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 12: 0:43 MODEL PARAMETERS EFFECTIVE TEMPERATURE : TEFF 34000.0000 SURFACE GRAVITY : LOG G 5.75000000 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: 12.9365692 s START TEMPERATURE ITERATION flx SAM BB OPACITY: NO. LINES: 35809876 TEMKOR 0 |dF|, |dF_| 95.78232 95.63924 , |dT| 0.07282********* dam_f, tau_r 0.25000 0.00000 Test convergence 1 0.957823217 1.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 27580.6 -2758.1 0.163 -0.136 3.864E-01 3.852E-01 3.277E-13 3.949E+06 2.763E+04 3.325E+13 37.846 6 -4.250 27581.3 -1163.8 1.878 1.577 4.416E-01 3.823E-01 1.708E-11 3.632E+07 2.314E+04 3.323E+13 37.767 11 -2.500 27618.3 -313.5 3.208 2.907 1.639E+00 3.819E-01 3.646E-10 6.044E+07 5.592E+03 3.304E+13 36.976 16 -1.250 28229.0 -152.4 3.931 3.630 6.653E+00 3.818E-01 1.888E-09 7.386E+07 3.188E+03 3.236E+13 34.146 21 -0.300 32244.3 -732.2 4.487 4.186 1.624E+01 3.818E-01 5.939E-09 8.529E+07 2.389E+03 3.501E+13 45.154 26 0.200 38368.1 -2274.0 4.784 4.484 2.066E+01 3.825E-01 9.892E-09 9.259E+07 2.376E+03 4.264E+13 76.765 31 0.700 48649.9 -4865.0 5.127 4.828 2.583E+01 3.851E-01 1.711E-08 1.035E+08 2.467E+03 5.966E+13 147.356 36 1.200 63698.5 -6369.8 5.498 5.200 3.194E+01 3.857E-01 3.072E-08 1.192E+08 2.483E+03 1.067E+14 342.345 41 1.700 84428.3 -8442.8 5.879 5.581 4.004E+01 3.857E-01 5.574E-08 1.412E+08 2.272E+03 2.605E+14 979.861 46 2.200 112367.1 -11236.7 6.258 5.959 5.073E+01 3.858E-01 1.000E-07 1.718E+08 1.798E+03 5.016E+14 1979.638 LAST ITERATION TOOK: 23 S: TOTAL ELAPSED: 36 S flx SAM BB OPACITY: NO. LINES: 37173775 TEMKOR 0 |dF|, |dF_| 93.91206 93.34055 , |dT| 0.03168********* dam_f, tau_r 0.25000 0.00000 Test convergence 2 0.939120531 2.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 24822.6 -1241.2 0.155 -0.146 3.845E-01 3.830E-01 3.585E-13 3.628E+06 2.314E+04 2.708E+13 12.289 6 -4.250 26417.5 -419.5 1.867 1.566 4.465E-01 3.820E-01 1.739E-11 3.383E+07 2.116E+04 2.707E+13 12.248 11 -2.500 27304.8 -174.2 3.199 2.898 1.654E+00 3.819E-01 3.618E-10 5.776E+07 5.133E+03 2.689E+13 11.476 16 -1.250 28076.6 -90.5 3.925 3.623 6.641E+00 3.818E-01 1.869E-09 7.122E+07 2.758E+03 2.602E+13 7.868 21 -0.300 31512.1 -122.1 4.479 4.178 1.692E+01 3.818E-01 5.970E-09 8.255E+07 1.662E+03 2.608E+13 8.114 26 0.200 36094.1 -328.8 4.764 4.463 2.288E+01 3.821E-01 1.005E-08 8.925E+07 1.446E+03 2.821E+13 16.947 31 0.700 43784.9 -875.8 5.084 4.784 2.990E+01 3.839E-01 1.726E-08 9.866E+07 1.532E+03 3.572E+13 48.097 36 1.200 57328.6 -2866.5 5.443 5.144 3.602E+01 3.856E-01 3.008E-08 1.126E+08 1.651E+03 5.607E+13 132.469 41 1.700 75985.4 -3799.3 5.825 5.526 4.481E+01 3.857E-01 5.460E-08 1.327E+08 1.567E+03 1.216E+14 404.210 46 2.200 101130.4 -5056.6 6.212 5.913 5.745E+01 3.857E-01 1.001E-07 1.602E+08 1.306E+03 2.991E+14 1140.045 LAST ITERATION TOOK: 21 S: TOTAL ELAPSED: 58 S flx SAM BB OPACITY: NO. LINES: 37817025 TEMKOR 0 |dF|, |dF_| 92.50923 91.54471 , |dT| 0.02863********* dam_f, tau_r 0.25000 0.00000 Test convergence 3 0.925092280 3.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 23581.4 -131.5 0.158 -0.143 3.840E-01 3.822E-01 3.809E-13 3.419E+06 2.460E+04 2.538E+13 5.241 6 -4.250 25998.0 -371.0 1.866 1.565 4.495E-01 3.820E-01 1.764E-11 3.279E+07 2.015E+04 2.538E+13 5.207 11 -2.500 27130.6 -178.0 3.197 2.896 1.667E+00 3.818E-01 3.618E-10 5.643E+07 5.040E+03 2.520E+13 4.464 16 -1.250 27986.1 -84.9 3.923 3.622 6.672E+00 3.818E-01 1.867E-09 6.980E+07 2.689E+03 2.433E+13 0.879 21 -0.300 31390.0 -36.4 4.481 4.180 1.715E+01 3.818E-01 6.014E-09 8.103E+07 1.555E+03 2.401E+13 -0.457 26 0.200 35765.3 -85.8 4.767 4.466 2.356E+01 3.820E-01 1.021E-08 8.752E+07 1.311E+03 2.530E+13 4.872 31 0.700 42909.2 -356.6 5.088 4.787 3.153E+01 3.836E-01 1.776E-08 9.634E+07 1.290E+03 2.980E+13 23.557 36 1.200 54462.2 -2723.1 5.433 5.134 3.969E+01 3.854E-01 3.093E-08 1.086E+08 1.346E+03 4.227E+13 75.244 41 1.700 72186.1 -3609.3 5.811 5.512 4.884E+01 3.857E-01 5.572E-08 1.266E+08 1.297E+03 8.504E+13 252.559 46 2.200 96073.8 -4803.7 6.198 5.899 6.227E+01 3.857E-01 1.020E-07 1.514E+08 1.110E+03 2.217E+14 819.032 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 78 S flx SAM BB OPACITY: NO. LINES: 38359150 TEMKOR 0 |dF|, |dF_| 90.51357 88.86646 , |dT| 0.02552********* dam_f, tau_r 0.25000 0.00000 Test convergence 4 0.905135632 4.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 23449.9 -317.9 0.158 -0.142 3.839E-01 3.822E-01 3.832E-13 3.399E+06 2.270E+04 2.446E+13 1.426 6 -4.250 25627.0 -332.2 1.865 1.564 4.521E-01 3.819E-01 1.786E-11 3.224E+07 1.927E+04 2.446E+13 1.398 11 -2.500 26952.6 -179.5 3.193 2.892 1.681E+00 3.818E-01 3.616E-10 5.562E+07 5.004E+03 2.429E+13 0.689 16 -1.250 27901.3 -78.0 3.920 3.619 6.686E+00 3.818E-01 1.862E-09 6.892E+07 2.673E+03 2.346E+13 -2.756 21 -0.300 31353.6 -2.1 4.480 4.179 1.718E+01 3.818E-01 6.016E-09 8.015E+07 1.520E+03 2.300E+13 -4.638 26 0.200 35679.5 6.5 4.767 4.466 2.370E+01 3.820E-01 1.023E-08 8.661E+07 1.262E+03 2.392E+13 -0.837 31 0.700 42552.5 -64.7 5.087 4.787 3.210E+01 3.834E-01 1.789E-08 9.530E+07 1.186E+03 2.698E+13 11.864 36 1.200 51739.0 -425.1 5.428 5.129 4.427E+01 3.852E-01 3.220E-08 1.068E+08 8.649E+02 2.756E+13 14.239 41 1.700 68576.8 -3428.9 5.792 5.493 5.255E+01 3.856E-01 5.609E-08 1.231E+08 1.070E+03 6.001E+13 148.775 46 2.200 91270.1 -4563.5 6.177 5.878 6.645E+01 3.857E-01 1.023E-07 1.462E+08 9.400E+02 1.572E+14 551.614 LAST ITERATION TOOK: 21 S: TOTAL ELAPSED: 99 S flx SAM BB OPACITY: NO. LINES: 38834119 TEMKOR 0 |dF|, |dF_| 87.65527 84.78232 , |dT| 0.02218********* dam_f, tau_r 0.25000 0.00000 Test convergence 5 0.876552701 5.