Thu Jul 6 20:53:07 UTC 2023 - XTgrid v32.3009 - MAIDS-Brenda -
Fit grade: A - Spectral type: B1.5I - Notes: final
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x= | y= | χ2=2.17 | SNR=100 | RV1=13.1 | #1 | |||||
| R=12600 | ||||||||||||||
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x= | y= | χ2=2.35 | SNR=100 | RV1=13.2 | #2 | |||||
| R=12600 | ||||||||||||||
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x= | y= | χ2=3.46 | SNR=100 | RV1=8.7 | #3 | |||||
| R=12600 | ||||||||||||||
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x= | y= | χ2=1.81 | SNR=100 | RV1=x18.0 | #4 | |||||
| R=13900 | ||||||||||||||
Note:
Total calculation time with error analysis: 199d 9h 13m - threads: 2
Runtime: 140d 22h 17m - threads: 2
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Total calculation time with error analysis: 199d 9h 13m - threads: 2
Runtime: 140d 22h 17m - threads: 2
Model SED (not fitted):
Target: 06:09:43.99 +23:06:48.47 SIMBAD Search radius: 2" VizieR photometry viewer (SED data) Reference band: 2MASS_J:12390.1660605:2.97829548682e-12 Galactic coordinates (l, b): 187.82 1.769 Ecliptic coordinates (lam, bet): 92.238 -0.304 (W3/W4 zodiacal foreground emission) User supplied value: E(B-V) = 0.4 mag (applied: data dereddened) StilISM 3D dust map |
Data used (black-green data points):
Filter WL_A Flam_obs Flam_syn Fnu_obs Fnu_syn reldff ABmagdff
SDSS:u 3594 7.059e-12 6.934e+08 3.043e-23 2.989e-03 -98220214781866770432.000 +49.981
SDSS:g 4640 1.852e-12 3.729e+08 1.330e-23 2.679e-03 -201399287995725414400.000 +50.760
GAIA2:Gbp 5017 7.228e-11 2.921e+08 6.070e-22 2.453e-03 -4041163500230173184.000 +46.516
GAIA3:Gbp 5035 7.408e-11 3.122e+08 6.266e-22 2.641e-03 -4214071640387906048.000 +46.562
GAIA3:G 5822 4.229e-11 1.937e+08 4.783e-22 2.191e-03 -4580530742400402432.000 +46.652
SDSS:r 6122 9.262e-13 1.470e+08 1.158e-23 1.838e-03 -158723715732066107392.000 +50.502
PS1:r 6156 8.836e-12 1.459e+08 1.117e-22 1.845e-03 -16512525901774635008.000 +48.045
GAIA2:G 6230 3.740e-11 1.578e+08 4.841e-22 2.043e-03 -4219105745873486336.000 +46.563
SDSS:i 7439 8.488e-13 7.467e+07 1.567e-23 1.379e-03 -87976835684333207552.000 +49.861
GAIA2:Grp 7593 1.833e-11 6.878e+07 3.525e-22 1.323e-03 -3753089637332187136.000 +46.436
GAIA3:Grp 7619 1.896e-11 7.138e+07 3.671e-22 1.383e-03 -3765846040364432896.000 +46.440
PS1:z 8668 8.925e-12 4.579e+07 2.237e-22 1.148e-03 -5130745850621474816.000 +46.775
SDSS:z 8897 7.820e-12 4.181e+07 2.065e-22 1.104e-03 -5346002138053075968.000 +46.820
PS1:y 9613 6.449e-12 3.201e+07 1.988e-22 9.867e-04 -4963082083468187648.000 +46.739
2MASS:J 12350 2.978e-12 1.273e+07 1.515e-22 6.479e-04 -4275600424622880768.000 +46.577
2MASS:H 16620 1.177e-12 4.363e+06 1.084e-22 4.020e-04 -3708174458442830336.000 +46.423
2MASS:Ks 21590 4.426e-13 1.541e+06 6.881e-23 2.396e-04 -3481546937256099328.000 +46.354
WISE:W1 33526 7.747e-14 2.850e+05 2.904e-23 1.069e-04 -3679363052228479488.000 +46.414
WISE:W2 46028 2.947e-14 8.209e+04 2.083e-23 5.801e-05 -2785731867314500608.000 +46.112Model parameters after 92 iterations:
Temperature K ax18400 Mass fraction log(ε/ε☉)Log g cm/s/s 2.343 β h=5.940e-01 0.00
nHe/nH abundance x1.700-1he βhe=4.010e-01 0.30
nC/nH abundance 1.941-4c β c=1.374e-03 -0.14
nN/nH abundance 1.320-4n β n=1.090e-03 0.29
nO/nH abundance 3.981-4o β o=3.754e-03 -0.09
nNe/nH abundance x8.500-5ne βne=1.011e-03 -0.00
nNa/nH abundance x1.700-6na βna=2.303e-05 -0.01
nMg/nH abundance x3.900-5mg βmg=5.587e-04 -0.01
nAl/nH abundance x2.800-6al βal=4.453e-05 -0.00
nSi/nH abundance x3.100-5si βsi=5.131e-04 -0.02
nP/nH abundance x3.000-7p β p=5.476e-06 0.07
nS/nH abundance x2.000-5s β s=3.780e-04 0.18
nCa/nH abundance x2.000-6ca βca=4.724e-05 -0.04
nCr/nH abundance x5.000-7cr βcr=1.532e-05 0.06
nFe/nH abundance x3.000-5fe βfe=9.874e-04 -0.02
nNi/nH abundance x2.000-6ni βni=6.918e-05 0.08
Terminal velocity km/s ax1.093+3vinf
Mass loss rate Msun/yr ax2.353-7mdot
Beta β ax2.000+0beta
Radius Rsun x5.500+1rstar
Microturbulence km/s ax9.997+0vturb
Clumping factor x1.000+0fillfac
Projected rotation km/s R63.2
Reduced chi-square232.657
Iteration type and number 3ITER092Mass fraction sum = 1.00494137795
Total particle number density, nucleon number density, mean particle weight:
YTOT=1.1709365 WMY =1.69674553532 WMM =2.42371279318e-24
Level structure:
30,30,30 [HI_ISF] 69,69,69 [HeI_ISF] 30,30,30 [He2_ISF] 92,92,322 [C2_ISF] 99,99,243 [CIII_ISF] 64,64,64 [CIV_ISF] 59,59,105 [N2_ISF] 57,57,287 [NIII_ISF] 44,44,70 [NIV_ISF] 41,41,49 [NV_ISF] 155,155,274 [O2_ISF] 36,36,104 [OIII_ISF] 30,30,64 [OIV_ISF] 32,32,56 [OV_ISF] 14,14,48 [Ne2_ISF] 23,23,71 [NeIII_ISF] 17,17,52 [NeIV_ISF] 36,36,44 [Mg2_ISF] 27,27,53 [Sk2_ISF] 51,51,90 [SkIII_ISF] 66,66,66 [SkIV_ISF] 39,39,78 [SIII_ISF] 40,40,108 [SIV_ISF] 37,37,144 [SV_ISF] 24,24,295 [Fe2_ISF] 65,65,607 [FeIII_ISF] 100,100,1000 [FeIV_ISF] 139,139,1000 [FeV_ISF] 59,59,1000 [FeSIX_ISF] 27,27,158 [Nk2_ISF] 24,24,150 [NkIII_ISF] 36,36,200 [NkIV_ISF] 46,46,183 [NkV_ISF] 40,40,182 [NkSIX_ISF]
Convergence log:
T-logg correlation map:
1-dimension confidence intervals:
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T 17664 2.343 17664 80.925 -0.040 T 18032 2.343 18032 18.398 -0.020 T 18400 2.343 18400.0 0.000 0.000 T 18768 2.343 18768 -28.811 0.020 T 19136 2.343 19136 -9.254 0.040 T 19504 2.343 19504 14.846 0.060 |
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G 18400 2.097 2.097 137.697 -0.105 G 18400 2.202 2.202 -29.712 -0.060 G 18400 2.238 2.238 -72.744 -0.045 G 18400 2.273 2.273 -81.586 -0.030 G 18400 2.308 2.308 -64.824 -0.015 G 18400 2.343 2.34301675978 0.000 0.000 G 18400 2.378 2.378 62.329 0.015 G 18400 2.413 2.413 117.892 0.030 |
