING: some ramps are saturated ! saturation: 1 rawsaturation: 0 noisypixels: 8718 badpixels: 17436 gratmove: 232800 glitch: 38438 outliers: 12571 Mask cube written in NII122/cube_raster5_mask.fits ___________________________________ Raster 5, Pixel 1 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 905 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.13305868 -0.14920701 0.026324700 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.029900204 (0.029900204) -0.019896708 (-1.9896709e-05) 0.051554576 (0.051554576) Continuum: degree 0, 1, 2, ... 0.10080456 (0.010255483) -0.13607950 (0.015832572) 0.12003011 (0.041964918) Chi^2: 1.67973 Continuum [Jy] = 0.146620 +/- 0.110384 EQW_rest [um] = -0.32406980 Flux [W m-2] = 7.78431e-19 +/- 1.09886e-18 INTEGRATED FLUX: Flux [W m-2] = -6.76344e-18 +/- 6.39208e-18 ___________________________________ Raster 5, Pixel 1 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1242 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.11707435 -0.025854312 0.43677857 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.026732333 (0.026732333) -0.14033547 (-0.00014033548) 0.051554576 (0.051554576) Continuum: degree 0, 1, 2, ... -0.13047388 (0.010236942) -0.0072867997 (0.015492960) 0.48055003 (0.040996010) Chi^2: 1.66291 Continuum [Jy] = -0.0862729 +/- 0.143537 EQW_rest [um] = 0.18138073 Flux [W m-2] = 6.97335e-19 +/- 9.84386e-19 INTEGRATED FLUX: Flux [W m-2] = -3.82460e-18 +/- 5.72506e-18 ___________________________________ Raster 5, Pixel 1 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1092 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.20373731 -0.064172068 0.27225817 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 0.22343639 (0.025340866) -0.038178843 (0.0072219970) 0.051554576 (0.0058470227) Continuum: degree 0, 1, 2, ... -0.19406611 (0.0093401496) -0.076608058 (0.014236930) 0.24468192 (0.038086060) Chi^2: 1.66945 Continuum [Jy] = -0.180094 +/- 0.135781 EQW_rest [um] = -0.15672894 Flux [W m-2] = 5.81875e-18 +/- 9.31583e-19 INTEGRATED FLUX: Flux [W m-2] = 6.47353e-18 +/- 5.60696e-18 ___________________________________ Raster 5, Pixel 1 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1088 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.0019754325 -0.083503318 0.16132837 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 0.12791517 (0.026447758) -0.048815799 (0.012941617) 0.051554576 (0.010659431) Continuum: degree 0, 1, 2, ... 0.014591957 (0.0093060745) -0.086957442 (0.014432560) 0.10955641 (0.038450993) Chi^2: 1.67251 Continuum [Jy] = 0.0162697 +/- 0.103303 EQW_rest [um] = 1.6402979 Flux [W m-2] = 3.33176e-18 +/- 9.72444e-19 INTEGRATED FLUX: Flux [W m-2] = 3.71336e-18 +/- 5.61235e-18 ___________________________________ Raster 5, Pixel 1 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1188 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.33342422 0.10264506 0.84394530 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 0.37145597 (0.025648227) -0.11384762 (0.0043269167) 0.051554576 (0.0035597314) Continuum: degree 0, 1, 2, ... -0.30803471 (0.010111995) 0.081554033 (0.015969300) 0.75004310 (0.039804771) Chi^2: 1.68455 Continuum [Jy] = -0.284981 +/- 0.106744 EQW_rest [um] = -0.16268133 Flux [W m-2] = 9.68552e-18 +/- 9.44054e-19 INTEGRATED FLUX: Flux [W m-2] = 9.87084e-18 +/- 4.85781e-18 ___________________________________ Raster 5, Pixel 2 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1151 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.11600420 0.012336640 0.27326749 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.025292336 (0.025292336) -0.018094711 (-1.8094712e-05) 0.051554576 (0.051554576) Continuum: degree 0, 1, 2, ... -0.11634385 (0.0087841523) -0.0020782391 (0.013574148) 0.26522997 (0.035708700) Chi^2: 1.66043 Continuum [Jy] = -0.0990538 +/- 0.0910503 EQW_rest [um] = 0.20506975 Flux [W m-2] = 6.58449e-19 +/- 9.29492e-19 INTEGRATED FLUX: Flux [W m-2] = -4.56950e-18 +/- 5.32962e-18 ___________________________________ Raster 5, Pixel 2 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 940 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.077667881 -0.045236341 0.18060572 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 0.025509295 (0.025509295) -0.028247090 (0.012210236) 0.050502870 (0.050502870) Continuum: degree 0, 1, 2, ... -0.10863273 (0.0097198687) -0.016477131 (0.015155504) 0.27643498 (0.039171154) Chi^2: 1.67997 Continuum [Jy] = -0.0620939 +/- 0.117850 EQW_rest [um] = 0.13065207 Flux [W m-2] = 6.50658e-19 +/- 9.18494e-19 INTEGRATED FLUX: Flux [W m-2] = -2.53124e-18 +/- 5.51010e-18 ___________________________________ Raster 5, Pixel 2 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1068 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.27319161 -0.10367463 0.16078066 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 0.11545974 (0.023703008) -0.074209614 (0.012860607) 0.050502870 (0.010367856) Continuum: degree 0, 1, 2, ... -0.25430232 (0.0086679032) -0.11604357 (0.013968046) 0.10791531 (0.035762773) Chi^2: 1.67942 Continuum [Jy] = -0.253657 +/- 0.102500 EQW_rest [um] = -0.044710205 Flux [W m-2] = 2.94722e-18 +/- 8.54101e-19 INTEGRATED FLUX: Flux [W m-2] = 2.06227e-18 +/- 5.13155e-18 ___________________________________ Raster 5, Pixel 2 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1096 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.30524795 -0.0024620768 0.38672205 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 0.26134030 (0.024666388) -0.080513583 (0.0059021974) 0.051554576 (0.0048659359) Continuum: degree 0, 1, 2, ... -0.32107773 (0.0092347624) 0.0022454625 (0.013802562) 0.43556122 (0.036740609) Chi^2: 1.67100 Continuum [Jy] = -0.278795 +/- 0.103197 EQW_rest [um] = -0.086220616 Flux [W m-2] = 6.81058e-18 +/- 9.07418e-19 INTEGRATED FLUX: Flux [W m-2] = 5.45822e-18 +/- 5.40881e-18 ___________________________________ Raster 5, Pixel 2 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1074 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.13727377 