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 23132.1 -328.7 0.159 -0.142 3.839E-01 3.821E-01 3.890E-13 3.348E+06 2.172E+04 2.411E+13 -0.045 6 -4.250 25294.8 -300.8 1.864 1.563 4.543E-01 3.819E-01 1.805E-11 3.171E+07 1.849E+04 2.410E+13 -0.069 11 -2.500 26773.1 -179.2 3.190 2.889 1.695E+00 3.818E-01 3.614E-10 5.483E+07 5.014E+03 2.394E+13 -0.742 16 -1.250 27823.3 -71.8 3.918 3.617 6.698E+00 3.818E-01 1.856E-09 6.807E+07 2.686E+03 2.316E+13 -3.973 21 -0.300 31351.5 32.7 4.480 4.179 1.718E+01 3.818E-01 6.014E-09 7.934E+07 1.511E+03 2.268E+13 -5.974 26 0.200 35686.0 97.5 4.767 4.466 2.370E+01 3.820E-01 1.023E-08 8.579E+07 1.252E+03 2.348E+13 -2.636 31 0.700 42487.8 6.9 5.088 4.788 3.227E+01 3.834E-01 1.795E-08 9.447E+07 1.144E+03 2.590E+13 7.392 36 1.200 51313.9 -110.4 5.430 5.131 4.534E+01 3.851E-01 3.263E-08 1.058E+08 7.800E+02 2.446E+13 1.409 41 1.700 65147.9 -1124.8 5.778 5.479 5.737E+01 3.856E-01 5.722E-08 1.205E+08 8.799E+02 4.271E+13 77.079 46 2.200 86706.5 -4335.4 6.156 5.858 7.106E+01 3.857E-01 1.027E-07 1.418E+08 7.940E+02 1.079E+14 347.324 LAST ITERATION TOOK: 21 S: TOTAL ELAPSED: 121 S flx SAM BB OPACITY: NO. LINES: 39155887 TEMKOR 0 |dF|, |dF_| 83.35175 78.33720 , |dT| 0.01840********* dam_f, tau_r 0.25000 0.00000 Test convergence 6 0.833517492 6.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 22803.4 -308.1 0.159 -0.142 3.839E-01 3.820E-01 3.950E-13 3.297E+06 2.089E+04 2.404E+13 -0.330 6 -4.250 24994.0 -274.6 1.863 1.562 4.562E-01 3.819E-01 1.823E-11 3.124E+07 1.779E+04 2.404E+13 -0.352 11 -2.500 26593.9 -177.6 3.187 2.886 1.710E+00 3.818E-01 3.613E-10 5.413E+07 5.049E+03 2.388E+13 -0.988 16 -1.250 27751.4 -66.1 3.915 3.614 6.705E+00 3.818E-01 1.851E-09 6.731E+07 2.715E+03 2.316E+13 -3.974 21 -0.300 31384.2 36.3 4.480 4.179 1.714E+01 3.818E-01 6.008E-09 7.862E+07 1.531E+03 2.274E+13 -5.718 26 0.200 35783.5 97.0 4.768 4.467 2.359E+01 3.820E-01 1.023E-08 8.511E+07 1.266E+03 2.354E+13 -2.417 31 0.700 42494.7 54.4 5.089 4.789 3.235E+01 3.834E-01 1.800E-08 9.380E+07 1.128E+03 2.558E+13 6.034 36 1.200 51203.5 -17.8 5.431 5.132 4.562E+01 3.851E-01 3.273E-08 1.050E+08 7.539E+02 2.357E+13 -2.278 41 1.700 64023.1 -310.8 5.779 5.481 5.989E+01 3.856E-01 5.839E-08 1.194E+08 4.930E+02 2.361E+13 -2.131 46 2.200 82371.2 -4118.6 6.139 5.840 7.652E+01 3.856E-01 1.038E-07 1.384E+08 6.670E+02 7.318E+13 203.374 LAST ITERATION TOOK: 21 S: TOTAL ELAPSED: 143 S flx SAM BB OPACITY: NO. LINES: 39352763 TEMKOR 0 |dF|, |dF_| 76.57472 68.20983 , |dT| 0.01521********* dam_f, tau_r 0.25000 0.00000 Test convergence 7 0.765747190 7.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 22495.3 -278.6 0.160 -0.141 3.839E-01 3.820E-01 4.006E-13 3.251E+06 2.009E+04 2.404E+13 -0.349 6 -4.250 24719.4 -252.9 1.862 1.561 4.584E-01 3.819E-01 1.840E-11 3.082E+07 1.711E+04 2.403E+13 -0.368 11 -2.500 26416.3 -174.9 3.184 2.883 1.723E+00 3.818E-01 3.609E-10 5.347E+07 5.099E+03 2.389E+13 -0.968 16 -1.250 27685.3 -60.8 3.913 3.612 6.711E+00 3.818E-01 1.845E-09 6.661E+07 2.747E+03 2.323E+13 -3.706 21 -0.300 31420.5 34.9 4.480 4.179 1.708E+01 3.818E-01 5.999E-09 7.796E+07 1.553E+03 2.288E+13 -5.155 26 0.200 35880.5 86.2 4.769 4.468 2.347E+01 3.820E-01 1.022E-08 8.449E+07 1.282E+03 2.369E+13 -1.800 31 0.700 42549.1 44.7 5.090 4.790 3.235E+01 3.834E-01 1.802E-08 9.321E+07 1.116E+03 2.544E+13 5.464 36 1.200 51185.7 -0.1 5.431 5.132 4.570E+01 3.851E-01 3.277E-08 1.044E+08 7.444E+02 2.328E+13 -3.479 41 1.700 63712.2 -150.4 5.781 5.482 6.076E+01 3.856E-01 5.886E-08 1.186E+08 4.708E+02 2.226E+13 -7.719 46 2.200 78252.6 -1305.1 6.129 5.830 8.404E+01 3.856E-01 1.068E-07 1.361E+08 5.554E+02 4.999E+13 107.261 LAST ITERATION TOOK: 21 S: TOTAL ELAPSED: 164 S flx SAM BB OPACITY: NO. LINES: 39469034 TEMKOR 0 |dF|, |dF_| 65.74855 52.87886 , |dT| 0.01115********* dam_f, tau_r 0.25000 0.00000 Test convergence 8 0.657485485 8.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 22216.7 -249.1 0.160 -0.141 3.840E-01 3.819E-01 4.059E-13 3.208E+06 1.930E+04 2.404E+13 -0.344 6 -4.250 24466.5 -234.2 1.862 1.561 4.606E-01 3.819E-01 1.855E-11 3.045E+07 1.649E+04 2.403E+13 -0.361 11 -2.500 26241.3 -171.3 3.181 2.880 1.739E+00 3.818E-01 3.607E-10 5.287E+07 5.153E+03 2.390E+13 -0.925 16 -1.250 27624.5 -55.7 3.911 3.610 6.715E+00 3.818E-01 1.840E-09 6.597E+07 2.776E+03 2.329E+13 -3.428 21 -0.300 31455.4 33.1 4.480 4.179 1.703E+01 3.818E-01 5.992E-09 7.737E+07 1.574E+03 2.301E+13 -4.601 26 0.200 35966.7 75.2 4.770 4.469 2.337E+01 3.820E-01 1.021E-08 8.392E+07 1.295E+03 2.383E+13 -1.205 31 0.700 42593.8 33.6 5.091 4.791 3.233E+01 3.834E-01 1.804E-08 9.267E+07 1.107E+03 2.534E+13 5.060 36 1.200 51185.6 20.1 5.431 5.132 4.573E+01 3.851E-01 3.279E-08 1.038E+08 7.408E+02 2.317E+13 -3.960 41 1.700 63561.9 -83.3 5.781 5.482 6.109E+01 3.856E-01 5.900E-08 1.180E+08 4.677E+02 2.196E+13 -8.976 46 2.200 76947.5 -339.3 6.130 5.831 8.759E+01 3.856E-01 1.090E-07 1.351E+08 3.133E+02 2.657E+13 10.164 LAST ITERATION TOOK: 21 S: TOTAL ELAPSED: 185 S flx SAM BB OPACITY: NO. LINES: 39549913 TEMKOR 0 |dF|, |dF_| 48.94096 16.96140 , |dT| 0.00430********* dam_f, tau_r 0.25000 0.00000 Test convergence 9 0.489409566 9.