PACSman version: 
3.52
Number of cycles: 1
Building RA and DEC cubes
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Analyzing raster 1
Number of data points: 4915200
Building mask cube
blindpixels: 0, nodB: 0
/!\ WARNING: some ramps are saturated !
/!\ WARNING: some ramps are saturated !
saturation: 44, nodB: 26
rawsaturation: 0, nodB: 0
noisypixels: 119040, nodB: 119040
badpixels: 47616, nodB: 47616
gratmove: 0, nodB: 0
glitch: 411923, nodB: 411117
outliers: 8677, nodB: 7618
Mask cube written in OI63/cubeAcubeB_mask.fits
___________________________________
Raster 1, Pixel 1 1
Sigma-clipping (5-sigma): 5177 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.098319647
0.29416476
3.8373205
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
0.18203250 (0.070901811)
-0.0042630578 (0.0041334980)
0.0089633372 (0.0034912272)
Continuum: degree 0, 1, 2, ...
-0.067991140 (0.028297156)
0.23320173 (0.24606061)
0.24409257 (4.0523213)
Chi^2: 1.65635
Continuum [Jy]        = -0.0913826 +/-  0.222293
EQW_rest [um]          = -0.086415177
Flux [W m-2]          = 3.07424e-18 +/- 1.69477e-18
INTEGRATED FLUX: 
Flux [W m-2]          = 4.01291e-18 +/- 8.03124e-18
___________________________________
Raster 1, Pixel 1 2
Sigma-clipping (5-sigma): 3971 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.10797915
0.63688750
1.6898467
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
0.060925798 (0.060925798)
-0.0025531037 (0.0029873991)
0.0077663022 (0.0077663022)
Continuum: degree 0, 1, 2, ...
-0.086461152 (0.022233062)
0.54396419 (0.19788005)
-0.20976368 (3.2125416)
Chi^2: 1.68635
Continuum [Jy]        = -0.104949 +/-  0.155386
EQW_rest [um]          = 0.016622311
Flux [W m-2]          = 8.91479e-19 +/- 1.26176e-18
INTEGRATED FLUX: 
Flux [W m-2]          = -1.17183e-18 +/- 6.38657e-18
___________________________________
Raster 1, Pixel 1 3
Sigma-clipping (5-sigma): 3457 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.060728818
0.55684465
2.4399359
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
0.12896639 (0.054941068)
-0.0071363829 (0.0041051122)
0.0077663022 (0.0033085283)
Continuum: degree 0, 1, 2, ...
-0.069119166 (0.020084297)
0.52815961 (0.18064106)
3.6614728 (2.9250492)
Chi^2: 1.69995
Continuum [Jy]        = -0.0562757 +/-  0.138455
EQW_rest [um]          = -0.028825694
Flux [W m-2]          = 1.88734e-18 +/- 1.13798e-18
INTEGRATED FLUX: 
Flux [W m-2]          = 2.13151e-18 +/- 5.85348e-18
___________________________________
Raster 1, Pixel 1 4
Sigma-clipping (5-sigma): 3618 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.0022344428
-0.22946297
-6.8882672
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
0.054310743 (0.054310743)
0.0091441208 (9.1441213e-06)
0.0089633372 (0.0089633372)
Continuum: degree 0, 1, 2, ...
-0.054948619 (0.021541647)
-0.090005188 (0.18571769)
-1.4026316 (3.0600460)
Chi^2: 1.69759
Continuum [Jy]        = -0.0145174 +/-  0.191987
EQW_rest [um]          = 0.072495601
Flux [W m-2]          = 9.16833e-19 +/- 1.29764e-18
INTEGRATED FLUX: 
Flux [W m-2]          = -3.44176e-18 +/- 5.98963e-18
___________________________________
Raster 1, Pixel 1 5
Sigma-clipping (5-sigma): 3628 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.039276082
1.1194799
-7.9213802
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
0.077746953 (0.077746953)
0.0010738926 (0.0078639357)
0.0077663022 (0.0077663022)
Continuum: degree 0, 1, 2, ...