0.15153324 0.18131472 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 0.18999995 (0.027315648) -0.039458121 (0.0086541189) 0.050502870 (0.0072606261) Continuum: degree 0, 1, 2, ... -0.14086016 (0.010604807) 0.15014106 (0.016510381) 0.18111669 (0.043670092) Chi^2: 1.68004 Continuum [Jy] = -0.138689 +/- 0.130707 EQW_rest [um] = -0.17392544 Flux [W m-2] = 4.84716e-18 +/- 9.83716e-19 INTEGRATED FLUX: Flux [W m-2] = 4.67868e-18 +/- 5.64180e-18 ___________________________________ Raster 5, Pixel 3 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1162 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.27054504 0.069858083 0.47951440 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 0.027944177 (0.027944177) -0.077043038 (0.0080320750) 0.051554576 (0.051554576) Continuum: degree 0, 1, 2, ... -0.36360703 (0.010500512) 0.094614862 (0.015855363) 0.75930641 (0.042549369) Chi^2: 1.65717 Continuum [Jy] = -0.244414 +/- 0.130119 EQW_rest [um] = 0.15670966 Flux [W m-2] = 7.28190e-19 +/- 1.02794e-18 INTEGRATED FLUX: Flux [W m-2] = -1.04988e-17 +/- 5.91156e-18 ___________________________________ Raster 5, Pixel 3 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1185 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.21346697 -0.017254325 0.17664829 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 0.091637288 (0.026680075) -0.074685910 (0.018454188) 0.051554576 (0.015010047) Continuum: degree 0, 1, 2, ... -0.21706860 (0.0097400662) -0.020641503 (0.014443230) 0.18382352 (0.039066857) Chi^2: 1.65095 Continuum [Jy] = -0.200649 +/- 0.101027 EQW_rest [um] = -0.082299299 Flux [W m-2] = 2.38786e-18 +/- 9.81403e-19 INTEGRATED FLUX: Flux [W m-2] = 2.84374e-18 +/- 5.81142e-18 ___________________________________ Raster 5, Pixel 3 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1050 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.43956958 0.0011039109 0.57513587 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.14936863 (0.025078888) -0.020879060 (-2.0879061e-05) 0.051554576 (0.0086559769) Continuum: degree 0, 1, 2, ... -0.41874484 (0.0089787893) -0.0063634719 (0.013541632) 0.51487385 (0.034931569) Chi^2: 1.67088 Continuum [Jy] = -0.400627 +/- 0.101048 EQW_rest [um] = -0.046695995 Flux [W m-2] = 3.88877e-18 +/- 9.21690e-19 INTEGRATED FLUX: Flux [W m-2] = 4.10007e-18 +/- 5.64380e-18 ___________________________________ Raster 5, Pixel 3 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1068 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.12750290 -0.0074642488 0.30747030 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.024134135 (0.024134135) -0.14348242 (-0.00014348242) 0.051554576 (0.051554576) Continuum: degree 0, 1, 2, ... -0.13389627 (0.0086515141) 0.00046883087 (0.013472748) 0.32851885 (0.034456602) Chi^2: 1.66013 Continuum [Jy] = -0.106332 +/- 0.102657 EQW_rest [um] = 0.15964921 Flux [W m-2] = 6.29591e-19 +/- 8.88756e-19 INTEGRATED FLUX: Flux [W m-2] = -4.13154e-18 +/- 5.24671e-18 ___________________________________ Raster 5, Pixel 3 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 961 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.039842562 0.0018033728 -0.077747882 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 0.25529896 (0.025167915) -0.11041521 (0.0061252137) 0.051554576 (0.0050823600) Continuum: degree 0, 1, 2, ... -0.046759538 (0.0098400234) 0.0088538254 (0.014871610) -0.060939698 (0.037688701) Chi^2: 1.68511 Continuum [Jy] = -0.0452464 +/- 0.108800 EQW_rest [um] = -0.70446202 Flux [W m-2] = 6.65641e-18 +/- 9.26323e-19 INTEGRATED FLUX: Flux [W m-2] = 7.35129e-18 +/- 5.41512e-18 ___________________________________ Raster 5, Pixel 4 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1015 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.11191469 0.18595632 0.41698635 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 0.33088512 (0.028725654) -0.072611515 (0.0055427081) 0.050502870 (0.0043843856) Continuum: degree 0, 1, 2, ... -0.13838242 (0.010659911) 0.19732533 (0.014769418) 0.49681563 (0.041301027) Chi^2: 1.66949 Continuum [Jy] = -0.0977791 +/- 0.119307 EQW_rest [um] = -0.42569811 Flux [W m-2] = 8.44593e-18 +/- 1.03506e-18 INTEGRATED FLUX: Flux [W m-2] = 1.21039e-17 +/- 6.12291e-18 ___________________________________ Raster 5, Pixel 4 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1179 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.031853552 0.043080451 0.29141050 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.10127853 (0.024690425) -0.13100556 (-0.00013100556) 0.050502870 (0.012311962) Continuum: degree 0, 1, 2, ... -0.053564462 (0.0090317656) 0.042298587 (0.014459927) 0.36400166 (0.037694643) Chi^2: 1.64911 Continuum [Jy] = -0.0162545 +/- 0.101332 EQW_rest [um] = 0.11778510 Flux [W m-2] = 2.58764e-18 +/- 8.90511e-19 INTEGRATED FLUX: Flux [W m-2] = -2.92838e-19 +/- 5.23823e-18 ___________________________________ Raster 5, Pixel 4 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1053 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.075232736 -0.084483734 -0.16504632 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 0.043757022 (0.026902993) -0.060273062 (0.037839822) 0.050502870 (0.031050522) Continuum: degree 0, 1, 2, ... -0.10366929 (0.0096936647) -0.060298652 (0.014189836) -0.077051407 (0.038995477) Chi^2: 1.66309 Continuum [Jy] = -0.0796632 +/- 0.0966985 EQW_rest [um] = -0.053591440 Flux [W m-2] = 1.11668e-18 +/- 9.69186e-19 INTEGRATED FLUX: Flux [W m-2] = 1.03527e-18 +/- 5.75010e-18 ___________________________________ Raster 5, Pixel 4 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1011 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.46202594 0.087523219 0.38581603 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 0.19434122 (0.026571235) -0.064060226 (0.0089238448) 0.051554576 (0.0070487812) Continuum: degree 0, 1, 2, ... -0.37524146 (0.010286230) 0.041752807 (0.016347825) 0.12825901 (0.040967733) Chi^2: 1.65906 Continuum [Jy] = -0.443705 +/- 0.108232 EQW_rest [um] = -0.12998037 