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 21967.6 -222.4 0.160 -0.141 3.841E-01 3.819E-01 4.106E-13 3.170E+06 1.853E+04 2.404E+13 -0.345 6 -4.250 24232.4 -218.1 1.861 1.560 4.628E-01 3.819E-01 1.869E-11 3.009E+07 1.590E+04 2.403E+13 -0.360 11 -2.500 26070.0 -166.7 3.178 2.877 1.752E+00 3.818E-01 3.604E-10 5.231E+07 5.216E+03 2.391E+13 -0.890 16 -1.250 27568.9 -50.9 3.909 3.608 6.723E+00 3.818E-01 1.835E-09 6.537E+07 2.802E+03 2.336E+13 -3.170 21 -0.300 31488.5 31.4 4.480 4.179 1.698E+01 3.818E-01 5.985E-09 7.681E+07 1.592E+03 2.313E+13 -4.095 26 0.200 36041.9 65.4 4.770 4.469 2.328E+01 3.820E-01 1.020E-08 8.340E+07 1.306E+03 2.395E+13 -0.701 31 0.700 42627.4 24.1 5.092 4.792 3.234E+01 3.834E-01 1.806E-08 9.216E+07 1.098E+03 2.526E+13 4.735 36 1.200 51205.7 22.7 5.432 5.132 4.570E+01 3.851E-01 3.280E-08 1.033E+08 7.401E+02 2.314E+13 -4.080 41 1.700 63478.6 -54.0 5.781 5.482 6.129E+01 3.856E-01 5.908E-08 1.174E+08 4.712E+02 2.202E+13 -8.713 46 2.200 76608.2 -128.2 6.131 5.832 8.864E+01 3.856E-01 1.097E-07 1.344E+08 2.937E+02 2.454E+13 1.741 LAST ITERATION TOOK: 21 S: TOTAL ELAPSED: 207 S flx SAM BB OPACITY: NO. LINES: 39597997 TEMKOR 0 |dF|, |dF_| 38.53182 14.39412 , |dT| 0.00374513.86719 dam_f, tau_r 0.25000 0.00000 Test convergence 10 0.385318190 10.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 21745.2 -199.6 0.160 -0.141 3.841E-01 3.819E-01 4.150E-13 3.137E+06 1.780E+04 2.403E+13 -0.359 6 -4.250 24014.3 -203.8 1.860 1.559 4.646E-01 3.819E-01 1.884E-11 2.977E+07 1.536E+04 2.403E+13 -0.373 11 -2.500 25903.3 -161.0 3.174 2.873 1.766E+00 3.818E-01 3.600E-10 5.177E+07 5.287E+03 2.391E+13 -0.869 16 -1.250 27518.0 -46.4 3.907 3.606 6.724E+00 3.818E-01 1.830E-09 6.481E+07 2.828E+03 2.341E+13 -2.941 21 -0.300 31519.9 30.0 4.480 4.179 1.694E+01 3.818E-01 5.978E-09 7.629E+07 1.609E+03 2.324E+13 -3.645 26 0.200 36107.3 57.1 4.771 4.470 2.320E+01 3.821E-01 1.020E-08 8.290E+07 1.315E+03 2.405E+13 -0.289 31 0.700 42651.5 16.6 5.093 4.793 3.235E+01 3.834E-01 1.808E-08 9.168E+07 1.090E+03 2.519E+13 4.438 36 1.200 51228.5 22.5 5.432 5.133 4.567E+01 3.851E-01 3.279E-08 1.028E+08 7.407E+02 2.315E+13 -4.027 41 1.700 63424.5 -40.0 5.781 5.482 6.141E+01 3.855E-01 5.914E-08 1.169E+08 4.764E+02 2.219E+13 -8.019 46 2.200 76480.0 -49.5 6.131 5.832 8.895E+01 3.856E-01 1.098E-07 1.339E+08 2.886E+02 2.398E+13 -0.591 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 227 S flx SAM BB OPACITY: NO. LINES: 39623974 TEMKOR 0 |dF|, |dF_| 31.05925 12.59824 , |dT| 0.00347254.58594 dam_f, tau_r 0.25000 0.00000 Test convergence 11 0.310592473 11.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 21545.6 -179.8 0.160 -0.141 3.841E-01 3.819E-01 4.190E-13 3.106E+06 1.709E+04 2.403E+13 -0.389 6 -4.250 23810.6 -190.9 1.859 1.558 4.664E-01 3.819E-01 1.895E-11 2.948E+07 1.487E+04 2.402E+13 -0.401 11 -2.500 25742.3 -154.2 3.171 2.870 1.779E+00 3.818E-01 3.596E-10 5.127E+07 5.361E+03 2.391E+13 -0.865 16 -1.250 27471.6 -42.2 3.905 3.604 6.728E+00 3.818E-01 1.825E-09 6.429E+07 2.852E+03 2.346E+13 -2.743 21 -0.300 31549.9 28.8 4.480 4.179 1.689E+01 3.818E-01 5.972E-09 7.580E+07 1.623E+03 2.334E+13 -3.250 26 0.200 36164.3 50.1 4.771 4.470 2.314E+01 3.821E-01 1.019E-08 8.243E+07 1.321E+03 2.413E+13 0.044 31 0.700 42668.0 11.1 5.093 4.793 3.235E+01 3.835E-01 1.810E-08 9.122E+07 1.083E+03 2.512E+13 4.145 36 1.200 51251.0 21.4 5.432 5.133 4.563E+01 3.851E-01 3.279E-08 1.024E+08 7.420E+02 2.318E+13 -3.903 41 1.700 63384.5 -33.1 5.781 5.482 6.151E+01 3.855E-01 5.918E-08 1.164E+08 4.820E+02 2.238E+13 -7.205 46 2.200 76430.5 -19.9 6.131 5.832 8.906E+01 3.856E-01 1.099E-07 1.334E+08 2.866E+02 2.376E+13 -1.492 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 248 S flx SAM BB OPACITY: NO. LINES: 39652685 TEMKOR 0 |dF|, |dF_| 25.89001 11.24618 , |dT| 0.00327180.10742 dam_f, tau_r 0.25000 0.00000 Test convergence 12 0.258900076 12.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 21365.8 -162.8 0.160 -0.141 3.842E-01 3.819E-01 4.227E-13 3.079E+06 1.641E+04 2.402E+13 -0.429 6 -4.250 23619.6 -179.0 1.858 1.557 4.678E-01 3.819E-01 1.907E-11 2.922E+07 1.443E+04 2.401E+13 -0.440 11 -2.500 25588.1 -146.5 3.168 2.867 1.792E+00 3.818E-01 3.592E-10 5.082E+07 5.440E+03 2.391E+13 -0.871 16 -1.250 27429.4 -38.2 3.903 3.602 6.728E+00 3.818E-01 1.821E-09 6.381E+07 2.875E+03 2.350E+13 -2.569 21 -0.300 31578.7 27.8 4.480 4.179 1.686E+01 3.818E-01 5.967E-09 7.536E+07 1.636E+03 2.342E+13 -2.901 26 0.200 36214.5 44.4 4.772 4.471 2.309E+01 3.821E-01 1.019E-08 8.202E+07 1.325E+03 2.419E+13 0.307 31 0.700 42679.1 7.3 5.094 4.794 3.238E+01 3.835E-01 1.811E-08 9.082E+07 1.076E+03 2.506E+13 3.877 36 1.200 51272.4 20.6 5.432 5.133 4.560E+01 3.851E-01 3.278E-08 1.019E+08 7.436E+02 2.322E+13 -3.740 41 1.700 63351.5 -28.3 5.781 5.482 6.159E+01 3.855E-01 5.922E-08 1.160E+08 4.871E+02 2.257E+13 -6.428 46 2.200 76410.6 -9.4 6.131 5.832 8.912E+01 3.856E-01 1.099E-07 1.329E+08 2.856E+02 2.366E+13 -1.929 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 269 S flx SAM BB OPACITY: NO. LINES: 39679007 TEMKOR 0 |dF|, |dF_| 22.44577 10.80366 , |dT| 0.00310174.17773 dam_f, tau_r 0.25000 0.00000 Test convergence 13 0.224457711 13.