-0.044630671 (0.028427501)
1.1072573 (0.25556047)
-8.4297147 (4.1410167)
Chi^2: 1.69368
Continuum [Jy]        = -0.0535134 +/-  0.274575
EQW_rest [um]          = 0.15511477
Flux [W m-2]          = 1.13748e-18 +/- 1.60993e-18
INTEGRATED FLUX: 
Flux [W m-2]          = -2.72228e-18 +/- 8.23649e-18
___________________________________
Raster 1, Pixel 2 1
Sigma-clipping (5-sigma): 3480 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.083175465
0.11609797
-1.8527543
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
0.12400346 (0.055582823)
-0.00038859128 (0.0042236868)
0.0077663022 (0.0034811368)
Continuum: degree 0, 1, 2, ...
-0.083107659 (0.020376126)
0.13364520 (0.18398451)
-1.0932031 (2.9565168)
Chi^2: 1.70006
Continuum [Jy]        = -0.0864798 +/-  0.181652
EQW_rest [um]          = -0.00011548854
Flux [W m-2]          = 1.81432e-18 +/- 1.15102e-18
INTEGRATED FLUX: 
Flux [W m-2]          = -2.42463e-19 +/- 5.83747e-18
___________________________________
Raster 1, Pixel 2 2
Sigma-clipping (5-sigma): 3063 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.21810581
0.15031520
11.530023
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
0.095971364 (0.055812705)
0.0025600522 (0.0054930436)
0.0077663022 (0.0045165382)
Continuum: degree 0, 1, 2, ...
-0.21467967 (0.020077857)
0.12214113 (0.18052301)
11.632664 (2.9066790)
Chi^2: 1.70257
Continuum [Jy]        = -0.197121 +/-  0.180081
EQW_rest [um]          = -0.015214782
Flux [W m-2]          = 1.40405e-18 +/- 1.15568e-18
INTEGRATED FLUX: 
Flux [W m-2]          = 2.81881e-18 +/- 6.46977e-18
___________________________________
Raster 1, Pixel 2 3
Sigma-clipping (5-sigma): 3931 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.056659280
-0.14930292
-9.1633408
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
0.054516002 (0.054516002)
0.00081471760 (0.014773538)
0.0077663022 (0.0077663022)
Continuum: degree 0, 1, 2, ...
-0.076604836 (0.019951712)
-0.20470361 (0.18464528)
-6.9680448 (2.9581907)
Chi^2: 1.69456
Continuum [Jy]        = -0.0735153 +/-  0.298608
EQW_rest [um]          = 0.026688386
Flux [W m-2]          = 7.97604e-19 +/- 1.12889e-18
INTEGRATED FLUX: 
Flux [W m-2]          = -8.64790e-19 +/- 5.63173e-18
___________________________________
Raster 1, Pixel 2 4
Sigma-clipping (5-sigma): 3180 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.11965722
0.13809633
9.8231355
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
0.14991096 (0.055334550)
0.0083031348 (0.0038893593)
0.0089633372 (0.0033085120)
Continuum: degree 0, 1, 2, ...
-0.082748368 (0.021751421)
0.066817451 (0.19305738)
5.0474239 (3.1318548)
Chi^2: 1.69194
Continuum [Jy]        = -0.102132 +/-  0.190421
EQW_rest [um]          = -0.035002484
Flux [W m-2]          = 2.53075e-18 +/- 1.32214e-18
INTEGRATED FLUX: 
Flux [W m-2]          = 2.38988e-18 +/- 6.19073e-18
___________________________________
Raster 1, Pixel 2 5
Sigma-clipping (5-sigma): 3624 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.053288878
-0.28418090
10.839998
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
0.060331874 (0.060331874)
0.0043395462 (0.011335671)
0.0077663022 (0.0077663022)
Continuum: degree 0, 1, 2, ...
0.0033492285 (0.022132317)
-0.29708604 (0.20213882)
5.3564957 (3.2402425)
Chi^2: 1.69398
Continuum [Jy]        = -0.0339337 +/-  0.178032
EQW_rest [um]          = -2.7453366
Flux [W m-2]          = 8.82596e-19 +/- 1.24918e-18
INTEGRATED FLUX: 
Flux [W m-2]          = 3.64956e-18 +/- 6.29165e-18
___________________________________
Raster 1, Pixel 3 1
Sigma-clipping (5-sigma): 3457 readouts
1st guess Continuum: degree 0, 1, 2, ...
