SSS TTTTT EEEEE RRR N N EEEEE OOO SSS S T E R R NN N E O O S SS T EEE RRR N N N EEE O O SS S T E R R N NN E O O S SSS T EEEEE R R N N EEEEE _____ OOO SSS Version 3.1.0 Date 2012.08.16 Authors N.T.Behara & C.S.Jeffery Help http://star.arm.ac.uk/%7Ecsj/software_store/guide/sterne.html Run Date 2019 2 18 Run Time 11:52:43 MODEL PARAMETERS EFFECTIVE TEMPERATURE : TEFF 32000.0000 SURFACE GRAVITY : LOG G 6.50000000 MICROTURBULENT VELOCITY: VMIC 500000.000 CONTINUOUS (BF) OPACITY: OP LINE (BB) OPACITY : SAM NUMBER OF DEPTH POINTS : 50 NUMBER OF FREQUENCIES : (???) 3 STARTING MODEL : GREY ELEMENTAL ABUNDANCES ANSOL 0.152 ANMET 0.014 ANORM 12.137 MUSOL 2.195 MUMET 1.258 ELEMENT Z alpha beta eps alpha_sun beta_sun eps_sun beta/beta_sun Hydrogen 1 9.898E-01 9.574E-01 12.133 9.096E-01 7.053E-01 12.000 1.357 Helium 2 9.998E-03 3.868E-02 10.137 8.889E-02 2.757E-01 10.990 0.140 Lithium 3 1.315E-12 8.805E-12 0.256 1.315E-11 7.060E-11 1.160 0.125 Beryllium 4 1.285E-12 1.118E-11 0.246 1.285E-11 8.966E-11 1.150 0.125 Boron 5 3.621E-11 3.782E-10 1.696 3.621E-10 3.033E-09 2.600 0.125 Carbon 6 4.999E-05 5.807E-04 7.836 3.458E-04 3.221E-03 8.580 0.180 Nitrogen 7 9.998E-06 1.354E-04 7.137 1.021E-04 1.108E-03 8.050 0.122 Oxygen 8 7.741E-05 1.198E-03 8.026 7.742E-04 9.608E-03 8.930 0.125 Fluorine 9 3.302E-09 6.068E-08 3.656 3.303E-08 4.866E-07 4.560 0.125 Neon 10 1.119E-05 2.179E-04 7.186 1.119E-04 1.747E-03 8.090 0.125 Sodium 11 1.944E-07 4.325E-06 5.426 1.945E-06 3.468E-05 6.330 0.125 Magnesium 12 3.458E-06 8.133E-05 6.676 3.458E-05 6.521E-04 7.580 0.125 Aluminium 13 2.684E-07 7.009E-06 5.566 2.685E-06 5.620E-05 6.470 0.125 Silicon 14 3.227E-06 8.773E-05 6.646 3.228E-05 7.034E-04 7.550 0.125 Phosphorus 15 2.563E-08 7.685E-07 4.546 2.564E-07 6.162E-06 5.450 0.125 Sulphur 16 1.475E-06 4.578E-05 6.306 1.475E-05 3.671E-04 7.210 0.125 Chlorine 17 2.876E-08 9.870E-07 4.596 2.877E-07 7.914E-06 5.500 0.125 Argon 18 3.302E-07 1.160E-05 5.656 3.303E-06 9.300E-05 6.560 0.125 Potassium 19 1.199E-08 4.538E-07 4.216 1.199E-07 3.639E-06 5.120 0.125 Calcium 20 2.083E-07 8.084E-06 5.456 2.084E-06 6.482E-05 6.360 0.125 Scandium 21 1.145E-10 4.983E-09 2.196 1.145E-09 3.996E-08 3.100 0.125 Titanium 22 8.888E-09 4.120E-07 4.086 8.889E-08 3.304E-06 4.990 0.125 Vanadium 23 9.095E-10 4.486E-08 3.096 9.096E-09 3.597E-07 4.000 0.125 Chromium 24 4.254E-08 2.142E-06 4.766 4.255E-07 1.717E-05 5.670 0.125 Manganese 25 2.233E-08 1.188E-06 4.486 2.233E-07 9.522E-06 5.390 0.125 Iron 26 2.747E-05 1.485E-03 7.576 2.747E-05 1.191E-03 7.480 1.247 Cobalt 27 7.565E-08 4.317E-06 5.016 7.566E-08 3.461E-06 4.920 1.247 Nickel 28 1.617E-06 9.190E-05 6.346 1.618E-06 7.369E-05 6.250 1.247 Copper 29 1.475E-08 9.075E-07 4.306 1.475E-08 7.277E-07 4.210 1.247 Zinc 30 3.621E-08 2.293E-06 4.696 3.621E-08 1.838E-06 4.600 1.247 Gallium 31 6.899E-10 4.657E-08 2.976 6.900E-10 3.734E-08 2.880 1.247 Germanium 32 2.338E-09 1.644E-07 3.506 2.338E-09 1.318E-07 3.410 1.247 Arsenic 33 9.095E-13 6.597E-11 0.096 9.096E-13 5.290E-11 0.000 1.247 Selenium 34 9.095E-13 6.955E-11 0.096 9.096E-13 5.577E-11 0.000 1.247 Bromine 35 9.095E-13 7.036E-11 0.096 9.096E-13 5.642E-11 0.000 1.247 Krypton 36 9.095E-13 7.380E-11 0.096 9.096E-13 5.917E-11 0.000 1.247 Rubidium 37 3.621E-10 2.996E-08 2.696 3.621E-10 2.402E-08 2.600 1.247 Strontium 38 7.224E-10 6.128E-08 2.996 7.226E-10 4.914E-08 2.900 1.247 Yttrium 39 1.580E-10 1.360E-08 2.336 1.581E-10 1.091E-08 2.240 1.247 Zirconium 40 3.621E-10 3.198E-08 2.696 3.621E-10 2.564E-08 2.600 1.247 WAVELENGTH GRID READ OPTICAL DEPTH STRATIFICATION DEFINED CHEMICAL STRATIFICATION DEFINED (IF ANY) OP BF OPACITIES READ FE BF OPACITIES READ BB OPACITIES READ: 918900 LINES FROM LIST DATA PREP COMPLETE: 12.9456072 s START TEMPERATURE ITERATION flx SAM BB OPACITY: NO. LINES: 38692121 TEMKOR 0 |dF|, |dF_| 97.04242 96.74646 , |dT| 0.07369********* dam_f, tau_r 0.25000 0.00000 Test convergence 1 0.970424175 1.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 25958.3 -2261.0 0.913 0.613 3.902E-01 3.826E-01 1.967E-12 6.513E+05 3.351E+04 2.857E+13 50.965 6 -4.250 25958.9 -968.9 2.516 2.215 6.845E-01 3.819E-01 7.897E-11 5.696E+06 1.458E+04 2.856E+13 50.896 11 -2.500 25993.7 -721.6 3.610 3.309 4.126E+00 3.818E-01 9.795E-10 9.003E+06 4.578E+03 2.841E+13 50.091 16 -1.250 26568.5 -174.9 4.289 3.988 1.718E+01 3.817E-01 4.567E-09 1.109E+07 2.358E+03 2.783E+13 47.023 21 -0.300 30347.6 -838.1 4.840 4.539 4.227E+01 3.817E-01 1.423E-08 1.292E+07 1.797E+03 2.974E+13 57.130 26 0.200 36111.2 -2466.3 5.140 4.839 5.372E+01 3.818E-01 2.389E-08 1.409E+07 1.800E+03 3.507E+13 85.289 31 0.700 45788.2 -4578.8 5.489 5.189 6.736E+01 3.836E-01 4.196E-08 1.581E+07 1.888E+03 4.815E+13 154.392 36 1.200 59951.5 -5995.2 5.864 5.565 8.473E+01 3.854E-01 7.581E-08 1.823E+07 1.964E+03 7.868E+13 315.710 41 1.700 79461.9 -7946.2 6.250 5.951 1.072E+02 3.855E-01 1.391E-07 2.157E+07 1.841E+03 1.772E+14 836.105 46 2.200 105757.2 -10575.7 6.636 6.338 1.377E+02 3.856E-01 2.543E-07 2.607E+07 1.499E+03 4.701E+14 2383.795 LAST ITERATION TOOK: 21 S: TOTAL ELAPSED: 34 S flx SAM BB OPACITY: NO. LINES: 39628405 TEMKOR 0 |dF|, |dF_| 95.10787 94.14804 , |dT| 0.03426********* dam_f, tau_r 0.25000 0.00000 Test convergence 2 0.951078713 2.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 23697.3 -1184.9 0.907 0.606 3.915E-01 3.819E-01 2.126E-12 6.008E+05 2.578E+04 2.254E+13 19.118 6 -4.250 24989.9 -455.6 2.503 2.202 7.076E-01 3.819E-01 7.951E-11 5.301E+06 1.256E+04 2.254E+13 19.073 11 -2.500 25272.1 -352.6 3.594 3.293 4.274E+00 3.818E-01 9.702E-10 8.512E+06 4.429E+03 2.240E+13 18.331 16 -1.250 26393.5 -119.1 4.280 3.979 1.714E+01 3.817E-01 4.505E-09 1.059E+07 2.053E+03 2.174E+13 14.868 21 -0.300 29509.5 -184.7 4.830 4.529 4.452E+01 3.817E-01 1.432E-08 1.240E+07 1.214E+03 2.165E+13 14.405 26 0.200 33644.9 -458.9 5.116 4.815 6.080E+01 3.817E-01 2.424E-08 1.345E+07 1.074E+03 2.318E+13 22.482 31 0.700 41209.3 -2060.5 5.443 5.142 7.745E+01 3.823E-01 4.199E-08 1.493E+07 1.227E+03 2.980E+13 57.453 36 1.200 53956.4 -2697.9 5.811 5.512 9.598E+01 3.849E-01 7.460E-08 1.708E+07 1.294E+03 4.417E+13 133.382 41 1.700 71515.7 -3575.8 6.197 5.898 1.205E+02 3.855E-01 1.366E-07 2.009E+07 1.251E+03 8.354E+13 341.381 46 2.200 95181.5 -4759.1 6.586 6.287 1.546E+02 3.855E-01 2.517E-07 2.416E+07 1.081E+03 2.267E+14 1097.688 LAST ITERATION TOOK: 21 S: TOTAL ELAPSED: 55 S flx SAM BB OPACITY: NO. LINES: 39984877 TEMKOR 0 |dF|, |dF_| 93.46588 91.75430 , |dT| 0.03004********* dam_f, tau_r 0.25000 0.00000 Test convergence 3 0.934658825 3.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 22512.4 -1125.6 0.906 0.605 3.929E-01 3.819E-01 2.233E-12 5.700E+05 2.221E+04 2.060E+13 8.846 6 -4.250 24534.3 -452.8 2.497 2.196 7.191E-01 3.818E-01 7.988E-11 5.087E+06 1.177E+04 2.059E+13 8.810 11 -2.500 24919.4 -332.7 3.586 3.285 4.352E+00 3.818E-01 9.654E-10 8.239E+06 4.428E+03 2.046E+13 8.120 16 -1.250 26274.5 -114.5 4.276 3.974 1.718E+01 3.817E-01 4.482E-09 1.030E+07 1.987E+03 1.983E+13 4.782 21 -0.300 29324.8 -81.0 4.829 4.528 4.509E+01 3.817E-01 1.435E-08 1.211E+07 1.107E+03 1.937E+13 2.326 26 0.200 33186.0 -164.5 5.113 4.812 6.256E+01 3.817E-01 2.441E-08 1.314E+07 9.460E+02 2.010E+13 6.174 31 0.700 39148.8 -367.9 5.435 5.134 8.610E+01 3.819E-01 4.341E-08 1.453E+07 8.222E+02 2.222E+13 17.384 36 1.200 51258.5 -2562.9 5.792 5.492 1.034E+02 3.845E-01 7.511E-08 1.648E+07 1.052E+03 3.405E+13 79.924 41 1.700 67939.9 -3397.0 6.175 5.876 1.291E+02 3.854E-01 1.369E-07 1.928E+07 1.033E+03 5.909E+13 212.233 46 2.200 90422.4 -4521.1 6.565 6.266 1.651E+02 3.855E-01 2.525E-07 2.308E+07 9.164E+02 1.521E+14 703.584 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 75 S flx SAM BB OPACITY: NO. LINES: 40293386 TEMKOR 0 |dF|, |dF_| 90.91904 87.93827 , |dT| 0.02630********* dam_f, tau_r 0.25000 0.00000 Test convergence 4 0.909190476 4.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 21386.7 189.8 0.905 0.604 3.947E-01 3.819E-01 2.343E-12 5.407E+05 1.964E+04 1.954E+13 3.237 6 -4.250 24081.5 -446.6 2.491 2.190 7.327E-01 3.818E-01 8.030E-11 4.953E+06 1.114E+04 1.953E+13 3.207 11 -2.500 24586.8 -303.0 3.577 3.276 4.422E+00 3.818E-01 9.597E-10 8.047E+06 4.473E+03 1.941E+13 2.579 16 -1.250 26159.9 -105.4 4.271 3.970 1.722E+01 3.817E-01 4.458E-09 1.011E+07 1.967E+03 1.883E+13 -0.517 21 -0.300 29243.8 -16.4 4.827 4.526 4.527E+01 3.817E-01 1.435E-08 1.192E+07 1.065E+03 1.822E+13 -3.746 26 0.200 33021.5 18.0 5.111 4.810 6.311E+01 3.817E-01 2.443E-08 1.294E+07 8.984E+02 1.861E+13 -1.647 31 0.700 38781.0 -16.8 5.433 5.132 8.765E+01 3.818E-01 4.358E-08 1.431E+07 7.418E+02 1.962E+13 3.667 36 1.200 48695.5 -512.5 5.778 5.479 1.128E+02 3.838E-01 7.677E-08 1.614E+07 8.493E+02 2.603E+13 37.538 41 1.700 64542.8 -3227.2 6.153 5.854 1.381E+02 3.853E-01 1.368E-07 1.871E+07 8.505E+02 4.245E+13 124.294 46 2.200 85901.2 -4295.1 6.541 6.242 1.753E+02 3.854E-01 2.517E-07 2.229E+07 7.714E+02 1.018E+14 437.738 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 94 S flx SAM BB OPACITY: NO. LINES: 40538184 TEMKOR 0 |dF|, |dF_| 86.87170 81.96835 , |dT| 0.02299********* dam_f, tau_r 0.25000 0.00000 Test convergence 5 0.868716955 5.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 21576.5 -281.4 0.903 0.602 3.942E-01 3.819E-01 2.312E-12 5.486E+05 1.759E+04 1.915E+13 1.188 6 -4.250 23634.9 -436.2 2.485 2.185 7.461E-01 3.818E-01 8.078E-11 4.876E+06 1.074E+04 1.915E+13 1.163 11 -2.500 24283.8 -267.7 3.569 3.268 4.485E+00 3.818E-01 9.536E-10 7.911E+06 4.545E+03 1.904E+13 0.605 16 -1.250 26054.5 -95.8 4.267 3.966 1.726E+01 3.817E-01 4.437E-09 9.967E+06 1.976E+03 1.851E+13 -2.175 21 -0.300 29227.4 -0.2 4.827 4.525 4.525E+01 3.817E-01 1.433E-08 1.178E+07 1.062E+03 1.790E+13 -5.413 26 0.200 33039.5 66.1 5.111 4.810 6.302E+01 3.817E-01 2.442E-08 1.280E+07 8.979E+02 1.824E+13 -3.611 31 0.700 38764.2 89.8 5.433 5.132 8.780E+01 3.818E-01 4.363E-08 1.418E+07 7.165E+02 1.876E+13 -0.862 36 1.200 48183.1 -157.4 5.778 5.478 1.153E+02 3.836E-01 7.744E-08 1.597E+07 7.441E+02 2.251E+13 18.955 41 1.700 61315.7 -1115.3 6.136 5.837 1.498E+02 3.852E-01 1.387E-07 1.834E+07 6.968E+02 3.099E+13 63.745 46 2.200 81606.2 -4080.3 6.519 6.220 1.867E+02 3.854E-01 2.513E-07 2.166E+07 6.447E+02 6.895E+13 264.295 LAST ITERATION TOOK: 16 S: TOTAL ELAPSED: 110 S flx SAM BB OPACITY: NO. LINES: 40760831 TEMKOR 0 |dF|, |dF_| 80.40777 73.02021 , |dT| 0.01912********* dam_f, tau_r 0.25000 0.00000 Test convergence 6 0.804077685 6.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 21295.1 -397.4 0.903 0.602 3.947E-01 3.819E-01 2.347E-12 5.399E+05 1.577E+04 1.903E+13 0.550 6 -4.250 23198.7 -419.4 2.480 2.179 7.605E-01 3.818E-01 8.122E-11 4.773E+06 1.054E+04 1.903E+13 0.529 11 -2.500 24016.1 -232.1 3.562 3.261 4.537E+00 3.818E-01 9.475E-10 7.756E+06 4.621E+03 1.893E+13 0.039 16 -1.250 25958.7 -86.9 4.264 3.963 1.729E+01 3.817E-01 4.417E-09 9.808E+06 1.993E+03 1.847E+13 -2.428 21 -0.300 29227.2 14.9 4.826 4.525 4.519E+01 3.817E-01 1.431E-08 1.163E+07 1.070E+03 1.790E+13 -5.449 26 0.200 33105.6 75.1 5.112 4.810 6.275E+01 3.817E-01 2.439E-08 1.266E+07 9.088E+02 1.825E+13 -3.564 31 0.700 38853.9 116.2 5.434 5.133 8.752E+01 3.818E-01 4.364E-08 1.404E+07 7.031E+02 1.848E+13 -2.342 36 1.200 48025.7 -38.2 5.778 5.478 1.162E+02 3.836E-01 7.772E-08 1.582E+07 6.967E+02 2.115E+13 11.736 41 1.700 60200.4 -325.1 6.133 5.834 1.554E+02 3.851E-01 1.404E-07 1.813E+07 4.032E+02 1.788E+13 -5.517 46 2.200 77525.8 -3876.3 6.498 6.199 2.002E+02 3.853E-01 2.526E-07 2.114E+07 5.359E+02 4.742E+13 150.565 LAST ITERATION TOOK: 17 S: TOTAL ELAPSED: 128 S flx SAM BB OPACITY: NO. LINES: 40964471 TEMKOR 0 |dF|, |dF_| 70.53894 60.16842 , |dT| 0.01440********* dam_f, tau_r 0.25000 0.00000 Test convergence 7 0.705389440 7.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 20897.7 -295.2 0.903 0.602 3.953E-01 3.819E-01 2.389E-12 5.296E+05 1.424E+04 1.900E+13 0.381 6 -4.250 22779.4 -393.3 2.474 2.173 7.751E-01 3.818E-01 8.164E-11 4.679E+06 1.056E+04 1.900E+13 0.363 11 -2.500 23784.0 -199.4 3.555 3.254 4.586E+00 3.818E-01 9.416E-10 7.614E+06 4.682E+03 1.892E+13 -0.061 16 -1.250 25871.8 -78.8 4.261 3.960 1.732E+01 3.817E-01 4.400E-09 9.664E+06 2.011E+03 1.850E+13 -2.243 21 -0.300 29242.2 15.7 4.825 4.524 4.508E+01 3.817E-01 1.429E-08 1.149E+07 1.084E+03 1.798E+13 -4.977 26 0.200 33180.8 68.8 5.112 4.811 6.245E+01 3.817E-01 2.436E-08 1.252E+07 9.222E+02 1.837E+13 -2.938 31 0.700 38970.1 102.0 5.435 5.134 8.712E+01 3.819E-01 4.363E-08 1.391E+07 7.038E+02 1.847E+13 -2.408 36 1.200 47987.4 -0.4 5.778 5.478 1.165E+02 3.836E-01 7.788E-08 1.569E+07 6.691E+02 2.047E+13 8.131 41 1.700 59875.2 -159.8 6.133 5.834 1.571E+02 3.851E-01 1.410E-07 1.798E+07 3.943E+02 1.727E+13 -8.769 46 2.200 73649.5 -751.6 6.487 6.188 2.191E+02 3.852E-01 2.589E-07 2.080E+07 4.445E+02 3.306E+13 74.662 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 148 S flx SAM BB OPACITY: NO. LINES: 41110777 TEMKOR 0 |dF|, |dF_| 56.19038 28.27229 , |dT| 0.00972********* dam_f, tau_r 0.25000 0.00000 Test convergence 8 0.561903834 8.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 20602.5 -251.3 0.902 0.601 3.960E-01 3.819E-01 2.420E-12 5.218E+05 1.305E+04 1.898E+13 0.308 6 -4.250 22386.1 -357.2 2.469 2.168 7.899E-01 3.818E-01 8.204E-11 4.595E+06 1.079E+04 1.898E+13 0.292 11 -2.500 23584.6 -170.5 3.549 3.248 4.624E+00 3.818E-01 9.364E-10 7.487E+06 4.736E+03 1.891E+13 -0.071 16 -1.250 25793.0 -71.3 4.258 3.957 1.735E+01 3.817E-01 4.384E-09 9.535E+06 2.028E+03 1.855E+13 -2.004 21 -0.300 29257.9 15.3 4.825 4.524 4.498E+01 3.817E-01 1.427E-08 1.137E+07 1.097E+03 1.808E+13 -4.471 26 0.200 33249.6 60.7 5.113 4.811 6.219E+01 3.817E-01 2.434E-08 1.240E+07 9.340E+02 1.849E+13 -2.290 31 0.700 39072.1 84.4 5.436 5.135 8.678E+01 3.819E-01 4.363E-08 1.380E+07 7.056E+02 1.850E+13 -2.250 36 1.200 47987.0 13.6 5.779 5.479 1.167E+02 3.836E-01 7.798E-08 1.558E+07 6.521E+02 2.007E+13 6.038 41 1.700 59715.4 -88.5 6.132 5.833 1.579E+02 3.850E-01 1.412E-07 1.785E+07 3.963E+02 1.724E+13 -8.926 46 2.200 72897.9 -282.8 6.486 6.187 2.241E+02 3.852E-01 2.613E-07 2.064E+07 3.659E+02 2.639E+13 39.416 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 167 S flx SAM BB OPACITY: NO. LINES: 41192061 TEMKOR 0 |dF|, |dF_| 41.65705 21.52108 , |dT| 0.00525360.04691 dam_f, tau_r 0.25000 0.00000 Test convergence 9 0.416570455 9.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 20351.1 -216.4 0.902 0.601 3.962E-01 3.819E-01 2.446E-12 5.160E+05 1.217E+04 1.898E+13 0.260 6 -4.250 22028.9 -312.6 2.464 2.163 8.037E-01 3.818E-01 8.243E-11 4.521E+06 1.117E+04 1.897E+13 0.247 11 -2.500 23414.1 -146.0 3.543 3.242 4.658E+00 3.818E-01 9.317E-10 7.378E+06 4.775E+03 1.891E+13 -0.063 16 -1.250 25721.7 -64.6 4.255 3.954 1.738E+01 3.817E-01 4.372E-09 9.424E+06 2.043E+03 1.859E+13 -1.779 21 -0.300 29273.1 14.6 4.825 4.524 4.488E+01 3.817E-01 1.425E-08 1.127E+07 1.109E+03 1.817E+13 -4.001 26 0.200 33310.3 52.9 5.113 4.812 6.196E+01 3.817E-01 2.432E-08 1.230E+07 9.439E+02 1.860E+13 -1.716 31 0.700 39156.5 68.3 5.437 5.136 8.649E+01 3.819E-01 4.362E-08 1.370E+07 7.076E+02 1.854E+13 -2.049 36 1.200 48000.6 17.8 5.779 5.479 1.167E+02 3.836E-01 7.804E-08 1.548E+07 6.401E+02 1.981E+13 4.669 41 1.700 59626.9 -56.6 6.132 5.833 1.583E+02 3.850E-01 1.413E-07 1.775E+07 4.017E+02 1.740E+13 -8.086 46 2.200 72615.1 -114.9 6.486 6.187 2.259E+02 3.852E-01 2.621E-07 2.052E+07 3.383E+02 2.412E+13 27.423 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 186 S flx SAM BB OPACITY: NO. LINES: 41215386 TEMKOR 0 |dF|, |dF_| 35.75216 17.34404 , |dT| 0.00442263.81836 dam_f, tau_r 0.25000 0.00000 Test convergence 10 0.357521564 10.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 20134.7 -183.4 0.901 0.600 3.968E-01 3.818E-01 2.471E-12 5.100E+05 1.150E+04 1.897E+13 0.216 6 -4.250 21716.3 -263.8 2.459 2.158 8.175E-01 3.818E-01 8.271E-11 4.454E+06 1.161E+04 1.897E+13 0.204 11 -2.500 23268.1 -125.2 3.539 3.238 4.688E+00 3.818E-01 9.279E-10 7.281E+06 4.804E+03 1.892E+13 -0.060 16 -1.250 25657.0 -58.6 4.253 3.952 1.741E+01 3.817E-01 4.360E-09 9.324E+06 2.055E+03 1.863E+13 -1.588 21 -0.300 29287.8 14.0 4.824 4.523 4.479E+01 3.817E-01 1.423E-08 1.117E+07 1.119E+03 1.825E+13 -3.590 26 0.200 33363.1 46.2 5.113 4.812 6.177E+01 3.817E-01 2.430E-08 1.221E+07 9.518E+02 1.869E+13 -1.234 31 0.700 39224.8 54.9 5.438 5.137 8.627E+01 3.819E-01 4.362E-08 1.361E+07 7.093E+02 1.857E+13 -1.865 36 1.200 48018.5 18.0 5.780 5.480 1.167E+02 3.836E-01 7.809E-08 1.539E+07 6.313E+02 1.963E+13 3.706 41 1.700 59570.3 -40.5 6.132 5.833 1.587E+02 3.850E-01 1.414E-07 1.765E+07 4.068E+02 1.756E+13 -7.196 46 2.200 72500.2 -49.8 6.486 6.187 2.267E+02 3.852E-01 2.625E-07 2.043E+07 3.227E+02 2.290E+13 20.984 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 206 S flx SAM BB OPACITY: NO. LINES: 41233568 TEMKOR 0 |dF|, |dF_| 29.77301 14.71172 , |dT| 0.00370215.85742 dam_f, tau_r 0.25000 0.00000 Test convergence 11 0.297730058 11.