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 21203.1 -148.4 0.161 -0.140 3.842E-01 3.819E-01 4.261E-13 3.054E+06 1.577E+04 2.401E+13 -0.471 6 -4.250 23440.7 -167.8 1.858 1.557 4.696E-01 3.819E-01 1.919E-11 2.897E+07 1.402E+04 2.400E+13 -0.481 11 -2.500 25441.6 -137.8 3.165 2.864 1.804E+00 3.818E-01 3.587E-10 5.038E+07 5.522E+03 2.391E+13 -0.881 16 -1.250 27391.2 -34.4 3.902 3.601 6.732E+00 3.818E-01 1.817E-09 6.336E+07 2.895E+03 2.354E+13 -2.411 21 -0.300 31606.6 27.0 4.480 4.179 1.682E+01 3.818E-01 5.961E-09 7.495E+07 1.648E+03 2.350E+13 -2.590 26 0.200 36258.9 39.5 4.772 4.471 2.305E+01 3.821E-01 1.019E-08 8.162E+07 1.329E+03 2.424E+13 0.510 31 0.700 42686.4 4.6 5.094 4.794 3.239E+01 3.835E-01 1.813E-08 9.042E+07 1.071E+03 2.499E+13 3.622 36 1.200 51293.0 19.6 5.432 5.133 4.556E+01 3.851E-01 3.277E-08 1.015E+08 7.454E+02 2.326E+13 -3.567 41 1.700 63323.2 -24.8 5.781 5.482 6.165E+01 3.855E-01 5.925E-08 1.156E+08 4.919E+02 2.274E+13 -5.729 46 2.200 76401.2 -5.6 6.131 5.832 8.914E+01 3.856E-01 1.099E-07 1.325E+08 2.849E+02 2.359E+13 -2.205 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 290 S flx SAM BB OPACITY: NO. LINES: 39706173 TEMKOR 0 |dF|, |dF_| 19.86701 10.42892 , |dT| 0.00292168.84766 dam_f, tau_r 0.25000 0.00000 Test convergence 14 0.198670119 14.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 21054.7 -135.1 0.161 -0.140 3.843E-01 3.819E-01 4.293E-13 3.031E+06 1.518E+04 2.400E+13 -0.513 6 -4.250 23272.9 -157.1 1.857 1.556 4.713E-01 3.819E-01 1.929E-11 2.874E+07 1.366E+04 2.399E+13 -0.522 11 -2.500 25303.9 -128.3 3.162 2.861 1.816E+00 3.818E-01 3.581E-10 4.996E+07 5.605E+03 2.391E+13 -0.890 16 -1.250 27356.8 -31.0 3.900 3.599 6.733E+00 3.818E-01 1.814E-09 6.294E+07 2.913E+03 2.357E+13 -2.267 21 -0.300 31633.5 26.1 4.480 4.179 1.678E+01 3.818E-01 5.957E-09 7.455E+07 1.659E+03 2.356E+13 -2.305 26 0.200 36298.3 35.1 4.773 4.472 2.300E+01 3.821E-01 1.019E-08 8.124E+07 1.331E+03 2.428E+13 0.682 31 0.700 42690.9 2.3 5.095 4.794 3.241E+01 3.835E-01 1.814E-08 9.004E+07 1.065E+03 2.494E+13 3.396 36 1.200 51312.7 19.1 5.432 5.133 4.553E+01 3.851E-01 3.276E-08 1.011E+08 7.473E+02 2.331E+13 -3.370 41 1.700 63298.4 -22.2 5.781 5.482 6.172E+01 3.855E-01 5.928E-08 1.152E+08 4.960E+02 2.289E+13 -5.091 46 2.200 76395.6 -5.9 6.131 5.832 8.915E+01 3.856E-01 1.099E-07 1.321E+08 2.843E+02 2.353E+13 -2.443 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 311 S flx SAM BB OPACITY: NO. LINES: 39735471 TEMKOR 0 |dF|, |dF_| 17.94863 10.02195 , |dT| 0.00275162.85547 dam_f, tau_r 0.25000 0.00000 Test convergence 15 0.179486260 15.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 20919.6 -123.3 0.161 -0.140 3.842E-01 3.819E-01 4.321E-13 3.011E+06 1.464E+04 2.399E+13 -0.558 6 -4.250 23115.8 -146.8 1.856 1.555 4.727E-01 3.819E-01 1.939E-11 2.853E+07 1.335E+04 2.398E+13 -0.566 11 -2.500 25175.5 -118.4 3.159 2.858 1.825E+00 3.818E-01 3.576E-10 4.958E+07 5.691E+03 2.390E+13 -0.904 16 -1.250 27325.8 -27.7 3.899 3.598 6.736E+00 3.818E-01 1.811E-09 6.255E+07 2.931E+03 2.360E+13 -2.138 21 -0.300 31659.6 25.4 4.480 4.179 1.675E+01 3.818E-01 5.953E-09 7.419E+07 1.669E+03 2.363E+13 -2.054 26 0.200 36333.4 31.5 4.773 4.472 2.298E+01 3.821E-01 1.019E-08 8.090E+07 1.332E+03 2.432E+13 0.807 31 0.700 42693.2 0.9 5.095 4.795 3.242E+01 3.835E-01 1.815E-08 8.970E+07 1.060E+03 2.489E+13 3.184 36 1.200 51331.8 17.6 5.432 5.133 4.550E+01 3.851E-01 3.276E-08 1.008E+08 7.493E+02 2.336E+13 -3.172 41 1.700 63276.2 -19.9 5.781 5.482 6.178E+01 3.855E-01 5.931E-08 1.148E+08 4.997E+02 2.302E+13 -4.553 46 2.200 76389.7 -5.9 6.131 5.832 8.918E+01 3.856E-01 1.099E-07 1.318E+08 2.836E+02 2.348E+13 -2.670 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 331 S flx SAM BB OPACITY: NO. LINES: 39756471 TEMKOR 0 |dF|, |dF_| 16.47304 9.59190 , |dT| 0.00258156.08984 dam_f, tau_r 0.25000 0.00000 Test convergence 16 0.164730415 16.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 20796.3 -112.8 0.161 -0.140 3.843E-01 3.819E-01 4.349E-13 2.991E+06 1.413E+04 2.398E+13 -0.597 6 -4.250 22969.0 -136.8 1.856 1.555 4.748E-01 3.819E-01 1.949E-11 2.833E+07 1.305E+04 2.397E+13 -0.604 11 -2.500 25057.1 -108.1 3.156 2.855 1.834E+00 3.818E-01 3.569E-10 4.922E+07 5.772E+03 2.390E+13 -0.913 16 -1.250 27298.1 -24.7 3.898 3.597 6.737E+00 3.818E-01 1.808E-09 6.219E+07 2.948E+03 2.363E+13 -2.018 21 -0.300 31685.0 24.7 4.480 4.179 1.672E+01 3.818E-01 5.949E-09 7.386E+07 1.678E+03 2.368E+13 -1.820 26 0.200 36364.9 28.2 4.773 4.473 2.294E+01 3.821E-01 1.019E-08 8.058E+07 1.333E+03 2.434E+13 0.904 31 0.700 42694.2 -0.3 5.095 4.795 3.245E+01 3.835E-01 1.816E-08 8.938E+07 1.056E+03 2.484E+13 2.996 36 1.200 51349.3 15.9 5.432 5.133 4.546E+01 3.851E-01 3.275E-08 1.005E+08 7.512E+02 2.340E+13 -2.976 41 1.700 63256.3 -18.4 5.781 5.482 6.183E+01 3.855E-01 5.933E-08 1.145E+08 5.029E+02 2.314E+13 -4.060 46 2.200 76383.9 -6.7 6.131 5.832 8.919E+01 3.856E-01 1.100E-07 1.315E+08 2.831E+02 2.343E+13 -2.865 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 350 S flx SAM BB OPACITY: NO. LINES: 39771119 TEMKOR 0 |dF|, |dF_| 15.28998 9.15799 , |dT| 0.00241148.46094 dam_f, tau_r 0.25000 0.00000 Test convergence 17 0.152899846 17.