0.064128317
-1.4161671
-15.968174
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
0.059530875 (0.059530875)
-0.0091441208 (-9.1441213e-06)
0.0089633372 (0.0089633372)
Continuum: degree 0, 1, 2, ...
0.053560557 (0.023436102)
-1.3201521 (0.20872799)
-15.377194 (3.3906111)
Chi^2: 1.69794
Continuum [Jy]        = 0.0351086 +/-  0.202317
EQW_rest [um]          = -0.044100584
Flux [W m-2]          = 1.00554e-18 +/- 1.42319e-18
INTEGRATED FLUX: 
Flux [W m-2]          = -3.65759e-18 +/- 6.61711e-18
___________________________________
Raster 1, Pixel 3 2
Sigma-clipping (5-sigma): 3432 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.14029003
0.60927208
-1.4242278
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
0.13976695 (0.054872276)
0.0054915623 (0.0037283976)
0.0077663022 (0.0030490375)
Continuum: degree 0, 1, 2, ...
-0.096443357 (0.020146311)
0.53853501 (0.18252477)
-5.7577577 (2.9320620)
Chi^2: 1.70064
Continuum [Jy]        = -0.142895 +/-  0.188975
EQW_rest [um]          = -0.036542596
Flux [W m-2]          = 2.04458e-18 +/- 1.13610e-18
INTEGRATED FLUX: 
Flux [W m-2]          = 2.71222e-18 +/- 5.72604e-18
___________________________________
Raster 1, Pixel 3 3
Sigma-clipping (5-sigma): 3250 readouts
1st guess Continuum: degree 0, 1, 2, ...
-8.2921967e-12
-1.9040383e-10
-3.3010326e-09
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
0.12182746 (0.051705510)
-0.0091441208 (-9.1441213e-06)
0.0089633372 (0.0038041826)
Continuum: degree 0, 1, 2, ...
-0.027249858 (0.020361914)
-0.40723549 (0.17900401)
1.1192486 (2.9050691)
Chi^2: 1.70103
Continuum [Jy]        = -1.42154e-11 +/-  0.163240
EQW_rest [um]          = -0.082043962
Flux [W m-2]          = 2.05779e-18 +/- 1.23611e-18
INTEGRATED FLUX: 
Flux [W m-2]          = 1.14830e-18 +/- 5.75627e-18
___________________________________
Raster 1, Pixel 3 4
Sigma-clipping (5-sigma): 3345 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.10134086
-0.21862103
12.496237
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
0.19430872 (0.055527652)
-0.0072147455 (0.0030176173)
0.0089633372 (0.0025614552)
Continuum: degree 0, 1, 2, ...
-0.089447847 (0.021678209)
-0.26307173 (0.19161961)
11.657694 (3.0997886)
Chi^2: 1.70270
Continuum [Jy]        = -0.0790567 +/-  0.179104
EQW_rest [um]          = -0.076473580
Flux [W m-2]          = 3.28187e-18 +/- 1.32740e-18
INTEGRATED FLUX: 
Flux [W m-2]          = 3.80727e-18 +/- 5.98558e-18
___________________________________
Raster 1, Pixel 3 5
Sigma-clipping (5-sigma): 3505 readouts
1st guess Continuum: degree 0, 1, 2, ...
-1.4787079e-13
-4.0129302e-12
-5.8573709e-11
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
0.050717086 (0.050717086)
-0.0091441208 (-9.1441213e-06)
0.0089633372 (0.0089633372)
Continuum: degree 0, 1, 2, ...