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19951.4 -151.3 0.901 0.600 3.972E-01 3.818E-01 2.490E-12 5.055E+05 1.104E+04 1.896E+13 0.171 6 -4.250 21452.5 -215.9 2.455 2.154 8.281E-01 3.818E-01 8.295E-11 4.399E+06 1.208E+04 1.896E+13 0.161 11 -2.500 23142.8 -107.9 3.535 3.234 4.715E+00 3.818E-01 9.248E-10 7.202E+06 4.825E+03 1.891E+13 -0.064 16 -1.250 25598.5 -53.1 4.251 3.950 1.744E+01 3.817E-01 4.351E-09 9.243E+06 2.066E+03 1.866E+13 -1.429 21 -0.300 29301.8 13.6 4.824 4.523 4.471E+01 3.817E-01 1.421E-08 1.109E+07 1.129E+03 1.831E+13 -3.232 26 0.200 33409.3 40.5 5.114 4.813 6.159E+01 3.817E-01 2.429E-08 1.214E+07 9.581E+02 1.877E+13 -0.842 31 0.700 39279.8 44.1 5.438 5.138 8.611E+01 3.819E-01 4.362E-08 1.354E+07 7.108E+02 1.860E+13 -1.708 36 1.200 48036.4 16.4 5.780 5.480 1.167E+02 3.836E-01 7.811E-08 1.532E+07 6.247E+02 1.951E+13 3.086 41 1.700 59529.8 -32.4 6.132 5.833 1.589E+02 3.850E-01 1.415E-07 1.758E+07 4.117E+02 1.773E+13 -6.329 46 2.200 72450.4 -23.0 6.486 6.187 2.271E+02 3.852E-01 2.627E-07 2.035E+07 3.133E+02 2.219E+13 17.250 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 225 S flx SAM BB OPACITY: NO. LINES: 41254504 TEMKOR 0 |dF|, |dF_| 25.04002 12.84434 , |dT| 0.00307172.99219 dam_f, tau_r 0.25000 0.00000 Test convergence 12 0.250400156 12.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19800.1 -123.8 0.900 0.599 3.976E-01 3.818E-01 2.507E-12 5.017E+05 1.072E+04 1.895E+13 0.125 6 -4.250 21236.6 -173.0 2.452 2.151 8.382E-01 3.818E-01 8.314E-11 4.351E+06 1.249E+04 1.895E+13 0.116 11 -2.500 23035.0 -93.3 3.532 3.231 4.740E+00 3.818E-01 9.222E-10 7.135E+06 4.839E+03 1.891E+13 -0.078 16 -1.250 25545.4 -48.1 4.250 3.948 1.747E+01 3.817E-01 4.342E-09 9.173E+06 2.075E+03 1.868E+13 -1.302 21 -0.300 29315.3 13.2 4.824 4.523 4.463E+01 3.817E-01 1.420E-08 1.103E+07 1.137E+03 1.837E+13 -2.924 26 0.200 33449.8 35.9 5.114 4.813 6.144E+01 3.817E-01 2.427E-08 1.208E+07 9.631E+02 1.883E+13 -0.527 31 0.700 39323.9 35.8 5.439 5.138 8.596E+01 3.819E-01 4.362E-08 1.348E+07 7.122E+02 1.863E+13 -1.591 36 1.200 48052.9 15.3 5.780 5.480 1.167E+02 3.836E-01 7.813E-08 1.526E+07 6.194E+02 1.941E+13 2.534 41 1.700 59497.4 -27.0 6.132 5.833 1.591E+02 3.850E-01 1.416E-07 1.751E+07 4.160E+02 1.788E+13 -5.550 46 2.200 72427.4 -12.4 6.486 6.187 2.273E+02 3.852E-01 2.628E-07 2.029E+07 3.069E+02 2.172E+13 14.737 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 244 S flx SAM BB OPACITY: NO. LINES: 41266922 TEMKOR 0 |dF|, |dF_| 21.62035 11.41887 , |dT| 0.00254137.32617 dam_f, tau_r 0.25000 0.00000 Test convergence 13 0.216203541 13.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19676.3 -100.7 0.900 0.599 3.979E-01 3.818E-01 2.520E-12 4.987E+05 1.050E+04 1.894E+13 0.080 6 -4.250 21063.6 -137.3 2.449 2.148 8.459E-01 3.818E-01 8.327E-11 4.315E+06 1.283E+04 1.894E+13 0.072 11 -2.500 22941.7 -81.1 3.529 3.228 4.763E+00 3.818E-01 9.202E-10 7.083E+06 4.848E+03 1.891E+13 -0.097 16 -1.250 25497.2 -43.6 4.248 3.947 1.749E+01 3.817E-01 4.335E-09 9.118E+06 2.084E+03 1.870E+13 -1.196 21 -0.300 29328.5 12.9 4.824 4.523 4.456E+01 3.817E-01 1.419E-08 1.098E+07 1.145E+03 1.842E+13 -2.655 26 0.200 33485.7 32.0 5.114 4.813 6.133E+01 3.817E-01 2.427E-08 1.203E+07 9.667E+02 1.887E+13 -0.273 31 0.700 39359.7 29.2 5.439 5.138 8.584E+01 3.819E-01 4.362E-08 1.343E+07 7.135E+02 1.865E+13 -1.487 36 1.200 48068.1 13.8 5.780 5.480 1.167E+02 3.836E-01 7.814E-08 1.521E+07 6.150E+02 1.932E+13 2.102 41 1.700 59470.4 -22.9 6.132 5.833 1.593E+02 3.850E-01 1.417E-07 1.746E+07 4.198E+02 1.801E+13 -4.857 46 2.200 72415.1 -8.6 6.486 6.187 2.274E+02 3.852E-01 2.629E-07 2.024E+07 3.021E+02 2.137E+13 12.891 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 264 S flx SAM BB OPACITY: NO. LINES: 41272589 TEMKOR 0 |dF|, |dF_| 18.81960 10.33387 , |dT| 0.00212109.22461 dam_f, tau_r 0.25000 0.00000 Test convergence 14 0.188196048 14.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19575.6 -82.0 0.900 0.599 3.980E-01 3.818E-01 2.531E-12 4.963E+05 1.034E+04 1.893E+13 0.037 6 -4.250 20926.3 -109.2 2.446 2.145 8.512E-01 3.818E-01 8.335E-11 4.283E+06 1.311E+04 1.893E+13 0.031 11 -2.500 22860.6 -70.7 3.527 3.226 4.781E+00 3.817E-01 9.185E-10 7.037E+06 4.855E+03 1.890E+13 -0.117 16 -1.250 25453.6 -39.5 4.247 3.946 1.752E+01 3.817E-01 4.328E-09 9.070E+06 2.091E+03 1.872E+13 -1.108 21 -0.300 29341.4 12.6 4.824 4.522 4.449E+01 3.817E-01 1.418E-08 1.093E+07 1.152E+03 1.847E+13 -2.419 26 0.200 33517.7 28.7 5.115 4.814 6.122E+01 3.817E-01 2.426E-08 1.198E+07 9.696E+02 1.891E+13 -0.068 31 0.700 39388.9 24.0 5.440 5.139 8.576E+01 3.819E-01 4.362E-08 1.339E+07 7.147E+02 1.866E+13 -1.400 36 1.200 48081.9 12.4 5.780 5.480 1.166E+02 3.836E-01 7.814E-08 1.517E+07 6.115E+02 1.926E+13 1.752 41 1.700 59447.4 -20.8 6.132 5.833 1.595E+02 3.850E-01 1.417E-07 1.742E+07 4.231E+02 1.812E+13 -4.244 46 2.200 72406.5 -7.9 6.486 6.187 2.275E+02 3.852E-01 2.629E-07 2.020E+07 2.982E+02 2.109E+13 11.420 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 283 S flx SAM BB OPACITY: NO. LINES: 41275438 TEMKOR 0 |dF|, |dF_| 16.68509 9.70969 , |dT| 0.00178 87.66406 dam_f, tau_r 0.25000 0.00000 Test convergence 15 0.166850939 15.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19493.6 -67.1 0.900 0.599 3.982E-01 3.818E-01 2.541E-12 4.940E+05 1.023E+04 1.893E+13 0.000 6 -4.250 20817.1 -87.7 2.444 2.143 8.572E-01 3.818E-01 8.343E-11 4.258E+06 1.329E+04 1.893E+13 -0.006 11 -2.500 22789.9 -61.9 3.525 3.224 4.800E+00 3.817E-01 9.173E-10 7.001E+06 4.858E+03 1.890E+13 -0.137 16 -1.250 25414.1 -35.9 4.245 3.944 1.755E+01 3.817E-01 4.323E-09 9.031E+06 2.097E+03 1.873E+13 -1.032 21 -0.300 29354.1 12.4 4.823 4.522 4.442E+01 3.817E-01 1.416E-08 1.089E+07 1.159E+03 1.851E+13 -2.207 26 0.200 33546.4 25.8 5.115 4.814 6.112E+01 3.817E-01 2.425E-08 1.195E+07 9.718E+02 1.895E+13 0.099 31 0.700 39413.0 19.8 5.440 5.139 8.568E+01 3.819E-01 4.362E-08 1.336E+07 7.159E+02 1.868E+13 -1.321 36 1.200 48094.2 10.5 5.781 5.481 1.166E+02 3.836E-01 7.814E-08 1.514E+07 6.086E+02 1.921E+13 1.475 41 1.700 59426.7 -18.8 6.132 5.833 1.596E+02 3.850E-01 1.418E-07 1.739E+07 4.259E+02 1.822E+13 -3.737 46 2.200 72398.6 -7.7 6.486 6.187 2.276E+02 3.852E-01 2.630E-07 2.016E+07 2.950E+02 2.086E+13 10.198 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 302 S flx SAM BB OPACITY: NO. LINES: 41277599 TEMKOR 0 |dF|, |dF_| 14.97048 9.01818 , |dT| 0.00151 71.33398 dam_f, tau_r 0.25000 0.00000 Test convergence 16 0.149704829 16.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19426.5 -55.7 0.899 0.598 3.984E-01 3.818E-01 2.548E-12 4.925E+05 1.015E+04 1.892E+13 -0.036 6 -4.250 20729.4 -71.3 2.443 2.142 8.608E-01 3.818E-01 8.348E-11 4.237E+06 1.344E+04 1.892E+13 -0.041 11 -2.500 22728.1 -54.4 3.523 3.222 4.816E+00 3.817E-01 9.162E-10 6.971E+06 4.859E+03 1.890E+13 -0.158 16 -1.250 25378.2 -32.5 4.244 3.943 1.757E+01 3.817E-01 4.317E-09 8.998E+06 2.103E+03 1.874E+13 -0.969 21 -0.300 29366.5 12.1 4.823 4.522 4.436E+01 3.817E-01 1.415E-08 1.086E+07 1.165E+03 1.854E+13 -2.021 26 0.200 33572.2 23.4 5.115 4.814 6.104E+01 3.817E-01 2.425E-08 1.192E+07 9.733E+02 1.897E+13 0.230 31 0.700 39432.8 16.6 5.440 5.139 8.563E+01 3.819E-01 4.363E-08 1.333E+07 7.171E+02 1.869E+13 -1.253 36 1.200 48104.7 9.4 5.781 5.481 1.165E+02 3.836E-01 7.814E-08 1.511E+07 6.061E+02 1.916E+13 1.239 41 1.700 59407.8 -17.1 6.132 5.833 1.597E+02 3.850E-01 1.418E-07 1.736E+07 4.284E+02 1.830E+13 -3.296 46 2.200 72390.9 -7.6 6.486 6.187 2.277E+02 3.852E-01 2.631E-07 2.014E+07 2.923E+02 2.066E+13 9.154 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 321 S flx SAM BB OPACITY: NO. LINES: 41279603 TEMKOR 0 |dF|, |dF_| 13.54829 8.31118 , |dT| 0.00129 58.83789 dam_f, tau_r 0.25000 0.00000 Test convergence 17 0.135482863 17.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19370.8 -46.6 0.899 0.598 3.985E-01 3.818E-01 2.555E-12 4.911E+05 1.009E+04 1.891E+13 -0.067 6 -4.250 20658.1 -58.8 2.442 2.141 8.643E-01 3.818E-01 8.354E-11 4.220E+06 1.355E+04 1.891E+13 -0.072 11 -2.500 22673.7 -47.9 3.522 3.221 4.832E+00 3.817E-01 9.152E-10 6.945E+06 4.859E+03 1.889E+13 -0.178 16 -1.250 25345.7 -29.4 4.243 3.942 1.759E+01 3.817E-01 4.313E-09 8.970E+06 2.108E+03 1.875E+13 -0.913 21 -0.300 29378.6 11.9 4.823 4.522 4.430E+01 3.817E-01 1.415E-08 1.084E+07 1.171E+03 1.858E+13 -1.853 26 0.200 33595.6 21.3 5.115 4.814 6.096E+01 3.817E-01 2.425E-08 1.190E+07 9.744E+02 1.899E+13 0.334 31 0.700 39449.3 14.0 5.440 5.140 8.557E+01 3.819E-01 4.363E-08 1.331E+07 7.183E+02 1.870E+13 -1.190 36 1.200 48114.1 8.3 5.781 5.481 1.165E+02 3.836E-01 7.814E-08 1.508E+07 6.041E+02 1.912E+13 1.043 41 1.700 59390.7 -15.7 6.132 5.833 1.598E+02 3.850E-01 1.419E-07 1.733E+07 4.305E+02 1.837E+13 -2.922 46 2.200 72383.3 -7.5 6.486 6.187 2.277E+02 3.852E-01 2.631E-07 2.011E+07 2.900E+02 2.049E+13 8.246 LAST ITERATION TOOK: 16 S: TOTAL ELAPSED: 338 S flx SAM BB OPACITY: NO. LINES: 41281583 TEMKOR 0 |dF|, |dF_| 12.33228 7.62438 , |dT| 0.00112 49.52539 dam_f, tau_r 0.25000 0.00000 Test convergence 18 0.123322770 18.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19324.2 -39.4 0.899 0.598 3.986E-01 3.818E-01 2.560E-12 4.899E+05 1.004E+04 1.891E+13 -0.094 6 -4.250 20599.3 -49.5 2.440 2.139 8.664E-01 3.818E-01 8.355E-11 4.206E+06 1.363E+04 1.891E+13 -0.099 11 -2.500 22625.7 -42.4 3.520 3.219 4.846E+00 3.817E-01 9.144E-10 6.924E+06 4.856E+03 1.889E+13 -0.195 16 -1.250 25316.3 -26.6 4.242 3.941 1.761E+01 3.817E-01 4.309E-09 8.946E+06 2.112E+03 1.876E+13 -0.864 21 -0.300 29390.5 11.7 4.823 4.522 4.425E+01 3.817E-01 1.414E-08 1.082E+07 1.176E+03 1.860E+13 -1.700 26 0.200 33616.9 19.3 5.116 4.815 6.089E+01 3.817E-01 2.424E-08 1.188E+07 9.751E+02 1.901E+13 0.419 31 0.700 39463.3 11.8 5.441 5.140 8.554E+01 3.819E-01 4.363E-08 1.329E+07 7.195E+02 1.871E+13 -1.127 36 1.200 48122.4 7.4 5.781 5.481 1.165E+02 3.836E-01 7.814E-08 1.506E+07 6.023E+02 1.909E+13 0.879 41 1.700 59375.0 -14.0 6.132 5.833 1.599E+02 3.850E-01 1.419E-07 1.731E+07 4.324E+02 1.843E+13 -2.603 46 2.200 72375.8 -7.2 6.486 6.187 2.278E+02 3.852E-01 2.632E-07 2.009E+07 2.879E+02 2.034E+13 7.448 LAST ITERATION TOOK: 16 S: TOTAL ELAPSED: 354 S flx SAM BB OPACITY: NO. LINES: 41283039 TEMKOR 0 |dF|, |dF_| 11.26850 6.96777 , |dT| 0.00097 42.12305 dam_f, tau_r 0.25000 0.00000 Test convergence 19 0.112685032 19.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19284.7 -33.8 0.899 0.598 3.989E-01 3.818E-01 2.565E-12 4.887E+05 9.999E+03 1.890E+13 -0.118 6 -4.250 20549.7 -42.1 2.440 2.139 8.694E-01 3.818E-01 8.359E-11 4.194E+06 1.368E+04 1.890E+13 -0.122 11 -2.500 22583.4 -37.5 3.519 3.218 4.856E+00 3.817E-01 9.138E-10 6.906E+06 4.856E+03 1.889E+13 -0.210 16 -1.250 25289.7 -24.1 4.242 3.940 1.762E+01 3.817E-01 4.306E-09 8.926E+06 2.116E+03 1.877E+13 -0.819 21 -0.300 29402.2 11.4 4.823 4.522 4.420E+01 3.817E-01 1.413E-08 1.080E+07 1.181E+03 1.863E+13 -1.560 26 0.200 33636.2 17.6 5.116 4.815 6.084E+01 3.817E-01 2.424E-08 1.186E+07 9.754E+02 1.902E+13 0.486 31 0.700 39475.1 10.1 5.441 5.140 8.551E+01 3.819E-01 4.363E-08 1.327E+07 7.208E+02 1.872E+13 -1.065 36 1.200 48129.8 6.3 5.781 5.481 1.165E+02 3.836E-01 7.814E-08 1.505E+07 6.009E+02 1.907E+13 0.747 41 1.700 59361.0 -13.1 6.132 5.833 1.600E+02 3.850E-01 1.420E-07 1.729E+07 4.340E+02 1.849E+13 -2.324 46 2.200 72368.6 -6.9 6.486 6.187 2.279E+02 3.852E-01 2.632E-07 2.007E+07 2.861E+02 2.020E+13 6.742 LAST ITERATION TOOK: 17 S: TOTAL ELAPSED: 371 S flx SAM BB OPACITY: NO. LINES: 41284170 TEMKOR 0 |dF|, |dF_| 10.32871 6.35425 , |dT| 0.00086 36.25781 dam_f, tau_r 0.25000 0.00000 Test convergence 20 0.103287078 20.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19250.9 -29.2 0.899 0.598 3.989E-01 3.818E-01 2.568E-12 4.882E+05 9.970E+03 1.890E+13 -0.139 6 -4.250 20507.6 -36.3 2.439 2.138 8.710E-01 3.818E-01 8.360E-11 4.184E+06 1.373E+04 1.890E+13 -0.144 11 -2.500 22545.8 -33.4 3.518 3.217 4.867E+00 3.817E-01 9.131E-10 6.891E+06 4.853E+03 1.888E+13 -0.224 16 -1.250 25265.6 -21.8 4.241 3.940 1.764E+01 3.817E-01 4.303E-09 8.909E+06 2.120E+03 1.878E+13 -0.780 21 -0.300 29413.6 11.2 4.823 4.522 4.415E+01 3.817E-01 1.412E-08 1.078E+07 1.185E+03 1.866E+13 -1.434 26 0.200 33653.9 16.1 5.116 4.815 6.079E+01 3.817E-01 2.424E-08 1.185E+07 9.754E+02 1.903E+13 0.536 31 0.700 39485.2 8.7 5.441 5.140 8.547E+01 3.819E-01 4.363E-08 1.326E+07 7.221E+02 1.874E+13 -1.010 36 1.200 48136.1 5.6 5.781 5.481 1.164E+02 3.836E-01 7.813E-08 1.503E+07 5.996E+02 1.905E+13 0.628 41 1.700 59347.9 -11.8 6.132 5.833 1.601E+02 3.850E-01 1.420E-07 1.728E+07 4.354E+02 1.853E+13 -2.081 46 2.200 72361.7 -6.5 6.486 6.187 2.279E+02 3.852E-01 2.633E-07 2.006E+07 2.845E+02 2.008E+13 6.112 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 391 S flx SAM BB OPACITY: NO. LINES: 41285215 TEMKOR 0 |dF|, |dF_| 9.48274 5.78488 , |dT| 0.00076 31.37891 dam_f, tau_r 0.25000 0.00000 Test convergence 21 9.48274061E-02 21.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19221.7 -25.6 0.899 0.598 3.990E-01 3.818E-01 2.572E-12 4.873E+05 9.944E+03 1.890E+13 -0.155 6 -4.250 20471.3 -31.4 2.438 2.137 8.728E-01 3.818E-01 8.363E-11 4.175E+06 1.376E+04 1.890E+13 -0.159 11 -2.500 22512.5 -29.6 3.517 3.216 4.877E+00 3.817E-01 9.126E-10 6.876E+06 4.851E+03 1.888E+13 -0.234 16 -1.250 25243.8 -19.7 4.240 3.939 1.765E+01 3.817E-01 4.300E-09 8.893E+06 2.124E+03 1.879E+13 -0.742 21 -0.300 29424.8 10.9 4.823 4.522 4.410E+01 3.817E-01 1.412E-08 1.077E+07 1.190E+03 1.868E+13 -1.314 26 0.200 33670.0 14.7 5.116 4.815 6.074E+01 3.817E-01 2.424E-08 1.183E+07 9.753E+02 1.904E+13 0.577 31 0.700 39493.9 7.5 5.441 5.140 8.546E+01 3.819E-01 4.363E-08 1.325E+07 7.232E+02 1.875E+13 -0.951 36 1.200 48141.7 4.8 5.781 5.481 1.164E+02 3.836E-01 7.813E-08 1.502E+07 5.985E+02 1.903E+13 0.528 41 1.700 59336.1 -10.7 6.132 5.833 1.602E+02 3.850E-01 1.420E-07 1.727E+07 4.366E+02 1.857E+13 -1.870 46 2.200 72355.3 -6.1 6.486 6.187 2.280E+02 3.852E-01 2.633E-07 2.005E+07 2.830E+02 1.998E+13 5.548 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 410 S flx SAM BB OPACITY: NO. LINES: 41285838 TEMKOR 0 |dF|, |dF_| 8.71622 5.26054 , |dT| 0.00067 27.37891 dam_f, tau_r 0.25000 0.00000 Test convergence 22 8.71622041E-02 22.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19196.1 -22.4 0.898 0.598 3.990E-01 3.818E-01 2.574E-12 4.868E+05 9.925E+03 1.889E+13 -0.170 6 -4.250 20440.0 -27.4 2.437 2.136 8.748E-01 3.818E-01 8.364E-11 4.168E+06 1.378E+04 1.889E+13 -0.174 11 -2.500 22482.8 -26.4 3.517 3.215 4.886E+00 3.817E-01 9.122E-10 6.865E+06 4.848E+03 1.888E+13 -0.243 16 -1.250 25224.2 -17.7 4.240 3.939 1.767E+01 3.817E-01 4.298E-09 8.880E+06 2.127E+03 1.879E+13 -0.709 21 -0.300 29435.6 10.6 4.823 4.522 4.405E+01 3.817E-01 1.411E-08 1.076E+07 1.194E+03 1.870E+13 -1.209 26 0.200 33684.7 13.5 5.117 4.815 6.070E+01 3.817E-01 2.424E-08 1.182E+07 9.749E+02 1.904E+13 0.604 31 0.700 39501.4 6.6 5.441 5.140 8.544E+01 3.819E-01 4.364E-08 1.324E+07 7.245E+02 1.876E+13 -0.896 36 1.200 48146.5 4.2 5.781 5.481 1.164E+02 3.836E-01 7.813E-08 1.501E+07 5.976E+02 1.901E+13 0.445 41 1.700 59325.4 -9.6 6.132 5.833 1.603E+02 3.850E-01 1.421E-07 1.725E+07 4.377E+02 1.861E+13 -1.696 46 2.200 72349.1 -5.4 6.486 6.187 2.281E+02 3.852E-01 2.633E-07 2.004E+07 2.818E+02 1.988E+13 5.038 LAST ITERATION TOOK: 16 S: TOTAL ELAPSED: 427 S flx SAM BB OPACITY: NO. LINES: 41286709 TEMKOR 0 |dF|, |dF_| 8.03021 4.77544 , |dT| 0.00060 24.07422 dam_f, tau_r 0.25000 0.00000 Test convergence 23 8.03021118E-02 23.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19173.8 -19.7 0.899 0.598 3.991E-01 3.818E-01 2.577E-12 4.861E+05 9.907E+03 1.889E+13 -0.181 6 -4.250 20412.6 -24.1 2.437 2.136 8.763E-01 3.818E-01 8.367E-11 4.160E+06 1.380E+04 1.889E+13 -0.185 11 -2.500 22456.5 -23.5 3.516 3.215 4.894E+00 3.817E-01 9.119E-10 6.854E+06 4.846E+03 1.888E+13 -0.250 16 -1.250 25206.5 -16.0 4.239 3.938 1.768E+01 3.817E-01 4.296E-09 8.868E+06 2.129E+03 1.880E+13 -0.676 21 -0.300 29446.3 10.3 4.823 4.522 4.402E+01 3.817E-01 1.411E-08 1.075E+07 1.197E+03 1.872E+13 -1.108 26 0.200 33698.2 12.3 5.117 4.816 6.066E+01 3.817E-01 2.424E-08 1.181E+07 9.745E+02 1.904E+13 0.624 31 0.700 39508.0 5.8 5.441 5.140 8.542E+01 3.819E-01 4.364E-08 1.322E+07 7.258E+02 1.877E+13 -0.843 36 1.200 48150.7 3.6 5.781 5.481 1.164E+02 3.836E-01 7.813E-08 1.500E+07 5.968E+02 1.900E+13 0.374 41 1.700 59315.8 -8.9 6.132 5.833 1.603E+02 3.850E-01 1.421E-07 1.724E+07 4.386E+02 1.864E+13 -1.537 46 2.200 72343.8 -5.2 6.486 6.187 2.281E+02 3.852E-01 2.634E-07 2.003E+07 2.806E+02 1.979E+13 4.586 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 446 S flx SAM BB OPACITY: NO. LINES: 41287649 TEMKOR 0 |dF|, |dF_| 7.39659 4.33838 , |dT| 0.00053 21.19141 dam_f, tau_r 0.25000 0.00000 Test convergence 24 7.39658773E-02 24.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19154.1 -17.3 0.898 0.597 3.991E-01 3.818E-01 2.579E-12 4.858E+05 9.895E+03 1.889E+13 -0.190 6 -4.250 20388.5 -21.2 2.437 2.136 8.769E-01 3.818E-01 8.367E-11 4.155E+06 1.383E+04 1.889E+13 -0.194 11 -2.500 22433.0 -21.0 3.515 3.214 4.901E+00 3.817E-01 9.114E-10 6.845E+06 4.844E+03 1.888E+13 -0.255 16 -1.250 25190.5 -14.4 4.239 3.938 1.770E+01 3.817E-01 4.294E-09 8.857E+06 2.132E+03 1.880E+13 -0.647 21 -0.300 29456.6 10.0 4.823 4.522 4.397E+01 3.817E-01 1.410E-08 1.074E+07 1.201E+03 1.873E+13 -1.017 26 0.200 33710.5 11.3 5.117 4.816 6.063E+01 3.817E-01 2.424E-08 1.181E+07 9.738E+02 1.905E+13 0.638 31 0.700 39513.8 5.1 5.441 5.140 8.540E+01 3.819E-01 4.364E-08 1.322E+07 7.270E+02 1.878E+13 -0.787 36 1.200 48154.3 3.0 5.781 5.481 1.164E+02 3.836E-01 7.813E-08 1.499E+07 5.962E+02 1.899E+13 0.315 41 1.700 59306.9 -8.0 6.132 5.833 1.604E+02 3.850E-01 1.421E-07 1.724E+07 4.394E+02 1.866E+13 -1.404 46 2.200 72338.5 -4.6 6.486 6.187 2.282E+02 3.852E-01 2.634E-07 2.002E+07 2.796E+02 1.972E+13 4.173 LAST ITERATION TOOK: 16 S: TOTAL ELAPSED: 462 S flx SAM BB OPACITY: NO. LINES: 41288146 TEMKOR 0 |dF|, |dF_| 6.82402 3.93434 , |dT| 0.00048 18.87695 dam_f, tau_r 0.25000 0.00000 Test convergence 25 6.82402402E-02 25.