Flux [W m-2] = 5.06321e-18 +/- 9.77229e-19 INTEGRATED FLUX: Flux [W m-2] = 9.38688e-18 +/- 5.43947e-18 ___________________________________ Raster 5, Pixel 4 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1193 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.12967154 0.092304939 0.27949169 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 0.20469523 (0.025144120) -0.091859935 (0.0075631603) 0.050502870 (0.0062036140) Continuum: degree 0, 1, 2, ... -0.13665697 (0.0098451578) 0.082579988 (0.014246517) 0.29237069 (0.038661990) Chi^2: 1.66074 Continuum [Jy] = -0.118708 +/- 0.106798 EQW_rest [um] = -0.12224261 Flux [W m-2] = 5.22655e-18 +/- 9.06292e-19 INTEGRATED FLUX: Flux [W m-2] = 3.42918e-18 +/- 5.36743e-18 ___________________________________ Raster 5, Pixel 5 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 964 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.088710152 0.020009496 0.25369966 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 0.030335992 (0.029210224) -0.041078467 (0.059343650) 0.050502870 (0.048628709) Continuum: degree 0, 1, 2, ... -0.10968406 (0.010136500) 0.0074321734 (0.015141043) 0.30699789 (0.040129364) Chi^2: 1.67701 Continuum [Jy] = -0.0738702 +/- 0.139283 EQW_rest [um] = 0.13211783 Flux [W m-2] = 7.73934e-19 +/- 1.05197e-18 INTEGRATED FLUX: Flux [W m-2] = -2.82939e-18 +/- 5.56883e-18 ___________________________________ Raster 5, Pixel 5 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 963 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.020025536 -0.034004113 0.11264717 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 0.056035355 (0.023583571) -0.033809056 (0.025951477) 0.050502870 (0.021255117) Continuum: degree 0, 1, 2, ... -0.037428983 (0.0085042876) -0.033523592 (0.013107494) 0.16710802 (0.035220778) Chi^2: 1.66819 Continuum [Jy] = -0.0104547 +/- 0.0925108 EQW_rest [um] = 0.10920563 Flux [W m-2] = 1.42941e-18 +/- 8.49234e-19 INTEGRATED FLUX: Flux [W m-2] = 1.22868e-19 +/- 5.00751e-18 ___________________________________ Raster 5, Pixel 5 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1044 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.30683962 -0.10616558 0.65299927 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 0.33046784 (0.022153314) -0.051675679 (0.0041152910) 0.051554576 (0.0034560238) Continuum: degree 0, 1, 2, ... -0.24822205 (0.0089510653) -0.13484027 (0.013253562) 0.47468490 (0.036235033) Chi^2: 1.65889 Continuum [Jy] = -0.256908 +/- 0.111903 EQW_rest [um] = -0.19374492 Flux [W m-2] = 8.60799e-18 +/- 8.14582e-19 INTEGRATED FLUX: Flux [W m-2] = 9.33438e-18 +/- 4.82075e-18 ___________________________________ Raster 5, Pixel 5 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1105 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.15465281 -0.023243166 0.49662979 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 0.27328818 (0.022959493) -0.077510936 (0.0052615445) 0.051554576 (0.0043312044) Continuum: degree 0, 1, 2, ... -0.12458709 (0.0085994029) -0.045178470 (0.012587701) 0.40472236 (0.034603773) Chi^2: 1.65735 Continuum [Jy] = -0.120249 +/- 0.0850564 EQW_rest [um] = -0.38068920 Flux [W m-2] = 7.12160e-18 +/- 8.44584e-19 INTEGRATED FLUX: Flux [W m-2] = 8.54963e-18 +/- 4.97951e-18 ___________________________________ Raster 5, Pixel 5 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1175 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.15890531 0.021534944 0.33869209 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 0.24537854 (0.024567670) -0.10385404 (0.0061176387) 0.050502870 (0.0050564237) Continuum: degree 0, 1, 2, ... -0.20875277 (0.0089302438) 0.040780102 (0.014237948) 0.48245503 (0.036746118) Chi^2: 1.68318 Continuum [Jy] = -0.138036 +/- 0.0989431 EQW_rest [um] = -0.070364802 Flux [W m-2] = 6.26657e-18 +/- 8.85689e-19 INTEGRATED FLUX: Flux [W m-2] = 2.82966e-18 +/- 5.15082e-18 ___________________________________ ___________________________________ Analyzing raster 6 Number of data points: 1200000 Building mask cube blindpixels: 0 saturation: 0 rawsaturation: 0 noisypixels: 8718 badpixels: 17436 gratmove: 232800 glitch: 37666 outliers: 12038 Mask cube written in NII122/cube_raster6_mask.fits ___________________________________ Raster 6, Pixel 1 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 967 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.061387723 -0.11250901 0.23590241 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.026968444 (0.026968444) -0.022407174 (-2.2407175e-05) 0.051554576 (0.051554576) Continuum: degree 0, 1, 2, ... 0.014217698 (0.0098951502) -0.086219972 (0.014994781) 0.38407616 (0.039887735) Chi^2: 1.67220 Continuum [Jy] = 0.0863683 +/- 0.0846014 EQW_rest [um] = -1.0901613 Flux [W m-2] = 7.02133e-19 +/- 9.91159e-19 INTEGRATED FLUX: Flux [W m-2] = -6.10543e-18 +/- 5.81578e-18 ___________________________________ Raster 6, Pixel 1 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1233 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.053220899 -0.21796146 0.22348100 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 0.11752934 (0.027197242) -0.10919847 (0.014930099) 0.051554576 (0.011930147) Continuum: degree 0, 1, 2, ... -0.025405288 (0.0093288997) -0.21628932 (0.014581325) 0.12615125 (0.039296882) Chi^2: 1.65548 Continuum [Jy] = -0.0201215 +/- 0.0955519 EQW_rest [um] = 3.4052208 Flux [W m-2] = 3.06428e-18 +/- 1.00099e-18 INTEGRATED FLUX: Flux [W m-2] = 3.01455e-18 +/- 6.22091e-18 ___________________________________ Raster 6, Pixel 1 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 926 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.14105491 -0.12780443 0.093620427 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.10147665 (0.025751206) -0.025482647 (-2.5482648e-05) 0.050502870 (0.012815853) Continuum: degree 0, 1, 2, ... -0.18074963 (0.0094749737) -0.094916176 (0.014859816) 0.22631071 (0.039990478) Chi^2: 1.67457 Continuum [Jy] = -0.123957 +/- 0.119619 EQW_rest [um] = -0.057554151 Flux [W m-2] = 2.58822e-18 +/- 9.27163e-19 