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HE 18400 2.343 1.400e-02he 205.339 0.082 HE 18400 2.343 8.330e-02he -50.789 0.490 HE 18400 2.343 1.190e-01he -47.923 0.700 HE 18400 2.343 1.707e-01 0.000 1.000 HE 18400 2.343 2.429e-01he 51.301 1.429 HE 18400 2.343 3.469e-01he 51.301 2.041 HE 18400 2.343 4.956e-01 0.000 2.915 HE 18400 2.343 7.080e-01 0.000 4.165 |
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C 18400 2.343 6.657e-05c 47.284 0.343 C 18400 2.343 9.510e-05c -2.980 0.490 C 18400 2.343 1.359e-04c -19.977 0.700 C 18400 2.343 1.941e-04 0.000 1.000 C 18400 2.343 2.772e-04c 60.885 1.429 C 18400 2.343 3.961e-04c 163.165 2.041 |
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N 18400 2.343 6.468e-05n 85.059 0.490 N 18400 2.343 9.240e-05n 1.247 0.700 N 18400 2.343 1.320e-04 0.000 1.000 N 18400 2.343 1.886e-04n 113.919 1.429 N 18400 2.343 2.694e-04n 386.378 2.041 |
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O 18400 2.343 1.950e-04o 73.668 0.490 O 18400 2.343 2.786e-04o 17.506 0.700 O 18400 2.343 3.980e-04 0.000 1.000 O 18400 2.343 5.687e-04o 26.786 1.429 O 18400 2.343 8.124e-04o 123.023 2.041 |
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NE 18400 2.343 8.495e-05 0.000 1.000 NE 18400 2.343 1.214e-04ne 0.004 1.429 NE 18400 2.343 1.735e-04ne -0.014 2.041 NE 18400 2.343 2.478e-04ne -0.041 2.915 NE 18400 2.343 3.540e-04ne -0.041 4.165 |
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NA 18400 2.343 1.400e-07na 10.297 0.082 NA 18400 2.343 8.330e-07 0.000 0.490 NA 18400 2.343 1.190e-06 0.000 0.700 NA 18400 2.343 1.707e-06 0.000 1.000 NA 18400 2.343 2.429e-06 0.000 1.429 NA 18400 2.343 3.469e-06 0.000 2.041 NA 18400 2.343 4.956e-06 0.000 2.915 NA 18400 2.343 7.080e-06na 10.339 4.165 |
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MG 18400 2.343 1.338e-05mg 2.126 0.343 MG 18400 2.343 1.911e-05mg -1.091 0.490 MG 18400 2.343 2.730e-05mg -1.193 0.700 MG 18400 2.343 3.901e-05 0.000 1.000 MG 18400 2.343 5.571e-05mg 3.537 1.429 MG 18400 2.343 7.959e-05mg 9.451 2.041 |
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AL 18400 2.343 9.604e-07 0.000 0.343 AL 18400 2.343 1.372e-06 0.000 0.490 AL 18400 2.343 1.960e-06al -0.340 0.700 AL 18400 2.343 2.800e-06 0.000 1.000 AL 18400 2.343 4.000e-06 0.000 1.429 AL 18400 2.343 5.714e-06 0.000 2.041 AL 18400 2.343 8.163e-06 0.000 2.915 AL 18400 2.343 1.166e-05 0.000 4.165 |
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SI 18400 2.343 1.519e-05si 21.523 0.490 SI 18400 2.343 2.170e-05si 8.089 0.700 SI 18400 2.343 3.100e-05 0.000 1.000 SI 18400 2.343 4.429e-05si -3.315 1.429 SI 18400 2.343 6.327e-05si -0.529 2.041 SI 18400 2.343 9.038e-05si 9.425 2.915 |
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P 18400 2.343 2.471e-08p 10.320 0.082 P 18400 2.343 1.470e-07 0.000 0.490 P 18400 2.343 2.100e-07 0.000 0.700 P 18400 2.343 3.013e-07 0.000 1.000 P 18400 2.343 4.286e-07 0.000 1.429 P 18400 2.343 6.122e-07 0.000 2.041 P 18400 2.343 8.746e-07 0.000 2.915 P 18400 2.343 1.249e-06p 10.315 4.165 |
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S 18400 2.343 1.938e-07s -7.928 0.010 S 18400 2.343 1.647e-06s -6.917 0.082 S 18400 2.343 9.800e-06s -4.914 0.490 S 18400 2.343 1.400e-05s -3.012 0.700 S 18400 2.343 1.938e-05 0.000 1.000 S 18400 2.343 2.857e-05s 3.371 1.429 S 18400 2.343 4.082e-05s 7.905 2.041 S 18400 2.343 5.831e-05s 13.782 2.915 S 18400 2.343 8.330e-05s 48.659 4.165 |
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CA 18400 2.343 1.647e-07ca 10.309 0.082 CA 18400 2.343 9.800e-07 0.000 0.490 CA 18400 2.343 1.400e-06 0.000 0.700 CA 18400 2.343 2.009e-06 0.000 1.000 CA 18400 2.343 2.857e-06 0.000 1.429 CA 18400 2.343 4.082e-06 0.000 2.041 CA 18400 2.343 5.831e-06 0.000 2.915 CA 18400 2.343 8.330e-06ca 10.388 4.165 |
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CR 18400 2.343 4.118e-08cr 10.283 0.082 CR 18400 2.343 2.450e-07 0.000 0.490 CR 18400 2.343 3.500e-07 0.000 0.700 CR 18400 2.343 5.022e-07 0.000 1.000 CR 18400 2.343 7.143e-07 0.000 1.429 CR 18400 2.343 1.020e-06 0.000 2.041 CR 18400 2.343 1.458e-06 0.000 2.915 CR 18400 2.343 2.082e-06cr 10.340 4.165 |
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FE 18400 2.343 1.029e-05fe 1.262 0.343 FE 18400 2.343 1.470e-05fe -1.543 0.490 FE 18400 2.343 2.100e-05fe -2.035 0.700 FE 18400 2.343 3.000e-05 0.000 1.000 FE 18400 2.343 4.286e-05fe 6.002 1.429 FE 18400 2.343 6.122e-05fe 17.394 2.041 |
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NI 18400 2.343 1.647e-07ni 6.360 0.082 NI 18400 2.343 9.800e-07ni -0.044 0.490 NI 18400 2.343 1.400e-06ni -0.037 0.700 NI 18400 2.343 2.009e-06 0.000 1.000 NI 18400 2.343 2.857e-06 0.000 1.429 NI 18400 2.343 4.082e-06ni 0.017 2.041 NI 18400 2.343 5.831e-06ni 0.051 2.915 NI 18400 2.343 8.330e-06ni 14.130 4.165 |
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VINF 18400 2.343 8.998e+01vinf 643.211 0.082 VINF 18400 2.343 5.353e+02vinf -35.425 0.490 VINF 18400 2.343 7.648e+02vinf -18.332 0.700 VINF 18400 2.343 1.097e+03 0.000 1.000 VINF 18400 2.343 1.561e+03vinf 35.495 1.429 VINF 18400 2.343 2.230e+03vinf 46.465 2.041 VINF 18400 2.343 3.185e+03vinf 78.080 2.915 VINF 18400 2.343 4.550e+03vinf 94.128 4.165 VINF 18400 2.343 1.327e+04 0.000 12.143 VINF 18400 2.343 3.868e+04 0.000 35.401 VINF 18400 2.343 1.128e+05 0.000 103.211 |
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MDOT 18400 2.343 1.153e-07mdot 180.611 0.490 MDOT 18400 2.343 1.647e-07mdot 81.028 0.700 MDOT 18400 2.343 2.353e-07 0.000 1.000 MDOT 18400 2.343 3.361e-07mdot -66.015 1.429 MDOT 18400 2.343 4.802e-07mdot -52.283 2.041 MDOT 18400 2.343 6.859e-07mdot 49.777 2.915 |
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BETA 18400 2.343 6.859e-01beta 414.398 0.343 BETA 18400 2.343 9.799e-01beta 279.553 0.490 BETA 18400 2.343 1.400e+00beta 171.586 0.700 BETA 18400 2.343 2.000e+00 0.000 1.000 BETA 18400 2.343 2.857e+00beta -77.792 1.429 BETA 18400 2.343 4.081e+00beta 3.346 2.041 |