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19136.8 -15.4 0.898 0.597 3.991E-01 3.818E-01 2.582E-12 4.853E+05 9.885E+03 1.889E+13 -0.197 6 -4.250 20367.3 -18.7 2.436 2.135 8.781E-01 3.818E-01 8.367E-11 4.149E+06 1.384E+04 1.889E+13 -0.201 11 -2.500 22412.0 -18.7 3.515 3.214 4.906E+00 3.817E-01 9.111E-10 6.836E+06 4.842E+03 1.888E+13 -0.258 16 -1.250 25176.1 -12.9 4.238 3.937 1.770E+01 3.817E-01 4.292E-09 8.848E+06 2.135E+03 1.881E+13 -0.618 21 -0.300 29466.6 9.7 4.823 4.522 4.393E+01 3.817E-01 1.410E-08 1.073E+07 1.204E+03 1.875E+13 -0.932 26 0.200 33721.8 10.3 5.117 4.816 6.060E+01 3.817E-01 2.425E-08 1.180E+07 9.731E+02 1.905E+13 0.646 31 0.700 39518.8 4.4 5.441 5.140 8.540E+01 3.819E-01 4.364E-08 1.321E+07 7.282E+02 1.879E+13 -0.731 36 1.200 48157.3 2.5 5.781 5.481 1.164E+02 3.836E-01 7.813E-08 1.498E+07 5.956E+02 1.898E+13 0.264 41 1.700 59298.9 -7.4 6.132 5.833 1.604E+02 3.850E-01 1.421E-07 1.723E+07 4.401E+02 1.868E+13 -1.282 46 2.200 72334.0 -4.3 6.487 6.187 2.282E+02 3.852E-01 2.634E-07 2.001E+07 2.786E+02 1.965E+13 3.804 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 476 S flx SAM BB OPACITY: NO. LINES: 41288655 TEMKOR 0 |dF|, |dF_| 6.29790 3.57035 , |dT| 0.00043 16.78125 dam_f, tau_r 0.25000 0.00000 Test convergence 26 6.29789904E-02 26.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19121.4 -13.7 0.898 0.597 3.992E-01 3.818E-01 2.584E-12 4.847E+05 9.873E+03 1.889E+13 -0.201 6 -4.250 20348.6 -16.6 2.436 2.135 8.795E-01 3.818E-01 8.369E-11 4.145E+06 1.384E+04 1.889E+13 -0.205 11 -2.500 22393.3 -16.7 3.514 3.213 4.912E+00 3.817E-01 9.109E-10 6.829E+06 4.840E+03 1.888E+13 -0.259 16 -1.250 25163.2 -11.5 4.238 3.937 1.771E+01 3.817E-01 4.291E-09 8.839E+06 2.137E+03 1.881E+13 -0.591 21 -0.300 29476.4 9.4 4.823 4.522 4.390E+01 3.817E-01 1.409E-08 1.072E+07 1.207E+03 1.877E+13 -0.852 26 0.200 33732.0 9.4 5.117 4.816 6.058E+01 3.817E-01 2.425E-08 1.179E+07 9.723E+02 1.905E+13 0.647 31 0.700 39523.2 4.0 5.441 5.140 8.537E+01 3.819E-01 4.364E-08 1.320E+07 7.294E+02 1.880E+13 -0.681 36 1.200 48159.9 2.1 5.781 5.481 1.164E+02 3.836E-01 7.813E-08 1.498E+07 5.951E+02 1.897E+13 0.220 41 1.700 59291.5 -6.7 6.132 5.833 1.605E+02 3.850E-01 1.422E-07 1.722E+07 4.408E+02 1.870E+13 -1.185 46 2.200 72329.7 -3.7 6.487 6.187 2.282E+02 3.852E-01 2.634E-07 2.000E+07 2.778E+02 1.958E+13 3.467 LAST ITERATION TOOK: 16 S: TOTAL ELAPSED: 492 S flx SAM BB OPACITY: NO. LINES: 41289015 TEMKOR 0 |dF|, |dF_| 5.82062 3.23334 , |dT| 0.00038 14.91992 dam_f, tau_r 0.25000 0.00000 Test convergence 27 5.82061522E-02 27.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19107.7 -12.2 0.898 0.597 3.992E-01 3.818E-01 2.585E-12 4.846E+05 9.865E+03 1.889E+13 -0.204 6 -4.250 20332.0 -14.5 2.436 2.135 8.798E-01 3.818E-01 8.372E-11 4.142E+06 1.386E+04 1.889E+13 -0.207 11 -2.500 22376.6 -14.8 3.514 3.213 4.917E+00 3.817E-01 9.106E-10 6.823E+06 4.839E+03 1.888E+13 -0.258 16 -1.250 25151.7 -10.3 4.237 3.936 1.772E+01 3.817E-01 4.289E-09 8.832E+06 2.139E+03 1.882E+13 -0.564 21 -0.300 29485.8 9.1 4.823 4.522 4.386E+01 3.817E-01 1.409E-08 1.072E+07 1.210E+03 1.878E+13 -0.778 26 0.200 33741.4 8.6 5.117 4.816 6.055E+01 3.817E-01 2.425E-08 1.179E+07 9.716E+02 1.905E+13 0.645 31 0.700 39527.2 3.5 5.441 5.141 8.537E+01 3.819E-01 4.364E-08 1.320E+07 7.305E+02 1.881E+13 -0.629 36 1.200 48161.9 1.7 5.781 5.481 1.164E+02 3.836E-01 7.813E-08 1.497E+07 5.947E+02 1.896E+13 0.184 41 1.700 59284.8 -6.1 6.132 5.833 1.605E+02 3.850E-01 1.422E-07 1.721E+07 4.413E+02 1.872E+13 -1.098 46 2.200 72325.9 -3.4 6.487 6.187 2.283E+02 3.852E-01 2.635E-07 2.000E+07 2.770E+02 1.953E+13 3.169 LAST ITERATION TOOK: 17 S: TOTAL ELAPSED: 510 S flx SAM BB OPACITY: NO. LINES: 41289307 TEMKOR 0 |dF|, |dF_| 5.37951 2.93182 , |dT| 0.00034 13.33203 dam_f, tau_r 0.25000 0.00000 Test convergence 28 5.37951142E-02 28.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19095.6 -13.4 0.898 0.597 3.994E-01 3.818E-01 2.586E-12 4.841E+05 9.844E+03 1.889E+13 -0.206 6 -4.250 20317.5 -13.0 2.435 2.134 8.808E-01 3.818E-01 8.370E-11 4.138E+06 1.386E+04 1.889E+13 -0.209 11 -2.500 22361.8 -13.2 3.513 3.212 4.921E+00 3.817E-01 9.104E-10 6.818E+06 4.838E+03 1.888E+13 -0.258 16 -1.250 25141.4 -9.2 4.237 3.936 1.773E+01 3.817E-01 4.288E-09 8.826E+06 2.141E+03 1.882E+13 -0.540 21 -0.300 29494.9 8.8 4.823 4.522 4.383E+01 3.817E-01 1.408E-08 1.071E+07 1.213E+03 1.879E+13 -0.712 26 0.200 33750.0 7.8 5.118 4.816 6.054E+01 3.817E-01 2.425E-08 1.178E+07 9.706E+02 1.905E+13 0.637 31 0.700 39530.7 3.2 5.442 5.141 8.535E+01 3.819E-01 4.364E-08 1.319E+07 7.317E+02 1.882E+13 -0.580 36 1.200 48163.7 1.4 5.781 5.481 1.163E+02 3.836E-01 7.813E-08 1.497E+07 5.943E+02 1.896E+13 0.154 41 1.700 59278.7 -5.6 6.132 5.833 1.606E+02 3.850E-01 1.422E-07 1.721E+07 4.418E+02 1.873E+13 -1.019 46 2.200 72322.5 -3.1 6.487 6.187 2.283E+02 3.852E-01 2.635E-07 1.999E+07 2.763E+02 1.947E+13 2.893 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 529 S flx SAM BB OPACITY: NO. LINES: 41289770 TEMKOR 0 |dF|, |dF_| 4.98178 2.65561 , |dT| 0.00031 11.83789 dam_f, tau_r 0.25000 0.00000 Test convergence 29 4.98177856E-02 29.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19082.2 -9.5 0.898 0.597 3.992E-01 3.818E-01 2.587E-12 4.841E+05 9.849E+03 1.889E+13 -0.205 6 -4.250 20304.4 -11.4 2.435 2.134 8.812E-01 3.818E-01 8.372E-11 4.135E+06 1.387E+04 1.889E+13 -0.209 11 -2.500 22348.6 -11.8 3.513 3.212 4.925E+00 3.817E-01 9.103E-10 6.813E+06 4.836E+03 1.888E+13 -0.255 16 -1.250 25132.2 -8.2 4.237 3.936 1.773E+01 3.817E-01 4.287E-09 8.821E+06 2.143E+03 1.883E+13 -0.517 21 -0.300 29503.7 8.5 4.823 4.522 4.380E+01 3.817E-01 1.408E-08 1.071E+07 1.215E+03 1.880E+13 -0.649 26 0.200 33757.8 7.1 5.118 4.817 6.052E+01 3.817E-01 2.425E-08 1.178E+07 9.697E+02 1.905E+13 0.630 31 0.700 39533.9 2.8 5.442 5.141 8.535E+01 3.819E-01 4.364E-08 1.319E+07 7.328E+02 1.883E+13 -0.527 36 1.200 48165.0 0.9 5.781 5.481 1.163E+02 3.836E-01 7.813E-08 1.496E+07 5.941E+02 1.895E+13 0.125 41 1.700 59273.2 -5.2 6.132 5.833 1.606E+02 3.850E-01 1.422E-07 1.720E+07 4.422E+02 1.875E+13 -0.955 46 2.200 72319.4 -2.8 6.487 6.187 2.283E+02 3.852E-01 2.635E-07 1.999E+07 2.757E+02 1.943E+13 2.647 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 548 S flx SAM BB OPACITY: NO. LINES: 41290147 TEMKOR 0 |dF|, |dF_| 4.61392 2.40752 , |dT| 0.00027 10.51758 dam_f, tau_r 0.25000 0.00000 Test convergence 30 4.61391695E-02 30.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19072.7 -8.4 0.898 0.597 3.993E-01 3.818E-01 2.590E-12 4.835E+05 9.843E+03 1.889E+13 -0.204 6 -4.250 20293.0 -10.2 2.435 2.134 8.823E-01 3.818E-01 8.372E-11 4.131E+06 1.387E+04 1.889E+13 -0.207 11 -2.500 22336.8 -10.5 3.513 3.212 4.928E+00 3.817E-01 9.101E-10 6.807E+06 4.836E+03 1.888E+13 -0.251 16 -1.250 25124.0 -7.3 4.237 3.936 1.774E+01 3.817E-01 4.286E-09 8.814E+06 2.145E+03 1.883E+13 -0.493 21 -0.300 29512.2 8.2 4.823 4.522 4.377E+01 3.817E-01 1.408E-08 1.070E+07 1.217E+03 1.881E+13 -0.591 26 0.200 33764.9 6.5 5.118 4.817 6.051E+01 3.817E-01 2.426E-08 1.177E+07 9.688E+02 1.904E+13 0.618 31 0.700 39536.7 2.5 5.442 5.141 8.534E+01 3.819E-01 4.364E-08 1.318E+07 7.338E+02 1.884E+13 -0.483 36 1.200 48166.0 0.8 5.781 5.481 1.163E+02 3.836E-01 7.813E-08 1.496E+07 5.938E+02 1.895E+13 0.101 41 1.700 59268.0 -4.7 6.132 5.833 1.606E+02 3.850E-01 1.422E-07 1.720E+07 4.426E+02 1.876E+13 -0.893 46 2.200 72316.6 -2.4 6.487 6.187 2.283E+02 3.852E-01 2.635E-07 1.998E+07 2.751E+02 1.938E+13 2.416 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 567 S flx SAM BB OPACITY: NO. LINES: 41290437 TEMKOR 0 |dF|, |dF_| 4.27788 2.17845 , |dT| 0.00025 9.47656 dam_f, tau_r 0.25000 0.00000 Test convergence 31 4.27788235E-02 31.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19064.3 -7.5 0.898 0.597 3.992E-01 3.818E-01 2.590E-12 4.836E+05 9.842E+03 1.889E+13 -0.203 6 -4.250 20282.8 -9.0 2.435 2.134 8.824E-01 3.818E-01 8.373E-11 4.130E+06 1.388E+04 1.889E+13 -0.207 11 -2.500 22326.4 -9.3 3.512 3.211 4.931E+00 3.817E-01 9.099E-10 6.805E+06 4.835E+03 1.888E+13 -0.249 16 -1.250 25116.7 -6.4 4.236 3.935 1.775E+01 3.817E-01 4.285E-09 8.811E+06 2.147E+03 1.884E+13 -0.473 21 -0.300 29520.4 7.9 4.823 4.522 4.374E+01 3.817E-01 1.408E-08 1.070E+07 1.220E+03 1.882E+13 -0.539 26 0.200 33771.4 5.9 5.118 4.817 6.049E+01 3.817E-01 2.426E-08 1.177E+07 9.678E+02 1.904E+13 0.601 31 0.700 39539.2 2.4 5.442 5.141 8.533E+01 3.819E-01 4.364E-08 1.318E+07 7.349E+02 1.884E+13 -0.438 36 1.200 48166.8 0.6 5.781 5.481 1.163E+02 3.836E-01 7.813E-08 1.495E+07 5.936E+02 1.894E+13 0.086 41 1.700 59263.3 -4.1 6.132 5.833 1.607E+02 3.850E-01 1.422E-07 1.720E+07 4.429E+02 1.877E+13 -0.852 46 2.200 72314.1 -2.0 6.487 6.187 2.284E+02 3.852E-01 2.635E-07 1.998E+07 2.746E+02 1.935E+13 2.213 LAST ITERATION TOOK: 17 S: TOTAL ELAPSED: 584 S flx SAM BB OPACITY: NO. LINES: 41290700 TEMKOR 0 |dF|, |dF_| 3.97022 1.98961 , |dT| 0.00022 8.94922 dam_f, tau_r 0.25000 0.00000 Test convergence 32 3.97022441E-02 32.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19056.8 -6.6 0.898 0.597 3.993E-01 3.818E-01 2.592E-12 4.831E+05 9.838E+03 1.889E+13 -0.198 6 -4.250 20273.8 -7.9 2.435 2.134 8.825E-01 3.818E-01 8.375E-11 4.127E+06 1.389E+04 1.889E+13 -0.202 11 -2.500 22317.1 -8.2 3.512 3.211 4.933E+00 3.817E-01 9.097E-10 6.800E+06 4.835E+03 1.888E+13 -0.243 16 -1.250 25110.3 -5.6 4.236 3.935 1.775E+01 3.817E-01 4.284E-09 8.805E+06 2.149E+03 1.884E+13 -0.451 21 -0.300 29528.3 7.6 4.823 4.522 4.371E+01 3.817E-01 1.407E-08 1.069E+07 1.222E+03 1.883E+13 -0.488 26 0.200 33777.3 5.3 5.118 4.817 6.049E+01 3.817E-01 2.426E-08 1.177E+07 9.669E+02 1.904E+13 0.590 31 0.700 39541.7 2.1 5.442 5.141 8.532E+01 3.819E-01 4.364E-08 1.318E+07 7.359E+02 1.885E+13 -0.391 36 1.200 48167.3 0.2 5.781 5.481 1.163E+02 3.836E-01 7.813E-08 1.495E+07 5.935E+02 1.894E+13 0.073 41 1.700 59259.2 -4.0 6.132 5.833 1.607E+02 3.850E-01 1.422E-07 1.719E+07 4.432E+02 1.877E+13 -0.806 46 2.200 72312.1 -1.9 6.487 6.187 2.284E+02 3.852E-01 2.635E-07 1.998E+07 2.741E+02 1.931E+13 2.030 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 597 S flx SAM BB OPACITY: NO. LINES: 41291017 TEMKOR 0 |dF|, |dF_| 3.68860 1.82510 , |dT| 0.00020 8.48828 dam_f, tau_r 0.25000 0.00000 Test convergence 33 3.68860140E-02 33.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19050.2 -5.9 0.898 0.597 3.993E-01 3.818E-01 2.592E-12 4.831E+05 9.834E+03 1.889E+13 -0.195 6 -4.250 20265.9 -7.0 2.434 2.133 8.832E-01 3.818E-01 8.373E-11 4.125E+06 1.389E+04 1.889E+13 -0.198 11 -2.500 22308.9 -7.2 3.512 3.211 4.938E+00 3.817E-01 9.097E-10 6.798E+06 4.833E+03 1.888E+13 -0.238 16 -1.250 25104.7 -4.9 4.236 3.935 1.775E+01 3.817E-01 4.284E-09 8.803E+06 2.150E+03 1.884E+13 -0.432 21 -0.300 29535.9 7.3 4.823 4.522 4.369E+01 3.817E-01 1.407E-08 1.069E+07 1.223E+03 1.884E+13 -0.443 26 0.200 33782.6 4.8 5.118 4.817 6.047E+01 3.817E-01 2.426E-08 1.177E+07 9.659E+02 1.903E+13 0.571 31 0.700 39543.7 1.9 5.442 5.141 8.532E+01 3.819E-01 4.364E-08 1.317E+07 7.368E+02 1.886E+13 -0.350 36 1.200 48167.5 0.1 5.781 5.481 1.163E+02 3.836E-01 7.813E-08 1.495E+07 5.933E+02 1.894E+13 0.057 41 1.700 59255.2 -3.6 6.132 5.833 1.607E+02 3.850E-01 1.423E-07 1.719E+07 4.435E+02 1.878E+13 -0.766 46 2.200 72310.1 -1.7 6.487 6.187 2.284E+02 3.852E-01 2.635E-07 1.997E+07 2.737E+02 1.928E+13 1.859 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 616 S flx SAM BB OPACITY: NO. LINES: 41291400 TEMKOR 0 |dF|, |dF_| 3.43090 1.67782 , |dT| 0.00018 7.99609 dam_f, tau_r 0.25000 0.00000 Test convergence 34 3.43089774E-02 34.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19044.3 -5.1 0.898 0.597 3.992E-01 3.818E-01 2.593E-12 4.831E+05 9.837E+03 1.889E+13 -0.189 6 -4.250 20258.9 -6.2 2.434 2.133 8.834E-01 3.818E-01 8.374E-11 4.123E+06 1.390E+04 1.889E+13 -0.192 11 -2.500 22301.6 -6.4 3.512 3.211 4.939E+00 3.817E-01 9.096E-10 6.795E+06 4.833E+03 1.888E+13 -0.230 16 -1.250 25099.7 -4.3 4.236 3.935 1.776E+01 3.817E-01 4.283E-09 8.799E+06 2.152E+03 1.885E+13 -0.411 21 -0.300 29543.3 7.0 4.823 4.522 4.367E+01 3.817E-01 1.407E-08 1.069E+07 1.225E+03 1.885E+13 -0.399 26 0.200 33787.4 4.3 5.118 4.817 6.047E+01 3.817E-01 2.427E-08 1.177E+07 9.649E+02 1.903E+13 0.554 31 0.700 39545.7 1.7 5.442 5.141 8.531E+01 3.819E-01 4.364E-08 1.317E+07 7.377E+02 1.887E+13 -0.309 36 1.200 48167.6 -0.1 5.781 5.481 1.163E+02 3.836E-01 7.813E-08 1.494E+07 5.932E+02 1.894E+13 0.048 41 1.700 59251.6 -3.4 6.132 5.833 1.607E+02 3.850E-01 1.423E-07 1.719E+07 4.437E+02 1.879E+13 -0.739 46 2.200 72308.4 -1.4 6.487 6.187 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.733E+02 1.925E+13 1.707 LAST ITERATION TOOK: 17 S: TOTAL ELAPSED: 633 S flx SAM BB OPACITY: NO. LINES: 41291775 TEMKOR 0 |dF|, |dF_| 3.19664 1.54202 , |dT| 0.00016 7.58008 dam_f, tau_r 0.25000 0.00000 Test convergence 35 3.19664180E-02 35.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19039.2 -4.4 0.898 0.597 3.993E-01 3.818E-01 2.594E-12 4.827E+05 9.833E+03 1.889E+13 -0.185 6 -4.250 20252.7 -5.4 2.434 2.133 8.837E-01 3.818E-01 8.373E-11 4.121E+06 1.390E+04 1.889E+13 -0.188 11 -2.500 22295.2 -5.6 3.512 3.211 4.940E+00 3.817E-01 9.095E-10 6.791E+06 4.834E+03 1.888E+13 -0.225 16 -1.250 25095.4 -3.7 4.236 3.935 1.776E+01 3.817E-01 4.282E-09 8.795E+06 2.153E+03 1.885E+13 -0.394 21 -0.300 29550.3 6.7 4.823 4.522 4.365E+01 3.817E-01 1.407E-08 1.068E+07 1.227E+03 1.886E+13 -0.361 26 0.200 33791.8 3.9 5.118 4.817 6.047E+01 3.817E-01 2.427E-08 1.176E+07 9.639E+02 1.903E+13 0.534 31 0.700 39547.4 1.6 5.442 5.141 8.531E+01 3.819E-01 4.364E-08 1.317E+07 7.386E+02 1.888E+13 -0.271 36 1.200 48167.5 -0.1 5.781 5.481 1.163E+02 3.836E-01 7.814E-08 1.494E+07 5.932E+02 1.893E+13 0.036 41 1.700 59248.2 -3.0 6.132 5.833 1.608E+02 3.850E-01 1.423E-07 1.718E+07 4.438E+02 1.879E+13 -0.708 46 2.200 72307.0 -1.2 6.487 6.187 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.729E+02 1.922E+13 1.566 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 651 S flx SAM BB OPACITY: NO. LINES: 41292027 TEMKOR 0 |dF|, |dF_| 2.97570 1.41895 , |dT| 0.00014 7.15234 dam_f, tau_r 0.25000 0.00000 Test convergence 36 2.97570303E-02 36.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19034.8 -4.0 0.898 0.597 3.993E-01 3.818E-01 2.594E-12 4.827E+05 9.831E+03 1.889E+13 -0.179 6 -4.250 20247.3 -4.7 2.434 2.133 8.845E-01 3.818E-01 8.374E-11 4.120E+06 1.390E+04 1.889E+13 -0.182 11 -2.500 22289.6 -4.9 3.511 3.210 4.942E+00 3.817E-01 9.094E-10 6.790E+06 4.834E+03 1.889E+13 -0.218 16 -1.250 25091.7 -3.2 4.236 3.935 1.776E+01 3.817E-01 4.282E-09 8.794E+06 2.155E+03 1.886E+13 -0.376 21 -0.300 29557.0 6.4 4.823 4.522 4.362E+01 3.817E-01 1.407E-08 1.068E+07 1.228E+03 1.886E+13 -0.325 26 0.200 33795.7 3.5 5.118 4.817 6.045E+01 3.817E-01 2.427E-08 1.176E+07 9.631E+02 1.902E+13 0.514 31 0.700 39549.0 1.5 5.442 5.141 8.530E+01 3.819E-01 4.364E-08 1.317E+07 7.394E+02 1.888E+13 -0.234 36 1.200 48167.4 -0.3 5.781 5.481 1.163E+02 3.836E-01 7.814E-08 1.494E+07 5.931E+02 1.893E+13 0.035 41 1.700 59245.2 -2.9 6.132 5.833 1.608E+02 3.850E-01 1.423E-07 1.718E+07 4.440E+02 1.880E+13 -0.686 46 2.200 72305.8 -1.1 6.487 6.187 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.726E+02 1.920E+13 1.440 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 663 S flx SAM BB OPACITY: NO. LINES: 41292387 TEMKOR 0 |dF|, |dF_| 2.78080 1.30708 , |dT| 0.00013 6.74609 dam_f, tau_r 0.25000 0.00000 Test convergence 37 2.78079975E-02 37.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19030.8 -3.5 0.898 0.597 3.993E-01 3.818E-01 2.594E-12 4.826E+05 9.830E+03 1.889E+13 -0.172 6 -4.250 20242.6 -4.1 2.434 2.133 8.837E-01 3.818E-01 8.376E-11 4.119E+06 1.392E+04 1.889E+13 -0.175 11 -2.500 22284.7 -4.3 3.511 3.210 4.945E+00 3.817E-01 9.094E-10 6.788E+06 4.832E+03 1.889E+13 -0.210 16 -1.250 25088.5 -2.7 4.236 3.934 1.777E+01 3.817E-01 4.281E-09 8.791E+06 2.156E+03 1.886E+13 -0.358 21 -0.300 29563.4 6.2 4.823 4.522 4.360E+01 3.817E-01 1.407E-08 1.068E+07 1.229E+03 1.887E+13 -0.292 26 0.200 33799.2 3.1 5.119 4.818 6.046E+01 3.817E-01 2.427E-08 1.176E+07 9.621E+02 1.902E+13 0.496 31 0.700 39550.6 1.4 5.442 5.141 8.529E+01 3.819E-01 4.364E-08 1.317E+07 7.403E+02 1.889E+13 -0.196 36 1.200 48167.1 -0.5 5.781 5.481 1.163E+02 3.836E-01 7.814E-08 1.494E+07 5.930E+02 1.893E+13 0.027 41 1.700 59242.3 -2.5 6.132 5.833 1.608E+02 3.850E-01 1.423E-07 1.718E+07 4.442E+02 1.880E+13 -0.665 46 2.200 72304.7 -0.9 6.487 6.187 2.285E+02 3.852E-01 2.636E-07 1.997E+07 2.723E+02 1.918E+13 1.325 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 676 S flx SAM BB OPACITY: NO. LINES: 41292671 TEMKOR 0 |dF|, |dF_| 2.59984 1.20480 , |dT| 0.00011 6.42969 dam_f, tau_r 0.25000 0.00000 Test convergence 38 2.59983856E-02 38.