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 20683.4 -102.8 0.161 -0.140 3.844E-01 3.819E-01 4.374E-13 2.974E+06 1.368E+04 2.397E+13 -0.635 6 -4.250 22832.2 -126.6 1.855 1.554 4.758E-01 3.819E-01 1.957E-11 2.816E+07 1.283E+04 2.397E+13 -0.642 11 -2.500 24949.0 -97.8 3.153 2.852 1.844E+00 3.818E-01 3.562E-10 4.889E+07 5.845E+03 2.390E+13 -0.922 16 -1.250 27273.4 -21.9 3.897 3.596 6.735E+00 3.818E-01 1.805E-09 6.186E+07 2.964E+03 2.366E+13 -1.909 21 -0.300 31709.7 24.0 4.480 4.179 1.669E+01 3.818E-01 5.946E-09 7.356E+07 1.686E+03 2.373E+13 -1.612 26 0.200 36393.0 25.4 4.774 4.473 2.291E+01 3.821E-01 1.019E-08 8.029E+07 1.333E+03 2.436E+13 0.977 31 0.700 42693.9 -0.6 5.095 4.795 3.247E+01 3.835E-01 1.817E-08 8.909E+07 1.052E+03 2.480E+13 2.811 36 1.200 51365.3 14.8 5.432 5.133 4.544E+01 3.851E-01 3.274E-08 1.002E+08 7.529E+02 2.345E+13 -2.799 41 1.700 63237.8 -16.5 5.781 5.482 6.187E+01 3.855E-01 5.935E-08 1.142E+08 5.059E+02 2.325E+13 -3.629 46 2.200 76377.2 -7.3 6.131 5.832 8.921E+01 3.856E-01 1.100E-07 1.312E+08 2.828E+02 2.339E+13 -3.015 LAST ITERATION TOOK: 14 S: TOTAL ELAPSED: 364 S flx SAM BB OPACITY: NO. LINES: 39783572 TEMKOR 0 |dF|, |dF_| 14.32687 8.74077 , |dT| 0.00224140.04297 dam_f, tau_r 0.25000 0.00000 Test convergence 18 0.143268719 18.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 20580.6 -94.0 0.161 -0.140 3.844E-01 3.819E-01 4.395E-13 2.959E+06 1.326E+04 2.396E+13 -0.666 6 -4.250 22705.6 -116.7 1.854 1.553 4.771E-01 3.818E-01 1.966E-11 2.800E+07 1.263E+04 2.396E+13 -0.672 11 -2.500 24851.2 -87.7 3.151 2.850 1.850E+00 3.818E-01 3.556E-10 4.858E+07 5.923E+03 2.390E+13 -0.926 16 -1.250 27251.5 -19.3 3.896 3.595 6.735E+00 3.818E-01 1.803E-09 6.156E+07 2.979E+03 2.369E+13 -1.804 21 -0.300 31733.6 23.2 4.480 4.179 1.666E+01 3.818E-01 5.943E-09 7.328E+07 1.694E+03 2.378E+13 -1.418 26 0.200 36418.4 22.8 4.774 4.473 2.290E+01 3.821E-01 1.019E-08 8.002E+07 1.332E+03 2.437E+13 1.031 31 0.700 42693.3 -1.0 5.096 4.795 3.248E+01 3.835E-01 1.818E-08 8.882E+07 1.048E+03 2.476E+13 2.646 36 1.200 51380.1 13.8 5.432 5.133 4.540E+01 3.851E-01 3.273E-08 9.989E+07 7.547E+02 2.348E+13 -2.636 41 1.700 63221.3 -15.0 5.781 5.482 6.191E+01 3.855E-01 5.937E-08 1.139E+08 5.085E+02 2.334E+13 -3.235 46 2.200 76369.8 -7.8 6.131 5.832 8.925E+01 3.856E-01 1.100E-07 1.309E+08 2.825E+02 2.337E+13 -3.120 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 378 S flx SAM BB OPACITY: NO. LINES: 39796058 TEMKOR 0 |dF|, |dF_| 13.52375 8.33447 , |dT| 0.00206130.74414 dam_f, tau_r 0.25000 0.00000 Test convergence 19 0.135237485 19.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 20486.6 -84.9 0.161 -0.140 3.844E-01 3.819E-01 4.417E-13 2.945E+06 1.289E+04 2.395E+13 -0.693 6 -4.250 22588.8 -106.8 1.854 1.553 4.785E-01 3.818E-01 1.974E-11 2.786E+07 1.247E+04 2.395E+13 -0.699 11 -2.500 24763.5 -78.0 3.149 2.848 1.858E+00 3.818E-01 3.550E-10 4.831E+07 5.985E+03 2.390E+13 -0.926 16 -1.250 27232.2 -16.9 3.895 3.594 6.735E+00 3.818E-01 1.800E-09 6.128E+07 2.993E+03 2.371E+13 -1.706 21 -0.300 31756.9 22.5 4.480 4.179 1.663E+01 3.818E-01 5.940E-09 7.302E+07 1.700E+03 2.382E+13 -1.243 26 0.200 36441.2 20.5 4.774 4.474 2.288E+01 3.821E-01 1.019E-08 7.978E+07 1.331E+03 2.438E+13 1.067 31 0.700 42692.3 -1.1 5.096 4.796 3.249E+01 3.835E-01 1.819E-08 8.858E+07 1.045E+03 2.472E+13 2.487 36 1.200 51393.9 12.8 5.432 5.133 4.538E+01 3.851E-01 3.272E-08 9.964E+07 7.564E+02 2.353E+13 -2.464 41 1.700 63206.3 -13.3 5.781 5.482 6.195E+01 3.855E-01 5.939E-08 1.137E+08 5.109E+02 2.342E+13 -2.894 46 2.200 76362.0 -8.2 6.131 5.832 8.926E+01 3.856E-01 1.100E-07 1.306E+08 2.824E+02 2.335E+13 -3.194 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 392 S flx SAM BB OPACITY: NO. LINES: 39809207 TEMKOR 0 |dF|, |dF_| 12.83415 7.94609 , |dT| 0.00188120.78320 dam_f, tau_r 0.25000 0.00000 Test convergence 20 0.128341451 20.