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RSTAR 18400 2.343 2.695e+01rstar 42.473 0.490 RSTAR 18400 2.343 3.850e+01rstar -33.236 0.700 RSTAR 18400 2.343 5.500e+01 0.000 1.000 RSTAR 18400 2.343 7.857e+01rstar 12.238 1.429 RSTAR 18400 2.343 1.122e+02rstar 64.809 2.041 |
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VTURB 18400 2.343 9.686e-02vturb -15.294 0.010 VTURB 18400 2.343 8.233e-01vturb -15.294 0.082 VTURB 18400 2.343 4.899e+00vturb -15.294 0.490 VTURB 18400 2.343 6.998e+00vturb -15.294 0.700 VTURB 18400 2.343 9.686e+00 0.000 1.000 VTURB 18400 2.343 1.428e+01vturb 251.803 1.429 VTURB 18400 2.343 2.040e+01vturb 1110.558 2.041 |
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FILLFAC 18400 2.343 8.235e-02fillfac 4.306 0.082 FILLFAC 18400 2.343 2.401e-01fillfac -12.327 0.240 FILLFAC 18400 2.343 3.430e-01fillfac -10.766 0.343 FILLFAC 18400 2.343 4.900e-01fillfac 4.979 0.490 FILLFAC 18400 2.343 7.000e-01fillfac 15.578 0.700 FILLFAC 18400 2.343 1.004e+00 0.000 1.000 FILLFAC 18400 2.343 1.429e+00fillfac -10.728 1.429 FILLFAC 18400 2.343 2.041e+00fillfac 6.796 2.041 |
Wind structure (RVSIG_COL):
CMFGEN input file (VADAT):
353.17447480 [RSTAR] !Rp 126.32705263 [RMAX] !Rmax/Rp T [DO_HYDRO] 7 [VEL_LAW] !Velocity Law RVSIG_COL [VEL_OPT] 0.001 [VCORE] !Core 0.1 [VPHOT] !Photospheric velocity 1.092543272e+03 [VINF] !Terminal (km\s) 1.999727164e+00 [BETA] !Gamma (i.e. Beta=speed of velocity 0.02 [SCL_HT] !Scale Height 1.840017885e+00 [TEFF] 2.342938696e+00 [LOGG] 24.30671546 [MASS] !Stars Mass (Mo) 2.352793983e-07 [MDOT] !Mass loss rate 312668.101154 [LSTAR] !Luminosity (Lo) T [DO_CL] !Allow for clumping in the model? EXPO [CL_LAW] !Law to evaluate clumping factors. 2 [N_CL_PAR] !Number of clumping parameters 1.000000000e+00 [CL_PAR_1] !1st clumping parameter (X at Vinf) 30 [CL_PAR_2] !T [DO_CL] !Allow for clumping in the model? !REXP [CL_LAW] !Law to evaluate clumping factors. !3 [N_CL_PAR] !Number of clumping parameters !0.1 [CL_PAR_1] !1st clumping parameter (X at Vinf) !100 [CL_PAR_2] !200 [CL_PAR_3] 1.00 [HYD/X] !H/X abundance (reference by number: =1.00) 1.700000000e-01 [HE/X] !He/X abundance (by number: solar=8.511e-2) 1.940714621e-04 [CARB/X] !C/X abundance (by number: solar=2.692e-4) 1.320021720e-04 [NIT/X] !N/X abundance (by number: solar=6.761e-5) 3.980606997e-04 [OXY/X] !O/X abundance (by number: solar=4.898e-4) 8.500000000e-05 [NEON/X] !Ne/X abundance (by number: solar=8.511e-5) 1.700000000e-06 [SOD/X] !Na/X abundance (by number: solar=1.738e-6) 3.900000000e-05 [MAG/X] !Mg/X abundance (by number: solar=3.981e-5) 2.800000000e-06 [ALUM/X] !Al/X abundance (by number: solar=2.818e-6) 3.100000000e-05 [SIL/X] !Sk/X abundance (by number: solar=3.236e-5) 3.000000000e-07 [PHOS/X] !P/X abundance (by number: solar=2.570e-7) 2.000000000e-05 [SUL/X] !S/X abundance (by number: solar=1.318e-5) 2.000000000e-06 [CAL/X] !Ca/X abundance (by number: solar=2.188e-6) 5.000000000e-07 [CHRO/X] !Cr/X abundance (by number: solar=4.365e-7) 3.000000000e-05 [IRON/X] !Fe/X abundance (by number: solar=3.162e-5) 2.000000000e-06 [NICK/X] !Ni/X abunances (by number: solar=1.660e-6) F [RD_CF_FILE] !Read in continuum frequencies from file 3.49897D-3 [MIN_CF] !Minimum continuum frequency if calculating NU 1000.0D0 [MAX_CF] !Maximum continuum frequency if calculating NU 1.10D0 [FRAC_SP] !Fractional spacing for small frequencies 1.05D0 [AMP_FAC] !Amplification factor for large frequency ranges 0.10D0 [MAX_BF] !Maximum frequency spacing close to bf edge T [DO_DIS] !Allow for level dissolution 200.0D0 [dV_LEV] !Spacing in km/s on low side of bf edge. 1.4 [AMP_DIS] !Amplification factor on low side of bf edge. 0.1 [MIN_DIS] !Minimum frequency for level disolution. F [CROSS] !continuum cross-sections are evaluated at all f 750.0 [V_CROSS] 3000 [SIG_GAU_KMS] 0.25 [FRAC_SIG_GAU] 0.02 [CUT_ACCURACY] F [DIE_AS_LINE] !Treat dielectronic as non-overlapping lines, pr 1000.0D0 [VSM_DIE] !Smoothing velocity (km/s) (should be >=V_CROSS) 0.5 [EXT_LINE_VAR] !Extent of variation region beyond resonance zon 0.01 [ZNET_VAR_LIM] !Iterate on net rates when ABS(ZNET-1) < ZNET_VA T [WNET] !Iterate on net rates for weak lines. 0.10 [WK_LIM] !Weak line opacity limit T [DIF] !Diffusion approx. T [COH_ES] !Assume coherent electorn scattering? F [OLD_J] F [MIX_COH] !Mix coherencies in variation of J 0.1 [ES_FAC] !How close RJ and RJ_ES to use COH LOGMON [METHOD] !Use log interp to compute chi.LOGLOG N_ON_J [N_TYPE] !How to handle N in MOM_J_CMF 20000.0D0 [VFRAC_FG] !Maximum velocity spacing along ray in FG_J_CMF_ 20000.0D0 [VFRAC_MOM] !Maximum velocity spacing along ray in MOM_J_CMF INT/INS [FG_OPT] !Solution options for FG T [THK_CONT] !Thick boundary condition for continuum ? T [TRAP_J] !Use trapazoidal wights to compute J ? 2.0D0 [TDOP] !Temperature for Doppler profile 1800.0D0 [AMASS_DOP] !Atomic mass for Doppler profile 9.997454262e+00 [VTURB] !Turbulent Velocity 6.0 [MAX_DOP] !Max. half-width of resonace zone 1.0D0 [FRAC_DOP] !Spacing in CMF resonace zone [in Doppler widths 100.0 [dV_CMF_PROF] !Spacing (in km/s) across CMF profile. 400.0 [dV_CMF_WING] !Spacing in e.s. line wings of CMF profile. 2500.0 [ES_WING_EXT] !Ext. of non-coh e.s. wings beyond res. zone 3.0 [R_CMF_WING_EXT] !Ext. of coh. e.s. wings beyond res. zone (in Vi 1.1 [OBS_EXT_RAT] !Half-Width of Observed profile in Vinf (>= 1.0) 30.0 [dV_OBS_PROF] !Spacing (in km/s) across observed profile (km/s 200.0 [dV_OBS_WING] !Spacing in e.s. line wings (km/s). 