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19027.3 -2.9 0.898 0.597 3.995E-01 3.818E-01 2.595E-12 4.823E+05 9.827E+03 1.890E+13 -0.167 6 -4.250 20238.5 -3.6 2.434 2.133 8.840E-01 3.818E-01 8.375E-11 4.118E+06 1.392E+04 1.889E+13 -0.170 11 -2.500 22280.5 -3.7 3.511 3.210 4.945E+00 3.817E-01 9.093E-10 6.786E+06 4.833E+03 1.889E+13 -0.204 16 -1.250 25085.8 -2.3 4.235 3.934 1.777E+01 3.817E-01 4.281E-09 8.789E+06 2.157E+03 1.886E+13 -0.344 21 -0.300 29569.6 5.9 4.824 4.522 4.359E+01 3.817E-01 1.407E-08 1.068E+07 1.231E+03 1.888E+13 -0.264 26 0.200 33802.3 2.8 5.119 4.818 6.045E+01 3.817E-01 2.428E-08 1.176E+07 9.613E+02 1.902E+13 0.474 31 0.700 39551.9 1.4 5.442 5.141 8.530E+01 3.819E-01 4.364E-08 1.316E+07 7.410E+02 1.890E+13 -0.163 36 1.200 48166.7 -0.5 5.781 5.481 1.164E+02 3.836E-01 7.814E-08 1.494E+07 5.930E+02 1.893E+13 0.026 41 1.700 59239.8 -2.3 6.132 5.833 1.608E+02 3.850E-01 1.423E-07 1.718E+07 4.443E+02 1.880E+13 -0.650 46 2.200 72303.8 -0.7 6.487 6.187 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.720E+02 1.916E+13 1.220 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 688 S flx SAM BB OPACITY: NO. LINES: 41292837 TEMKOR 0 |dF|, |dF_| 2.43095 1.16517 , |dT| 0.00010 6.09570 dam_f, tau_r 0.25000 0.00000 Test convergence 39 2.43094955E-02 39.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19024.4 -2.6 0.898 0.597 3.995E-01 3.818E-01 2.594E-12 4.824E+05 9.825E+03 1.890E+13 -0.159 6 -4.250 20235.0 -3.0 2.434 2.133 8.844E-01 3.818E-01 8.375E-11 4.118E+06 1.392E+04 1.890E+13 -0.162 11 -2.500 22276.8 -3.2 3.511 3.210 4.945E+00 3.817E-01 9.092E-10 6.785E+06 4.835E+03 1.889E+13 -0.196 16 -1.250 25083.5 -1.9 4.235 3.934 1.777E+01 3.817E-01 4.281E-09 8.788E+06 2.158E+03 1.886E+13 -0.327 21 -0.300 29575.5 5.7 4.824 4.522 4.357E+01 3.817E-01 1.406E-08 1.068E+07 1.232E+03 1.888E+13 -0.234 26 0.200 33805.2 2.5 5.119 4.818 6.045E+01 3.817E-01 2.428E-08 1.176E+07 9.604E+02 1.901E+13 0.455 31 0.700 39553.3 1.2 5.442 5.141 8.528E+01 3.819E-01 4.364E-08 1.316E+07 7.418E+02 1.890E+13 -0.129 36 1.200 48166.2 -0.5 5.781 5.481 1.164E+02 3.836E-01 7.814E-08 1.494E+07 5.930E+02 1.893E+13 0.021 41 1.700 59237.5 -2.1 6.132 5.833 1.608E+02 3.850E-01 1.423E-07 1.718E+07 4.444E+02 1.881E+13 -0.628 46 2.200 72303.1 -0.5 6.487 6.187 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.718E+02 1.914E+13 1.120 LAST ITERATION TOOK: 17 S: TOTAL ELAPSED: 706 S flx SAM BB OPACITY: NO. LINES: 41292964 TEMKOR 0 |dF|, |dF_| 2.27651 1.11702 , |dT| 0.00009 5.75000 dam_f, tau_r 0.25000 0.00000 Test convergence 40 2.27651168E-02 40.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19021.8 -2.2 0.898 0.597 3.995E-01 3.818E-01 2.595E-12 4.824E+05 9.825E+03 1.890E+13 -0.151 6 -4.250 20231.9 -2.6 2.434 2.133 8.843E-01 3.818E-01 8.375E-11 4.117E+06 1.392E+04 1.890E+13 -0.154 11 -2.500 22273.6 -2.7 3.511 3.210 4.947E+00 3.817E-01 9.092E-10 6.784E+06 4.834E+03 1.889E+13 -0.186 16 -1.250 25081.6 -1.5 4.235 3.934 1.777E+01 3.817E-01 4.280E-09 8.787E+06 2.160E+03 1.887E+13 -0.310 21 -0.300 29581.2 5.4 4.824 4.523 4.356E+01 3.817E-01 1.406E-08 1.068E+07 1.233E+03 1.889E+13 -0.207 26 0.200 33807.7 2.2 5.119 4.818 6.045E+01 3.817E-01 2.428E-08 1.176E+07 9.595E+02 1.901E+13 0.437 31 0.700 39554.6 1.1 5.442 5.141 8.528E+01 3.819E-01 4.364E-08 1.316E+07 7.425E+02 1.891E+13 -0.096 36 1.200 48165.7 -0.8 5.781 5.481 1.164E+02 3.836E-01 7.814E-08 1.494E+07 5.930E+02 1.893E+13 0.023 41 1.700 59235.4 -2.3 6.132 5.833 1.608E+02 3.850E-01 1.423E-07 1.718E+07 4.445E+02 1.881E+13 -0.616 46 2.200 72302.5 -0.7 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.715E+02 1.912E+13 1.035 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 719 S flx SAM BB OPACITY: NO. LINES: 41293122 TEMKOR 0 |dF|, |dF_| 2.13616 1.08742 , |dT| 0.00008 5.48438 dam_f, tau_r 0.25000 0.00000 Test convergence 41 2.13615801E-02 41.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19019.6 -1.8 0.898 0.597 3.993E-01 3.818E-01 2.595E-12 4.825E+05 9.829E+03 1.890E+13 -0.145 6 -4.250 20229.3 -2.2 2.434 2.133 8.852E-01 3.818E-01 8.376E-11 4.116E+06 1.391E+04 1.890E+13 -0.148 11 -2.500 22270.9 -2.3 3.511 3.210 4.947E+00 3.817E-01 9.091E-10 6.783E+06 4.835E+03 1.889E+13 -0.180 16 -1.250 25080.1 -1.2 4.235 3.934 1.777E+01 3.817E-01 4.280E-09 8.786E+06 2.161E+03 1.887E+13 -0.298 21 -0.300 29586.6 5.1 4.824 4.523 4.354E+01 3.817E-01 1.406E-08 1.068E+07 1.234E+03 1.889E+13 -0.186 26 0.200 33809.9 2.0 5.119 4.818 6.045E+01 3.817E-01 2.428E-08 1.176E+07 9.587E+02 1.900E+13 0.414 31 0.700 39555.6 1.1 5.442 5.141 8.527E+01 3.819E-01 4.364E-08 1.316E+07 7.432E+02 1.891E+13 -0.069 36 1.200 48164.9 -0.6 5.781 5.481 1.164E+02 3.836E-01 7.815E-08 1.493E+07 5.930E+02 1.893E+13 0.018 41 1.700 59233.1 -1.8 6.132 5.833 1.609E+02 3.850E-01 1.423E-07 1.718E+07 4.446E+02 1.881E+13 -0.610 46 2.200 72301.9 -0.2 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.713E+02 1.911E+13 0.950 LAST ITERATION TOOK: 16 S: TOTAL ELAPSED: 735 S flx SAM BB OPACITY: NO. LINES: 41293258 TEMKOR 0 |dF|, |dF_| 2.00554 1.04740 , |dT| 0.00007 5.16797 dam_f, tau_r 0.25000 0.00000 Test convergence 42 2.00554151E-02 42.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19017.8 -1.5 0.898 0.597 3.993E-01 3.818E-01 2.596E-12 4.823E+05 9.830E+03 1.890E+13 -0.136 6 -4.250 20227.1 -1.8 2.434 2.133 8.851E-01 3.818E-01 8.375E-11 4.115E+06 1.392E+04 1.890E+13 -0.139 11 -2.500 22268.6 -1.9 3.511 3.210 4.949E+00 3.817E-01 9.091E-10 6.781E+06 4.834E+03 1.889E+13 -0.170 16 -1.250 25078.9 -0.9 4.235 3.934 1.777E+01 3.817E-01 4.280E-09 8.784E+06 2.162E+03 1.887E+13 -0.282 21 -0.300 29591.7 4.9 4.824 4.523 4.352E+01 3.817E-01 1.406E-08 1.068E+07 1.234E+03 1.890E+13 -0.163 26 0.200 33811.8 1.7 5.119 4.818 6.045E+01 3.817E-01 2.429E-08 1.176E+07 9.579E+02 1.900E+13 0.397 31 0.700 39556.8 1.0 5.442 5.141 8.526E+01 3.819E-01 4.364E-08 1.316E+07 7.438E+02 1.892E+13 -0.039 36 1.200 48164.3 -0.8 5.781 5.481 1.164E+02 3.836E-01 7.815E-08 1.493E+07 5.930E+02 1.893E+13 0.017 41 1.700 59231.3 -1.8 6.132 5.833 1.609E+02 3.850E-01 1.423E-07 1.718E+07 4.447E+02 1.881E+13 -0.596 46 2.200 72301.7 -0.4 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.711E+02 1.909E+13 0.879 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 754 S flx SAM BB OPACITY: NO. LINES: 41293327 TEMKOR 0 |dF|, |dF_| 1.88548 1.01851 , |dT| 0.00007 4.89648 dam_f, tau_r 0.25000 0.00000 Test convergence 43 1.88547857E-02 43.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19016.4 -1.2 0.898 0.597 3.993E-01 3.818E-01 2.596E-12 4.822E+05 9.830E+03 1.890E+13 -0.129 6 -4.250 20225.2 -1.5 2.434 2.133 8.856E-01 3.818E-01 8.376E-11 4.114E+06 1.392E+04 1.890E+13 -0.132 11 -2.500 22266.7 -1.6 3.511 3.210 4.948E+00 3.817E-01 9.090E-10 6.780E+06 4.836E+03 1.890E+13 -0.163 16 -1.250 25078.0 -0.6 4.235 3.934 1.777E+01 3.817E-01 4.280E-09 8.783E+06 2.163E+03 1.888E+13 -0.269 21 -0.300 29596.6 4.7 4.824 4.523 4.351E+01 3.817E-01 1.406E-08 1.068E+07 1.235E+03 1.890E+13 -0.143 26 0.200 33813.5 1.5 5.119 4.818 6.046E+01 3.817E-01 2.429E-08 1.176E+07 9.571E+02 1.900E+13 0.377 31 0.700 39557.8 0.9 5.442 5.141 8.526E+01 3.819E-01 4.364E-08 1.316E+07 7.444E+02 1.892E+13 -0.012 36 1.200 48163.5 -0.8 5.781 5.481 1.164E+02 3.836E-01 7.815E-08 1.493E+07 5.930E+02 1.893E+13 0.019 41 1.700 59229.5 -1.7 6.132 5.833 1.609E+02 3.850E-01 1.423E-07 1.717E+07 4.447E+02 1.882E+13 -0.588 46 2.200 72301.3 -0.2 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.709E+02 1.908E+13 0.812 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 773 S flx SAM BB OPACITY: NO. LINES: 41293400 TEMKOR 0 |dF|, |dF_| 1.77246 0.98831 , |dT| 0.00006 4.62109 dam_f, tau_r 0.25000 0.00000 Test convergence 44 1.77245978E-02 44.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19015.1 -1.1 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.822E+05 9.830E+03 1.890E+13 -0.121 6 -4.250 20223.8 -1.2 2.434 2.133 8.850E-01 3.818E-01 8.377E-11 4.115E+06 1.393E+04 1.890E+13 -0.124 11 -2.500 22265.1 -1.2 3.511 3.210 4.949E+00 3.817E-01 9.091E-10 6.781E+06 4.837E+03 1.890E+13 -0.154 16 -1.250 25077.3 -0.4 4.235 3.934 1.777E+01 3.817E-01 4.279E-09 8.783E+06 2.164E+03 1.888E+13 -0.255 21 -0.300 29601.3 4.4 4.824 4.523 4.350E+01 3.817E-01 1.406E-08 1.068E+07 1.236E+03 1.890E+13 -0.125 26 0.200 33814.9 1.2 5.119 4.818 6.046E+01 3.817E-01 2.429E-08 1.176E+07 9.564E+02 1.899E+13 0.359 31 0.700 39558.7 0.9 5.442 5.141 8.526E+01 3.819E-01 4.364E-08 1.316E+07 7.450E+02 1.893E+13 0.017 36 1.200 48162.7 -0.9 5.781 5.481 1.164E+02 3.836E-01 7.815E-08 1.493E+07 5.930E+02 1.893E+13 0.018 41 1.700 59227.8 -1.5 6.132 5.833 1.609E+02 3.850E-01 1.423E-07 1.717E+07 4.448E+02 1.882E+13 -0.587 46 2.200 72301.1 -0.0 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.708E+02 1.907E+13 0.753 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 792 S flx SAM BB OPACITY: NO. LINES: 41293431 TEMKOR 0 |dF|, |dF_| 1.67442 0.96268 , |dT| 0.00005 4.35742 dam_f, tau_r 0.25000 0.00000 Test convergence 45 1.67441964E-02 45.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19014.0 -0.7 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.822E+05 9.831E+03 1.891E+13 -0.113 6 -4.250 20222.6 -1.0 2.433 2.132 8.855E-01 3.818E-01 8.374E-11 4.114E+06 1.392E+04 1.890E+13 -0.116 11 -2.500 22263.9 -1.0 3.511 3.210 4.951E+00 3.817E-01 9.090E-10 6.780E+06 4.836E+03 1.890E+13 -0.146 16 -1.250 25076.9 -0.2 4.235 3.934 1.777E+01 3.817E-01 4.279E-09 8.782E+06 2.165E+03 1.888E+13 -0.243 21 -0.300 29605.7 4.2 4.824 4.523 4.349E+01 3.817E-01 1.406E-08 1.068E+07 1.236E+03 1.891E+13 -0.108 26 0.200 33816.2 1.0 5.119 4.818 6.046E+01 3.817E-01 2.429E-08 1.176E+07 9.557E+02 1.899E+13 0.341 31 0.700 39559.6 0.8 5.442 5.141 8.526E+01 3.819E-01 4.364E-08 1.316E+07 7.455E+02 1.893E+13 0.043 36 1.200 48161.8 -0.9 5.781 5.481 1.164E+02 3.836E-01 7.815E-08 1.493E+07 5.930E+02 1.893E+13 0.019 41 1.700 59226.3 -1.4 6.132 5.833 1.609E+02 3.850E-01 1.423E-07 1.717E+07 4.449E+02 1.882E+13 -0.577 46 2.200 72301.1 -0.1 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.706E+02 1.906E+13 0.698 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 810 S flx SAM BB OPACITY: NO. LINES: 41293424 TEMKOR 0 |dF|, |dF_| 1.58260 0.93566 , |dT| 0.00005 4.12695 dam_f, tau_r 0.25000 0.00000 Test convergence 46 1.58260223E-02 46.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19013.4 -0.6 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.822E+05 9.831E+03 1.891E+13 -0.106 6 -4.250 20221.7 -0.7 2.433 2.132 8.854E-01 3.818E-01 8.375E-11 4.113E+06 1.392E+04 1.891E+13 -0.109 11 -2.500 22262.9 -0.7 3.511 3.210 4.950E+00 3.817E-01 9.090E-10 6.779E+06 4.837E+03 1.890E+13 -0.139 16 -1.250 25076.7 -0.0 4.235 3.934 1.777E+01 3.817E-01 4.279E-09 8.782E+06 2.166E+03 1.888E+13 -0.232 21 -0.300 29609.9 4.0 4.824 4.523 4.348E+01 3.817E-01 1.406E-08 1.068E+07 1.237E+03 1.891E+13 -0.094 26 0.200 33817.2 0.9 5.119 4.818 6.046E+01 3.817E-01 2.430E-08 1.176E+07 9.550E+02 1.899E+13 0.322 31 0.700 39560.3 0.8 5.442 5.141 8.526E+01 3.819E-01 4.364E-08 1.316E+07 7.460E+02 1.894E+13 0.066 36 1.200 48160.9 -0.9 5.781 5.481 1.164E+02 3.836E-01 7.815E-08 1.493E+07 5.931E+02 1.893E+13 0.022 41 1.700 59224.9 -1.3 6.132 5.833 1.609E+02 3.850E-01 1.423E-07 1.717E+07 4.449E+02 1.882E+13 -0.573 46 2.200 72300.9 -0.1 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.705E+02 1.905E+13 0.645 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 829 S flx SAM BB OPACITY: NO. LINES: 41293508 TEMKOR 2 |dF|, |dF_| 1.49459 0.91013 , |dT| 0.00005 3.89453 dam_f, tau_r 0.25000 0.00000 Test convergence 47 1.49459103E-02 47.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19012.7 -0.5 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.822E+05 9.832E+03 1.891E+13 -0.099 6 -4.250 20220.9 -0.4 2.433 2.132 8.848E-01 3.818E-01 8.376E-11 4.114E+06 1.394E+04 1.891E+13 -0.103 11 -2.500 22262.2 -0.5 3.511 3.210 4.950E+00 3.817E-01 9.091E-10 6.779E+06 4.839E+03 1.890E+13 -0.132 16 -1.250 25076.7 0.1 4.235 3.934 1.777E+01 3.817E-01 4.279E-09 8.782E+06 2.167E+03 1.888E+13 -0.221 21 -0.300 29613.9 3.8 4.824 4.523 4.347E+01 3.817E-01 1.406E-08 1.068E+07 1.238E+03 1.891E+13 -0.081 26 0.200 33818.1 0.8 5.119 4.818 6.046E+01 3.817E-01 2.430E-08 1.176E+07 9.543E+02 1.898E+13 0.301 31 0.700 39561.1 0.8 5.442 5.141 8.525E+01 3.819E-01 4.364E-08 1.316E+07 7.465E+02 1.894E+13 0.086 36 1.200 48159.9 -0.8 5.781 5.481 1.164E+02 3.836E-01 7.816E-08 1.493E+07 5.931E+02 1.893E+13 0.020 41 1.700 59223.6 -1.2 6.132 5.833 1.609E+02 3.850E-01 1.423E-07 1.717E+07 4.450E+02 1.882E+13 -0.567 46 2.200 72300.8 0.1 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.704E+02 1.904E+13 0.595 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 848 S flx SAM BB OPACITY: NO. LINES: 41293535 TEMKOR 2 |dF|, |dF_| 1.41293 0.88719 , |dT| 0.00004 3.69141 dam_f, tau_r 0.25000 0.00000 Test convergence 48 1.41293416E-02 48.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19012.3 -0.2 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.821E+05 9.833E+03 1.891E+13 -0.093 6 -4.250 20220.5 -0.3 2.433 2.132 8.853E-01 3.818E-01 8.376E-11 4.113E+06 1.393E+04 1.891E+13 -0.096 11 -2.500 22261.7 -0.3 3.511 3.210 4.951E+00 3.817E-01 9.090E-10 6.779E+06 4.838E+03 1.890E+13 -0.125 16 -1.250 25076.8 0.3 4.235 3.934 1.777E+01 3.817E-01 4.279E-09 8.781E+06 2.168E+03 1.889E+13 -0.211 21 -0.300 29617.8 3.6 4.824 4.523 4.345E+01 3.817E-01 1.406E-08 1.068E+07 1.238E+03 1.891E+13 -0.071 26 0.200 33818.9 0.7 5.119 4.818 6.046E+01 3.817E-01 2.430E-08 1.176E+07 9.537E+02 1.898E+13 0.283 31 0.700 39562.0 0.8 5.442 5.141 8.524E+01 3.819E-01 4.363E-08 1.316E+07 7.470E+02 1.895E+13 0.105 36 1.200 48159.1 -0.7 5.781 5.481 1.164E+02 3.836E-01 7.816E-08 1.493E+07 5.931E+02 1.893E+13 0.019 41 1.700 59222.5 -0.9 6.132 5.833 1.609E+02 3.850E-01 1.423E-07 1.717E+07 4.450E+02 1.882E+13 -0.565 46 2.200 72301.0 0.3 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.703E+02 1.903E+13 0.553 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 867 S flx SAM BB OPACITY: NO. LINES: 41293544 TEMKOR 2 |dF|, |dF_| 1.34241 0.85700 , |dT| 0.00004 3.43164 dam_f, tau_r 0.25000 0.00000 Test convergence 49 1.34240715E-02 49.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19012.1 -0.1 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.821E+05 9.833E+03 1.891E+13 -0.083 6 -4.250 20220.1 -0.1 2.433 2.132 8.853E-01 3.818E-01 8.376E-11 4.113E+06 1.393E+04 1.891E+13 -0.086 11 -2.500 22261.4 -0.1 3.511 3.210 4.951E+00 3.817E-01 9.090E-10 6.778E+06 4.839E+03 1.890E+13 -0.115 16 -1.250 25077.0 0.4 4.235 3.934 1.777E+01 3.817E-01 4.279E-09 8.781E+06 2.168E+03 1.889E+13 -0.198 21 -0.300 29621.4 3.4 4.824 4.523 4.345E+01 3.817E-01 1.406E-08 1.068E+07 1.239E+03 1.892E+13 -0.057 26 0.200 33819.5 0.4 5.119 4.818 6.047E+01 3.817E-01 2.430E-08 1.176E+07 9.530E+02 1.898E+13 0.270 31 0.700 39562.8 0.6 5.442 5.141 8.524E+01 3.819E-01 4.363E-08 1.316E+07 7.474E+02 1.895E+13 0.130 36 1.200 48158.4 -1.0 5.781 5.481 1.164E+02 3.836E-01 7.816E-08 1.493E+07 5.931E+02 1.893E+13 0.024 41 1.700 59221.5 -1.2 6.132 5.833 1.609E+02 3.850E-01 1.423E-07 1.717E+07 4.450E+02 1.882E+13 -0.556 46 2.200 72301.2 0.2 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.701E+02 1.902E+13 0.511 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 886 S flx SAM BB OPACITY: NO. LINES: 41293537 TEMKOR 2 |dF|, |dF_| 1.27141 0.84229 , |dT| 0.00004 3.23242 dam_f, tau_r 0.25000 0.00000 Test convergence 50 1.27141038E-02 50.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19012.0 -0.0 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.821E+05 9.834E+03 1.891E+13 -0.076 6 -4.250 20220.0 0.0 2.433 2.132 8.853E-01 3.818E-01 8.376E-11 4.113E+06 1.393E+04 1.891E+13 -0.079 11 -2.500 22261.2 0.1 3.511 3.210 4.952E+00 3.817E-01 9.090E-10 6.779E+06 4.839E+03 1.891E+13 -0.107 16 -1.250 25077.5 0.5 4.235 3.934 1.777E+01 3.817E-01 4.279E-09 8.781E+06 2.169E+03 1.889E+13 -0.188 21 -0.300 29624.8 3.2 4.824 4.523 4.344E+01 3.817E-01 1.406E-08 1.068E+07 1.239E+03 1.892E+13 -0.046 26 0.200 33820.0 0.3 5.119 4.818 6.047E+01 3.817E-01 2.430E-08 1.176E+07 9.526E+02 1.897E+13 0.253 31 0.700 39563.4 0.6 5.442 5.141 8.524E+01 3.819E-01 4.363E-08 1.316E+07 7.478E+02 1.896E+13 0.150 36 1.200 48157.4 -1.0 5.781 5.481 1.164E+02 3.836E-01 7.816E-08 1.493E+07 5.932E+02 1.893E+13 0.028 41 1.700 59220.3 -1.1 6.132 5.833 1.609E+02 3.850E-01 1.424E-07 1.717E+07 4.451E+02 1.882E+13 -0.553 46 2.200 72301.4 0.0 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.701E+02 1.902E+13 0.479 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 905 S flx SAM BB OPACITY: NO. LINES: 41293557 TEMKOR 2 |dF|, |dF_| 1.20976 0.82300 , |dT| 0.00004 3.08594 dam_f, tau_r 0.25000 0.00000 Test convergence 51 1.20976279E-02 51.