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 20401.7 -76.5 0.161 -0.140 3.845E-01 3.819E-01 4.436E-13 2.931E+06 1.256E+04 2.395E+13 -0.714 6 -4.250 22482.0 -97.2 1.853 1.552 4.794E-01 3.818E-01 1.981E-11 2.772E+07 1.235E+04 2.395E+13 -0.719 11 -2.500 24685.5 -68.8 3.146 2.845 1.863E+00 3.818E-01 3.543E-10 4.805E+07 6.048E+03 2.390E+13 -0.922 16 -1.250 27215.3 -14.7 3.894 3.593 6.735E+00 3.818E-01 1.799E-09 6.103E+07 3.005E+03 2.373E+13 -1.613 21 -0.300 31779.4 21.8 4.480 4.179 1.661E+01 3.818E-01 5.938E-09 7.279E+07 1.707E+03 2.386E+13 -1.079 26 0.200 36461.7 18.4 4.775 4.474 2.286E+01 3.821E-01 1.019E-08 7.955E+07 1.330E+03 2.438E+13 1.090 31 0.700 42691.2 -1.4 5.096 4.796 3.251E+01 3.835E-01 1.820E-08 8.835E+07 1.041E+03 2.469E+13 2.367 36 1.200 51406.7 11.3 5.432 5.133 4.536E+01 3.851E-01 3.271E-08 9.941E+07 7.580E+02 2.357E+13 -2.301 41 1.700 63192.9 -12.7 5.781 5.482 6.198E+01 3.855E-01 5.940E-08 1.135E+08 5.130E+02 2.350E+13 -2.571 46 2.200 76353.8 -8.9 6.131 5.832 8.929E+01 3.856E-01 1.100E-07 1.304E+08 2.823E+02 2.334E+13 -3.243 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 405 S flx SAM BB OPACITY: NO. LINES: 39819258 TEMKOR 0 |dF|, |dF_| 12.23475 7.57227 , |dT| 0.00170110.39062 dam_f, tau_r 0.25000 0.00000 Test convergence 21 0.122347482 21.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 20325.2 -68.5 0.161 -0.140 3.845E-01 3.819E-01 4.453E-13 2.920E+06 1.227E+04 2.395E+13 -0.726 6 -4.250 22384.8 -87.8 1.853 1.552 4.808E-01 3.818E-01 1.987E-11 2.760E+07 1.224E+04 2.394E+13 -0.731 11 -2.500 24616.7 -60.2 3.145 2.844 1.868E+00 3.818E-01 3.537E-10 4.782E+07 6.106E+03 2.390E+13 -0.910 16 -1.250 27200.6 -12.6 3.894 3.593 6.734E+00 3.818E-01 1.797E-09 6.081E+07 3.018E+03 2.375E+13 -1.520 21 -0.300 31801.2 21.0 4.481 4.180 1.659E+01 3.818E-01 5.936E-09 7.259E+07 1.712E+03 2.390E+13 -0.925 26 0.200 36480.1 16.3 4.775 4.474 2.286E+01 3.821E-01 1.019E-08 7.936E+07 1.328E+03 2.439E+13 1.110 31 0.700 42689.8 -1.9 5.096 4.796 3.252E+01 3.835E-01 1.821E-08 8.815E+07 1.039E+03 2.466E+13 2.244 36 1.200 51417.9 10.4 5.432 5.133 4.533E+01 3.851E-01 3.271E-08 9.921E+07 7.596E+02 2.360E+13 -2.159 41 1.700 63180.2 -11.3 5.781 5.482 6.202E+01 3.855E-01 5.942E-08 1.132E+08 5.150E+02 2.357E+13 -2.288 46 2.200 76344.9 -9.1 6.131 5.832 8.932E+01 3.856E-01 1.100E-07 1.302E+08 2.824E+02 2.334E+13 -3.255 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 419 S flx SAM BB OPACITY: NO. LINES: 39829126 TEMKOR 0 |dF|, |dF_| 11.71238 7.24612 , |dT| 0.00152 99.66406 dam_f, tau_r 0.25000 0.00000 Test convergence 22 0.117123827 22.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 20256.7 -61.9 0.161 -0.140 3.845E-01 3.819E-01 4.469E-13 2.910E+06 1.199E+04 2.394E+13 -0.740 6 -4.250 22297.0 -78.7 1.852 1.551 4.817E-01 3.818E-01 1.992E-11 2.750E+07 1.217E+04 2.394E+13 -0.744 11 -2.500 24556.6 -52.3 3.143 2.842 1.872E+00 3.818E-01 3.532E-10 4.761E+07 6.158E+03 2.390E+13 -0.903 16 -1.250 27188.0 -10.8 3.893 3.592 6.733E+00 3.818E-01 1.795E-09 6.060E+07 3.029E+03 2.377E+13 -1.441 21 -0.300 31822.2 20.3 4.481 4.180 1.656E+01 3.818E-01 5.934E-09 7.240E+07 1.717E+03 2.393E+13 -0.793 26 0.200 36496.4 14.6 4.775 4.475 2.284E+01 3.821E-01 1.019E-08 7.918E+07 1.327E+03 2.439E+13 1.103 31 0.700 42687.9 -1.7 5.096 4.796 3.254E+01 3.835E-01 1.821E-08 8.797E+07 1.036E+03 2.463E+13 2.127 36 1.200 51428.3 9.5 5.432 5.133 4.530E+01 3.851E-01 3.270E-08 9.902E+07 7.612E+02 2.363E+13 -2.020 41 1.700 63168.9 -10.4 5.781 5.482 6.205E+01 3.855E-01 5.943E-08 1.131E+08 5.167E+02 2.363E+13 -2.028 46 2.200 76335.8 -8.8 6.131 5.832 8.935E+01 3.856E-01 1.100E-07 1.300E+08 2.825E+02 2.334E+13 -3.252 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 433 S flx SAM BB OPACITY: NO. LINES: 39838019 TEMKOR 0 |dF|, |dF_| 11.24965 6.90949 , |dT| 0.00135 88.92969 dam_f, tau_r 0.25000 0.00000 Test convergence 23 0.112496458 23.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 20194.8 -54.0 0.162 -0.139 3.846E-01 3.819E-01 4.484E-13 2.900E+06 1.177E+04 2.394E+13 -0.747 6 -4.250 22218.4 -69.9 1.852 1.551 4.827E-01 3.818E-01 1.998E-11 2.740E+07 1.211E+04 2.394E+13 -0.751 11 -2.500 24504.3 -45.1 3.141 2.840 1.876E+00 3.818E-01 3.527E-10 4.743E+07 6.202E+03 2.391E+13 -0.891 16 -1.250 27177.2 -9.1 3.893 3.592 6.733E+00 3.818E-01 1.794E-09 6.043E+07 3.040E+03 2.379E+13 -1.363 21 -0.300 31842.5 19.5 4.481 4.180 1.654E+01 3.818E-01 5.932E-09 7.224E+07 1.722E+03 2.396E+13 -0.671 26 0.200 36511.0 13.1 4.776 4.475 2.283E+01 3.821E-01 1.020E-08 7.903E+07 1.325E+03 2.438E+13 1.089 31 0.700 42686.2 -1.5 5.096 4.796 3.254E+01 3.835E-01 1.822E-08 8.781E+07 1.034E+03 2.461E+13 2.012 36 1.200 51437.8 8.7 5.432 5.133 4.529E+01 3.851E-01 3.270E-08 9.886E+07 7.625E+02 2.367E+13 -1.872 41 1.700 63158.5 -9.7 5.781 5.482 6.207E+01 3.855E-01 5.944E-08 1.129E+08 5.184E+02 2.369E+13 -1.791 46 2.200 76327.0 -9.1 6.131 5.832 8.936E+01 3.856E-01 1.101E-07 1.298E+08 2.827E+02 2.334E+13 -3.227 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 447 S flx SAM BB OPACITY: NO. LINES: 39845114 TEMKOR 0 |dF|, |dF_| 10.82960 6.60482 , |dT| 0.00119 78.43945 dam_f, tau_r 0.25000 0.00000 Test convergence 24 0.108295985 24.