0.015851607 (0.020073537)
-0.67417008 (0.17671560)
-3.2251167 (2.8533296)
Chi^2: 1.69904
Continuum [Jy]        = -2.53515e-13 +/-  0.165411
EQW_rest [um]          = -1.6579439
Flux [W m-2]          = 8.56663e-19 +/- 1.21248e-18
INTEGRATED FLUX: 
Flux [W m-2]          = -1.65695e-18 +/- 5.49185e-18
___________________________________
Raster 1, Pixel 4 1
Sigma-clipping (5-sigma): 3286 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.23835386
0.39246449
-1.9069047
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
0.0094407011 (0.062434794)
0.0091441208 (9.1441213e-06)
0.0089633372 (0.059277812)
Continuum: degree 0, 1, 2, ...
-0.19018302 (0.024564775)
0.36788899 (0.21763050)
-7.3101624 (3.5174145)
Chi^2: 1.69812
Continuum [Jy]        = -0.241755 +/-  0.221340
EQW_rest [um]          = -0.028719750
Flux [W m-2]          = 1.59371e-19 +/- 1.49175e-18
INTEGRATED FLUX: 
Flux [W m-2]          = 3.78795e-18 +/- 6.81624e-18
___________________________________
Raster 1, Pixel 4 2
Sigma-clipping (5-sigma): 3344 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.12979617
0.14278055
-6.9643376
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
0.062210342 (0.062210342)
-0.0015184339 (0.0043072538)
0.0077663022 (0.0077663022)
Continuum: degree 0, 1, 2, ...
-0.074757319 (0.023048432)
0.18961518 (0.20894592)
-12.063337 (3.3401536)
Chi^2: 1.69646
Continuum [Jy]        = -0.142213 +/-  0.190697
EQW_rest [um]          = -0.0074918826
Flux [W m-2]          = 9.10245e-19 +/- 1.28832e-18
INTEGRATED FLUX: 
Flux [W m-2]          = 2.17806e-19 +/- 7.31386e-18
___________________________________
Raster 1, Pixel 4 3
Sigma-clipping (5-sigma): 3389 readouts
1st guess Continuum: degree 0, 1, 2, ...
-4.0857139e-14
3.2963895e-12
-2.5088694e-12
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
0.16568233 (0.056953363)
-0.0013896857 (0.0032600755)
0.0077663022 (0.0026696693)
Continuum: degree 0, 1, 2, ...
-0.028041477 (0.021247450)
0.56046422 (0.19167123)
2.3128689 (3.0960527)
Chi^2: 1.69828
Continuum [Jy]        = -4.53903e-14 +/-  0.197768
EQW_rest [um]          = -0.99830507
Flux [W m-2]          = 2.42421e-18 +/- 1.17944e-18
INTEGRATED FLUX: 
Flux [W m-2]          = 2.89016e-18 +/- 6.67478e-18
___________________________________
Raster 1, Pixel 4 4
Sigma-clipping (5-sigma): 3461 readouts
1st guess Continuum: degree 0, 1, 2, ...
3.7304944e-14
-2.8463751e-12
2.7258812e-13
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
0.093637868 (0.062271936)
-0.00027332715 (0.0063331052)
0.0077663022 (0.0051648194)
Continuum: degree 0, 1, 2, ...
0.022988137 (0.022860181)
-0.43760834 (0.20691212)
-1.9145898 (3.3528659)
Chi^2: 1.69510
Continuum [Jy]        = 3.77912e-14 +/-  0.227008
EQW_rest [um]          = -0.19898648
Flux [W m-2]          = 1.37003e-18 +/- 1.28954e-18
INTEGRATED FLUX: 
Flux [W m-2]          = 2.79264e-18 +/- 6.66850e-18
___________________________________
Raster 1, Pixel 4 5
Sigma-clipping (5-sigma): 3079 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.096709938
-0.19591286
9.0719506
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
0.19189057 (0.060961746)
-0.0090666769 (0.0033731094)
0.0089633372 (0.0028475640)
Continuum: degree 0, 1, 2, ...
-0.075092042 (0.023482640)
-0.20920664 (0.20653976)
7.3100706 (3.3387864)
Chi^2: 1.70282
Continuum [Jy]        = -0.0805212 +/-  0.178749
EQW_rest [um]          = -0.034146791
Flux [W m-2]          = 3.24122e-18 +/- 1.45739e-18
INTEGRATED FLUX: 
Flux [W m-2]          = 1.38755e-18 +/- 6.67649e-18
___________________________________
Raster 1, Pixel 5 1
Sigma-clipping (5-sigma): 3397 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.10140962
0.13249367
-3.9534850
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
0.063370093 (0.063370093)
0.00057630187 (0.016103434)
0.0077663022 (0.0077663022)
Continuum: degree 0, 1, 2, ...