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19012.0 0.1 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.821E+05 9.834E+03 1.891E+13 -0.070 6 -4.250 20220.0 0.1 2.433 2.132 8.853E-01 3.818E-01 8.376E-11 4.113E+06 1.394E+04 1.891E+13 -0.074 11 -2.500 22261.3 0.1 3.511 3.210 4.952E+00 3.817E-01 9.090E-10 6.779E+06 4.840E+03 1.891E+13 -0.102 16 -1.250 25078.0 0.6 4.235 3.934 1.777E+01 3.817E-01 4.279E-09 8.781E+06 2.170E+03 1.889E+13 -0.180 21 -0.300 29628.1 3.1 4.824 4.523 4.343E+01 3.817E-01 1.406E-08 1.068E+07 1.239E+03 1.892E+13 -0.040 26 0.200 33820.3 0.3 5.119 4.818 6.048E+01 3.817E-01 2.431E-08 1.176E+07 9.518E+02 1.897E+13 0.235 31 0.700 39564.0 0.7 5.442 5.141 8.523E+01 3.819E-01 4.363E-08 1.316E+07 7.482E+02 1.896E+13 0.166 36 1.200 48156.4 -0.8 5.781 5.481 1.164E+02 3.836E-01 7.816E-08 1.493E+07 5.932E+02 1.893E+13 0.025 41 1.700 59219.2 -0.8 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.717E+07 4.451E+02 1.882E+13 -0.553 46 2.200 72301.4 0.4 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.700E+02 1.901E+13 0.444 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 924 S flx SAM BB OPACITY: NO. LINES: 41293557 TEMKOR 2 |dF|, |dF_| 1.15239 0.80270 , |dT| 0.00004 2.92578 dam_f, tau_r 0.25000 0.00000 Test convergence 52 1.15239164E-02 52.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19012.1 0.3 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.821E+05 9.835E+03 1.891E+13 -0.063 6 -4.250 20220.2 0.3 2.433 2.132 8.853E-01 3.818E-01 8.376E-11 4.113E+06 1.394E+04 1.891E+13 -0.066 11 -2.500 22261.5 0.3 3.511 3.210 4.951E+00 3.817E-01 9.090E-10 6.778E+06 4.841E+03 1.891E+13 -0.095 16 -1.250 25078.6 0.7 4.235 3.934 1.777E+01 3.817E-01 4.279E-09 8.781E+06 2.171E+03 1.889E+13 -0.171 21 -0.300 29631.1 2.9 4.824 4.523 4.342E+01 3.817E-01 1.406E-08 1.068E+07 1.239E+03 1.892E+13 -0.032 26 0.200 33820.5 0.2 5.119 4.818 6.048E+01 3.817E-01 2.431E-08 1.176E+07 9.514E+02 1.897E+13 0.220 31 0.700 39564.7 0.6 5.442 5.141 8.523E+01 3.819E-01 4.363E-08 1.316E+07 7.485E+02 1.896E+13 0.184 36 1.200 48155.6 -0.9 5.781 5.481 1.164E+02 3.836E-01 7.816E-08 1.493E+07 5.932E+02 1.893E+13 0.028 41 1.700 59218.3 -0.9 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.717E+07 4.451E+02 1.882E+13 -0.553 46 2.200 72301.8 0.2 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.699E+02 1.901E+13 0.418 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 943 S flx SAM BB OPACITY: NO. LINES: 41293541 TEMKOR 2 |dF|, |dF_| 1.09694 0.78230 , |dT| 0.00003 2.74219 dam_f, tau_r 0.25000 0.00000 Test convergence 53 1.09693734E-02 53.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19012.4 0.3 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.821E+05 9.836E+03 1.892E+13 -0.056 6 -4.250 20220.4 0.3 2.433 2.132 8.853E-01 3.818E-01 8.376E-11 4.113E+06 1.394E+04 1.892E+13 -0.059 11 -2.500 22261.7 0.4 3.511 3.210 4.951E+00 3.817E-01 9.090E-10 6.778E+06 4.842E+03 1.891E+13 -0.087 16 -1.250 25079.3 0.8 4.235 3.934 1.776E+01 3.817E-01 4.279E-09 8.781E+06 2.172E+03 1.890E+13 -0.162 21 -0.300 29634.1 2.7 4.824 4.523 4.342E+01 3.817E-01 1.406E-08 1.068E+07 1.240E+03 1.892E+13 -0.024 26 0.200 33820.7 0.0 5.120 4.818 6.049E+01 3.817E-01 2.431E-08 1.176E+07 9.508E+02 1.897E+13 0.208 31 0.700 39565.3 0.5 5.442 5.141 8.523E+01 3.819E-01 4.363E-08 1.316E+07 7.489E+02 1.896E+13 0.201 36 1.200 48154.7 -0.9 5.781 5.481 1.164E+02 3.836E-01 7.816E-08 1.493E+07 5.933E+02 1.893E+13 0.034 41 1.700 59217.5 -1.0 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.717E+07 4.452E+02 1.882E+13 -0.543 46 2.200 72302.0 0.2 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.698E+02 1.900E+13 0.386 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 962 S flx SAM BB OPACITY: NO. LINES: 41293534 TEMKOR 2 |dF|, |dF_| 1.04663 0.76920 , |dT| 0.00003 2.60547 dam_f, tau_r 0.25000 0.00000 Test convergence 54 1.04663223E-02 54.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19012.6 0.4 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.821E+05 9.836E+03 1.892E+13 -0.050 6 -4.250 20220.8 0.4 2.434 2.132 8.859E-01 3.818E-01 8.377E-11 4.113E+06 1.393E+04 1.892E+13 -0.053 11 -2.500 22262.1 0.5 3.511 3.210 4.950E+00 3.817E-01 9.091E-10 6.778E+06 4.844E+03 1.891E+13 -0.080 16 -1.250 25080.0 0.8 4.235 3.934 1.777E+01 3.817E-01 4.279E-09 8.781E+06 2.172E+03 1.890E+13 -0.154 21 -0.300 29636.8 2.6 4.824 4.523 4.342E+01 3.817E-01 1.406E-08 1.068E+07 1.240E+03 1.892E+13 -0.018 26 0.200 33820.7 -0.0 5.120 4.818 6.049E+01 3.817E-01 2.431E-08 1.176E+07 9.504E+02 1.896E+13 0.192 31 0.700 39565.8 0.5 5.442 5.141 8.523E+01 3.819E-01 4.363E-08 1.316E+07 7.492E+02 1.897E+13 0.218 36 1.200 48153.8 -0.8 5.781 5.481 1.164E+02 3.836E-01 7.817E-08 1.493E+07 5.933E+02 1.893E+13 0.031 41 1.700 59216.5 -0.7 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.717E+07 4.452E+02 1.882E+13 -0.547 46 2.200 72302.2 0.5 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.697E+02 1.899E+13 0.360 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 981 S flx SAM BB OPACITY: NO. LINES: 41293477 TEMKOR 2 |dF|, |dF_| 0.99640 0.75847 , |dT| 0.00003 2.45898 dam_f, tau_r 0.25000 0.00000 Test convergence 55 9.96396597E-03 55.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19013.0 0.4 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.822E+05 9.837E+03 1.892E+13 -0.043 6 -4.250 20221.2 0.5 2.433 2.132 8.859E-01 3.818E-01 8.376E-11 4.113E+06 1.393E+04 1.892E+13 -0.046 11 -2.500 22262.6 0.5 3.511 3.210 4.952E+00 3.817E-01 9.090E-10 6.779E+06 4.843E+03 1.891E+13 -0.074 16 -1.250 25080.9 0.9 4.235 3.934 1.776E+01 3.817E-01 4.279E-09 8.782E+06 2.173E+03 1.890E+13 -0.146 21 -0.300 29639.4 2.5 4.824 4.523 4.341E+01 3.817E-01 1.406E-08 1.068E+07 1.240E+03 1.892E+13 -0.013 26 0.200 33820.7 -0.1 5.120 4.819 6.050E+01 3.817E-01 2.431E-08 1.176E+07 9.499E+02 1.896E+13 0.179 31 0.700 39566.4 0.5 5.442 5.141 8.522E+01 3.819E-01 4.363E-08 1.316E+07 7.496E+02 1.897E+13 0.233 36 1.200 48152.9 -0.9 5.781 5.481 1.164E+02 3.836E-01 7.817E-08 1.493E+07 5.933E+02 1.893E+13 0.036 41 1.700 59215.8 -0.8 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.717E+07 4.452E+02 1.882E+13 -0.546 46 2.200 72302.7 0.3 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.696E+02 1.899E+13 0.342 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 1000 S flx SAM BB OPACITY: NO. LINES: 41293444 TEMKOR 2 |dF|, |dF_| 0.95581 0.75021 , |dT| 0.00003 2.34766 dam_f, tau_r 0.25000 0.00000 Test convergence 56 9.55805834E-03 56.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19013.4 0.5 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.822E+05 9.838E+03 1.892E+13 -0.038 6 -4.250 20221.7 0.5 2.433 2.132 8.854E-01 3.818E-01 8.375E-11 4.113E+06 1.394E+04 1.892E+13 -0.041 11 -2.500 22263.1 0.6 3.511 3.210 4.950E+00 3.817E-01 9.090E-10 6.779E+06 4.845E+03 1.891E+13 -0.069 16 -1.250 25081.7 0.9 4.235 3.934 1.776E+01 3.817E-01 4.279E-09 8.782E+06 2.173E+03 1.890E+13 -0.140 21 -0.300 29641.9 2.3 4.824 4.523 4.340E+01 3.817E-01 1.406E-08 1.068E+07 1.240E+03 1.892E+13 -0.010 26 0.200 33820.6 -0.1 5.120 4.819 6.050E+01 3.817E-01 2.432E-08 1.176E+07 9.494E+02 1.896E+13 0.164 31 0.700 39566.9 0.6 5.442 5.141 8.522E+01 3.819E-01 4.363E-08 1.316E+07 7.499E+02 1.897E+13 0.248 36 1.200 48152.0 -0.9 5.781 5.481 1.164E+02 3.836E-01 7.817E-08 1.493E+07 5.933E+02 1.893E+13 0.038 41 1.700 59215.1 -0.7 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.452E+02 1.882E+13 -0.540 46 2.200 72303.0 0.3 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.696E+02 1.899E+13 0.319 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 1019 S flx SAM BB OPACITY: NO. LINES: 41293442 TEMKOR 2 |dF|, |dF_| 0.91423 0.74204 , |dT| 0.00003 2.18750 dam_f, tau_r 0.25000 0.00000 Test convergence 57 9.14231222E-03 57.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19013.9 0.5 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.822E+05 9.838E+03 1.892E+13 -0.031 6 -4.250 20222.3 0.6 2.433 2.132 8.854E-01 3.818E-01 8.373E-11 4.114E+06 1.394E+04 1.892E+13 -0.034 11 -2.500 22263.7 0.7 3.511 3.210 4.949E+00 3.817E-01 9.090E-10 6.780E+06 4.846E+03 1.891E+13 -0.061 16 -1.250 25082.7 1.0 4.235 3.934 1.776E+01 3.817E-01 4.279E-09 8.783E+06 2.174E+03 1.890E+13 -0.131 21 -0.300 29644.2 2.2 4.824 4.523 4.339E+01 3.817E-01 1.406E-08 1.068E+07 1.240E+03 1.893E+13 -0.005 26 0.200 33820.5 -0.2 5.120 4.819 6.050E+01 3.817E-01 2.432E-08 1.176E+07 9.491E+02 1.896E+13 0.154 31 0.700 39567.4 0.5 5.442 5.141 8.521E+01 3.819E-01 4.363E-08 1.316E+07 7.502E+02 1.898E+13 0.260 36 1.200 48151.2 -0.8 5.781 5.481 1.164E+02 3.836E-01 7.817E-08 1.493E+07 5.933E+02 1.893E+13 0.035 41 1.700 59214.3 -0.6 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.453E+02 1.882E+13 -0.539 46 2.200 72303.3 0.4 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.695E+02 1.898E+13 0.297 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 1038 S flx SAM BB OPACITY: NO. LINES: 41293425 TEMKOR 2 |dF|, |dF_| 0.87781 0.73444 , |dT| 0.00003 2.07617 dam_f, tau_r 0.25000 0.00000 Test convergence 58 8.77807103E-03 58.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19014.5 0.6 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.822E+05 9.839E+03 1.892E+13 -0.026 6 -4.250 20222.9 0.7 2.433 2.132 8.855E-01 3.818E-01 8.373E-11 4.114E+06 1.394E+04 1.892E+13 -0.029 11 -2.500 22264.4 0.7 3.511 3.210 4.951E+00 3.817E-01 9.090E-10 6.780E+06 4.845E+03 1.892E+13 -0.056 16 -1.250 25083.6 1.0 4.235 3.934 1.776E+01 3.817E-01 4.279E-09 8.783E+06 2.174E+03 1.890E+13 -0.126 21 -0.300 29646.4 2.1 4.824 4.523 4.339E+01 3.817E-01 1.406E-08 1.068E+07 1.240E+03 1.893E+13 -0.003 26 0.200 33820.3 -0.2 5.120 4.819 6.051E+01 3.817E-01 2.432E-08 1.176E+07 9.486E+02 1.895E+13 0.139 31 0.700 39567.9 0.5 5.442 5.141 8.521E+01 3.819E-01 4.363E-08 1.316E+07 7.505E+02 1.898E+13 0.274 36 1.200 48150.4 -0.8 5.781 5.481 1.165E+02 3.836E-01 7.817E-08 1.493E+07 5.934E+02 1.893E+13 0.041 41 1.700 59213.7 -0.6 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.453E+02 1.883E+13 -0.536 46 2.200 72303.7 0.4 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.695E+02 1.898E+13 0.277 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 1056 S flx SAM BB OPACITY: NO. LINES: 41293396 TEMKOR 2 |dF|, |dF_| 0.83611 0.72408 , |dT| 0.00003 1.93555 dam_f, tau_r 0.25000 0.00000 Test convergence 59 8.36106576E-03 59.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19015.1 0.5 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.822E+05 9.840E+03 1.892E+13 -0.019 6 -4.250 20223.6 0.8 2.434 2.133 8.849E-01 3.818E-01 8.377E-11 4.115E+06 1.395E+04 1.892E+13 -0.022 11 -2.500 22265.1 0.8 3.511 3.210 4.951E+00 3.817E-01 9.091E-10 6.780E+06 4.846E+03 1.892E+13 -0.049 16 -1.250 25084.6 1.0 4.235 3.934 1.776E+01 3.817E-01 4.279E-09 8.783E+06 2.175E+03 1.890E+13 -0.118 21 -0.300 29648.5 1.9 4.825 4.523 4.338E+01 3.817E-01 1.406E-08 1.068E+07 1.240E+03 1.893E+13 0.001 26 0.200 33820.1 -0.3 5.120 4.819 6.051E+01 3.817E-01 2.432E-08 1.176E+07 9.483E+02 1.895E+13 0.130 31 0.700 39568.5 0.4 5.442 5.141 8.521E+01 3.819E-01 4.363E-08 1.316E+07 7.507E+02 1.898E+13 0.288 36 1.200 48149.6 -0.9 5.781 5.481 1.165E+02 3.836E-01 7.817E-08 1.493E+07 5.934E+02 1.893E+13 0.042 41 1.700 59213.0 -0.7 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.453E+02 1.883E+13 -0.535 46 2.200 72304.1 0.4 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.694E+02 1.898E+13 0.266 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1069 S flx SAM BB OPACITY: NO. LINES: 41293401 TEMKOR 2 |dF|, |dF_| 0.81000 0.71805 , |dT| 0.00003 1.82812 dam_f, tau_r 0.25000 0.00000 Test convergence 60 8.10002349E-03 60.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19015.6 0.7 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.822E+05 9.841E+03 1.892E+13 -0.013 6 -4.250 20224.4 0.8 2.434 2.133 8.850E-01 3.818E-01 8.377E-11 4.115E+06 1.395E+04 1.892E+13 -0.016 11 -2.500 22265.9 0.8 3.511 3.210 4.950E+00 3.817E-01 9.090E-10 6.781E+06 4.847E+03 1.892E+13 -0.043 16 -1.250 25085.6 1.0 4.235 3.934 1.776E+01 3.817E-01 4.279E-09 8.784E+06 2.175E+03 1.891E+13 -0.111 21 -0.300 29650.4 1.8 4.825 4.523 4.338E+01 3.817E-01 1.406E-08 1.068E+07 1.240E+03 1.893E+13 0.004 26 0.200 33819.8 -0.4 5.120 4.819 6.052E+01 3.817E-01 2.432E-08 1.176E+07 9.480E+02 1.895E+13 0.119 31 0.700 39568.9 0.4 5.442 5.141 8.520E+01 3.819E-01 4.362E-08 1.316E+07 7.510E+02 1.898E+13 0.297 36 1.200 48148.7 -0.8 5.781 5.481 1.165E+02 3.836E-01 7.818E-08 1.493E+07 5.934E+02 1.893E+13 0.042 41 1.700 59212.4 -0.6 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.453E+02 1.883E+13 -0.533 46 2.200 72304.5 0.4 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.694E+02 1.897E+13 0.250 LAST ITERATION TOOK: 15 S: TOTAL ELAPSED: 1084 S flx SAM BB OPACITY: NO. LINES: 41293348 TEMKOR 2 |dF|, |dF_| 0.77784 0.71068 , |dT| 0.00003 1.75195 dam_f, tau_r 0.25000 0.00000 Test convergence 61 7.77840801E-03 61.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19016.3 0.7 0.898 0.597 3.993E-01 3.818E-01 2.597E-12 4.822E+05 9.841E+03 1.892E+13 -0.009 6 -4.250 20225.2 0.7 2.434 2.133 8.856E-01 3.818E-01 8.376E-11 4.114E+06 1.394E+04 1.892E+13 -0.012 11 -2.500 22266.7 0.8 3.511 3.210 4.948E+00 3.817E-01 9.090E-10 6.780E+06 4.850E+03 1.892E+13 -0.039 16 -1.250 25086.6 1.0 4.235 3.934 1.776E+01 3.817E-01 4.279E-09 8.784E+06 2.176E+03 1.891E+13 -0.107 21 -0.300 29652.2 1.7 4.825 4.524 4.338E+01 3.817E-01 1.406E-08 1.068E+07 1.240E+03 1.893E+13 0.005 26 0.200 33819.4 -0.4 5.120 4.819 6.052E+01 3.817E-01 2.432E-08 1.176E+07 9.476E+02 1.895E+13 0.108 31 0.700 39569.3 0.4 5.442 5.141 8.521E+01 3.819E-01 4.362E-08 1.316E+07 7.512E+02 1.899E+13 0.311 36 1.200 48147.8 -0.9 5.781 5.481 1.165E+02 3.836E-01 7.818E-08 1.493E+07 5.935E+02 1.894E+13 0.047 41 1.700 59211.8 -0.7 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.453E+02 1.883E+13 -0.530 46 2.200 72304.9 0.4 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.693E+02 1.897E+13 0.234 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1097 S flx SAM BB OPACITY: NO. LINES: 41293325 TEMKOR 2 |dF|, |dF_| 0.74976 0.70125 , |dT| 0.00003 1.63477 dam_f, tau_r 0.25000 0.00000 Test convergence 62 7.49763008E-03 62.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19017.0 0.6 0.898 0.597 3.993E-01 3.818E-01 2.596E-12 4.823E+05 9.842E+03 1.893E+13 -0.003 6 -4.250 20225.9 0.8 2.434 2.133 8.851E-01 3.818E-01 8.376E-11 4.115E+06 1.395E+04 1.893E+13 -0.006 11 -2.500 22267.5 0.9 3.511 3.210 4.948E+00 3.817E-01 9.091E-10 6.781E+06 4.850E+03 1.892E+13 -0.034 16 -1.250 25087.6 1.0 4.235 3.934 1.775E+01 3.817E-01 4.279E-09 8.785E+06 2.177E+03 1.891E+13 -0.101 21 -0.300 29654.0 1.6 4.825 4.524 4.337E+01 3.817E-01 1.406E-08 1.068E+07 1.241E+03 1.893E+13 0.006 26 0.200 33819.0 -0.4 5.120 4.819 6.052E+01 3.817E-01 2.432E-08 1.176E+07 9.473E+02 1.894E+13 0.097 31 0.700 39569.7 0.4 5.442 5.141 8.520E+01 3.819E-01 4.362E-08 1.316E+07 7.514E+02 1.899E+13 0.322 36 1.200 48146.9 -0.8 5.781 5.481 1.165E+02 3.836E-01 7.818E-08 1.494E+07 5.935E+02 1.893E+13 0.044 41 1.700 59211.1 -0.6 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.454E+02 1.883E+13 -0.529 46 2.200 72305.4 0.4 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.693E+02 1.897E+13 0.226 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 1116 S flx SAM BB OPACITY: NO. LINES: 41293279 TEMKOR 2 |dF|, |dF_| 0.72020 0.69729 , |dT| 0.00003 1.56445 dam_f, tau_r 0.25000 0.00000 Test convergence 63 7.20196683E-03 63.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19017.6 0.7 0.898 0.597 3.993E-01 3.818E-01 2.596E-12 4.823E+05 9.842E+03 1.893E+13 0.001 6 -4.250 20226.7 0.8 2.433 2.132 8.851E-01 3.818E-01 8.374E-11 4.115E+06 1.394E+04 1.893E+13 -0.002 11 -2.500 22268.4 0.8 3.511 3.210 4.947E+00 3.817E-01 9.090E-10 6.782E+06 4.851E+03 1.892E+13 -0.029 16 -1.250 25088.6 1.0 4.235 3.934 1.776E+01 3.817E-01 4.279E-09 8.785E+06 2.177E+03 1.891E+13 -0.096 21 -0.300 29655.6 1.5 4.825 4.524 4.337E+01 3.817E-01 1.406E-08 1.068E+07 1.240E+03 1.893E+13 0.008 26 0.200 33818.7 -0.4 5.120 4.819 6.053E+01 3.817E-01 2.433E-08 1.176E+07 9.470E+02 1.894E+13 0.089 31 0.700 39570.1 0.4 5.442 5.141 8.519E+01 3.819E-01 4.362E-08 1.316E+07 7.516E+02 1.899E+13 0.328 36 1.200 48146.1 -0.8 5.781 5.481 1.165E+02 3.836E-01 7.818E-08 1.494E+07 5.935E+02 1.894E+13 0.048 41 1.700 59210.5 -0.5 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.454E+02 1.883E+13 -0.527 46 2.200 72305.8 0.4 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.693E+02 1.897E+13 0.213 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 1135 S flx SAM BB OPACITY: NO. LINES: 41293247 TEMKOR 2 |dF|, |dF_| 0.69493 0.68919 , |dT| 0.00003 1.47070 dam_f, tau_r 0.25000 0.00000 Test convergence 64 6.94929855E-03 64.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19018.3 0.7 0.898 0.597 3.993E-01 3.818E-01 2.596E-12 4.823E+05 9.843E+03 1.893E+13 0.006 6 -4.250 20227.5 0.9 2.434 2.133 8.846E-01 3.818E-01 8.376E-11 4.116E+06 1.395E+04 1.893E+13 0.003 11 -2.500 22269.2 0.9 3.511 3.210 4.948E+00 3.817E-01 9.091E-10 6.782E+06 4.851E+03 1.892E+13 -0.024 16 -1.250 25089.6 1.0 4.235 3.934 1.775E+01 3.817E-01 4.279E-09 8.786E+06 2.177E+03 1.891E+13 -0.091 21 -0.300 29657.1 1.4 4.825 4.524 4.336E+01 3.817E-01 1.406E-08 1.068E+07 1.241E+03 1.893E+13 0.009 26 0.200 33818.2 -0.4 5.120 4.819 6.053E+01 3.817E-01 2.433E-08 1.176E+07 9.467E+02 1.894E+13 0.080 31 0.700 39570.5 0.4 5.442 5.141 8.518E+01 3.819E-01 4.362E-08 1.316E+07 7.518E+02 1.899E+13 0.338 36 1.200 48145.3 -0.9 5.781 5.481 1.165E+02 3.836E-01 7.818E-08 1.494E+07 5.935E+02 1.894E+13 0.050 41 1.700 59210.1 -0.6 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.454E+02 1.883E+13 -0.524 46 2.200 72306.2 0.3 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.692E+02 1.897E+13 0.203 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 1154 S flx SAM BB OPACITY: NO. LINES: 41293192 TEMKOR 2 |dF|, |dF_| 0.68500 0.68500 , |dT| 0.00003 1.41406 dam_f, tau_r 0.25000 0.00000 Test convergence 65 6.84996089E-03 65.