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 20140.9 -47.3 0.162 -0.139 3.846E-01 3.819E-01 4.496E-13 2.892E+06 1.157E+04 2.394E+13 -0.747 6 -4.250 22148.5 -61.5 1.852 1.551 4.837E-01 3.818E-01 2.002E-11 2.731E+07 1.207E+04 2.394E+13 -0.751 11 -2.500 24459.2 -38.7 3.140 2.839 1.879E+00 3.818E-01 3.523E-10 4.726E+07 6.241E+03 2.391E+13 -0.874 16 -1.250 27168.1 -7.5 3.892 3.591 6.733E+00 3.818E-01 1.793E-09 6.026E+07 3.050E+03 2.381E+13 -1.287 21 -0.300 31862.0 18.8 4.481 4.180 1.652E+01 3.818E-01 5.931E-09 7.209E+07 1.726E+03 2.399E+13 -0.555 26 0.200 36524.1 11.6 4.776 4.475 2.282E+01 3.821E-01 1.020E-08 7.888E+07 1.323E+03 2.438E+13 1.075 31 0.700 42684.7 -1.5 5.096 4.796 3.255E+01 3.834E-01 1.822E-08 8.766E+07 1.031E+03 2.458E+13 1.912 36 1.200 51446.5 8.3 5.432 5.133 4.527E+01 3.851E-01 3.269E-08 9.871E+07 7.640E+02 2.370E+13 -1.749 41 1.700 63148.8 -8.7 5.781 5.482 6.209E+01 3.855E-01 5.945E-08 1.127E+08 5.198E+02 2.374E+13 -1.580 46 2.200 76317.9 -8.6 6.131 5.832 8.939E+01 3.856E-01 1.101E-07 1.297E+08 2.829E+02 2.335E+13 -3.188 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 461 S flx SAM BB OPACITY: NO. LINES: 39852718 TEMKOR 0 |dF|, |dF_| 10.44475 6.31094 , |dT| 0.00104 68.41211 dam_f, tau_r 0.25000 0.00000 Test convergence 25 0.104447477 25.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 20093.5 -41.0 0.162 -0.139 3.846E-01 3.819E-01 4.507E-13 2.884E+06 1.140E+04 2.394E+13 -0.742 6 -4.250 22087.0 -53.7 1.851 1.550 4.843E-01 3.818E-01 2.006E-11 2.723E+07 1.204E+04 2.394E+13 -0.745 11 -2.500 24420.4 -33.0 3.139 2.838 1.881E+00 3.818E-01 3.518E-10 4.712E+07 6.280E+03 2.391E+13 -0.853 16 -1.250 27160.6 -6.1 3.892 3.591 6.734E+00 3.818E-01 1.792E-09 6.012E+07 3.058E+03 2.383E+13 -1.213 21 -0.300 31880.8 18.0 4.481 4.180 1.651E+01 3.818E-01 5.929E-09 7.197E+07 1.730E+03 2.401E+13 -0.448 26 0.200 36535.7 10.1 4.776 4.475 2.282E+01 3.821E-01 1.020E-08 7.876E+07 1.321E+03 2.438E+13 1.060 31 0.700 42683.2 -1.5 5.097 4.796 3.256E+01 3.834E-01 1.823E-08 8.754E+07 1.029E+03 2.456E+13 1.811 36 1.200 51454.8 7.6 5.432 5.133 4.525E+01 3.851E-01 3.269E-08 9.859E+07 7.653E+02 2.373E+13 -1.628 41 1.700 63140.1 -7.8 5.781 5.482 6.212E+01 3.855E-01 5.946E-08 1.126E+08 5.211E+02 2.379E+13 -1.385 46 2.200 76309.2 -8.5 6.131 5.832 8.941E+01 3.856E-01 1.101E-07 1.296E+08 2.832E+02 2.337E+13 -3.127 LAST ITERATION TOOK: 16 S: TOTAL ELAPSED: 477 S flx SAM BB OPACITY: NO. LINES: 39859447 TEMKOR 0 |dF|, |dF_| 10.10600 6.02860 , |dT| 0.00090 59.00195 dam_f, tau_r 0.25000 0.00000 Test convergence 26 0.101060010 26.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 20052.5 -35.3 0.162 -0.139 3.846E-01 3.819E-01 4.516E-13 2.879E+06 1.126E+04 2.394E+13 -0.732 6 -4.250 22033.2 -46.4 1.851 1.550 4.845E-01 3.818E-01 2.010E-11 2.718E+07 1.204E+04 2.394E+13 -0.735 11 -2.500 24387.4 -28.0 3.138 2.837 1.883E+00 3.818E-01 3.515E-10 4.699E+07 6.310E+03 2.392E+13 -0.829 16 -1.250 27154.5 -4.9 3.891 3.590 6.732E+00 3.818E-01 1.791E-09 6.000E+07 3.067E+03 2.384E+13 -1.143 21 -0.300 31898.8 17.2 4.481 4.180 1.649E+01 3.818E-01 5.928E-09 7.186E+07 1.733E+03 2.404E+13 -0.351 26 0.200 36545.9 8.8 4.776 4.476 2.283E+01 3.821E-01 1.020E-08 7.866E+07 1.319E+03 2.437E+13 1.038 31 0.700 42681.8 -1.6 5.097 4.797 3.258E+01 3.834E-01 1.823E-08 8.744E+07 1.027E+03 2.454E+13 1.740 36 1.200 51462.4 6.6 5.432 5.133 4.525E+01 3.851E-01 3.268E-08 9.848E+07 7.664E+02 2.376E+13 -1.508 41 1.700 63132.3 -7.4 5.781 5.482 6.214E+01 3.855E-01 5.947E-08 1.125E+08 5.224E+02 2.383E+13 -1.202 46 2.200 76300.7 -8.9 6.131 5.832 8.945E+01 3.856E-01 1.101E-07 1.295E+08 2.835E+02 2.339E+13 -3.039 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 491 S flx SAM BB OPACITY: NO. LINES: 39866792 TEMKOR 0 |dF|, |dF_| 9.77830 5.76493 , |dT| 0.00077 50.38867 dam_f, tau_r 0.25000 0.00000 Test convergence 27 9.77830142E-02 27.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 20017.2 -30.2 0.162 -0.139 3.846E-01 3.819E-01 4.525E-13 2.873E+06 1.114E+04 2.395E+13 -0.724 6 -4.250 21986.8 -39.8 1.851 1.550 4.859E-01 3.818E-01 2.013E-11 2.711E+07 1.201E+04 2.395E+13 -0.727 11 -2.500 24359.4 -23.6 3.137 2.836 1.885E+00 3.818E-01 3.512E-10 4.688E+07 6.337E+03 2.393E+13 -0.809 16 -1.250 27149.6 -3.7 3.891 3.590 6.730E+00 3.818E-01 1.790E-09 5.990E+07 3.075E+03 2.386E+13 -1.082 21 -0.300 31915.9 16.4 4.481 4.180 1.647E+01 3.818E-01 5.927E-09 7.177E+07 1.736E+03 2.406E+13 -0.271 26 0.200 36554.7 7.8 4.777 4.476 2.282E+01 3.821E-01 1.021E-08 7.857E+07 1.317E+03 2.436E+13 1.002 31 0.700 42680.1 -1.3 5.097 4.797 3.258E+01 3.834E-01 1.824E-08 8.734E+07 1.026E+03 2.452E+13 1.658 36 1.200 51469.0 6.3 5.432 5.133 4.523E+01 3.851E-01 3.268E-08 9.838E+07 7.676E+02 2.378E+13 -1.401 41 1.700 63124.9 -6.8 5.781 5.482 6.215E+01 3.855E-01 5.948E-08 1.124E+08 5.236E+02 2.387E+13 -1.040 46 2.200 76291.8 -8.7 6.131 5.832 8.947E+01 3.856E-01 1.101E-07 1.294E+08 2.838E+02 2.340E+13 -2.972 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 509 S flx SAM BB OPACITY: NO. LINES: 39872315 TEMKOR 0 |dF|, |dF_| 9.47886 5.52278 , |dT| 0.00066 42.67969 dam_f, tau_r 0.25000 0.00000 Test convergence 28 9.47885811E-02 28.