-0.10060649 (0.022912656)
0.22912992 (0.20728972)
-3.6979270 (3.3606209)
Chi^2: 1.70301
Continuum [Jy]        = -0.108459 +/-  0.248112
EQW_rest [um]          = 0.021805488
Flux [W m-2]          = 9.27152e-19 +/- 1.31225e-18
INTEGRATED FLUX: 
Flux [W m-2]          = -1.92604e-18 +/- 6.44570e-18
___________________________________
Raster 1, Pixel 5 2
Sigma-clipping (5-sigma): 3934 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.034948746
-1.1484661
5.1008588
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
0.023524971 (0.055632547)
0.0091441208 (9.1441213e-06)
0.0089633372 (0.021196764)
Continuum: degree 0, 1, 2, ...
-0.070531526 (0.021883475)
-1.1940318 (0.19188313)
8.6042703 (3.1236286)
Chi^2: 1.68616
Continuum [Jy]        = -0.0258033 +/-  0.185925
EQW_rest [um]          = -0.035291814
Flux [W m-2]          = 3.97131e-19 +/- 1.32922e-18
INTEGRATED FLUX: 
Flux [W m-2]          = 1.06204e-18 +/- 6.04437e-18
___________________________________
Raster 1, Pixel 5 3
Sigma-clipping (5-sigma): 3617 readouts
1st guess Continuum: degree 0, 1, 2, ...
0.059817742
0.83649193
-0.60750679
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
0.055352676 (0.057691723)
-0.0051323298 (0.0098588185)
0.0077663022 (0.0080944840)
Continuum: degree 0, 1, 2, ...
0.041850916 (0.020935844)
0.83268345 (0.19205309)
0.72948711 (3.0869274)
Chi^2: 1.69199
Continuum [Jy]        = 0.0587341 +/-  0.176602
EQW_rest [um]          = 0.086208292
Flux [W m-2]          = 8.09998e-19 +/- 1.19488e-18
INTEGRATED FLUX: 
Flux [W m-2]          = 1.26613e-18 +/- 6.15165e-18
___________________________________
Raster 1, Pixel 5 4
Sigma-clipping (5-sigma): 5056 readouts
1st guess Continuum: degree 0, 1, 2, ...
0.11861633
-0.10774056
-12.480394
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
0.23716730 (0.093186593)
0.0024674343 (0.0037652300)
0.0077663022 (0.0030514967)
Continuum: degree 0, 1, 2, ...
0.064951941 (0.032842837)
-0.13528421 (0.29629518)
-7.3483420 (4.9034704)
Chi^2: 1.62184
Continuum [Jy]        = 0.0954896 +/-  0.287260
EQW_rest [um]          = 0.0070381264
Flux [W m-2]          = 3.46973e-18 +/- 1.92956e-18
INTEGRATED FLUX: 
Flux [W m-2]          = 8.37901e-19 +/- 1.13550e-17
___________________________________
Raster 1, Pixel 5 5
Sigma-clipping (5-sigma): 3057 readouts
1st guess Continuum: degree 0, 1, 2, ...
-0.10051379
0.017339510
0.86415052
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
0.073466772 (0.058637068)
-0.0091441208 (-9.1441213e-06)
0.0089633372 (0.0071540344)
Continuum: degree 0, 1, 2, ...
-0.092693166 (0.023188388)
0.068315457 (0.20591243)
-0.49307929 (3.3645556)
Chi^2: 1.69655
Continuum [Jy]        = -0.0989729 +/-  0.218830
EQW_rest [um]          = -0.014485125
Flux [W m-2]          = 1.24093e-18 +/- 1.40182e-18
INTEGRATED FLUX: 
Flux [W m-2]          = 1.38844e-18 +/- 6.47132e-18