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19019.0 0.7 0.898 0.597 3.993E-01 3.818E-01 2.596E-12 4.823E+05 9.844E+03 1.893E+13 0.009 6 -4.250 20228.3 0.8 2.434 2.133 8.846E-01 3.818E-01 8.375E-11 4.116E+06 1.395E+04 1.893E+13 0.006 11 -2.500 22270.1 0.9 3.511 3.210 4.948E+00 3.817E-01 9.091E-10 6.782E+06 4.851E+03 1.892E+13 -0.021 16 -1.250 25090.6 1.0 4.235 3.934 1.775E+01 3.817E-01 4.279E-09 8.786E+06 2.177E+03 1.891E+13 -0.088 21 -0.300 29658.5 1.3 4.825 4.524 4.337E+01 3.817E-01 1.406E-08 1.068E+07 1.240E+03 1.893E+13 0.008 26 0.200 33817.8 -0.4 5.120 4.819 6.053E+01 3.817E-01 2.433E-08 1.176E+07 9.465E+02 1.894E+13 0.069 31 0.700 39570.9 0.4 5.442 5.141 8.519E+01 3.819E-01 4.362E-08 1.316E+07 7.519E+02 1.899E+13 0.347 36 1.200 48144.4 -0.7 5.781 5.481 1.165E+02 3.836E-01 7.818E-08 1.494E+07 5.936E+02 1.894E+13 0.049 41 1.700 59209.5 -0.4 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.454E+02 1.883E+13 -0.524 46 2.200 72306.5 0.5 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.692E+02 1.896E+13 0.191 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1166 S flx SAM BB OPACITY: NO. LINES: 41293128 TEMKOR 2 |dF|, |dF_| 0.67831 0.67831 , |dT| 0.00003 1.33789 dam_f, tau_r 0.25000 0.00000 Test convergence 66 6.78314548E-03 66.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19019.6 0.7 0.898 0.597 3.993E-01 3.818E-01 2.596E-12 4.823E+05 9.844E+03 1.893E+13 0.015 6 -4.250 20229.1 0.8 2.434 2.133 8.852E-01 3.818E-01 8.376E-11 4.116E+06 1.394E+04 1.893E+13 0.012 11 -2.500 22271.0 0.9 3.511 3.210 4.947E+00 3.817E-01 9.091E-10 6.782E+06 4.852E+03 1.892E+13 -0.015 16 -1.250 25091.6 1.0 4.235 3.934 1.776E+01 3.817E-01 4.279E-09 8.786E+06 2.178E+03 1.891E+13 -0.082 21 -0.300 29659.8 1.2 4.825 4.524 4.336E+01 3.817E-01 1.406E-08 1.068E+07 1.240E+03 1.893E+13 0.010 26 0.200 33817.4 -0.5 5.120 4.819 6.054E+01 3.817E-01 2.433E-08 1.176E+07 9.462E+02 1.894E+13 0.064 31 0.700 39571.3 0.4 5.442 5.141 8.519E+01 3.819E-01 4.362E-08 1.316E+07 7.521E+02 1.899E+13 0.355 36 1.200 48143.7 -0.7 5.781 5.481 1.165E+02 3.836E-01 7.818E-08 1.494E+07 5.936E+02 1.894E+13 0.051 41 1.700 59209.1 -0.4 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.454E+02 1.883E+13 -0.521 46 2.200 72307.0 0.5 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.692E+02 1.896E+13 0.183 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1178 S flx SAM BB OPACITY: NO. LINES: 41293118 TEMKOR 2 |dF|, |dF_| 0.67506 0.67506 , |dT| 0.00003 1.27344 dam_f, tau_r 0.25000 0.00000 Test convergence 67 6.75058831E-03 67.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19020.4 0.7 0.898 0.597 3.995E-01 3.818E-01 2.596E-12 4.822E+05 9.841E+03 1.893E+13 0.018 6 -4.250 20229.9 0.9 2.434 2.133 8.847E-01 3.818E-01 8.376E-11 4.116E+06 1.395E+04 1.893E+13 0.015 11 -2.500 22271.9 0.8 3.511 3.210 4.948E+00 3.817E-01 9.091E-10 6.782E+06 4.852E+03 1.892E+13 -0.012 16 -1.250 25092.6 1.0 4.235 3.934 1.775E+01 3.817E-01 4.280E-09 8.786E+06 2.178E+03 1.891E+13 -0.079 21 -0.300 29661.1 1.2 4.825 4.524 4.336E+01 3.817E-01 1.406E-08 1.068E+07 1.240E+03 1.893E+13 0.008 26 0.200 33816.9 -0.4 5.120 4.819 6.055E+01 3.817E-01 2.433E-08 1.176E+07 9.460E+02 1.894E+13 0.054 31 0.700 39571.7 0.4 5.442 5.141 8.518E+01 3.819E-01 4.362E-08 1.316E+07 7.523E+02 1.899E+13 0.361 36 1.200 48143.0 -0.7 5.781 5.481 1.165E+02 3.836E-01 7.818E-08 1.494E+07 5.936E+02 1.894E+13 0.053 41 1.700 59208.7 -0.4 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.454E+02 1.883E+13 -0.517 46 2.200 72307.5 0.5 6.487 6.188 2.285E+02 3.852E-01 2.636E-07 1.996E+07 2.691E+02 1.896E+13 0.175 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1190 S flx SAM BB OPACITY: NO. LINES: 41293063 TEMKOR 2 |dF|, |dF_| 0.66838 0.66838 , |dT| 0.00003 1.20117 dam_f, tau_r 0.25000 0.00000 Test convergence 68 6.68378454E-03 68.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19021.0 0.7 0.898 0.597 3.995E-01 3.818E-01 2.595E-12 4.824E+05 9.841E+03 1.893E+13 0.023 6 -4.250 20230.8 0.7 2.434 2.133 8.848E-01 3.818E-01 8.375E-11 4.116E+06 1.395E+04 1.893E+13 0.020 11 -2.500 22272.7 0.8 3.511 3.210 4.945E+00 3.817E-01 9.091E-10 6.783E+06 4.855E+03 1.893E+13 -0.007 16 -1.250 25093.6 1.0 4.235 3.934 1.775E+01 3.817E-01 4.280E-09 8.787E+06 2.179E+03 1.891E+13 -0.074 21 -0.300 29662.2 1.1 4.825 4.524 4.336E+01 3.817E-01 1.406E-08 1.069E+07 1.240E+03 1.893E+13 0.009 26 0.200 33816.5 -0.5 5.120 4.819 6.055E+01 3.817E-01 2.433E-08 1.177E+07 9.458E+02 1.894E+13 0.048 31 0.700 39572.1 0.4 5.442 5.141 8.519E+01 3.819E-01 4.362E-08 1.317E+07 7.524E+02 1.900E+13 0.370 36 1.200 48142.3 -0.7 5.781 5.481 1.165E+02 3.836E-01 7.819E-08 1.494E+07 5.937E+02 1.894E+13 0.051 41 1.700 59208.3 -0.4 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.455E+02 1.883E+13 -0.511 46 2.200 72307.9 0.5 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.691E+02 1.896E+13 0.167 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1203 S flx SAM BB OPACITY: NO. LINES: 41293032 TEMKOR 2 |dF|, |dF_| 0.66218 0.66218 , |dT| 0.00003 1.14453 dam_f, tau_r 0.25000 0.00000 Test convergence 69 6.62178965E-03 69.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19021.7 0.7 0.898 0.597 3.995E-01 3.818E-01 2.595E-12 4.824E+05 9.841E+03 1.893E+13 0.027 6 -4.250 20231.6 0.8 2.434 2.133 8.848E-01 3.818E-01 8.375E-11 4.116E+06 1.395E+04 1.893E+13 0.024 11 -2.500 22273.5 0.9 3.511 3.210 4.947E+00 3.817E-01 9.091E-10 6.783E+06 4.853E+03 1.893E+13 -0.004 16 -1.250 25094.5 0.9 4.236 3.934 1.775E+01 3.817E-01 4.280E-09 8.787E+06 2.179E+03 1.891E+13 -0.071 21 -0.300 29663.3 1.0 4.825 4.524 4.335E+01 3.817E-01 1.406E-08 1.069E+07 1.240E+03 1.893E+13 0.008 26 0.200 33816.0 -0.5 5.120 4.819 6.054E+01 3.817E-01 2.433E-08 1.177E+07 9.457E+02 1.893E+13 0.041 31 0.700 39572.5 0.3 5.442 5.141 8.518E+01 3.819E-01 4.362E-08 1.316E+07 7.526E+02 1.900E+13 0.378 36 1.200 48141.6 -0.7 5.781 5.481 1.165E+02 3.836E-01 7.819E-08 1.494E+07 5.937E+02 1.894E+13 0.053 41 1.700 59207.8 -0.4 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.455E+02 1.883E+13 -0.514 46 2.200 72308.4 0.6 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.691E+02 1.896E+13 0.159 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1215 S flx SAM BB OPACITY: NO. LINES: 41292972 TEMKOR 2 |dF|, |dF_| 0.65923 0.65923 , |dT| 0.00002 1.07617 dam_f, tau_r 0.25000 0.00000 Test convergence 70 6.59227232E-03 70.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19022.4 0.6 0.898 0.597 3.995E-01 3.818E-01 2.595E-12 4.824E+05 9.842E+03 1.893E+13 0.030 6 -4.250 20232.3 0.8 2.434 2.133 8.848E-01 3.818E-01 8.375E-11 4.117E+06 1.395E+04 1.893E+13 0.027 11 -2.500 22274.4 0.8 3.511 3.210 4.948E+00 3.817E-01 9.092E-10 6.784E+06 4.853E+03 1.893E+13 0.000 16 -1.250 25095.5 0.9 4.236 3.934 1.775E+01 3.817E-01 4.280E-09 8.788E+06 2.179E+03 1.891E+13 -0.067 21 -0.300 29664.4 1.0 4.825 4.524 4.335E+01 3.817E-01 1.406E-08 1.069E+07 1.240E+03 1.893E+13 0.007 26 0.200 33815.5 -0.5 5.120 4.819 6.056E+01 3.817E-01 2.433E-08 1.177E+07 9.453E+02 1.893E+13 0.034 31 0.700 39572.8 0.4 5.442 5.141 8.517E+01 3.819E-01 4.362E-08 1.317E+07 7.527E+02 1.900E+13 0.382 36 1.200 48140.9 -0.7 5.781 5.481 1.165E+02 3.836E-01 7.819E-08 1.494E+07 5.937E+02 1.894E+13 0.055 41 1.700 59207.4 -0.3 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.455E+02 1.883E+13 -0.510 46 2.200 72309.0 0.4 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.691E+02 1.896E+13 0.158 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1227 S flx SAM BB OPACITY: NO. LINES: 41292952 TEMKOR 2 |dF|, |dF_| 0.65296 0.65296 , |dT| 0.00002 1.02734 dam_f, tau_r 0.25000 0.00000 Test convergence 71 6.52961433E-03 71.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19023.0 0.6 0.898 0.597 3.995E-01 3.818E-01 2.595E-12 4.824E+05 9.842E+03 1.893E+13 0.034 6 -4.250 20233.1 0.8 2.434 2.133 8.849E-01 3.818E-01 8.375E-11 4.117E+06 1.395E+04 1.893E+13 0.031 11 -2.500 22275.2 0.9 3.511 3.210 4.945E+00 3.817E-01 9.092E-10 6.785E+06 4.856E+03 1.893E+13 0.004 16 -1.250 25096.4 0.9 4.236 3.934 1.775E+01 3.817E-01 4.280E-09 8.789E+06 2.179E+03 1.891E+13 -0.064 21 -0.300 29665.3 0.9 4.825 4.524 4.335E+01 3.817E-01 1.406E-08 1.069E+07 1.240E+03 1.893E+13 0.007 26 0.200 33815.0 -0.5 5.120 4.819 6.056E+01 3.817E-01 2.433E-08 1.177E+07 9.452E+02 1.893E+13 0.029 31 0.700 39573.2 0.3 5.442 5.141 8.518E+01 3.819E-01 4.362E-08 1.317E+07 7.528E+02 1.900E+13 0.391 36 1.200 48140.2 -0.7 5.781 5.481 1.165E+02 3.836E-01 7.819E-08 1.494E+07 5.938E+02 1.894E+13 0.054 41 1.700 59207.1 -0.4 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.455E+02 1.883E+13 -0.508 46 2.200 72309.3 0.5 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.691E+02 1.895E+13 0.150 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1240 S flx SAM BB OPACITY: NO. LINES: 41292914 TEMKOR 2 |dF|, |dF_| 0.64812 0.64812 , |dT| 0.00002 0.97070 dam_f, tau_r 0.25000 0.00000 Test convergence 72 6.48123212E-03 72.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19023.6 0.7 0.898 0.597 3.995E-01 3.818E-01 2.595E-12 4.824E+05 9.843E+03 1.893E+13 0.037 6 -4.250 20233.8 0.8 2.434 2.133 8.849E-01 3.818E-01 8.375E-11 4.117E+06 1.395E+04 1.893E+13 0.034 11 -2.500 22276.1 0.8 3.511 3.210 4.947E+00 3.817E-01 9.091E-10 6.784E+06 4.854E+03 1.893E+13 0.007 16 -1.250 25097.3 0.9 4.236 3.934 1.775E+01 3.817E-01 4.280E-09 8.789E+06 2.179E+03 1.892E+13 -0.061 21 -0.300 29666.2 0.8 4.825 4.524 4.336E+01 3.817E-01 1.406E-08 1.069E+07 1.240E+03 1.893E+13 0.006 26 0.200 33814.6 -0.5 5.120 4.819 6.056E+01 3.817E-01 2.433E-08 1.177E+07 9.450E+02 1.893E+13 0.023 31 0.700 39573.5 0.3 5.442 5.141 8.517E+01 3.819E-01 4.362E-08 1.317E+07 7.529E+02 1.900E+13 0.397 36 1.200 48139.5 -0.7 5.781 5.481 1.165E+02 3.836E-01 7.819E-08 1.494E+07 5.938E+02 1.894E+13 0.061 41 1.700 59206.8 -0.4 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.456E+02 1.883E+13 -0.509 46 2.200 72309.8 0.5 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.690E+02 1.895E+13 0.144 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1252 S flx SAM BB OPACITY: NO. LINES: 41292889 TEMKOR 2 |dF|, |dF_| 0.67165 0.67165 , |dT| 0.00002 0.93164 dam_f, tau_r 0.25000 0.00000 Test convergence 73 6.71653729E-03 73.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19024.3 0.6 0.898 0.597 3.995E-01 3.818E-01 2.594E-12 4.824E+05 9.843E+03 1.893E+13 0.039 6 -4.250 20234.7 0.8 2.434 2.133 8.844E-01 3.818E-01 8.375E-11 4.118E+06 1.395E+04 1.893E+13 0.036 11 -2.500 22276.9 0.8 3.511 3.210 4.945E+00 3.817E-01 9.092E-10 6.786E+06 4.857E+03 1.893E+13 0.009 16 -1.250 25098.2 0.9 4.236 3.935 1.775E+01 3.817E-01 4.280E-09 8.790E+06 2.180E+03 1.892E+13 -0.059 21 -0.300 29667.0 0.8 4.825 4.524 4.336E+01 3.817E-01 1.406E-08 1.069E+07 1.240E+03 1.893E+13 0.004 26 0.200 33814.1 -0.4 5.120 4.819 6.056E+01 3.817E-01 2.434E-08 1.177E+07 9.449E+02 1.893E+13 0.014 31 0.700 39573.8 0.5 5.442 5.141 8.517E+01 3.819E-01 4.361E-08 1.317E+07 7.531E+02 1.900E+13 0.399 36 1.200 48138.8 -0.6 5.781 5.481 1.165E+02 3.836E-01 7.819E-08 1.494E+07 5.938E+02 1.894E+13 0.060 41 1.700 59206.4 -0.3 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.456E+02 1.883E+13 -0.502 46 2.200 72310.3 0.4 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.690E+02 1.895E+13 0.141 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1264 S flx SAM BB OPACITY: NO. LINES: 41292870 TEMKOR 2 |dF|, |dF_| 0.66584 0.66584 , |dT| 0.00002 0.88867 dam_f, tau_r 0.25000 0.00000 Test convergence 74 6.65836036E-03 74.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19024.9 0.6 0.898 0.597 3.995E-01 3.818E-01 2.594E-12 4.825E+05 9.844E+03 1.893E+13 0.042 6 -4.250 20235.4 0.7 2.434 2.133 8.844E-01 3.818E-01 8.375E-11 4.118E+06 1.395E+04 1.893E+13 0.039 11 -2.500 22277.7 0.8 3.511 3.210 4.945E+00 3.817E-01 9.092E-10 6.785E+06 4.857E+03 1.893E+13 0.012 16 -1.250 25099.0 0.8 4.236 3.935 1.775E+01 3.817E-01 4.280E-09 8.790E+06 2.180E+03 1.892E+13 -0.057 21 -0.300 29667.8 0.7 4.825 4.524 4.335E+01 3.817E-01 1.406E-08 1.069E+07 1.240E+03 1.893E+13 0.002 26 0.200 33813.6 -0.4 5.120 4.819 6.056E+01 3.817E-01 2.434E-08 1.177E+07 9.448E+02 1.893E+13 0.010 31 0.700 39574.3 0.5 5.442 5.141 8.517E+01 3.819E-01 4.361E-08 1.317E+07 7.531E+02 1.900E+13 0.408 36 1.200 48138.2 -0.6 5.781 5.481 1.165E+02 3.836E-01 7.819E-08 1.494E+07 5.938E+02 1.894E+13 0.059 41 1.700 59206.1 -0.2 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.456E+02 1.883E+13 -0.498 46 2.200 72310.7 0.6 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.690E+02 1.895E+13 0.133 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1276 S flx SAM BB OPACITY: NO. LINES: 41292816 TEMKOR 2 |dF|, |dF_| 0.65999 0.65999 , |dT| 0.00002 0.84766 dam_f, tau_r 0.25000 0.00000 Test convergence 75 6.59992686E-03 75.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19025.5 0.7 0.898 0.597 3.995E-01 3.818E-01 2.594E-12 4.825E+05 9.844E+03 1.894E+13 0.047 6 -4.250 20236.2 0.7 2.434 2.133 8.850E-01 3.818E-01 8.376E-11 4.117E+06 1.395E+04 1.893E+13 0.044 11 -2.500 22278.5 0.8 3.511 3.210 4.947E+00 3.817E-01 9.092E-10 6.785E+06 4.855E+03 1.893E+13 0.016 16 -1.250 25099.8 0.8 4.236 3.935 1.775E+01 3.817E-01 4.280E-09 8.789E+06 2.180E+03 1.892E+13 -0.052 21 -0.300 29668.6 0.7 4.825 4.524 4.335E+01 3.817E-01 1.406E-08 1.069E+07 1.240E+03 1.893E+13 0.003 26 0.200 33813.2 -0.5 5.120 4.819 6.057E+01 3.817E-01 2.434E-08 1.177E+07 9.446E+02 1.893E+13 0.008 31 0.700 39574.8 0.4 5.442 5.141 8.517E+01 3.819E-01 4.361E-08 1.317E+07 7.532E+02 1.900E+13 0.413 36 1.200 48137.6 -0.6 5.781 5.481 1.165E+02 3.836E-01 7.819E-08 1.494E+07 5.939E+02 1.894E+13 0.060 41 1.700 59205.9 -0.4 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.456E+02 1.883E+13 -0.496 46 2.200 72311.3 0.3 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.690E+02 1.895E+13 0.135 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1289 S flx SAM BB OPACITY: NO. LINES: 41292772 TEMKOR 2 |dF|, |dF_| 0.65480 0.65480 , |dT| 0.00002 0.80664 dam_f, tau_r 0.25000 0.00000 Test convergence 76 6.54804660E-03 76.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19026.2 0.5 0.898 0.597 3.995E-01 3.818E-01 2.594E-12 4.825E+05 9.844E+03 1.894E+13 0.049 6 -4.250 20236.9 0.7 2.434 2.133 8.845E-01 3.818E-01 8.376E-11 4.118E+06 1.395E+04 1.894E+13 0.046 11 -2.500 22279.2 0.7 3.511 3.210 4.945E+00 3.817E-01 9.092E-10 6.786E+06 4.858E+03 1.893E+13 0.018 16 -1.250 25100.6 0.8 4.236 3.935 1.774E+01 3.817E-01 4.280E-09 8.791E+06 2.181E+03 1.892E+13 -0.051 21 -0.300 29669.2 0.6 4.825 4.524 4.335E+01 3.817E-01 1.406E-08 1.069E+07 1.240E+03 1.893E+13 0.001 26 0.200 33812.7 -0.5 5.120 4.819 6.057E+01 3.817E-01 2.434E-08 1.177E+07 9.445E+02 1.893E+13 0.002 31 0.700 39575.2 0.4 5.442 5.141 8.516E+01 3.819E-01 4.361E-08 1.317E+07 7.534E+02 1.901E+13 0.418 36 1.200 48137.0 -0.7 5.781 5.481 1.165E+02 3.836E-01 7.819E-08 1.494E+07 5.938E+02 1.894E+13 0.066 41 1.700 59205.5 -0.3 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.456E+02 1.883E+13 -0.497 46 2.200 72311.6 0.5 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.690E+02 1.895E+13 0.128 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1301 S flx SAM BB OPACITY: NO. LINES: 41292738 TEMKOR 2 |dF|, |dF_| 0.64956 0.64956 , |dT| 0.00002 0.77148 dam_f, tau_r 0.25000 0.00000 Test convergence 77 6.49555866E-03 77.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19026.7 0.7 0.898 0.597 3.995E-01 3.818E-01 2.594E-12 4.825E+05 9.845E+03 1.894E+13 0.052 6 -4.250 20237.6 0.6 2.434 2.133 8.846E-01 3.818E-01 8.374E-11 4.117E+06 1.395E+04 1.894E+13 0.049 11 -2.500 22280.0 0.7 3.511 3.210 4.944E+00 3.817E-01 9.092E-10 6.785E+06 4.859E+03 1.893E+13 0.022 16 -1.250 25101.4 0.7 4.236 3.935 1.774E+01 3.817E-01 4.280E-09 8.790E+06 2.181E+03 1.892E+13 -0.047 21 -0.300 29669.8 0.6 4.825 4.524 4.334E+01 3.817E-01 1.406E-08 1.069E+07 1.240E+03 1.893E+13 -0.000 26 0.200 33812.3 -0.5 5.120 4.819 6.058E+01 3.817E-01 2.434E-08 1.177E+07 9.443E+02 1.893E+13 -0.000 31 0.700 39575.6 0.3 5.442 5.141 8.515E+01 3.819E-01 4.361E-08 1.317E+07 7.535E+02 1.901E+13 0.423 36 1.200 48136.4 -0.6 5.781 5.481 1.165E+02 3.836E-01 7.819E-08 1.494E+07 5.939E+02 1.894E+13 0.062 41 1.700 59205.1 -0.3 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.457E+02 1.883E+13 -0.492 46 2.200 72312.1 0.4 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.689E+02 1.895E+13 0.130 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1313 S flx SAM BB OPACITY: NO. LINES: 41292669 TEMKOR 2 |dF|, |dF_| 0.64450 0.64450 , |dT| 0.00002 0.73828 dam_f, tau_r 0.25000 0.00000 Test convergence 78 6.44498272E-03 78.