INTEGRATED FLUX: Flux [W m-2] = 2.62983e-18 +/- 5.56309e-18 ___________________________________ Raster 6, Pixel 1 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1113 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.099968253 -0.091369323 0.16620286 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.026009854 (0.026009854) -0.028898686 (-2.8898688e-05) 0.051554576 (0.051554576) Continuum: degree 0, 1, 2, ... -0.10643384 (0.0094444482) -0.079234669 (0.015177366) 0.19176993 (0.039233388) Chi^2: 1.66872 Continuum [Jy] = -0.0807634 +/- 0.0965576 EQW_rest [um] = 0.071809167 Flux [W m-2] = 6.77248e-19 +/- 9.56030e-19 INTEGRATED FLUX: Flux [W m-2] = -1.30775e-18 +/- 5.73790e-18 ___________________________________ Raster 6, Pixel 1 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1238 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.37458273 0.016101551 0.51128510 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.13859822 (0.023868123) -0.029333062 (-2.9333064e-05) 0.051554576 (0.0088782591) Continuum: degree 0, 1, 2, ... -0.36753011 (0.0091479773) 0.014785987 (0.015262752) 0.48720453 (0.037835786) Chi^2: 1.67374 Continuum [Jy] = -0.340778 +/- 0.118296 EQW_rest [um] = -0.093086917 Flux [W m-2] = 3.60887e-18 +/- 8.77314e-19 INTEGRATED FLUX: Flux [W m-2] = 6.47387e-18 +/- 5.13061e-18 ___________________________________ Raster 6, Pixel 2 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1133 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.11139524 -0.0087723183 0.17916508 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 0.022345830 (0.022345830) -0.023903497 (0.012035722) 0.051554576 (0.051554576) Continuum: degree 0, 1, 2, ... -0.086225137 (0.0081507914) -0.032740733 (0.013250206) 0.093274016 (0.033900776) Chi^2: 1.66531 Continuum [Jy] = -0.0987022 +/- 0.0935410 EQW_rest [um] = 0.18994833 Flux [W m-2] = 5.81796e-19 +/- 8.21287e-19 INTEGRATED FLUX: Flux [W m-2] = -3.20179e-18 +/- 4.85019e-18 ___________________________________ Raster 6, Pixel 2 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 994 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.041616755 -0.086654754 0.10076355 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 0.026863512 (0.026863512) -0.049632888 (0.013924890) 0.050502870 (0.050502870) Continuum: degree 0, 1, 2, ... -0.053890055 (0.0098488753) -0.089048466 (0.014380244) 0.13255078 (0.038319278) Chi^2: 1.66726 Continuum [Jy] = -0.0274819 +/- 0.108312 EQW_rest [um] = 0.34452476 Flux [W m-2] = 6.85440e-19 +/- 9.67594e-19 INTEGRATED FLUX: Flux [W m-2] = -3.34587e-18 +/- 5.64064e-18 ___________________________________ Raster 6, Pixel 2 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1024 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.35564223 0.0052457184 0.26771231 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.17152192 (0.024105400) -0.029731624 (-2.9731625e-05) 0.051554576 (0.0072453929) Continuum: degree 0, 1, 2, ... -0.29599086 (0.0088202624) -0.021370442 (0.014348092) 0.091557532 (0.035661009) Chi^2: 1.67180 Continuum [Jy] = -0.337989 +/- 0.110954 EQW_rest [um] = -0.10870612 Flux [W m-2] = 4.46617e-18 +/- 8.86042e-19 INTEGRATED FLUX: Flux [W m-2] = 6.64465e-18 +/- 5.25554e-18 ___________________________________ Raster 6, Pixel 2 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1010 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.12584379 0.037519529 0.42129775 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 0.17976762 (0.024247930) -0.10238166 (0.0080036721) 0.051554576 (0.0069539316) Continuum: degree 0, 1, 2, ... -0.13825582 (0.0089953906) 0.047212546 (0.014428491) 0.45621807 (0.037126314) Chi^2: 1.66937 Continuum [Jy] = -0.100952 +/- 0.0978182 EQW_rest [um] = -0.087596095 Flux [W m-2] = 4.68646e-18 +/- 8.92344e-19 INTEGRATED FLUX: Flux [W m-2] = 2.69621e-18 +/- 5.06668e-18 ___________________________________ Raster 6, Pixel 2 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1104 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.16387296 0.041613321 0.23142362 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 0.10200870 (0.030397257) -0.048114389 (0.018004064) 0.050502870 (0.015049194) Continuum: degree 0, 1, 2, ... -0.12360046 (0.011505022) 0.011892399 (0.017467705) 0.099664129 (0.045503205) Chi^2: 1.67142 Continuum [Jy] = -0.151907 +/- 0.126551 EQW_rest [um] = -0.13948273 Flux [W m-2] = 2.60275e-18 +/- 1.09485e-18 INTEGRATED FLUX: Flux [W m-2] = 3.56950e-18 +/- 6.61563e-18 ___________________________________ Raster 6, Pixel 3 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1011 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.14252531 -0.019229950 0.52919874 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 0.026249961 (0.026249961) -0.030210264 (0.012240962) 0.051554576 (0.051554576) Continuum: degree 0, 1, 2, ... -0.17763039 (0.0094313745) -0.020981559 (0.014415416) 0.64093945 (0.039505349) Chi^2: 1.67952 Continuum [Jy] = -0.106147 +/- 0.130043 EQW_rest [um] = 0.24616426 Flux [W m-2] = 6.83515e-19 +/- 9.64877e-19 INTEGRATED FLUX: Flux [W m-2] = -8.35189e-18 +/- 5.59656e-18 ___________________________________ Raster 6, Pixel 3 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1003 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.053183212 0.0076131918 0.15194889 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 0.059493573 (0.028072540) -0.095310863 (0.029499413) 0.050502870 (0.023830202) Continuum: degree 0, 1, 2, ... -0.10392085 (0.010229032) 0.023595833 (0.015534841) 0.29636383 (0.038667484) Chi^2: 1.67274 Continuum [Jy] = -0.0437738 +/- 0.109412 EQW_rest [um] = 0.063341637 Flux [W m-2] = 1.51916e-18 +/- 1.01190e-18 INTEGRATED FLUX: Flux [W m-2] = -7.20131e-19 +/- 6.10604e-18 ___________________________________ Raster 6, Pixel 3 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 951 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.10742009 -0.013937512 0.091301825 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 0.0028868095 (0.025684124) -0.10177853 (0.53972831) 0.050502870 (0.44932717) Continuum: degree 0, 1, 2, ... -0.12160173 (0.0095964707) -0.0092646658 (0.014013520) 0.13105900 (0.035725967) Chi^2: 1.68867 Continuum [Jy] = -0.100070 +/- 0.0990139 EQW_rest [um] = 0.053774191 Flux [W m-2] = 7.37219e-20 +/- 9.25907e-19 INTEGRATED FLUX: Flux [W m-2] = -2.77187e-19 +/- 5.27327e-18 ___________________________________ Raster 6, Pixel 3 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1061 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.10667076 -0.069776547 0.31260247 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.024356814 (0.024356814) -0.030718349 (-3.0718350e-05) 0.050502870 (0.050502870) Continuum: degree 0, 1, 2, ... -0.10275630 (0.0090900959) -0.069736488 (0.013484838) 0.30197072 (0.035318738) Chi^2: 1.67562 Continuum [Jy] = -0.0794026 +/- 0.102908 EQW_rest [um] = 0.24365142 Flux [W m-2] = 6.21287e-19 +/- 8.77033e-19 INTEGRATED FLUX: Flux [W m-2] = -4.64518e-18 +/- 5.05554e-18 ___________________________________ Raster 6, Pixel 3 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 927 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.012857752 0.027694122 0.047017555 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 0.21283830 (0.026307848) -0.12361560 (0.0076730362) 0.051554576 (0.0063723962) Continuum: degree 0, 1, 2, ... -0.078315855 (0.010239012) 0.059636913 (0.015431373) 0.23568410 (0.039991778) Chi^2: 1.68763 Continuum [Jy] = -0.0122137 +/- 0.108243 EQW_rest [um] = -0.15693896 Flux [W m-2] = 5.55054e-18 +/- 9.68489e-19 INTEGRATED FLUX: Flux [W m-2] = 3.31683e-18 +/- 5.69636e-18 ___________________________________ Raster 6, Pixel 4 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1075 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.17563215 0.10456476 0.29568261 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 0.31935270 (0.027550179) -0.076002555 (0.0054353754) 0.051554576 (0.0044475521) Continuum: degree 0, 1, 2, ... -0.16964581 (0.010904797) 0.092281105 (0.015673074) 0.26993976 (0.042492420) Chi^2: 1.67251 Continuum [Jy] = -0.164456 +/- 0.117707 EQW_rest [um] = -0.23804797 Flux [W m-2] = 8.32178e-18 +/- 1.01343e-18 INTEGRATED FLUX: Flux [W m-2] = 8.15976e-18 +/- 5.90803e-18 ___________________________________ Raster 6, Pixel 4 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1116 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.080768505 0.091827114 0.28449111 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 0.10537256 (0.025187107) -0.13362890 (0.014259333) 0.050502870 (0.012071655) Continuum: degree 0, 1, 2, ... -0.11888143 (0.0090582818) 0.11873565 (0.015948125) 0.41616139 (0.039471153) Chi^2: 1.66428 Continuum [Jy] = -0.0691839 +/- 0.0944995 EQW_rest [um] = -0.061378585 Flux [W m-2] = 2.69236e-18 +/- 9.08464e-19 INTEGRATED FLUX: Flux [W m-2] = 1.60371e-18 +/- 5.31857e-18 ___________________________________ Raster 6, Pixel 4 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1130 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.038597168 -0.21430142 0.19283292 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 0.066731834 (0.028142750) -0.13503875 (0.026524915) 0.050502870 (0.021298525) Continuum: degree 0, 1, 2, ... -0.054320752 (0.0097494625) -0.19771292 (0.015885501) 0.24654060 (0.040694476) Chi^2: 1.66113 Continuum [Jy] = -0.00745675 +/- 0.131183 EQW_rest [um] = -0.96745841 Flux [W m-2] = 1.70510e-18 +/- 1.01509e-18 INTEGRATED FLUX: Flux [W m-2] = 1.77793e-19 +/- 6.08194e-18 ___________________________________ Raster 6, Pixel 4 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1156 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.18612787 -0.055984239 0.073242874 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 0.22494442 (0.027692236) -0.063872639 (0.0074939751) 0.051554576 (0.0063467300) Continuum: degree 0, 1, 2, ... -0.14616884 (0.0097822678) -0.084771118 (0.015880937) -0.048416780 (0.039405949) Chi^2: 1.65930 Continuum [Jy] = -0.176146 +/- 0.0963555 EQW_rest [um] = -0.31209708 Flux [W m-2] = 5.86050e-18 +/- 1.01845e-18 INTEGRATED FLUX: Flux [W m-2] = 8.05917e-18 +/- 5.80580e-18 ___________________________________ Raster 6, Pixel 4 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1199 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.11864269 0.019853903 0.53481534 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 0.35343478 (0.027276628) -0.080854435 (0.0050739029) 0.051554576 (0.0039787679) Continuum: degree 0, 1, 2, ... -0.053712410 (0.010033211) -0.022508023 (0.016067176) 0.33876059 (0.040746109) Chi^2: 1.66984 Continuum [Jy] = -0.0838686 +/- 0.114064 EQW_rest [um] = -1.1240190 Flux [W m-2] = 9.21064e-18 +/- 1.00345e-18 INTEGRATED FLUX: Flux [W m-2] = 1.12293e-17 +/- 6.13146e-18 ___________________________________ Raster 6, Pixel 5 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 965 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.055312660 -0.010247836 0.24708219 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.026509776 (0.026509776) -0.13789283 (-0.00013789283) 0.051554576 (0.051554576) Continuum: degree 0, 1, 2, ... 0.028085004 (0.010071303) -0.0067536621 (0.015481815) 0.32831271 (0.040535525) Chi^2: 1.67756 Continuum [Jy] = 0.0723808 +/- 0.108973 EQW_rest [um] = -0.015465660 Flux [W m-2] = 6.91502e-19 +/- 9.76151e-19 INTEGRATED FLUX: Flux [W m-2] = 3.91720e-19 +/- 5.07381e-18 ___________________________________ Raster 6, Pixel 5 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 841 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.032053900 -0.14337396 0.14510569 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.023678887 (0.023678887) -0.14033547 (-0.00014033548) 0.051554576 (0.051554576) Continuum: degree 0, 1, 2, ... -0.041333927 (0.0087781637) -0.14523407 (0.014051583) 0.17334836 (0.036329485) Chi^2: 1.68230 Continuum [Jy] = -0.0107654 +/- 0.106863 EQW_rest [um] = 1.8006812 Flux [W m-2] = 6.17683e-19 +/- 8.71946e-19 INTEGRATED FLUX: Flux [W m-2] = -1.89019e-18 +/- 4.99596e-18 ___________________________________ Raster 6, Pixel 5 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1064 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.37225572 -0.071623313 0.60581347 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 0.36934268 (0.022882413) -0.042149962 (0.0038200864) 0.051554576 (0.0031940341) Continuum: degree 0, 1, 2, ... -0.30607379 (0.0091318646) -0.10124951 (0.014112457) 0.41257891 (0.036789138) Chi^2: 1.67374 Continuum [Jy] = -0.326046 +/- 0.0929369 EQW_rest [um] = -0.19410442 Flux [W m-2] = 9.61909e-18 +/- 8.41260e-19 INTEGRATED FLUX: Flux [W m-2] = 1.23798e-17 +/- 4.94461e-18 ___________________________________ Raster 6, Pixel 5 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 986 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.19851664 -0.022245497 0.35759611 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 0.18638442 (0.024914378) -0.067211097 (0.0084076114) 0.050502870 (0.0067508199) Continuum: degree 0, 1, 2, ... -0.23404953 (0.0089122795) -0.0016821062 (0.013043943) 0.46855148 (0.035063071) Chi^2: 1.67214 Continuum [Jy] = -0.172217 +/- 0.0927505 EQW_rest [um] = -0.027808354 Flux [W m-2] = 4.75709e-18 +/- 8.97648e-19 INTEGRATED FLUX: Flux [W m-2] = 1.49248e-18 +/- 5.36706e-18 ___________________________________ Raster 6, Pixel 5 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1178 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.16240178 -0.012543128 0.29255753 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 0.32147686 (0.025063550) -0.081154265 (0.0047440152) 0.051554576 (0.0040193893) Continuum: degree 0, 1, 2, ... -0.19264897 (0.0089797290) 0.013239428 (0.014437726) 0.37593728 (0.036292050) Chi^2: 1.69060 Continuum [Jy] = -0.141266 +/- 0.110067 EQW_rest [um] = -0.14270219 Flux [W m-2] = 8.37784e-18 +/- 9.22038e-19 INTEGRATED FLUX: Flux [W m-2] = 5.92381e-18 +/- 5.20827e-18 ___________________________________ ___________________________________ Analyzing raster 7 Number of data points: 1200000 Building mask cube blindpixels: 0 /!\ WARNING: some ramps are saturated ! saturation: 1 rawsaturation: 0 noisypixels: 8718 badpixels: 17436 gratmove: 232800 glitch: 38396 outliers: 12054 Mask cube written in NII122/cube_raster7_mask.fits ___________________________________ Raster 7, Pixel 1 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1044 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.10003405 -0.13549748 0.21364537 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.030080425 (0.030080425) -0.14324221 (-0.00014324222) 0.051554576 (0.051554576) Continuum: degree 0, 1, 2, ... -0.15792447 (0.010244614) -0.095367258 (0.015726337) 0.39337662 (0.040828747) Chi^2: 1.66133 Continuum [Jy] = -0.0745472 +/- 0.115488 EQW_rest [um] = 0.13259627 Flux [W m-2] = 7.84710e-19 +/- 1.10773e-18 INTEGRATED FLUX: Flux [W m-2] = -4.10841e-18 +/- 6.27524e-18 ___________________________________ Raster 7, Pixel 1 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1184 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.23742275 0.014796815 0.36162970 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 0.11715236 (0.026081724) -0.11484210 (0.013866036) 0.051554576 (0.011477637) Continuum: degree 0, 1, 2, ... -0.19815149 (0.0091835014) -0.0040492449 (0.014359157) 0.23887743 (0.038599253) Chi^2: 1.66719 Continuum [Jy] = -0.214651 +/- 0.113998 EQW_rest [um] = -0.16763908 Flux [W m-2] = 3.05474e-18 +/- 9.60026e-19 INTEGRATED FLUX: Flux [W m-2] = 5.71916e-18 +/- 5.50964e-18 ___________________________________ Raster 7, Pixel 1 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1120 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.11445170 -0.093691381 0.17361332 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.025989356 (0.025989356) -0.14190656 (-0.00014190657) 0.051554576 (0.051554576) Continuum: degree 0, 1, 2, ... -0.15369787 (0.0094313459) -0.066790962 (0.014602672) 0.29272473 (0.038333152) Chi^2: 1.66675 Continuum [Jy] = -0.0951012 +/- 0.112297 EQW_rest [um] = 0.16352650 Flux [W m-2] = 6.77971e-19 +/- 9.57051e-19 INTEGRATED FLUX: Flux [W m-2] = -3.86574e-18 +/- 5.72742e-18 ___________________________________ Raster 7, Pixel 1 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1077 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.035063413 -0.11298310 0.16575581 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.028433686 (0.028433686) -0.022981383 (-2.2981384e-05) 0.050502870 (0.050502870) Continuum: degree 0, 1, 2, ... 0.061566499 (0.0094673901) -0.11663270 (0.014141540) 0.094362924 (0.038320281) Chi^2: 1.67426 Continuum [Jy] = 0.0555444 +/- 0.0975721 EQW_rest [um] = 0.041423636 Flux [W m-2] = 7.25187e-19 +/- 1.02370e-18 INTEGRATED FLUX: Flux [W m-2] = -9.32546e-20 +/- 5.70781e-18 ___________________________________ Raster 7, Pixel 1 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1276 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.35973783 0.042288743 0.74406702 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 0.066748013 (0.024359344) -0.074423877 (0.024370959) 0.051554576 (0.018814577) Continuum: degree 0, 1, 2, ... -0.31432384 (0.0098780572) 0.011983696 (0.014615682) 0.60710534 (0.039347184) Chi^2: 1.66992 Continuum [Jy] = -0.315078 +/- 0.117803 EQW_rest [um] = -0.078833018 Flux [W m-2] = 1.73929e-18 +/- 8.96033e-19 INTEGRATED FLUX: Flux [W m-2] = 4.85550e-18 +/- 5.57590e-18 ___________________________________ Raster 7, Pixel 2 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1167 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.13218188 -0.072990808 0.16654523 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 0.024182866 (0.024182866) -0.025407516 (0.015571547) 0.050502870 (0.050502870) Continuum: degree 0, 1, 2, ... -0.10290740 (0.0086780682) -0.088569340 (0.014088833) 0.078437335 (0.035469466) Chi^2: 1.66022 Continuum [Jy] = -0.115049 +/- 0.0918752 EQW_rest [um] = 0.024823686 Flux [W m-2] = 6.16796e-19 +/- 8.70694e-19 INTEGRATED FLUX: Flux [W m-2] = -7.00928e-19 +/- 5.03443e-18 ___________________________________ Raster 7, Pixel 2 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 907 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.078266464 -0.17409092 0.17591257 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 0.025610015 (0.025610015) -0.047983999 (0.0076319619) 0.051554576 (0.051554576) Continuum: degree 0, 1, 2, ... -0.10851837 (0.010317136) -0.15555072 (0.014264341) 0.26604680 (0.039925946) Chi^2: 1.68964 Continuum [Jy] = -0.0521871 +/- 0.121465 EQW_rest [um] = 0.49046342 Flux [W m-2] = 6.67046e-19 +/- 9.41629e-19 INTEGRATED FLUX: Flux [W m-2] = -8.76269e-18 +/- 5.75069e-18 ___________________________________ Raster 7, Pixel 2 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1093 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.24470947 0.044763135 0.23043604 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.022596484 (0.022596484) -0.14091836 (-0.00014091837) 0.050502870 (0.050502870) Continuum: degree 0, 1, 2, ... -0.20562258 (0.0086150666) 0.033654595 (0.014005121) 0.11885806 (0.034961813) Chi^2: 1.66461 Continuum [Jy] = -0.233175 +/- 0.0902750 EQW_rest [um] = 0.060485755 Flux [W m-2] = 5.77429e-19 +/- 8.15121e-19 INTEGRATED FLUX: Flux [W m-2] = -1.84758e-18 +/- 4.87104e-18 ___________________________________ Raster 7, Pixel 2 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1116 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.19466649 -0.032466607 0.40753117 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 0.092606930 (0.024996819) -0.10503405 (0.016100000) 0.051554576 (0.013915810) Continuum: degree 0, 1, 2, ... -0.22332883 (0.0087030147) -0.032283587 (0.013613266) 0.49074544 (0.036068119) Chi^2: 1.67185 Continuum [Jy] = -0.165374 +/- 0.0758159 EQW_rest [um] = 0.0034808542 Flux [W m-2] = 2.41433e-18 +/- 9.19944e-19 INTEGRATED FLUX: Flux [W m-2] = -1.89463e-20 +/- 5.16205e-18 ___________________________________ Raster 7, Pixel 2 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1013 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.058723107 0.029404481 -0.11949394 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.028241461 (0.028241461) -0.13683099 (-0.00013683099) 0.050502870 (0.050502870) Continuum: degree 0, 1, 2, ... -0.00069770012 (0.010676599) 0.043060973 (0.016128096) 0.051824011 (0.042562727) Chi^2: 1.68626 Continuum [Jy] = 0.0486865 +/- 0.126762 EQW_rest [um] = 18.920223 Flux [W m-2] = 7.21632e-19 +/- 1.01868e-18 INTEGRATED FLUX: Flux [W m-2] = -6.51044e-18 +/- 5.45618e-18 ___________________________________ Raster 7, Pixel 3 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1197 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.060817893 -0.082547042 0.22715902 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 0.029161913 (0.029161913) -0.060102347 (0.014140285) 0.050502870 (0.050502870) Continuum: degree 0, 1, 2, ... -0.079256328 (0.0096238090) -0.092764623 (0.014690861) 0.27667259 (0.039183310) Chi^2: 1.66053 Continuum [Jy] = -0.0390074 +/- 0.113222 EQW_rest [um] = 0.40373416 Flux [W m-2] = 7.44213e-19 +/- 1.05056e-18 INTEGRATED FLUX: Flux [W m-2] = -6.95768e-18 +/- 6.18900e-18 ___________________________________ Raster 7, Pixel 3 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 980 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.042014018 -0.099451839 0.13274346 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 0.027125771 (0.027125771) -0.13019709 (0.027514692) 0.050502870 (0.050502870) Continuum: degree 0, 1, 2, ... -0.034383270 (0.0093385072) -0.091577588 (0.014301443) 0.11423865 (0.037647283) Chi^2: 1.67319 Continuum [Jy] = -0.0248977 +/- 0.0974009 EQW_rest [um] = -5.4179394 Flux [W m-2] = 6.93048e-19 +/- 9.78334e-19 INTEGRATED FLUX: Flux [W m-2] = -1.90149e-18 +/- 5.57881e-18 ___________________________________ Raster 7, Pixel 3 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1140 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.29747288 -0.038876018 0.21109918 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 0.022884736 (0.022884736) -0.059876724 (0.022168495) 0.050502870 (0.050502870) Continuum: degree 0, 1, 2, ... -0.27336216 (0.0092504120) -0.047395579 (0.013767841) 0.13855945 (0.036309742) Chi^2: 1.66215 Continuum [Jy] = -0.280197 +/- 0.0977005 EQW_rest [um] = -0.013871379 Flux [W m-2] = 5.84017e-19 +/- 8.24422e-19 INTEGRATED FLUX: Flux [W m-2] = 7.95375e-19 +/- 4.88098e-18 ___________________________________ Raster 7, Pixel 3 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1137 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.23736399 -0.11167965 0.43136138 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 0.047682715 (0.023005944) -0.13090408 (0.029715690) 0.050502870 (0.024366612) Continuum: degree 0, 1, 2, ... -0.24334949 (0.0089425753) -0.10946729 (0.013318035) 0.44781194 (0.035780420) Chi^2: 1.64828 Continuum [Jy] = -0.199348 +/- 0.104973 EQW_rest [um] = -0.058089600 Flux [W m-2] = 1.21828e-18 +/- 8.29756e-19 INTEGRATED FLUX: Flux [W m-2] = 1.61596e-18 +/- 5.03175e-18 ___________________________________ Raster 7, Pixel 3 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 843 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.057633046 -0.020739063 -0.22042082 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.024771930 (0.024771930) -0.023719430 (-2.3719431e-05) 0.050502870 (0.050502870) Continuum: degree 0, 1, 2, ... 0.10306206 (0.0092221678) -0.046442211 (0.014491928) -0.35680610 (0.037070012) Chi^2: 1.68245 Continuum [Jy] = 0.0446989 +/- 0.0912451 EQW_rest [um] = -0.17350850 Flux [W m-2] = 6.31803e-19 +/- 8.91878e-19 INTEGRATED FLUX: Flux [W m-2] = -3.30320e-18 +/- 5.18087e-18 ___________________________________ Raster 7, Pixel 4 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1130 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.20132278 0.15774859 0.27821903 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 0.23743035 (0.029659050) -0.084115012 (0.0077679694) 0.051554576 (0.0064400349) Continuum: degree 0, 1, 2, ... -0.15735854 (0.010395711) 0.12459474 (0.015553858) 0.14041983 (0.040425373) Chi^2: 1.65323 Continuum [Jy] = -0.196003 +/- 0.0713303 EQW_rest [um] = -0.21583832 Flux [W m-2] = 6.18785e-18 +/- 1.09115e-18 INTEGRATED FLUX: Flux [W m-2] = 6.85641e-18 +/- 6.25491e-18 ___________________________________ Raster 7, Pixel 4 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1072 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.0044121773 -0.031833557 0.24832518 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 0.13016429 (0.024330882) -0.12434764 (0.011393247) 0.051554576 (0.0096368083) Continuum: degree 0, 1, 2, ... 