2000.0 [dV_OBS_BIG] !Spacing between lines (km/s). F [FLUX_CAL_ONLY] !Do a flux calculation only? F [EXT_FRM_SOL] !Extend formal solutiona factor of 10 in R T [INS_F_FRM_SOL] !Insert extra frequencies in the formal sol? INT [FRM_OPT] !Method for formal solution F [DO_SOB_LINES] !Compute rates for SObolev transitions in flux m F [SOB_FREQ_IN_OBS] ! BLANK [GLOBAL_LINE] !Global line switch (BLANK, SOB, CMF, NONE) F [LAM_SET] !Swith to SOB for long wavelengths? 1.0E+02 [F_LAM_BEG] !Lambda to begin flux calculation. 3.0E+05 [F_LAM_END] !Lambda to end flux calculation. 1.0D-3 [GF_CUT] !Omit lines with gf < GFCUT and lower level 9 [GF_LEV_CUT] !> GF_LEV_CUT 26 [AT_CUT] !Only cut if Atomic # >= AT_CUT 10 [MIN_TRANS] !Minimum # of trans from level before cut. T [THK_LINE] !Thk line boundary condition ? T [CHK_L_POS] !Check for negative line opacity? SRCE_CHK [NEG_OPAC_OPT] !Negative opacity option F [He2_RES=0] !Set rates in He2 resonance lines to zero? F [ALLOW_OL] !Include line overlap? 50.0 [OL_DIF] !Max velocity dif for overlap (km/s)? F [INC_CHG] !Include charge exchange reactions T [INC_TWO] !Include two photon transitions F [INC_RAY] !Include Rayleigh scattering F [INC_ADV] !Include advection F [INC_AD] !Include adiabatic cooling T [SCL_LN] !Scale line cooling/heating rates 0.5 [SCL_LN_FAC] !Factor for determining when to scale H/C rates. F [INC_XRAYS] F [FF_XRAYS] T [X_SM_WIND] 1000 [VS_XRAYS] 1.0E-08 [FIL_FAC] 300 [T_SHOCK] 400 [V_SHOCK] 0.010D+00 [FIL_FAC_1] 300 [T_SHOCK_1] 500 [V_SHOCK_1] 1.0D-10 [FIL_FAC_2] 300.0D0 [T_SHOCK_2] 500 [V_SHOCK_2] F [XSLOW] 1.0D-12 [XFI1_BEG] 1.0D-18 [XFI2_BEG] 100.0D0 [XSCL_FAC] F [RD_IN_R_GRID] !Read in a predetermined R grid ? F [LIN_INT] !Regrid pops (set F if NEW model) (T=>no Temp it T [POP_SCALE] !Scale pops to satisfy abundance Eq. T [IT_ON_T] !Iterate on initial T distribution ? 2.0 [T_INIT_TAU] !For INIT_TEMP guess 0.2 [GREY_TAU] !Set T to TGREY for tau > ? T [COMP_GREY_LST_IT] !Compute grey solution in last iteration CMF [TRANS_HI] !Method for treating Hydrogen lines ? CMF [TRANS_HeI] !Method for treating HeI lines ? CMF [TRANS_He2] !Method for treating He2 lines ? CMF [TRANS_CI] !Method for treating CI lines ? CMF [TRANS_C2] !Method for treating C2 lines ? CMF [TRANS_CIII] !Method for treating CIII lines ? CMF [TRANS_CIV] !Method for treating CIV lines ? CMF [TRANS_NI] !Method for treating NI lines ? CMF [TRANS_N2] !Method for treating N2 lines ? CMF [TRANS_NIII] !Method for treating NIII lines ? CMF [TRANS_NIV] !Method for treating NIV lines ? CMF [TRANS_NV] !Method for treating NV lines ? SOB [TRANS_OI] !Method for treating OI lines ? SOB [TRANS_O2] !Method for treating O2 lines ? SOB [TRANS_OIII] !Method for treating OIII lines ? SOB [TRANS_OIV] !Method for treating OIV lines ? SOB [TRANS_OV] !Method for treating OV lines ? SOB [TRANS_OSIX] !Method for treating OSIX lines ? SOB [TRANS_Ne2] !Method for treating Ne2 lines ? SOB [TRANS_NeIII] !Method for treating NeIII lines ? SOB [TRANS_NeIV] !Method for treating NeIV lines ? SOB [TRANS_NaI] !Method for treating NaI lines ? SOB [TRANS_Na2] !Method for treating Na2 lines ? SOB [TRANS_NaIII] !Method for treating NaIII lines ? SOB [TRANS_NaIV] !Method for treating NaIV lines ? SOB [TRANS_NaV] !Method for treating NaV lines ? SOB [TRANS_Mg2] !Method for treating Mg2 lines ? SOB [TRANS_Al2] !Method for treating Al2 lines ? SOB [TRANS_AlIII] !Method for treating AlIII lines ? SOB [TRANS_SkI] !Method for treating SkI lines ? SOB [TRANS_Sk2] !Method for treating Sk2 lines ? SOB [TRANS_SkIII] !Method for treating SkIII lines ? SOB [TRANS_SkIV] !Method for treating SkIV lines ? SOB [TRANS_S2] !Method for treating S2 lines ? SOB [TRANS_SIII] !Method for treating SIII lines ? SOB [TRANS_SIV] !Method for treating SIV lines ? SOB [TRANS_SV] !Method for treating SV lines ? SOB [TRANS_SSIX] !Method for treating SSIX lines ? SOB [TRANS_P2] !Method for treating P2 lines ? SOB [TRANS_PIII] !Method for treating PIII lines ? SOB [TRANS_PIV] !Method for treating PIV lines ? SOB [TRANS_PV] !Method for treating PV lines ? SOB [TRANS_PSIX] !Method for treating PSIX lines ? SOB [TRANS_Cl2] !Method for treating Cl2 lines ? SOB [TRANS_ClIII] !Method for treating ClIII lines ? SOB [TRANS_ClIV] !Method for treating ClIV lines ? SOB [TRANS_ClV] !Method for treating ClV lines ? SOB [TRANS_ClSIX] !Method for treating ClSIX lines ? SOB [TRANS_ArIII] !Method for treating ArIII lines ? SOB [TRANS_ArIV] !Method for treating ArIV lines ? SOB [TRANS_ArV] !Method for treating ArV lines ? SOB [TRANS_K2] !Method for treating K2 lines ? SOB [TRANS_KIII] !Method for treating KIII lines ? SOB [TRANS_KIV] !Method for treating KIV lines ? SOB [TRANS_KV] !Method for treating KV lines ? SOB [TRANS_KSIX] !Method for treating KSIX lines ? SOB [TRANS_KSEV] !Method for treating KSEV lines ? SOB [TRANS_KVIII] !Method for treating KVIII lines ? SOB [TRANS_Ca2] !Method for treating Ca2 lines ? SOB [TRANS_CaIII] !Method for treating CaIII lines ? SOB [TRANS_CaIV] !Method for treating CaIV lines ? SOB [TRANS_CaV] !Method for treating CaV lines ? SOB [TRANS_CaSIX] !Method for treating CaSIX lines ? SOB [TRANS_CaSEV] !Method for treating CaSEV lines ? SOB [TRANS_CaVIII] !Method for treating CaVIII lines ? SOB [TRANS_Cr2] !Method for treating Cr2 lines ? SOB [TRANS_CrIII] !Method for treating CrIII lines ? SOB [TRANS_CrIV] !Method for treating CrIV lines ? SOB [TRANS_CrV] !Method for treating CrV lines ? SOB [TRANS_CrSIX] !Method for treating CrSIX lines ? SOB [TRANS_Mn2] !Method for treating Mn2 lines ? SOB [TRANS_MnIII] !Method for treating MnIII lines ? SOB [TRANS_MnIV] !Method for treating MnIV lines ? SOB [TRANS_MnV] !Method for treating MnV lines ? SOB [TRANS_MnSIX] !Method for treating MnSIX lines ? SOB [TRANS_Fe2] !Method for treating Fe2 lines ? SOB [TRANS_FeIII] !Method for treating FeIII lines ? SOB [TRANS_FeIV] !Method for treating FeIV lines ? SOB [TRANS_FeV] !Method for treating FeV lines ? SOB [TRANS_FeSIX] !Method for treating FeSIX lines ? SOB [TRANS_FeSEV] !Method for treating FeSEV lines ? SOB [TRANS_FeVIII] !Method for treating FeVIII lines ? SOB [TRANS_FeIX] !Method for treating FeIX lines ? SOB [TRANS_FeX] !Method for treating FeX lines ? SOB [TRANS_Nk2] !Method for treating Nk2 lines ? SOB [TRANS_NkIII] !Method for treating NkIII lines ? SOB [TRANS_NkIV] !Method for treating NkIV lines ? SOB [TRANS_NkV] !Method for treating NkV lines ? SOB [TRANS_NkSIX] !Method for treating NkSIX lines ? SOB [TRANS_NkSEV] !Method for treating NkSEV lines ? SOB [TRANS_NkVIII] !Method for treating NkVIII lines ? SOB [TRANS_NkIX] !Method for treating NkIX lines ? SOB [TRANS_NkX] !Method for treating NkX lines ? F,F [DIE_HI] !Include LTDR for HI (Use WI calcs?) F,F [DIE_HeI] !Include LTDR for HeI (Use WI calcs?) F,F [DIE_He2] !Include LTDR for He2 (Use WI calcs?) F,F [DIE_CI] !Include LTDR for CI (Use WI calcs?) F,F [DIE_C2] !Include LTDR for CIII (Use WI calcs?) F,F [DIE_CIII] !Include LTDR for CIII (Use WI calcs?) F,F [DIE_CIV] !Include LTDR for CIV (Use WI calcs?) F,F [DIE_NI] !Include LTDR for NI (Use WI calcs?) F,F [DIE_N2] !Include LTDR for N2 (Use WI calcs?) F,F [DIE_NIII] !Include LTDR for NIII (Use WI calcs?) F,F [DIE_NIV] !Include LTDR for NIV (Use WI calcs?) F,F [DIE_NV] !Include LTDR for NV (Use WI calcs?) F,F [DIE_OI] !Include LTDR for OI (Use WI calcs?) F,F [DIE_O2] !Include LTDR for O2 (Use WI calcs?) F,F [DIE_OIII] !Include LTDR for OIII (Use WI calcs?) F,F [DIE_OIV] !Include LTDR for OIV (Use WI calcs?) F,T [DIE_OV] !Include LTDR for OV (Use WI calcs?) F,F [DIE_OSIX] !Include LTDR for OSIX (Use WI calcs?) F,F [DIE_Ne2] !Include LTDR for Ne2 (Use WI calcs?) F,F [DIE_NeIII] !Include LTDR for NeIII (Use WI calcs?) F,F [DIE_NeIV] !Include LTDR for NeIV (Use WI calcs?) F,F [DIE_NaI] !Include LTDR for NaI (Use WI calcs?) F,F [DIE_Na2] !Include LTDR for Na2 (Use WI calcs?) F,F [DIE_NaIII] !Include LTDR for NaIII (Use WI calcs?) F,F [DIE_NaIV] !Include LTDR for NaIV (Use WI calcs?) F,F [DIE_NaV] !Include LTDR for NaV (Use WI calcs?) F,F [DIE_Mg2] !Include LTDR for Mg2 (Use WI calcs?) F,F [DIE_Al2] !Include LTDR for Al2 (Use WI calcs?) F,F [DIE_AlIII] !Include LTDR for AlIII (Use WI calcs?) F,F [DIE_SkI] !Include LTDR for SkI (Use WI calcs?) F,F [DIE_Sk2] !Include LTDR for SkIII (Use WI calcs?) F,F [DIE_SkIII] !Include LTDR for SkIII (Use WI calcs?) F,F [DIE_SkIV] !Include LTDR for SkIV (Use WI calcs?) F,F [DIE_P2] !Include LTDR for P2 (Use WI calcs?) F,F [DIE_PIII] !Include LTDR for PIII (Use WI calcs?) F,F [DIE_PIV] !Include LTDR for PIV (Use WI calcs?) F,F [DIE_PV] !Include LTDR for PV (Use WI calcs?) F,F [DIE_PSIX] !Include LTDR for PSIX (Use WI calcs?) F,F [DIE_S2] !Include LTDR for S2 (Use WI calcs?) F,F [DIE_SIII] !Include LTDR for SIII (Use WI calcs?) F,F [DIE_SIV] !Include LTDR for SIV (Use WI calcs?) F,F [DIE_SV] !Include LTDR for SV (Use WI calcs?) F,F [DIE_SSIX] !Include LTDR for SSIX (Use WI calcs?) F,F [DIE_Cl2] !Include LTDR for Cl2 (Use WI calcs?) F,F [DIE_ClIII] !Include LTDR for ClIII (Use WI calcs?) F,F [DIE_ClIV] !Include LTDR for ClIV (Use WI calcs?) F,F [DIE_ClV] !Include LTDR for ClV (Use WI calcs?) F,F [DIE_ClSIX] !Include LTDR for ClSIX (Use WI calcs?) F,F [DIE_ArIII] !Include LTDR for ArIII (Use WI calcs?) F,F [DIE_ArIV] !Include LTDR for ArIV (Use WI calcs?) F,F [DIE_ArV] !Include LTDR for ArV (Use WI calcs?) F,F [DIE_K2] !Include LTDR for K2 (Use WI calcs?) F,F [DIE_KIII] !Include LTDR for KIII (Use WI calcs?) F,F [DIE_KIV] !Include LTDR for KIV (Use WI calcs?) F,F [DIE_KV] !Include LTDR for KV (Use WI calcs?) F,F [DIE_KSIX] !Include LTDR for KSIX (Use WI calcs?) F,F [DIE_KSEV] !Include LTDR for KSEV (Use WI calcs?) F,F [DIE_KVIII] !Include LTDR for KVIII (Use WI calcs?) F,F [DIE_Ca2] !Include LTDR for CaIII (Use WI calcs?) F,F [DIE_CaIII] !Include LTDR for CaIII (Use WI calcs?) F,F [DIE_CaIV] !Include LTDR for CaIV (Use WI calcs?) F,F [DIE_CaV] !Include LTDR for CaV (Use WI calcs?) F,F [DIE_CaSIX] !Include LTDR for CaSIX (Use WI calcs?) F,F [DIE_CaSEV] !Include LTDR for CaSEV (Use WI calcs?) F,F [DIE_CaVIII] !Include LTDR for CaVIII (Use WI calcs?) F,F [DIE_Cr2] !Include LTDR for Cr2 (Use WI calcs?) F,F [DIE_CrIII] !Include LTDR for CrIII (Use WI calcs?) F,F [DIE_CrIV] !Include LTDR for CrIV (Use WI calcs?) F,F [DIE_CrV] !Include LTDR for CrV (Use WI calcs?) F,F [DIE_CrSIX] !Include LTDR for CrSIX (Use WI calcs?) ! F,F [DIE_Mn2] !Include LTDR for Mn2 (Use WI calcs?) F,F [DIE_MnIII] !Include LTDR for MnIII (Use WI calcs?) F,F [DIE_MnIV] !Include LTDR for MnIV (Use WI calcs?) F,F [DIE_MnV] !Include LTDR for MnV (Use WI calcs?) F,F [DIE_MnSIX] !Include LTDR for MnSIX (Use WI calcs?) F,F [DIE_Fe2] !Include LTDR for Fe2 (Use WI calcs?) F,F [DIE_FeIII] !Include LTDR for FeIII (Use WI calcs?) F,F [DIE_FeIV] !Include LTDR for FeIV (Use WI calcs?) F,F [DIE_FeV] !Include LTDR for FeV (Use WI calcs?) F,F [DIE_FeSIX] !Include LTDR for FeSIX (Use WI calcs?) F,F [DIE_FeSEV] !Include LTDR for FeSEV (Use WI calcs?) F,F [DIE_FeVIII] !Include LTDR for FeVIII (Use WI calcs?) F,F [DIE_FeIX] !Include LTDR for FeVIII (Use WI calcs?) F,F [DIE_FeX] !Include LTDR for FeVIII (Use WI calcs?) F,F [DIE_Nk2] !Include LTDR for Nk2 (Use WI calcs?) F,F [DIE_NkIII] !Include LTDR for NkIII (Use WI calcs?) F,F [DIE_NkIV] !Include LTDR for NkIV (Use WI calcs?) F,F [DIE_NkV] !Include LTDR for NkV (Use WI calcs?) F,F [DIE_NkSIX] !Include LTDR for NkSIX (Use WI calcs?) F,F [DIE_NkSEV] !Include LTDR for NkSEV (Use WI calcs?) F,F [DIE_NkVIII] !Include LTDR for NkVIII (Use WI calcs?) F,F [DIE_NkIX] !Include LTDR for NkIX (Use WI calcs?) F,F [DIE_NkX] !Include LTDR for NkX (Use WI calcs?) 