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19027.3 0.6 0.898 0.597 3.995E-01 3.818E-01 2.594E-12 4.825E+05 9.846E+03 1.894E+13 0.055 6 -4.250 20238.2 0.7 2.434 2.133 8.846E-01 3.818E-01 8.374E-11 4.118E+06 1.395E+04 1.894E+13 0.052 11 -2.500 22280.7 0.7 3.511 3.210 4.945E+00 3.817E-01 9.092E-10 6.786E+06 4.858E+03 1.893E+13 0.024 16 -1.250 25102.2 0.7 4.236 3.935 1.774E+01 3.817E-01 4.280E-09 8.790E+06 2.181E+03 1.892E+13 -0.045 21 -0.300 29670.4 0.5 4.825 4.524 4.335E+01 3.817E-01 1.406E-08 1.069E+07 1.239E+03 1.893E+13 -0.001 26 0.200 33811.8 -0.5 5.120 4.819 6.058E+01 3.817E-01 2.434E-08 1.177E+07 9.442E+02 1.893E+13 -0.004 31 0.700 39575.9 0.3 5.442 5.141 8.516E+01 3.819E-01 4.361E-08 1.317E+07 7.535E+02 1.901E+13 0.428 36 1.200 48135.7 -0.5 5.781 5.481 1.165E+02 3.836E-01 7.820E-08 1.494E+07 5.939E+02 1.894E+13 0.061 41 1.700 59204.9 -0.2 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.457E+02 1.883E+13 -0.489 46 2.200 72312.5 0.6 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.689E+02 1.895E+13 0.121 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1325 S flx SAM BB OPACITY: NO. LINES: 41292609 TEMKOR 2 |dF|, |dF_| 0.64628 0.64628 , |dT| 0.00002 0.72461 dam_f, tau_r 0.25000 0.00000 Test convergence 79 6.46275608E-03 79.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19027.9 0.5 0.898 0.597 3.995E-01 3.818E-01 2.594E-12 4.825E+05 9.845E+03 1.894E+13 0.054 6 -4.250 20238.9 0.6 2.434 2.133 8.841E-01 3.818E-01 8.375E-11 4.118E+06 1.396E+04 1.894E+13 0.051 11 -2.500 22281.4 0.7 3.511 3.210 4.943E+00 3.817E-01 9.092E-10 6.787E+06 4.860E+03 1.893E+13 0.024 16 -1.250 25102.9 0.7 4.236 3.935 1.774E+01 3.817E-01 4.280E-09 8.792E+06 2.181E+03 1.892E+13 -0.046 21 -0.300 29670.9 0.5 4.825 4.524 4.334E+01 3.817E-01 1.406E-08 1.069E+07 1.239E+03 1.893E+13 -0.006 26 0.200 33811.3 -0.4 5.120 4.819 6.058E+01 3.817E-01 2.434E-08 1.177E+07 9.441E+02 1.892E+13 -0.013 31 0.700 39576.2 0.5 5.442 5.141 8.515E+01 3.819E-01 4.361E-08 1.317E+07 7.536E+02 1.901E+13 0.428 36 1.200 48135.2 -0.4 5.781 5.481 1.165E+02 3.836E-01 7.820E-08 1.494E+07 5.939E+02 1.894E+13 0.063 41 1.700 59204.7 -0.3 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.457E+02 1.884E+13 -0.483 46 2.200 72313.1 0.5 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.689E+02 1.895E+13 0.119 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1337 S flx SAM BB OPACITY: NO. LINES: 41292570 TEMKOR 2 |dF|, |dF_| 0.63835 0.63835 , |dT| 0.00002 0.67383 dam_f, tau_r 0.25000 0.00000 Test convergence 80 6.38348237E-03 80.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19028.4 0.5 0.898 0.597 3.995E-01 3.818E-01 2.594E-12 4.825E+05 9.846E+03 1.894E+13 0.058 6 -4.250 20239.5 0.6 2.434 2.133 8.841E-01 3.818E-01 8.373E-11 4.119E+06 1.396E+04 1.894E+13 0.055 11 -2.500 22282.1 0.6 3.511 3.210 4.945E+00 3.817E-01 9.093E-10 6.787E+06 4.859E+03 1.893E+13 0.028 16 -1.250 25103.6 0.7 4.236 3.935 1.774E+01 3.817E-01 4.280E-09 8.792E+06 2.181E+03 1.892E+13 -0.043 21 -0.300 29671.4 0.5 4.825 4.524 4.334E+01 3.817E-01 1.406E-08 1.069E+07 1.239E+03 1.893E+13 -0.005 26 0.200 33811.0 -0.4 5.120 4.819 6.059E+01 3.817E-01 2.434E-08 1.177E+07 9.440E+02 1.892E+13 -0.012 31 0.700 39576.7 0.3 5.442 5.141 8.515E+01 3.819E-01 4.361E-08 1.317E+07 7.537E+02 1.901E+13 0.435 36 1.200 48134.8 -0.6 5.781 5.481 1.165E+02 3.836E-01 7.820E-08 1.494E+07 5.939E+02 1.894E+13 0.066 41 1.700 59204.4 -0.4 6.132 5.833 1.611E+02 3.850E-01 1.424E-07 1.718E+07 4.457E+02 1.884E+13 -0.480 46 2.200 72313.5 0.3 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.689E+02 1.895E+13 0.120 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1348 S flx SAM BB OPACITY: NO. LINES: 41292564 TEMKOR 2 |dF|, |dF_| 0.63371 0.63371 , |dT| 0.00002 0.65039 dam_f, tau_r 0.25000 0.00000 Test convergence 81 6.33711182E-03 81.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19028.9 0.5 0.898 0.597 3.995E-01 3.818E-01 2.594E-12 4.826E+05 9.847E+03 1.894E+13 0.061 6 -4.250 20240.1 0.6 2.434 2.133 8.847E-01 3.818E-01 8.374E-11 4.119E+06 1.395E+04 1.894E+13 0.058 11 -2.500 22282.7 0.6 3.511 3.210 4.945E+00 3.817E-01 9.093E-10 6.787E+06 4.859E+03 1.893E+13 0.030 16 -1.250 25104.2 0.6 4.236 3.935 1.774E+01 3.817E-01 4.280E-09 8.792E+06 2.181E+03 1.892E+13 -0.040 21 -0.300 29671.9 0.4 4.825 4.524 4.334E+01 3.817E-01 1.406E-08 1.069E+07 1.239E+03 1.893E+13 -0.006 26 0.200 33810.5 -0.4 5.120 4.819 6.058E+01 3.817E-01 2.434E-08 1.177E+07 9.439E+02 1.892E+13 -0.016 31 0.700 39577.1 0.3 5.442 5.141 8.515E+01 3.819E-01 4.361E-08 1.317E+07 7.537E+02 1.901E+13 0.441 36 1.200 48134.2 -0.6 5.781 5.481 1.165E+02 3.836E-01 7.820E-08 1.494E+07 5.940E+02 1.894E+13 0.067 41 1.700 59204.0 -0.3 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.457E+02 1.884E+13 -0.482 46 2.200 72313.8 0.4 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.689E+02 1.895E+13 0.117 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1361 S flx SAM BB OPACITY: NO. LINES: 41292484 TEMKOR 2 |dF|, |dF_| 0.63202 0.63202 , |dT| 0.00002 0.62891 dam_f, tau_r 0.25000 0.00000 Test convergence 82 6.32017478E-03 82.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19029.4 0.5 0.898 0.597 3.995E-01 3.818E-01 2.594E-12 4.826E+05 9.847E+03 1.894E+13 0.062 6 -4.250 20240.7 0.6 2.434 2.133 8.847E-01 3.818E-01 8.375E-11 4.119E+06 1.395E+04 1.894E+13 0.059 11 -2.500 22283.3 0.6 3.511 3.210 4.944E+00 3.817E-01 9.093E-10 6.787E+06 4.860E+03 1.893E+13 0.032 16 -1.250 25104.9 0.6 4.236 3.935 1.774E+01 3.817E-01 4.280E-09 8.792E+06 2.181E+03 1.892E+13 -0.039 21 -0.300 29672.3 0.4 4.825 4.524 4.335E+01 3.817E-01 1.407E-08 1.069E+07 1.239E+03 1.893E+13 -0.008 26 0.200 33810.1 -0.4 5.120 4.819 6.059E+01 3.817E-01 2.434E-08 1.177E+07 9.438E+02 1.892E+13 -0.019 31 0.700 39577.4 0.3 5.442 5.141 8.515E+01 3.819E-01 4.361E-08 1.317E+07 7.538E+02 1.901E+13 0.442 36 1.200 48133.6 -0.6 5.781 5.481 1.165E+02 3.836E-01 7.820E-08 1.494E+07 5.940E+02 1.894E+13 0.065 41 1.700 59203.7 -0.2 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.457E+02 1.884E+13 -0.479 46 2.200 72314.2 0.6 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.689E+02 1.895E+13 0.114 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1373 S flx SAM BB OPACITY: NO. LINES: 41292429 TEMKOR 2 |dF|, |dF_| 0.62907 0.62907 , |dT| 0.00002 0.61914 dam_f, tau_r 0.25000 0.00000 Test convergence 83 6.29071333E-03 83.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19029.9 0.4 0.898 0.597 3.993E-01 3.818E-01 2.594E-12 4.828E+05 9.850E+03 1.894E+13 0.063 6 -4.250 20241.3 0.6 2.434 2.133 8.842E-01 3.818E-01 8.375E-11 4.119E+06 1.396E+04 1.894E+13 0.060 11 -2.500 22284.0 0.6 3.511 3.210 4.943E+00 3.817E-01 9.093E-10 6.788E+06 4.861E+03 1.893E+13 0.033 16 -1.250 25105.5 0.6 4.236 3.935 1.774E+01 3.817E-01 4.280E-09 8.793E+06 2.182E+03 1.892E+13 -0.039 21 -0.300 29672.7 0.4 4.825 4.524 4.334E+01 3.817E-01 1.407E-08 1.069E+07 1.239E+03 1.892E+13 -0.010 26 0.200 33809.7 -0.4 5.120 4.819 6.059E+01 3.817E-01 2.434E-08 1.177E+07 9.438E+02 1.892E+13 -0.024 31 0.700 39577.7 0.4 5.442 5.141 8.514E+01 3.819E-01 4.361E-08 1.317E+07 7.539E+02 1.901E+13 0.444 36 1.200 48133.1 -0.5 5.781 5.481 1.166E+02 3.836E-01 7.820E-08 1.494E+07 5.940E+02 1.894E+13 0.069 41 1.700 59203.5 -0.3 6.132 5.833 1.611E+02 3.850E-01 1.424E-07 1.719E+07 4.458E+02 1.884E+13 -0.473 46 2.200 72314.8 0.3 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.689E+02 1.895E+13 0.115 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1385 S flx SAM BB OPACITY: NO. LINES: 41292463 TEMKOR 2 |dF|, |dF_| 0.62358 0.62358 , |dT| 0.00002 0.62891 dam_f, tau_r 0.25000 0.00000 Test convergence 84 6.23582164E-03 84.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19030.3 0.5 0.898 0.597 3.993E-01 3.818E-01 2.595E-12 4.826E+05 9.852E+03 1.894E+13 0.067 6 -4.250 20241.9 0.6 2.434 2.133 8.842E-01 3.818E-01 8.375E-11 4.119E+06 1.395E+04 1.894E+13 0.064 11 -2.500 22284.6 0.6 3.511 3.210 4.945E+00 3.817E-01 9.093E-10 6.788E+06 4.859E+03 1.893E+13 0.036 16 -1.250 25106.1 0.6 4.236 3.935 1.774E+01 3.817E-01 4.280E-09 8.792E+06 2.182E+03 1.892E+13 -0.036 21 -0.300 29673.0 0.3 4.825 4.524 4.335E+01 3.817E-01 1.407E-08 1.069E+07 1.239E+03 1.892E+13 -0.010 26 0.200 33809.4 -0.4 5.120 4.819 6.059E+01 3.817E-01 2.434E-08 1.177E+07 9.437E+02 1.892E+13 -0.024 31 0.700 39578.1 0.3 5.442 5.141 8.515E+01 3.819E-01 4.361E-08 1.317E+07 7.539E+02 1.901E+13 0.450 36 1.200 48132.5 -0.6 5.781 5.481 1.165E+02 3.836E-01 7.820E-08 1.494E+07 5.940E+02 1.894E+13 0.070 41 1.700 59203.2 -0.3 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.458E+02 1.884E+13 -0.472 46 2.200 72315.1 0.5 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.689E+02 1.895E+13 0.110 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1397 S flx SAM BB OPACITY: NO. LINES: 41292441 TEMKOR 2 |dF|, |dF_| 0.62303 0.62303 , |dT| 0.00002 0.57422 dam_f, tau_r 0.25000 0.00000 Test convergence 85 6.23026723E-03 85.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19030.8 0.4 0.898 0.597 3.993E-01 3.818E-01 2.594E-12 4.826E+05 9.852E+03 1.894E+13 0.068 6 -4.250 20242.5 0.5 2.434 2.133 8.837E-01 3.818E-01 8.376E-11 4.119E+06 1.396E+04 1.894E+13 0.064 11 -2.500 22285.1 0.5 3.511 3.210 4.944E+00 3.817E-01 9.093E-10 6.787E+06 4.860E+03 1.893E+13 0.037 16 -1.250 25106.7 0.6 4.236 3.935 1.774E+01 3.817E-01 4.280E-09 8.792E+06 2.182E+03 1.892E+13 -0.035 21 -0.300 29673.3 0.3 4.825 4.524 4.334E+01 3.817E-01 1.407E-08 1.069E+07 1.239E+03 1.892E+13 -0.013 26 0.200 33809.0 -0.4 5.120 4.819 6.060E+01 3.817E-01 2.434E-08 1.177E+07 9.436E+02 1.892E+13 -0.028 31 0.700 39578.3 0.3 5.442 5.141 8.514E+01 3.819E-01 4.361E-08 1.317E+07 7.540E+02 1.901E+13 0.450 36 1.200 48131.9 -0.5 5.781 5.481 1.165E+02 3.836E-01 7.820E-08 1.494E+07 5.940E+02 1.894E+13 0.066 41 1.700 59202.9 -0.1 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.718E+07 4.458E+02 1.884E+13 -0.470 46 2.200 72315.6 0.5 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.689E+02 1.895E+13 0.110 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1409 S flx SAM BB OPACITY: NO. LINES: 41292377 TEMKOR 2 |dF|, |dF_| 0.61844 0.61844 , |dT| 0.00001 0.59375 dam_f, tau_r 0.25000 0.00000 Test convergence 86 6.18442753E-03 86.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19031.2 0.4 0.898 0.597 3.993E-01 3.818E-01 2.594E-12 4.826E+05 9.853E+03 1.894E+13 0.070 6 -4.250 20243.0 0.5 2.434 2.133 8.837E-01 3.818E-01 8.373E-11 4.120E+06 1.396E+04 1.894E+13 0.067 11 -2.500 22285.7 0.5 3.511 3.210 4.942E+00 3.817E-01 9.093E-10 6.788E+06 4.861E+03 1.893E+13 0.039 16 -1.250 25107.3 0.5 4.236 3.935 1.774E+01 3.817E-01 4.280E-09 8.793E+06 2.182E+03 1.892E+13 -0.033 21 -0.300 29673.6 0.3 4.825 4.524 4.334E+01 3.817E-01 1.407E-08 1.069E+07 1.239E+03 1.892E+13 -0.014 26 0.200 33808.6 -0.4 5.120 4.819 6.060E+01 3.817E-01 2.434E-08 1.177E+07 9.436E+02 1.892E+13 -0.029 31 0.700 39578.7 0.3 5.442 5.141 8.513E+01 3.819E-01 4.361E-08 1.317E+07 7.540E+02 1.901E+13 0.454 36 1.200 48131.4 -0.5 5.781 5.481 1.166E+02 3.836E-01 7.820E-08 1.494E+07 5.940E+02 1.894E+13 0.070 41 1.700 59202.8 -0.3 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.719E+07 4.458E+02 1.884E+13 -0.465 46 2.200 72316.1 0.3 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.689E+02 1.895E+13 0.112 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1420 S flx SAM BB OPACITY: NO. LINES: 41292360 TEMKOR 2 |dF|, |dF_| 0.61500 0.61500 , |dT| 0.00001 0.60156 dam_f, tau_r 0.25000 0.00000 Test convergence 87 6.14995928E-03 87.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19031.6 0.4 0.898 0.597 3.993E-01 3.818E-01 2.594E-12 4.826E+05 9.853E+03 1.894E+13 0.071 6 -4.250 20243.5 0.5 2.434 2.133 8.843E-01 3.818E-01 8.376E-11 4.120E+06 1.395E+04 1.894E+13 0.068 11 -2.500 22286.2 0.5 3.511 3.210 4.944E+00 3.817E-01 9.094E-10 6.789E+06 4.860E+03 1.893E+13 0.040 16 -1.250 25107.8 0.5 4.236 3.935 1.774E+01 3.817E-01 4.281E-09 8.794E+06 2.182E+03 1.892E+13 -0.033 21 -0.300 29673.9 0.3 4.825 4.524 4.335E+01 3.817E-01 1.407E-08 1.069E+07 1.239E+03 1.892E+13 -0.015 26 0.200 33808.2 -0.3 5.120 4.819 6.059E+01 3.817E-01 2.434E-08 1.177E+07 9.436E+02 1.892E+13 -0.032 31 0.700 39578.9 0.3 5.442 5.141 8.513E+01 3.819E-01 4.361E-08 1.317E+07 7.541E+02 1.901E+13 0.457 36 1.200 48130.9 -0.6 5.781 5.481 1.166E+02 3.836E-01 7.820E-08 1.494E+07 5.940E+02 1.894E+13 0.072 41 1.700 59202.5 -0.3 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.719E+07 4.459E+02 1.884E+13 -0.460 46 2.200 72316.4 0.4 6.487 6.188 2.284E+02 3.852E-01 2.636E-07 1.997E+07 2.689E+02 1.895E+13 0.109 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1432 S flx SAM BB OPACITY: NO. LINES: 41292352 TEMKOR 2 |dF|, |dF_| 0.61572 0.61572 , |dT| 0.00001 0.57031 dam_f, tau_r 0.25000 0.00000 Test convergence 88 6.15718076E-03 88.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19032.0 0.4 0.898 0.597 3.993E-01 3.818E-01 2.594E-12 4.826E+05 9.853E+03 1.894E+13 0.071 6 -4.250 20244.0 0.3 2.434 2.133 8.843E-01 3.818E-01 8.373E-11 4.119E+06 1.395E+04 1.894E+13 0.068 11 -2.500 22286.7 0.5 3.511 3.210 4.943E+00 3.817E-01 9.094E-10 6.788E+06 4.861E+03 1.893E+13 0.040 16 -1.250 25108.3 0.5 4.236 3.935 1.774E+01 3.817E-01 4.281E-09 8.793E+06 2.182E+03 1.892E+13 -0.033 21 -0.300 29674.2 0.2 4.825 4.524 4.334E+01 3.817E-01 1.407E-08 1.069E+07 1.239E+03 1.892E+13 -0.019 26 0.200 33807.9 -0.3 5.120 4.819 6.059E+01 3.817E-01 2.434E-08 1.177E+07 9.435E+02 1.892E+13 -0.036 31 0.700 39579.2 0.4 5.442 5.141 8.512E+01 3.819E-01 4.361E-08 1.317E+07 7.541E+02 1.901E+13 0.455 36 1.200 48130.3 -0.4 5.781 5.481 1.166E+02 3.836E-01 7.821E-08 1.494E+07 5.940E+02 1.894E+13 0.066 41 1.700 59202.2 -0.1 6.132 5.833 1.611E+02 3.850E-01 1.424E-07 1.719E+07 4.459E+02 1.884E+13 -0.458 46 2.200 72316.8 0.6 6.487 6.188 2.284E+02 3.852E-01 2.635E-07 1.997E+07 2.688E+02 1.895E+13 0.106 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1444 S flx SAM BB OPACITY: NO. LINES: 41292305 TEMKOR 2 |dF|, |dF_| 0.60971 0.60971 , |dT| 0.00001 0.46094 dam_f, tau_r 0.25000 0.00000 Test convergence 89 6.09714026E-03 89.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19032.5 0.4 0.898 0.597 3.993E-01 3.818E-01 2.594E-12 4.827E+05 9.853E+03 1.894E+13 0.073 6 -4.250 20244.3 0.4 2.434 2.133 8.843E-01 3.818E-01 8.375E-11 4.119E+06 1.395E+04 1.894E+13 0.070 11 -2.500 22287.2 0.5 3.511 3.210 4.942E+00 3.817E-01 9.093E-10 6.788E+06 4.862E+03 1.893E+13 0.042 16 -1.250 25108.8 0.4 4.236 3.935 1.773E+01 3.817E-01 4.280E-09 8.793E+06 2.182E+03 1.892E+13 -0.031 21 -0.300 29674.4 0.2 4.825 4.524 4.334E+01 3.817E-01 1.407E-08 1.069E+07 1.239E+03 1.892E+13 -0.020 26 0.200 33807.6 -0.3 5.120 4.819 6.060E+01 3.817E-01 2.434E-08 1.177E+07 9.434E+02 1.892E+13 -0.036 31 0.700 39579.6 0.3 5.442 5.141 8.513E+01 3.819E-01 4.360E-08 1.317E+07 7.541E+02 1.901E+13 0.461 36 1.200 48129.9 -0.5 5.781 5.481 1.166E+02 3.836E-01 7.821E-08 1.494E+07 5.940E+02 1.894E+13 0.069 41 1.700 59202.1 -0.1 6.132 5.833 1.611E+02 3.850E-01 1.424E-07 1.719E+07 4.459E+02 1.884E+13 -0.454 46 2.200 72317.4 0.4 6.487 6.188 2.284E+02 3.852E-01 2.635E-07 1.997E+07 2.688E+02 1.895E+13 0.108 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1456 S flx SAM BB OPACITY: NO. LINES: 41292260 TEMKOR 2 |dF|, |dF_| 0.61076 0.61076 , |dT| 0.00001 0.46875 dam_f, tau_r 0.25000 0.00000 Test convergence 90 6.10764325E-03 90.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19032.9 0.3 0.898 0.597 3.993E-01 3.818E-01 2.594E-12 4.827E+05 9.854E+03 1.894E+13 0.073 6 -4.250 20244.8 0.3 2.434 2.133 8.844E-01 3.818E-01 8.373E-11 4.119E+06 1.395E+04 1.894E+13 0.070 11 -2.500 22287.6 0.4 3.511 3.210 4.943E+00 3.817E-01 9.094E-10 6.789E+06 4.861E+03 1.893E+13 0.042 16 -1.250 25109.2 0.5 4.236 3.935 1.774E+01 3.817E-01 4.281E-09 8.794E+06 2.182E+03 1.892E+13 -0.031 21 -0.300 29674.6 0.2 4.825 4.524 4.334E+01 3.817E-01 1.407E-08 1.069E+07 1.239E+03 1.892E+13 -0.022 26 0.200 33807.3 -0.3 5.120 4.819 6.060E+01 3.817E-01 2.434E-08 1.177E+07 9.434E+02 1.892E+13 -0.040 31 0.700 39579.8 0.4 5.442 5.141 8.513E+01 3.819E-01 4.360E-08 1.317E+07 7.542E+02 1.901E+13 0.460 36 1.200 48129.5 -0.5 5.781 5.481 1.166E+02 3.836E-01 7.821E-08 1.494E+07 5.941E+02 1.894E+13 0.075 41 1.700 59202.0 -0.2 6.132 5.833 1.611E+02 3.850E-01 1.424E-07 1.719E+07 4.459E+02 1.884E+13 -0.452 46 2.200 72317.8 0.4 6.487 6.188 2.284E+02 3.852E-01 2.635E-07 1.997E+07 2.688E+02 1.895E+13 0.106 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1468 S flx SAM BB OPACITY: NO. LINES: 41292237 TEMKOR 2 |dF|, |dF_| 0.60730 0.60730 , |dT| 0.00001 0.46875 dam_f, tau_r 0.25000 0.00000 Test convergence 91 6.07298315E-03 91.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19033.2 0.3 0.898 0.597 3.993E-01 3.818E-01 2.594E-12 4.827E+05 9.854E+03 1.894E+13 0.075 6 -4.250 20245.1 0.4 2.434 2.133 8.838E-01 3.818E-01 8.374E-11 4.120E+06 1.396E+04 1.894E+13 0.072 11 -2.500 22288.1 0.4 3.511 3.210 4.942E+00 3.817E-01 9.093E-10 6.789E+06 4.862E+03 1.893E+13 0.044 16 -1.250 25109.7 0.4 4.236 3.935 1.774E+01 3.817E-01 4.281E-09 8.794E+06 2.182E+03 1.892E+13 -0.030 21 -0.300 29674.8 0.2 4.825 4.524 4.333E+01 3.817E-01 1.407E-08 1.069E+07 1.239E+03 1.892E+13 -0.023 26 0.200 33807.0 -0.3 5.120 4.819 6.060E+01 3.817E-01 2.434E-08 1.177E+07 9.434E+02 1.892E+13 -0.041 31 0.700 39580.2 0.3 5.442 5.141 8.512E+01 3.819E-01 4.360E-08 1.317E+07 7.542E+02 1.901E+13 0.462 36 1.200 48129.0 -0.5 5.781 5.481 1.166E+02 3.836E-01 7.821E-08 1.494E+07 5.941E+02 1.894E+13 0.072 41 1.700 59201.8 -0.2 6.132 5.833 1.611E+02 3.850E-01 1.424E-07 1.719E+07 4.459E+02 1.884E+13 -0.447 46 2.200 72318.2 0.5 6.487 6.188 2.284E+02 3.852E-01 2.635E-07 1.997E+07 2.688E+02 1.895E+13 0.109 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1480 S flx SAM BB OPACITY: NO. LINES: 41292203 TEMKOR 2 |dF|, |dF_| 0.60329 0.60329 , |dT| 0.00001 0.46094 dam_f, tau_r 0.25000 0.00000 Test convergence 92 6.03287900E-03 92.