0.0024416603 (0.0086589981) -0.031703903 (0.013972397) 0.22769549 (0.036065915) Chi^2: 1.66097 Continuum [Jy] = 0.0148182 +/- 0.0824947 EQW_rest [um] = 2.0600327 Flux [W m-2] = 3.39455e-18 +/- 8.95720e-19 INTEGRATED FLUX: Flux [W m-2] = 3.71503e-18 +/- 5.11952e-18 ___________________________________ Raster 7, Pixel 4 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1013 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.059529638 -0.28721551 0.061730024 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. 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 0.025658623 (0.025658623) -0.14528511 (-0.00014528512) 0.051554576 (0.051554576) Continuum: degree 0, 1, 2, ... -0.088406314 (0.0089429077) -0.27474806 (0.014732864) 0.15308412 (0.037434815) Chi^2: 1.68568 Continuum [Jy] = -0.0307317 +/- 0.113869 EQW_rest [um] = 4.3636796 Flux [W m-2] = 6.69381e-19 +/- 9.44924e-19 INTEGRATED FLUX: Flux [W m-2] = -3.19999e-18 +/- 5.48033e-18 ___________________________________ Raster 7, Pixel 4 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1096 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.34465162 -0.015860041 0.50341018 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 0.24302925 (0.028390779) -0.082907581 (0.0071242427) 0.051554576 (0.0060226272) Continuum: degree 0, 1, 2, ... -0.26170245 (0.0099999376) -0.066178897 (0.015089439) 0.25739817 (0.040447650) Chi^2: 1.66394 Continuum [Jy] = -0.309599 +/- 0.0905118 EQW_rest [um] = -0.15050702 Flux [W m-2] = 6.33364e-18 +/- 1.04447e-18 INTEGRATED FLUX: Flux [W m-2] = 7.00262e-18 +/- 6.12576e-18 ___________________________________ Raster 7, Pixel 4 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1043 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.15475959 -0.027476395 0.37017163 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 0.065262125 (0.024113503) -0.11506756 (0.022272717) 0.050502870 (0.018660151) Continuum: degree 0, 1, 2, ... -0.12491077 (0.0090480774) -0.046881839 (0.015459412) 0.28353244 (0.038454381) Chi^2: 1.68143 Continuum [Jy] = -0.127397 +/- 0.0997916 EQW_rest [um] = -0.16338203 Flux [W m-2] = 1.66700e-18 +/- 8.69476e-19 INTEGRATED FLUX: Flux [W m-2] = 3.42961e-18 +/- 5.09504e-18 ___________________________________ Raster 7, Pixel 5 1 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 967 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.13780761 -0.045108712 -0.035902382 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 0.092552797 (0.027782836) -0.047247721 (0.018732691) 0.051554576 (0.015475841) Continuum: degree 0, 1, 2, ... -0.16223928 (0.010115230) -0.038608156 (0.015829653) 0.036396853 (0.041086411) Chi^2: 1.67318 Continuum [Jy] = -0.136497 +/- 0.113864 EQW_rest [um] = -0.0042109991 Flux [W m-2] = 2.41063e-18 +/- 1.02151e-18 INTEGRATED FLUX: Flux [W m-2] = -3.21298e-19 +/- 5.95420e-18 ___________________________________ Raster 7, Pixel 5 2 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 892 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.096550670 -0.10003430 0.18127112 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 0.022848277 (0.022848277) -0.11249564 (0.0084936798) 0.051554576 (0.051554576) Continuum: degree 0, 1, 2, ... -0.090123962 (0.0087359662) -0.10837251 (0.013793067) 0.16122362 (0.035309521) Chi^2: 1.69257 Continuum [Jy] = -0.0760953 +/- 0.0836605 EQW_rest [um] = 0.25207834 Flux [W m-2] = 5.95744e-19 +/- 8.40976e-19 INTEGRATED FLUX: Flux [W m-2] = -3.47719e-18 +/- 4.30281e-18 ___________________________________ Raster 7, Pixel 5 3 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1180 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.34437166 -0.079138042 0.49312303 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 0.24963074 (0.025221282) -0.058637105 (0.0061744146) 0.051554576 (0.0052087834) Continuum: degree 0, 1, 2, ... -0.25171777 (0.0094907661) -0.13773126 (0.014052775) 0.21940663 (0.037189824) Chi^2: 1.67757 Continuum [Jy] = -0.304172 +/- 0.113307 EQW_rest [um] = -0.23570528 Flux [W m-2] = 6.50309e-18 +/- 9.27498e-19 INTEGRATED FLUX: Flux [W m-2] = 1.08553e-17 +/- 5.39704e-18 ___________________________________ Raster 7, Pixel 5 4 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1101 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.17380976 -0.011510546 0.52913874 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 0.082023072 (0.023416441) -0.073124621 (0.019078266) 0.051554576 (0.014718111) Continuum: degree 0, 1, 2, ... -0.19651606 (0.0089941886) -0.0032668621 (0.014402061) 0.59995317 (0.036885895) Chi^2: 1.66934 Continuum [Jy] = -0.136363 +/- 0.107172 EQW_rest [um] = -0.033219094 Flux [W m-2] = 2.13728e-18 +/- 8.61331e-19 INTEGRATED FLUX: Flux [W m-2] = 1.03680e-18 +/- 5.35148e-18 ___________________________________ Raster 7, Pixel 5 5 Using smoothed velocity map to refine 1st guess of line centroid Sigma-clipping (5-sigma): 1163 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.16401908 -0.12516224 0.20658768 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 0.019729776 (0.023584396) -0.10553424 (0.074919042) 0.050502870 (0.060369649) Continuum: degree 0, 1, 2, ... -0.27337641 (0.0084085308) -0.051549023 (0.013909145) 0.53473208 (0.034924625) Chi^2: 1.69414 Continuum [Jy] = -0.138584 +/- 0.0841594 EQW_rest [um] = 0.10289643 Flux [W m-2] = 5.03880e-19 +/- 8.50264e-19 INTEGRATED FLUX: Flux [W m-2] = -4.76248e-18 +/- 5.02522e-18