0 [FIX_HI] !Fix ? levels for HI 0 [FIX_HYD] !Fix ? levels for HII 0 [FIX_HeI] !Fix ? levels for HeI 0 [FIX_He2] !Fix ? levels for He2 0 [FIX_HE] !Fix ? levels for HeIII 0 [FIX_CI] !Fix ? levels for CI 0 [FIX_C2] !Fix ? levels for C2 0 [FIX_CIII] !Fix ? levels for CIII 0 [FIX_CIV] !Fix ? levels for CIV 0 [FIX_CARB] !Fix 0 [FIX_NI] !Fix ? levels for NI 0 [FIX_N2] !Fix ? levels for N2 0 [FIX_NIII] !Fix ? levels for NIII 0 [FIX_NIV] !Fix ? levels for NIV 0 [FIX_NV] !Fix ? levels for NV 0 [FIX_NIT] !Fix 0 [FIX_OI] !Fix ? levels for OI 0 [FIX_O2] !Fix ? levels for O2 0 [FIX_OIII] !Fix ? levels for OIII 0 [FIX_OIV] !Fix ? levels for OIV 0 [FIX_OV] !Fix ? levels for OV 0 [FIX_OSIX] !Fix ? levels for OSIX 0 [FIX_OXY] !Fix ? levels for OSEV 0 [FIX_Ne2] !Fix ? levels for NeIII 0 [FIX_NeIII] !Fix ? levels for NeIII 0 [FIX_NeIV] !Fix ? levels for NeIV 0 [FIX_NEON] !Fix ? levels for NeV 0 [FIX_NaI] !Fix ? levels for NaI 0 [FIX_Na2] !Fix ? levels for Na2 0 [FIX_NaIII] !Fix ? levels for NaIII 0 [FIX_NaIV] !Fix ? levels for NaIV 0 [FIX_NaV] !Fix ? levels for NaV 0 [FIX_SOD] !Fix ? levels for NaSIX 0 [FIX_Mg2] !Fix ? levels for Mg2 0 [FIX_MAG] !Fix ? levels for MgIII 0 [FIX_Al2] !Fix ? levels for Al2 0 [FIX_AlIII] !Fix ? levels for AlIII 0 [FIX_ALUM] !Fix ? levels for AlV 0 [FIX_SkI] !Fix ? levels for SkI 0 [FIX_Sk2] !Fix ? levels for Sk2 0 [FIX_SkIII] !Fix ? levels for SkIII 0 [FIX_SkIV] !Fix ? levels for SkIV 0 [FIX_SIL] !Fix ? levels for SkV 0 [FIX_S2] !Fix ? levels for S2 0 [FIX_SIII] !Fix ? levels for SIII 0 [FIX_SIV] !Fix ? levels for SIV 0 [FIX_SV] !Fix ? levels for SV 0 [FIX_SSIX] !Fix ? levels for SSIX 0 [FIX_SUL] !Fix ? levels for SUL 0 [FIX_P2] !Fix ? levels for P2 0 [FIX_PIII] !Fix ? levels for PIII 0 [FIX_PIV] !Fix ? levels for PIV 0 [FIX_PV] !Fix ? levels for PV 0 [FIX_PSIX] !Fix ? levels for PSIX 0 [FIX_PHOS] !Fix ? levels for PHOS 0 [FIX_Cl2] !Fix ? levels for Cl2 0 [FIX_ClIII] !Fix ? levels for ClIII 0 [FIX_ClIV] !Fix ? levels for ClIV 0 [FIX_ClV] !Fix ? levels for ClV 0 [FIX_ClSIX] !Fix ? levels for ClSIX 0 [FIX_CHL] !Fix ? levels for CLH 0 [FIX_ArIII] !Fix ? levels for ArIII 0 [FIX_ArIV] !Fix ? levels for ArIV 0 [FIX_ArV] !Fix ? levels for ArV 0 [FIX_ARG] !Fix ? levels for ArSIX 0 [FIX_K2] !Fix ? levels for K2 0 [FIX_KIII] !Fix ? levels for KIII 0 [FIX_KIV] !Fix ? levels for KIV 0 [FIX_KV] !Fix ? levels for KV 0 [FIX_KSIX] !Fix ? levels for KSIX 0 [FIX_KSEV] !Fix ? levels for KSEV 0 [FIX_KVIII] !Fix ? levels for KVIII 0 [FIX_POT] !Fix ? levels for KIX 0 [FIX_Ca2] !Fix ? levels for Ca2 0 [FIX_CaIII] !Fix ? levels for CaIII 0 [FIX_CaIV] !Fix ? levels for CaIV 0 [FIX_CaV] !Fix ? levels for CaV 0 [FIX_CaSIX] !Fix ? levels for CaSIX 0 [FIX_CaSEV] !Fix ? levels for CaSEV 0 [FIX_CaVIII] !Fix ? levels for CaVIII 0 [FIX_CAL] !Fix ? levels for CaIX 0 [FIX_Cr2] !Fix ? levels for Cr2 0 [FIX_CrIII] !Fix ? levels for CrIII 0 [FIX_CrIV] !Fix ? levels for CrIV 0 [FIX_CrV] !Fix ? levels for CrV 0 [FIX_CrSIX] !Fix ? levels for CrSIX 0 [FIX_CHRO] !Fix ? levels for CaSEV 0 [FIX_Mn2] !Fix ? levels for Mn2 0 [FIX_MnIII] !Fix ? levels for MnIII 0 [FIX_MnIV] !Fix ? levels for MnIV 0 [FIX_MnV] !Fix ? levels for MnV 0 [FIX_MnSIX] !Fix ? levels for MnSIX 0 [FIX_MAN] !Fix ? levels for MnSEV 0 [FIX_Fe2] !Fix ? levels for Fe2 0 [FIX_FeIII] !Fix ? levels for FeIII 0 [FIX_FeIV] !Fix ? levels for FeIV 0 [FIX_FeV] !Fix ? levels for FeV 0 [FIX_FeSIX] !Fix ? levels for FeSIX 0 [FIX_FeSEV] !Fix ? levels for FeSEV 0 [FIX_FeVIII] !Fix ? levels for FeVIII 0 [FIX_FeIX] !Fix ? levels for FeIX 0 [FIX_FeX] !Fix ? levels for FeX 0 [FIX_IRON] !Fix ? levels for FeIX 0 [FIX_Nk2] !Fix ? levels for Nk2 0 [FIX_NkIII] !Fix ? levels for NkIII 0 [FIX_NkIV] !Fix ? levels for NkIV 0 [FIX_NkV] !Fix ? levels for NkV 0 [FIX_NkSIX] !Fix ? levels for NkSIX 0 [FIX_NkSEV] !Fix ? levels for NkSEV 0 [FIX_NkVIII] !Fix ? levels for NkVIII 0 [FIX_NkIX] !Fix ? levels for NkIX 0 [FIX_NkX] !Fix ? levels for NkX 0 [FIX_NICK] !Fix ? levels for NkIX F [FIX_NE] !Fixed Electron density ? F [FIX_IMP] !Fix impurity species automatically ? F [FIX_T] !Fixed T ? T [FIX_T_AUTO] !Automatic variable T 0.0 [TAU_SCL_T] !Fix T for this optical depth. 1.0? TRIDIAG [SOL_METH] !Msol (bmgsit) MAJOR [SCALE_OPT] !Scaling option (MAJOR, LOCAL, NONE, or GLOBAL) 1.0E-01 [EPS_TERM] !Terminate when %frac change smaller 10.0D0 [MAX_LIN] !Maximum fractional change allowed for linearization. 1.0D+99 [MAX_LAM] !Maximum fractional change allowed for LAMBDA iteration. 1.0D+99 [MAX_CHNG] !Terminate with error if %frac change > MAX_CHNG F [COMP_BA] !Compute BA matrix T [STORE_BA_INV] !Write BA matrix out T [WR_PRT_INV] !Write BA matrix out 4 [N_FIX_BA] !Number of iterations to hold BA fixed: def=2 T [STORE_BA] !Write BA matrix out 1.0D-03 [BA_CHK_FAC] !Factor to check computational accuracy of BA 15.0D0 [FIX_BA] !Fix BA if %change smaller def=10 400.0D0 [LAM_VAL] !Do LAMBDA iterations if %change >. 4 [NUM_LAM] !Number of Lambda iteration per full linearizati F [RD_SOL] !Read in solution matrix T [JC_W_EDD] !Use Eddington factors to compute continuum J T [JBAR_W_EDD] !Use Eddington factors to compute JBAR for lines F [INC_GRID] !Do an error calculation ? 2 [N_INS] !NPINS F [ALL_FREQ] ! 3.19 [ACC_END] ! 1 [ST_INT] !Interpolate from 1 to ? 30 [END_INT] !Interpolate from 1 to ? 50 [ND_QUAD] !Quadratic interpolation from 50 to ND LOG [INTERP_TYPE] !LOG or LIN plane 2000 [N_PAR] !Rate of BA incremantation by BA_PAR. F [COMP_F] !Compute new Continuum f values ? 1.0E-03 [ACC_F] !Convergence accuracy for Eddington factors def= T [DO_NG] !Use NG acceleration 10.0 [BEG_NG] !Start NG when percentage change < 9 [IBEG_NG] !No Ng acceleration before IBEG_NG, even if BEG_ 100 [BW_NG] !Bandwidth 10 [ITS/NG] !Number of iterations per NG aceleration F [DO_AV] !Average oscillations 4 [NOSC_AV] !Number of iterations averaged 8 [ITS/AV] !Iterations between averaging !Not handled? !SOB [TRANS_GS_He2] !Method for treating He2(g.s) lines ?