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19033.5 0.3 0.898 0.597 3.993E-01 3.818E-01 2.594E-12 4.827E+05 9.854E+03 1.894E+13 0.077 6 -4.250 20245.5 0.4 2.434 2.133 8.838E-01 3.818E-01 8.374E-11 4.120E+06 1.396E+04 1.894E+13 0.074 11 -2.500 22288.5 0.4 3.511 3.210 4.941E+00 3.817E-01 9.094E-10 6.789E+06 4.863E+03 1.894E+13 0.046 16 -1.250 25110.1 0.4 4.236 3.935 1.774E+01 3.817E-01 4.281E-09 8.794E+06 2.182E+03 1.892E+13 -0.028 21 -0.300 29675.0 0.2 4.825 4.524 4.335E+01 3.817E-01 1.407E-08 1.069E+07 1.238E+03 1.892E+13 -0.022 26 0.200 33806.8 -0.3 5.120 4.819 6.060E+01 3.817E-01 2.434E-08 1.177E+07 9.434E+02 1.892E+13 -0.041 31 0.700 39580.5 0.2 5.442 5.141 8.513E+01 3.819E-01 4.360E-08 1.317E+07 7.542E+02 1.902E+13 0.468 36 1.200 48128.5 -0.5 5.781 5.481 1.166E+02 3.836E-01 7.821E-08 1.494E+07 5.941E+02 1.894E+13 0.069 41 1.700 59201.6 -0.1 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.719E+07 4.459E+02 1.884E+13 -0.449 46 2.200 72318.6 0.4 6.487 6.188 2.284E+02 3.852E-01 2.635E-07 1.997E+07 2.688E+02 1.895E+13 0.108 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1492 S flx SAM BB OPACITY: NO. LINES: 41292208 TEMKOR 2 |dF|, |dF_| 0.60022 0.60022 , |dT| 0.00001 0.55078 dam_f, tau_r 0.25000 0.00000 Test convergence 93 6.00220915E-03 93.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19033.7 0.3 0.898 0.597 3.993E-01 3.818E-01 2.594E-12 4.827E+05 9.854E+03 1.894E+13 0.078 6 -4.250 20245.9 0.4 2.434 2.133 8.839E-01 3.818E-01 8.373E-11 4.120E+06 1.396E+04 1.894E+13 0.075 11 -2.500 22288.9 0.4 3.511 3.210 4.943E+00 3.817E-01 9.094E-10 6.790E+06 4.862E+03 1.894E+13 0.047 16 -1.250 25110.5 0.4 4.236 3.935 1.774E+01 3.817E-01 4.281E-09 8.795E+06 2.182E+03 1.892E+13 -0.027 21 -0.300 29675.2 0.1 4.825 4.524 4.335E+01 3.817E-01 1.407E-08 1.069E+07 1.238E+03 1.892E+13 -0.024 26 0.200 33806.4 -0.3 5.120 4.819 6.061E+01 3.817E-01 2.434E-08 1.177E+07 9.433E+02 1.892E+13 -0.043 31 0.700 39580.7 0.2 5.442 5.141 8.513E+01 3.819E-01 4.360E-08 1.317E+07 7.542E+02 1.902E+13 0.470 36 1.200 48128.1 -0.6 5.781 5.481 1.166E+02 3.836E-01 7.821E-08 1.494E+07 5.941E+02 1.894E+13 0.075 41 1.700 59201.4 -0.3 6.132 5.833 1.610E+02 3.850E-01 1.424E-07 1.719E+07 4.460E+02 1.884E+13 -0.442 46 2.200 72319.0 0.3 6.487 6.188 2.284E+02 3.852E-01 2.635E-07 1.997E+07 2.688E+02 1.895E+13 0.104 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1504 S flx SAM BB OPACITY: NO. LINES: 41292188 TEMKOR 2 |dF|, |dF_| 0.60140 0.60140 , |dT| 0.00001 0.48828 dam_f, tau_r 0.25000 0.00000 Test convergence 94 6.01400016E-03 94.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19034.1 0.3 0.898 0.597 3.993E-01 3.818E-01 2.594E-12 4.827E+05 9.855E+03 1.894E+13 0.078 6 -4.250 20246.3 0.4 2.434 2.133 8.839E-01 3.818E-01 8.374E-11 4.120E+06 1.396E+04 1.894E+13 0.075 11 -2.500 22289.3 0.4 3.511 3.210 4.943E+00 3.817E-01 9.093E-10 6.789E+06 4.862E+03 1.894E+13 0.048 16 -1.250 25110.9 0.4 4.236 3.935 1.773E+01 3.817E-01 4.281E-09 8.795E+06 2.183E+03 1.892E+13 -0.027 21 -0.300 29675.3 0.1 4.825 4.524 4.334E+01 3.817E-01 1.407E-08 1.069E+07 1.238E+03 1.892E+13 -0.027 26 0.200 33806.2 -0.2 5.120 4.819 6.061E+01 3.817E-01 2.434E-08 1.177E+07 9.432E+02 1.892E+13 -0.045 31 0.700 39581.0 0.3 5.442 5.141 8.512E+01 3.819E-01 4.360E-08 1.317E+07 7.543E+02 1.901E+13 0.467 36 1.200 48127.5 -0.3 5.781 5.481 1.166E+02 3.836E-01 7.821E-08 1.494E+07 5.941E+02 1.894E+13 0.070 41 1.700 59201.1 -0.2 6.132 5.833 1.611E+02 3.850E-01 1.424E-07 1.719E+07 4.460E+02 1.884E+13 -0.440 46 2.200 72319.3 0.4 6.487 6.188 2.284E+02 3.852E-01 2.635E-07 1.997E+07 2.688E+02 1.895E+13 0.106 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1515 S flx SAM BB OPACITY: NO. LINES: 41292166 TEMKOR 2 |dF|, |dF_| 0.59850 0.59850 , |dT| 0.00001 0.48047 dam_f, tau_r 0.25000 0.00000 Test convergence 95 5.98498899E-03 Temperature correction converged L T E - S T E R N A T M O S P H A E R E N P R O G R A M M CONVERGED MODEL 95 ITERATIONS HOMOGENEOUS TEFF LOG GRAV FLUX H% HE% C% N% 32000.0 6.50 1.893E+13 9.90E+01 1.00E+00 5.00E-03 1.00E-03 NR LOGTAU T DELT LOGPG LOGPE KAPPA SIGMA RHO DIST DPR/DTAU FLUX 100*DF/F 1 -6.000 19034.4 0.3 0.898 0.597 3.993E-01 3.818E-01 2.594E-12 4.827E+05 9.855E+03 1.894E+13 0.080 2 -5.650 19226.6 0.3 1.242 0.934 4.188E-01 3.818E-01 5.753E-12 1.238E+06 1.166E+04 1.894E+13 0.080 3 -5.300 19410.6 0.4 1.559 1.265 4.588E-01 3.818E-01 1.146E-11 1.994E+06 1.397E+04 1.894E+13 0.080 4 -4.950 19626.8 0.4 1.860 1.569 5.320E-01 3.818E-01 2.247E-11 2.769E+06 1.555E+04 1.894E+13 0.079 5 -4.600 19902.5 0.4 2.161 1.860 6.637E-01 3.818E-01 4.549E-11 3.480E+06 1.554E+04 1.894E+13 0.078 6 -4.250 20246.7 0.3 2.434 2.133 8.845E-01 3.818E-01 8.375E-11 4.120E+06 1.395E+04 1.894E+13 0.077 7 -3.900 20634.8 0.3 2.681 2.380 1.222E+00 3.818E-01 1.453E-10 4.710E+06 1.157E+04 1.894E+13 0.074 8 -3.550 21032.8 0.3 2.910 2.609 1.729E+00 3.818E-01 2.413E-10 5.269E+06 9.256E+03 1.894E+13 0.070 9 -3.200 21428.6 0.3 3.125 2.824 2.478E+00 3.818E-01 3.888E-10 5.793E+06 7.377E+03 1.894E+13 0.065 10 -2.850 21835.6 0.3 3.331 3.030 3.575E+00 3.817E-01 6.132E-10 6.340E+06 5.939E+03 1.894E+13 0.058 11 -2.500 22289.7 0.3 3.511 3.210 4.942E+00 3.817E-01 9.093E-10 6.789E+06 4.863E+03 1.894E+13 0.049 12 -2.250 22675.4 0.4 3.662 3.361 6.531E+00 3.817E-01 1.265E-09 7.185E+06 4.181E+03 1.893E+13 0.039 13 -2.000 23133.8 0.4 3.806 3.504 8.469E+00 3.817E-01 1.725E-09 7.579E+06 3.584E+03 1.893E+13 0.027 14 -1.750 23684.5 0.4 3.951 3.649 1.095E+01 3.817E-01 2.353E-09 7.973E+06 3.049E+03 1.893E+13 0.012 15 -1.500 24339.5 0.4 4.093 3.792 1.398E+01 3.817E-01 3.175E-09 8.376E+06 2.580E+03 1.893E+13 -0.005 16 -1.250 25111.3 0.4 4.236 3.935 1.773E+01 3.817E-01 4.281E-09 8.794E+06 2.183E+03 1.892E+13 -0.026 17 -1.000 26021.0 0.3 4.381 4.079 2.235E+01 3.817E-01 5.764E-09 9.239E+06 1.857E+03 1.892E+13 -0.050 18 -0.750 27106.3 0.3 4.527 4.226 2.793E+01 3.817E-01 7.750E-09 9.659E+06 1.596E+03 1.891E+13 -0.065 19 -0.500 28419.4 0.2 4.676 4.375 3.456E+01 3.817E-01 1.041E-08 1.023E+07 1.383E+03 1.892E+13 -0.059 20 -0.400 29023.5 0.2 4.786 4.485 4.205E+01 3.817E-01 1.315E-08 1.051E+07 1.305E+03 1.892E+13 -0.028 21 -0.300 29675.4 0.1 4.825 4.524 4.334E+01 3.817E-01 1.407E-08 1.069E+07 1.238E+03 1.892E+13 -0.027 22 -0.200 30381.3 0.0 4.885 4.583 4.667E+01 3.817E-01 1.575E-08 1.089E+07 1.172E+03 1.892E+13 -0.028 23 -0.100 31143.6 -0.1 4.943 4.642 5.003E+01 3.817E-01 1.760E-08 1.109E+07 1.109E+03 1.892E+13 -0.029 24 0.000 31966.1 -0.2 5.000 4.699 5.321E+01 3.817E-01 1.953E-08 1.130E+07 1.051E+03 1.892E+13 -0.029 25 0.100 32852.4 -0.2 5.059 4.758 5.680E+01 3.817E-01 2.179E-08 1.153E+07 9.972E+02 1.892E+13 -0.026 26 0.200 33805.9 -0.2 5.120 4.819 6.061E+01 3.817E-01 2.434E-08 1.177E+07 9.433E+02 1.892E+13 -0.046 27 0.300 34820.6 -0.3 5.182 4.881 6.478E+01 3.817E-01 2.727E-08 1.203E+07 9.032E+02 1.895E+13 0.128 28 0.400 35944.4 -0.0 5.246 4.945 6.910E+01 3.817E-01 3.058E-08 1.229E+07 8.372E+02 1.885E+13 -0.416 29 0.500 37034.5 0.1 5.310 5.009 7.428E+01 3.818E-01 3.442E-08 1.257E+07 8.312E+02 1.903E+13 0.563 30 0.600 38444.5 -0.3 5.375 5.074 7.858E+01 3.819E-01 3.854E-08 1.287E+07 7.565E+02 1.881E+13 -0.595 31 0.700 39581.3 0.3 5.442 5.141 8.512E+01 3.819E-01 4.360E-08 1.317E+07 7.543E+02 1.902E+13 0.469 32 0.800 41276.2 -0.2 5.508 5.208 8.952E+01 3.822E-01 4.873E-08 1.350E+07 6.966E+02 1.885E+13 -0.396 33 0.900 42552.6 0.1 5.576 5.275 9.716E+01 3.823E-01 5.524E-08 1.383E+07 6.860E+02 1.899E+13 0.335 34 1.000 44486.6 -0.3 5.644 5.343 1.022E+02 3.828E-01 6.172E-08 1.419E+07 6.438E+02 1.888E+13 -0.250 35 1.100 45988.5 0.4 5.713 5.412 1.107E+02 3.831E-01 6.992E-08 1.455E+07 6.251E+02 1.895E+13 0.107 36 1.200 48127.2 -0.5 5.781 5.481 1.166E+02 3.836E-01 7.821E-08 1.494E+07 5.941E+02 1.894E+13 0.076 37 1.300 49915.6 0.3 5.851 5.551 1.256E+02 3.840E-01 8.846E-08 1.535E+07 5.692E+02 1.888E+13 -0.232 38 1.400 52240.7 -0.3 5.920 5.621 1.326E+02 3.844E-01 9.917E-08 1.578E+07 5.439E+02 1.899E+13 0.355 39 1.500 54346.9 0.0 5.991 5.691 1.422E+02 3.846E-01 1.120E-07 1.622E+07 5.115E+02 1.885E+13 -0.418 40 1.600 56821.5 -0.1 6.061 5.762 1.506E+02 3.849E-01 1.260E-07 1.669E+07 4.837E+02 1.901E+13 0.449 41 1.700 59200.9 -0.3 6.132 5.833 1.611E+02 3.850E-01 1.424E-07 1.719E+07 4.460E+02 1.884E+13 -0.438 42 1.800 61780.3 0.2 6.203 5.904 1.716E+02 3.851E-01 1.607E-07 1.770E+07 4.130E+02 1.900E+13 0.403 43 1.900 64343.4 -0.3 6.274 5.975 1.838E+02 3.851E-01 1.817E-07 1.824E+07 3.731E+02 1.886E+13 -0.354 44 2.000 66980.3 0.3 6.345 6.046 1.971E+02 3.852E-01 2.056E-07 1.880E+07 3.382E+02 1.898E+13 0.286 45 2.100 69650.8 -0.4 6.416 6.117 2.118E+02 3.852E-01 2.327E-07 1.938E+07 3.009E+02 1.889E+13 -0.206 46 2.200 72319.8 0.4 6.487 6.188 2.284E+02 3.852E-01 2.635E-07 1.997E+07 2.688E+02 1.895E+13 0.105 47 2.300 75064.3 -0.4 6.557 6.257 2.462E+02 3.852E-01 2.983E-07 2.059E+07 2.379E+02 1.893E+13 0.006 48 2.400 77787.8 0.4 6.626 6.327 2.663E+02 3.851E-01 3.379E-07 2.122E+07 2.104E+02 1.890E+13 -0.121 49 2.500 80596.7 -0.2 6.695 6.396 2.880E+02 3.851E-01 3.823E-07 2.187E+07 1.862E+02 1.897E+13 0.223 50 2.600 83417.7 0.0 6.764 6.465 3.119E+02 3.851E-01 4.327E-07 2.255E+07 1.638E+02 1.887E+13 -0.284 CONVERGENCE: LOG(SQRT(SUM(DELTA T/T)^2) ITER. CORREC 1 -1.1326 -0.0130 2 -1.4652 -0.0218 3 -1.5223 -0.0293 4 -1.5801 -0.0413 5 -1.6385 -0.0611 6 -1.7185 -0.0947 7 -1.8415 -0.1516 8 -2.0121 -0.2503 9 -2.2800 -0.3803 10 -2.3547 -0.4467 11 -2.4321 -0.5262 12 -2.5130 -0.6014 13 -2.5944 -0.6651 14 -2.6743 -0.7254 15 -2.7507 -0.7777 16 -2.8224 -0.8248 17 -2.8898 -0.8681 18 -2.9525 -0.9090 19 -3.0117 -0.9481 20 -3.0672 -0.9860 21 -3.1213 -1.0231 22 -3.1732 -1.0597 23 -3.2237 -1.0953 24 -3.2732 -1.1310 25 -3.3216 -1.1660 26 -3.3701 -1.2008 27 -3.4185 -1.2350 28 -3.4660 -1.2693 29 -3.5131 -1.3026 30 -3.5611 -1.3359 31 -3.6080 -1.3688 32 -3.6557 -1.4012 33 -3.7036 -1.4331 34 -3.7521 -1.4646 35 -3.7994 -1.4953 36 -3.8474 -1.5264 37 -3.8974 -1.5558 38 -3.9432 -1.5851 39 -3.9909 -1.6142 40 -4.0413 -1.6427 41 -4.0857 -1.6704 42 -4.1349 -1.6978 43 -4.1784 -1.7246 44 -4.2227 -1.7514 45 -4.2639 -1.7761 46 -4.2984 -1.8006 47 -4.3344 -1.8255 48 -4.3627 -1.8499 49 -4.3936 -1.8721 50 -4.4161 -1.8957 51 -4.4332 -1.9173 52 -4.4493 -1.9384 53 -4.4641 -1.9598 54 -4.4741 -1.9802 55 -4.4820 -2.0016 56 -4.4925 -2.0196 57 -4.4987 -2.0389 58 -4.5034 -2.0566 59 -4.5057 -2.0777 60 -4.5120 -2.0915 61 -4.5251 -2.1091 62 -4.5305 -2.1251 63 -4.5379 -2.1425 64 -4.5428 -2.1581 65 -4.5539 -2.1643 66 -4.5628 -2.1686 67 -4.5720 -2.1707 68 -4.5844 -2.1750 69 -4.5936 -2.1790 70 -4.6022 -2.1810 71 -4.6146 -2.1851 72 -4.6195 -2.1883 73 -4.6428 -2.1729 74 -4.6539 -2.1766 75 -4.6633 -2.1805 76 -4.6786 -2.1839 77 -4.6942 -2.1874 78 -4.7026 -2.1908 79 -4.7344 -2.1896 80 -4.7446 -2.1949 81 -4.7585 -2.1981 82 -4.7662 -2.1993 83 -4.7897 -2.2013 84 -4.7919 -2.2051 85 -4.8213 -2.2055 86 -4.8355 -2.2087 87 -4.8556 -2.2111 88 -4.8796 -2.2106 89 -4.9019 -2.2149 90 -4.9356 -2.2141 91 -4.9340 -2.2166 92 -4.9469 -2.2195 93 -4.9556 -2.2217 94 -4.9734 -2.2208 95 -5.0051 -2.2229 IONISATION FRACTIONS NR TAU HI HEI HEII CI CII CIII CIV NI NII NIII NIV 1 -6.00 7.120E-06 1.984E-04 9.998E-01 1.108E-08 1.895E-03 9.950E-01 3.064E-03 9.379E-08 1.431E-02 9.853E-01 3.903E-04 2 -5.65 1.087E-05 3.597E-04 9.996E-01 2.979E-08 3.441E-03 9.946E-01 1.925E-03 2.468E-07 2.509E-02 9.747E-01 2.436E-04 3 -5.30 1.707E-05 6.495E-04 9.993E-01 8.146E-08 6.205E-03 9.926E-01 1.204E-03 6.585E-07 4.345E-02 9.564E-01 1.503E-04 4 -4.95 2.461E-05 1.080E-03 9.989E-01 1.857E-07 1.028E-02 9.889E-01 8.329E-04 1.460E-06 6.845E-02 9.314E-01 1.021E-04 5 -4.60 3.588E-05 1.662E-03 9.983E-01 3.974E-07 1.572E-02 9.836E-01 6.451E-04 2.992E-06 9.830E-02 9.016E-01 7.742E-05 6 -4.25 5.269E-05 2.336E-03 9.977E-01 7.941E-07 2.187E-02 9.776E-01 5.691E-04 5.632E-06 1.275E-01 8.724E-01 6.702E-05 7 -3.90 7.165E-05 3.019E-03 9.970E-01 1.347E-06 2.797E-02 9.715E-01 5.562E-04 9.018E-06 1.522E-01 8.477E-01 6.466E-05 8 -3.55 9.228E-05 3.747E-03 9.962E-01 2.065E-06 3.433E-02 9.651E-01 5.637E-04 1.312E-05 1.749E-01 8.250E-01 6.486E-05 9 -3.20 1.143E-04 4.563E-03 9.954E-01 2.961E-06 4.136E-02 9.581E-01 5.753E-04 1.798E-05 1.976E-01 8.024E-01 6.554E-05 10 -2.85 1.508E-04 5.462E-03 9.945E-01 4.572E-06 4.882E-02 9.506E-01 5.967E-04 2.615E-05 2.191E-01 7.808E-01 6.744E-05 11 -2.50 1.847E-04 6.024E-03 9.940E-01 6.052E-06 5.319E-02 9.461E-01 6.847E-04 3.297E-05 2.269E-01 7.730E-01 7.801E-05 12 -2.25 2.148E-04 6.572E-03 9.934E-01 7.473E-06 5.745E-02 9.418E-01 7.595E-04 3.926E-05 2.348E-01 7.651E-01 8.708E-05 13 -2.00 2.404E-04 6.780E-03 9.932E-01 8.419E-06 5.877E-02 9.403E-01 9.194E-04 4.290E-05 2.315E-01 7.683E-01 1.076E-04 14 -1.75 2.951E-04 6.745E-03 9.932E-01 1.047E-05 5.771E-02 9.411E-01 1.202E-03 5.076E-05 2.197E-01 7.801E-01 1.453E-04 15 -1.50 3.151E-04 6.341E-03 9.936E-01 1.029E-05 5.380E-02 9.445E-01 1.718E-03 4.853E-05 1.984E-01 8.013E-01 2.173E-04 16 -1.25 3.738E-04 5.764E-03 9.942E-01 1.125E-05 4.807E-02 9.493E-01 2.647E-03 5.064E-05 1.715E-01 8.281E-01 3.536E-04 17 -1.00 3.831E-04 4.989E-03 9.949E-01 9.701E-06 4.105E-02 9.545E-01 4.401E-03 4.235E-05 1.412E-01 8.582E-01 6.263E-04 18 -0.75 3.285E-04 4.115E-03 9.957E-01 7.683E-06 3.326E-02 9.588E-01 7.967E-03 3.239E-05 1.096E-01 8.892E-01 1.218E-03 19 -0.50 3.677E-04 3.283E-03 9.963E-01 6.760E-06 2.535E-02 9.588E-01 1.582E-02 2.704E-05 7.932E-02 9.180E-01 2.622E-03 20 -0.40 4.309E-04 3.247E-03 9.962E-01 6.386E-06 2.490E-02 9.561E-01 1.904E-02 2.512E-05 7.584E-02 9.209E-01 3.250E-03 21 -0.30 4.275E-04 2.763E-03 9.964E-01 5.249E-06 2.067E-02 9.519E-01 2.742E-02 2.030E-05 6.159E-02 9.335E-01 4.884E-03 22 -0.20 4.441E-04 2.451E-03 9.962E-01 4.654E-06 1.777E-02 9.441E-01 3.814E-02 1.769E-05 5.161E-02 9.413E-01 7.094E-03 23 -0.10 4.600E-04 2.164E-03 9.958E-01 4.036E-06 1.507E-02 9.313E-01 5.361E-02 1.512E-05 4.268E-02 9.468E-01 1.047E-02 24 0.00 4.736E-04 1.897E-03 9.949E-01 3.390E-06 1.236E-02 9.114E-01 7.618E-02 1.260E-05 3.452E-02 9.497E-01 1.572E-02 25 0.10 4.904E-04 1.675E-03 9.933E-01 2.818E-06 1.018E-02 8.822E-01 1.076E-01 1.047E-05 2.793E-02 9.484E-01 2.368E-02 26 0.20 5.086E-04 1.389E-03 9.905E-01 1.797E-06 8.271E-03 8.408E-01 1.509E-01 6.766E-06 2.242E-02 9.418E-01 3.582E-02 27 0.30 5.296E-04 1.228E-03 9.858E-01 1.429E-06 6.639E-03 7.859E-01 2.074E-01 5.503E-06 1.795E-02 9.282E-01 5.384E-02 28 0.40 5.510E-04 1.085E-03 9.777E-01 1.082E-06 4.977E-03 7.126E-01 2.823E-01 4.346E-06 1.386E-02 9.042E-01 8.190E-02 29 0.50 5.800E-04 9.888E-04 9.663E-01 8.407E-07 3.914E-03 6.358E-01 3.598E-01 3.553E-06 1.114E-02 8.717E-01 1.171E-01 30 0.60 5.991E-04 8.610E-04 9.428E-01 5.494E-07 2.717E-03 5.248E-01 4.714E-01 2.540E-06 8.128E-03 8.106E-01 1.812E-01 31 0.70 6.380E-04 8.083E-04 9.180E-01 4.225E-07 2.014E-03 4.475E-01 5.486E-01 2.088E-06 6.390E-03 7.547E-01 2.389E-01 32 0.80 6.559E-04 6.886E-04 8.599E-01 2.384E-07 1.249E-03 3.309E-01 6.631E-01 1.324E-06 4.252E-03 6.439E-01 3.516E-01 33 0.90 7.009E-04 4.548E-04 8.082E-01 1.315E-07 9.457E-04 2.681E-01 7.228E-01 7.736E-07 3.315E-03 5.647E-01 4.315E-01 34 1.00 7.209E-04 3.524E-04 6.985E-01 6.769E-08 5.570E-04 1.831E-01 7.982E-01 4.356E-07 2.041E-03 4.315E-01 5.651E-01 35 1.10 7.688E-04 3.014E-04 6.113E-01 4.622E-08 3.680E-04 1.406E-01 8.293E-01 3.089E-07 1.398E-03 3.497E-01 6.461E-01 36 1.20 7.934E-04 2.171E-04 4.722E-01 2.311E-08 2.128E-04 9.242E-02 8.491E-01 1.618E-07 8.145E-04 2.442E-01 7.477E-01 37 1.30 8.421E-04 1.710E-04 3.749E-01 1.459E-08 1.471E-04 6.769E-02 8.403E-01 1.044E-07 5.601E-04 1.841E-01 8.016E-01 38 1.40 8.732E-04 1.163E-04 2.640E-01 7.263E-09 8.574E-05 4.324E-02 7.988E-01 5.377E-08 3.293E-04 1.231E-01 8.466E-01 39 1.50 9.227E-04 8.555E-05 1.934E-01 3.023E-09 5.590E-05 2.985E-02 7.376E-01 2.295E-08 2.185E-04 8.795E-02 8.576E-01 40 1.60 9.632E-04 5.826E-05 1.325E-01 1.500E-09 2.776E-05 1.887E-02 6.413E-01 1.206E-08 1.157E-04 5.850E-02 8.404E-01 41 1.70 1.017E-03 4.220E-05 9.457E-02 8.090E-10 1.694E-05 1.209E-02 5.416E-01 6.885E-09 7.404E-05 3.978E-02 7.943E-01 42 1.80 1.070E-03 3.015E-05 6.666E-02 4.099E-10 9.820E-06 7.595E-03 4.351E-01 3.699E-09 4.527E-05 2.613E-02 7.143E-01 43 1.90 1.132E-03 2.252E-05 4.867E-02 2.186E-10 5.900E-06 4.921E-03 3.441E-01 2.047E-09 2.818E-05 1.725E-02 6.152E-01 44 2.00 1.199E-03 1.717E-05 3.624E-02 1.183E-10 2.941E-06 3.237E-03 2.675E-01 1.118E-09 1.438E-05 1.122E-02 5.056E-01 45 2.10 1.274E-03 1.348E-05 2.775E-02 6.652E-11 1.822E-06 2.062E-03 2.082E-01 6.151E-10 8.732E-06 7.018E-03 4.011E-01 46 2.20 1.359E-03 1.094E-05 2.194E-02 3.954E-11 1.180E-06 1.445E-03 1.640E-01 3.476E-10 5.396E-06 4.584E-03 3.117E-01 47 2.30 1.449E-03 9.019E-06 1.771E-02 1.052E-11 7.797E-07 1.039E-03 1.292E-01 9.657E-11 3.324E-06 3.000E-03 2.365E-01 48 2.40 1.550E-03 7.674E-06 1.478E-02 6.780E-12 5.414E-07 7.818E-04 1.046E-01 5.681E-11 2.115E-06 2.024E-03 1.797E-01 49 2.50 1.658E-03 6.600E-06 1.256E-02 4.458E-12 3.822E-07 5.422E-04 8.552E-02 3.346E-11 1.343E-06 1.275E-03 1.352E-01 50 2.60 1.777E-03 5.804E-06 1.096E-02 3.071E-12 2.211E-07 4.276E-04 7.140E-02 2.035E-11 6.925E-07 8.761E-04 1.020E-01