CMFGEN output files (MOD_SUM & HYDRO):
Model Started on: 06-Jul-2023 13:59:37
Model Finalized on: 06-Jul-2023 21:50:00
Main program last changed on: 05-May-2017
ND[60] NC[15] NP[75] NT[1761]
NUM_BNDS[3] NCF[243026] NLINES[167664]
HI[30/30]
HeI[69/69] He2[30/30]
C2[322/92] CIII[243/99] CIV[64/64]
N2[105/59] NIII[287/57] NIV[70/44]
NV[49/41]
O2[274/155] OIII[104/36] OIV[64/30]
OV[56/32]
Ne2[48/14] NeIII[71/23] NeIV[52/17]
Mg2[44/36]
Sk2[53/27] SkIII[90/51] SkIV[66/66]
SIII[78/39] SIV[108/40]
SV[144/37]
Fe2[295/24] FeIII[607/65] FeIV[1000/100]
FeV[1000/139] FeSIX[1000/59]
Nk2[158/27] NkIII[150/24] NkIV[200/36]
NkV[183/46] NkSIX[182/40]
L*=3.127E+05 Mdot=2.353E-07 R*=353.174 RMAX/R*=126.327
Tau=99.576 R*/Rsun=50.744 T*(K)=1.915E+04 V(km/s)=7.432E-04 Log g=2.413
Tau=20.000 R /Rsun=53.147 Teff(K)=1.872E+04 V(km/s)=2.835E-03 Log g=2.372
Tau=10.000 R /Rsun=53.753 Teff(K)=1.861E+04 V(km/s)=3.328E-03 Log g=2.363
Tau=6.667E-01 R /Rsun=54.987 Teff(K)=1.840E+04 V(km/s)=1.491E-02 Log g=2.343
Eta=3.989E-02 Ek/L(%)=7.144E-03
Vinf1=1092.543 Beta1=2.000 SCL_HT/RP=0.000E+00
VCORE=0.000E+00 VPHOT=0.000E+00
Mean atomic mass (amu) is: 1.4490
SPECIES Rel. # Fraction Mass Fraction Z/Z(sun) Z(sun)
HYD 1.000 5.894E-01 8.41E-01 7.01E-01
HE 0.170 4.008E-01 1.43E+00 2.80E-01
CARB 1.941E-04 1.373E-03 4.50E-01 3.05E-03
NIT 1.320E-04 1.089E-03 9.89E-01 1.10E-03
OXY 3.981E-04 3.754E-03 3.93E-01 9.54E-03
FLU 0.000E+00 0.000E+00 0.00E+00 4.83E-07
NEON 8.500E-05 1.012E-03 5.81E-01 1.74E-03
SOD 1.700E-06 2.304E-05 6.69E-01 3.45E-05
MAG 3.900E-05 5.585E-04 8.63E-01 6.47E-04
ALUM 2.800E-06 4.456E-05 7.98E-01 5.58E-05
SIL 3.100E-05 5.134E-04 7.35E-01 6.99E-04
PHOS 3.000E-07 5.481E-06 8.95E-01 6.12E-06
SUL 2.000E-05 3.784E-04 1.04E+00 3.65E-04
CHL 0.000E+00 0.000E+00 0.00E+00 7.87E-06
ARG 0.000E+00 0.000E+00 0.00E+00 1.02E-04
POT 0.000E+00 0.000E+00 0.00E+00 3.61E-06
CAL 2.000E-06 4.727E-05 7.34E-01 6.44E-05
SCAN 0.000E+00 0.000E+00 0.00E+00 3.97E-08
TIT 0.000E+00 0.000E+00 0.00E+00 3.28E-06
VAN 0.000E+00 0.000E+00 0.00E+00 3.57E-07
CHRO 5.000E-07 1.532E-05 8.99E-01 1.70E-05
MAN 0.000E+00 0.000E+00 0.00E+00 9.44E-06
IRON 3.000E-05 9.866E-04 7.28E-01 1.36E-03
COB 0.000E+00 0.000E+00 0.00E+00 3.43E-06
NICK 2.000E-06 6.919E-05 9.46E-01 7.32E-05
BAR 0.000E+00 0.000E+00 0.00E+00 1.30E-08
Running clumped model: EXPO
Filling factor at boundary is: 1.000E+00
CL_P_1=1.000 CL_P_2=30.000
Maximum correcion (%) on last iteration: 6.934E-02
R V % Error VdVdR dPdR/ROH g_TOT g_RAD g_ELEC Gamma Depth
44615.490466 1.0737E+03 69.60 4.4943E-01 -4.8717E-03 2.1251E-01 2.2872E-01 4.4103E-03 14.11 1
44533.521746 1.0737E+03 69.60 4.5123E-01 -4.8825E-03 2.1338E-01 2.2964E-01 4.4266E-03 14.12 2
43055.051999 1.0731E+03 69.31 4.8402E-01 -5.0770E-03 2.2982E-01 2.4722E-01 4.7358E-03 14.21 3
41062.571181 1.0721E+03 69.10 5.3063E-01 -5.3723E-03 2.5274E-01 2.7188E-01 5.2066E-03 14.21 4
37359.747866 1.0701E+03 68.93 6.4088E-01 -6.1192E-03 3.0623E-01 3.2934E-01 6.2898E-03 14.25 5
30932.863125 1.0656E+03 71.76 9.7934E-01 -8.4132E-03 4.5371E-01 4.8742E-01 9.1750E-03 14.46 6
21500.186121 1.0540E+03 73.86 2.1141E+00 -1.2273E-02 9.6143E-01 1.0312E+00 1.8992E-02 14.78 7
14996.439676 1.0375E+03 71.26 4.2362E+00 -1.8095E-02 1.9923E+00 2.1358E+00 3.9037E-02 14.89 8
10505.120402 1.0143E+03 68.48 8.3130E+00 -2.6680E-02 4.0455E+00 4.3378E+00 7.9551E-02 14.84 9
7398.012106 9.8232E+02 65.49 1.5878E+01 -3.9115E-02 8.0049E+00 8.5943E+00 1.6041E-01 14.58 10
5245.923278 9.3880E+02 62.07 2.9226E+01 -5.6710E-02 1.5325E+01 1.6498E+01 3.1901E-01 14.07 11
3754.077668 8.8107E+02 57.89 5.1197E+01 -8.1745E-02 2.8130E+01 3.0419E+01 6.2294E-01 13.29 12
2719.783692 8.0705E+02 50.14 8.4287E+01 -1.1970E-01 5.0377E+01 5.4738E+01 1.1868E+00 12.55 13
2002.584662 7.1580E+02 39.10 1.2918E+02 -1.8211E-01 8.6746E+01 9.4790E+01 2.1891E+00 11.78 14
1505.345012 6.0771E+02 30.40 1.7659E+02 -2.8181E-01 1.2971E+02 1.4394E+02 3.8743E+00 10.11 15
1162.132425 4.9063E+02 15.82 2.0922E+02 -4.0900E-01 1.7814E+02 2.0203E+02 6.5006E+00 8.46 16
924.147493 3.7507E+02 -2.01 2.1598E+02 -5.5258E-01 2.1981E+02 2.5758E+02 1.0280E+01 6.82 17
758.408113 2.6922E+02 -16.75 1.8996E+02 -9.6545E-01 2.2372E+02 2.7980E+02 1.5264E+01 4.99 18
642.923582 1.8235E+02 -32.74 1.4301E+02 -1.4563E+00 1.9753E+02 2.7558E+02 2.1241E+01 3.53 19
564.639946 1.1925E+02 -41.39 9.4389E+01 -2.2091E+00 1.4145E+02 2.4263E+02 2.7540E+01 2.40 20
511.751315 7.7906E+01 -39.83 5.7312E+01 -2.9228E+00 8.2893E+01 2.0607E+02 3.3527E+01 1.67 21
473.080652 5.0761E+01 44.98 3.0943E+01 -3.4360E+00 1.6145E+01 1.6028E+02 3.9233E+01 1.11 22
438.882289 3.2709E+01 177.05 1.3961E+01 -3.5198E+00 -4.3855E+01 1.2362E+02 4.5585E+01 0.74 23
410.784159 2.3049E+01 179.69 8.9953E+00 -5.0103E+00 -8.4690E+01 1.0648E+02 5.2034E+01 0.56 24
394.062548 1.6061E+01 180.12 1.3425E+01 -8.2065E+00 -1.4347E+02 6.4269E+01 5.6540E+01 0.31 25
392.913371 1.0600E+01 70.70 7.2395E+01 -1.0842E+02 -1.5460E+02 5.4363E+01 5.6864E+01 0.26 26
392.426111 6.8424E+00 29.49 4.1692E+01 -1.4705E+02 -1.5623E+02 5.3245E+01 5.6997E+01 0.25 27
391.878019 4.5002E+00 26.79 1.5532E+01 -1.2474E+02 -1.4779E+02 6.2272E+01 5.7146E+01 0.30 28
391.264613 2.9474E+00 25.72 6.1347E+00 -1.1331E+02 -1.4062E+02 7.0101E+01 5.7310E+01 0.33 29
390.638534 1.9319E+00 26.89 2.5966E+00 -1.0785E+02 -1.3876E+02 7.2642E+01 5.7470E+01 0.34 30
390.011868 1.2640E+00 30.48 1.1107E+00 -1.0306E+02 -1.3901E+02 7.3067E+01 5.7615E+01 0.34 31
389.379396 8.2767E-01 38.32 4.6261E-01 -9.4728E+01 -1.3916E+02 7.3606E+01 5.7723E+01 0.35 32
388.699160 5.4326E-01 36.84 1.9180E-01 -9.5523E+01 -1.3846E+02 7.5052E+01 5.7761E+01 0.35 33
388.054100 3.5531E-01 24.17 8.9394E-02 -1.0748E+02 -1.3695E+02 7.7275E+01 5.7702E+01 0.36 34
387.486950 2.3245E-01 10.37 4.3083E-02 -1.2129E+02 -1.3451E+02 8.0344E+01 5.7540E+01 0.37 35
386.977707 1.5237E-01 -0.72 2.0107E-02 -1.3150E+02 -1.3054E+02 8.4879E+01 5.7299E+01 0.39 36
386.487571 9.9631E-02 -7.92 8.7446E-03 -1.3447E+02 -1.2421E+02 9.1753E+01 5.7086E+01 0.42 37
386.014731 6.7180E-02 -7.89 3.6381E-03 -1.2512E+02 -1.1561E+02 1.0088E+02 5.7127E+01 0.47 38
385.577607 4.9358E-02 -4.44 1.6327E-03 -1.1203E+02 -1.0716E+02 1.0983E+02 5.7486E+01 0.51 39
385.130589 3.8089E-02 -2.26 8.0473E-04 -1.0169E+02 -9.9417E+01 1.1807E+02 5.8017E+01 0.54 40
384.652297 3.0073E-02 -1.73 4.2780E-04 -9.4106E+01 -9.2496E+01 1.2554E+02 5.8569E+01 0.58 41
384.124374 2.4039E-02 -1.50 2.3494E-04 -8.7904E+01 -8.6594E+01 1.3204E+02 5.9060E+01 0.60 42
383.529310 1.9334E-02 -1.50 1.3129E-04 -8.2826E+01 -8.1593E+01 1.3772E+02 5.9464E+01 0.63 43
382.850567 1.5589E-02 -1.76 7.4328E-05 -7.8932E+01 -7.7557E+01 1.4253E+02 5.9799E+01 0.65 44
382.072589 1.2548E-02 -1.89 4.2876E-05 -7.6739E+01 -7.5300E+01 1.4569E+02 6.0105E+01 0.66 45
381.183810 1.0011E-02 -0.53 2.5133E-05 -7.6471E+01 -7.6068E+01 1.4595E+02 6.0417E+01 0.66 46
380.182944 7.8864E-03 0.69 1.4517E-05 -7.6406E+01 -7.6934E+01 1.4625E+02 6.0752E+01 0.66 47
379.077862 6.1966E-03 1.65 8.0242E-06 -7.4077E+01 -7.5312E+01 1.4918E+02 6.1118E+01 0.66 48
377.872959 4.9440E-03 2.61 4.2357E-06 -6.8112E+01 -6.9915E+01 1.5601E+02 6.1529E+01 0.69 49
376.554539 4.0783E-03 3.20 2.1269E-06 -5.8512E+01 -6.0413E+01 1.6710E+02 6.2067E+01 0.73 50
375.074776 3.5310E-03 1.22 9.9003E-07 -4.7385E+01 -4.7969E+01 1.8134E+02 6.3141E+01 0.79 51
373.324606 3.2255E-03 -4.84 4.6568E-07 -3.9577E+01 -3.7705E+01 1.9376E+02 6.5966E+01 0.84 52
371.111412 2.9905E-03 -8.32 3.5681E-07 -3.9373E+01 -3.6227E+01 1.9801E+02 7.0326E+01 0.85 53
368.229057 2.5973E-03 -2.97 3.8065E-07 -4.7028E+01 -4.5650E+01 1.9226E+02 7.3399E+01 0.81 54
364.687923 2.0342E-03 -4.27 3.0687E-07 -5.8048E+01 -5.5623E+01 1.8693E+02 7.5432E+01 0.77 55
360.730862 1.4734E-03 -4.73 1.8615E-07 -6.9358E+01 -6.6156E+01 1.8175E+02 7.7273E+01 0.73 56
356.544189 1.0125E-03 -1.81 9.4254E-08 -7.7627E+01 -7.6231E+01 1.7753E+02 7.9165E+01 0.70 57
354.521890 8.4088E-04 0.03 6.5024E-08 -8.0406E+01 -8.0433E+01 1.7623E+02 8.0088E+01 0.69 58
353.511244 7.6655E-04 -0.30 5.3873E-08 -8.1934E+01 -8.1687E+01 1.7645E+02 8.0553E+01 0.68 59
353.174475 7.4324E-04 0.48 5.0615E-08 -8.2407E+01 -8.2800E+01 1.7583E+02 8.0708E+01 0.68 60