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19986.9 -25.6 0.162 -0.139 3.846E-01 3.819E-01 4.531E-13 2.869E+06 1.104E+04 2.395E+13 -0.707 6 -4.250 21947.0 -33.9 1.850 1.549 4.858E-01 3.818E-01 2.015E-11 2.707E+07 1.202E+04 2.395E+13 -0.710 11 -2.500 24335.8 -19.7 3.136 2.835 1.886E+00 3.818E-01 3.510E-10 4.680E+07 6.363E+03 2.393E+13 -0.782 16 -1.250 27145.9 -2.7 3.891 3.590 6.729E+00 3.818E-01 1.789E-09 5.981E+07 3.083E+03 2.388E+13 -1.017 21 -0.300 31932.4 15.6 4.482 4.181 1.645E+01 3.818E-01 5.926E-09 7.169E+07 1.739E+03 2.407E+13 -0.189 26 0.200 36562.5 6.6 4.777 4.476 2.282E+01 3.821E-01 1.021E-08 7.850E+07 1.315E+03 2.436E+13 0.975 31 0.700 42678.8 -1.5 5.097 4.797 3.259E+01 3.834E-01 1.824E-08 8.727E+07 1.024E+03 2.450E+13 1.587 36 1.200 51475.2 5.6 5.432 5.133 4.522E+01 3.851E-01 3.267E-08 9.830E+07 7.687E+02 2.381E+13 -1.303 41 1.700 63118.1 -6.6 5.781 5.482 6.216E+01 3.855E-01 5.948E-08 1.123E+08 5.247E+02 2.391E+13 -0.872 46 2.200 76283.1 -8.8 6.131 5.832 8.949E+01 3.856E-01 1.101E-07 1.293E+08 2.842E+02 2.342E+13 -2.892 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 530 S flx SAM BB OPACITY: NO. LINES: 39877309 TEMKOR 0 |dF|, |dF_| 9.19969 5.28982 , |dT| 0.00056 35.81836 dam_f, tau_r 0.25000 0.00000 Test convergence 29 9.19969007E-02 29.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19961.3 -21.6 0.162 -0.139 3.846E-01 3.819E-01 4.538E-13 2.864E+06 1.096E+04 2.395E+13 -0.693 6 -4.250 21913.1 -28.6 1.850 1.549 4.861E-01 3.818E-01 2.018E-11 2.703E+07 1.203E+04 2.395E+13 -0.695 11 -2.500 24316.1 -16.4 3.135 2.834 1.887E+00 3.818E-01 3.507E-10 4.672E+07 6.383E+03 2.394E+13 -0.759 16 -1.250 27143.2 -1.7 3.891 3.590 6.731E+00 3.818E-01 1.789E-09 5.974E+07 3.089E+03 2.389E+13 -0.960 21 -0.300 31948.0 14.9 4.482 4.181 1.644E+01 3.818E-01 5.926E-09 7.164E+07 1.741E+03 2.409E+13 -0.118 26 0.200 36569.1 5.7 4.777 4.476 2.281E+01 3.821E-01 1.021E-08 7.844E+07 1.313E+03 2.435E+13 0.936 31 0.700 42677.4 -1.3 5.097 4.797 3.260E+01 3.834E-01 1.824E-08 8.721E+07 1.022E+03 2.449E+13 1.516 36 1.200 51480.8 5.4 5.432 5.133 4.520E+01 3.851E-01 3.267E-08 9.824E+07 7.697E+02 2.383E+13 -1.214 41 1.700 63111.5 -5.9 5.781 5.482 6.219E+01 3.855E-01 5.949E-08 1.123E+08 5.257E+02 2.394E+13 -0.729 46 2.200 76274.4 -8.4 6.131 5.832 8.952E+01 3.856E-01 1.101E-07 1.292E+08 2.845E+02 2.345E+13 -2.800 LAST ITERATION TOOK: 15 S: TOTAL ELAPSED: 545 S flx SAM BB OPACITY: NO. LINES: 39880641 TEMKOR 0 |dF|, |dF_| 8.93244 5.07000 , |dT| 0.00047 29.74023 dam_f, tau_r 0.25000 0.00000 Test convergence 30 8.93244147E-02 30.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19939.7 -18.2 0.162 -0.139 3.847E-01 3.819E-01 4.543E-13 2.861E+06 1.088E+04 2.396E+13 -0.676 6 -4.250 21884.5 -24.0 1.850 1.549 4.868E-01 3.818E-01 2.019E-11 2.699E+07 1.202E+04 2.396E+13 -0.679 11 -2.500 24299.6 -13.5 3.135 2.834 1.887E+00 3.818E-01 3.505E-10 4.666E+07 6.405E+03 2.394E+13 -0.735 16 -1.250 27141.5 -1.0 3.891 3.590 6.728E+00 3.818E-01 1.788E-09 5.968E+07 3.096E+03 2.390E+13 -0.906 21 -0.300 31962.9 14.2 4.482 4.181 1.643E+01 3.818E-01 5.925E-09 7.159E+07 1.743E+03 2.411E+13 -0.058 26 0.200 36574.8 4.9 4.777 4.476 2.281E+01 3.821E-01 1.021E-08 7.840E+07 1.311E+03 2.434E+13 0.894 31 0.700 42676.1 -1.1 5.097 4.797 3.261E+01 3.834E-01 1.824E-08 8.716E+07 1.021E+03 2.447E+13 1.455 36 1.200 51486.2 4.8 5.432 5.133 4.519E+01 3.851E-01 3.266E-08 9.819E+07 7.707E+02 2.385E+13 -1.120 41 1.700 63105.6 -5.3 5.781 5.482 6.220E+01 3.855E-01 5.950E-08 1.122E+08 5.266E+02 2.397E+13 -0.608 46 2.200 76265.9 -8.0 6.131 5.832 8.954E+01 3.856E-01 1.102E-07 1.292E+08 2.849E+02 2.347E+13 -2.710 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 559 S flx SAM BB OPACITY: NO. LINES: 39883850 TEMKOR 0 |dF|, |dF_| 8.69181 4.85932 , |dT| 0.00040 24.53906 dam_f, tau_r 0.25000 0.00000 Test convergence 31 8.69180933E-02 31.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19921.5 -15.0 0.162 -0.139 3.846E-01 3.819E-01 4.546E-13 2.860E+06 1.083E+04 2.396E+13 -0.658 6 -4.250 21860.5 -19.9 1.850 1.549 4.867E-01 3.818E-01 2.021E-11 2.697E+07 1.204E+04 2.396E+13 -0.661 11 -2.500 24286.1 -11.0 3.135 2.834 1.889E+00 3.818E-01 3.504E-10 4.661E+07 6.418E+03 2.395E+13 -0.710 16 -1.250 27140.5 -0.2 3.891 3.590 6.725E+00 3.818E-01 1.788E-09 5.964E+07 3.103E+03 2.391E+13 -0.856 21 -0.300 31977.2 13.5 4.482 4.181 1.641E+01 3.818E-01 5.925E-09 7.155E+07 1.745E+03 2.412E+13 -0.004 26 0.200 36579.7 4.1 4.777 4.477 2.281E+01 3.821E-01 1.022E-08 7.836E+07 1.309E+03 2.433E+13 0.853 31 0.700 42675.0 -1.0 5.097 4.797 3.261E+01 3.834E-01 1.825E-08 8.712E+07 1.019E+03 2.446E+13 1.392 36 1.200 51491.0 4.7 5.432 5.133 4.518E+01 3.851E-01 3.266E-08 9.815E+07 7.715E+02 2.387E+13 -1.040 41 1.700 63100.3 -4.7 5.781 5.482 6.222E+01 3.855E-01 5.950E-08 1.122E+08 5.274E+02 2.400E+13 -0.482 46 2.200 76258.0 -7.7 6.131 5.832 8.956E+01 3.856E-01 1.102E-07 1.291E+08 2.852E+02 2.349E+13 -2.616 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 573 S flx SAM BB OPACITY: NO. LINES: 39886494 TEMKOR 0 |dF|, |dF_| 8.45058 4.65880 , |dT| 0.00033 19.95117 dam_f, tau_r 0.25000 0.00000 Test convergence 32 8.45057964E-02 32.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19906.6 -12.2 0.162 -0.139 3.846E-01 3.819E-01 4.551E-13 2.856E+06 1.078E+04 2.397E+13 -0.632 6 -4.250 21840.7 -16.2 1.850 1.549 4.870E-01 3.818E-01 2.022E-11 2.694E+07 1.205E+04 2.397E+13 -0.634 11 -2.500 24275.2 -8.8 3.134 2.833 1.889E+00 3.818E-01 3.502E-10 4.656E+07 6.433E+03 2.396E+13 -0.678 16 -1.250 27140.3 0.3 3.890 3.589 6.728E+00 3.818E-01 1.788E-09 5.959E+07 3.107E+03 2.393E+13 -0.800 21 -0.300 31990.7 12.8 4.482 4.181 1.641E+01 3.818E-01 5.924E-09 7.151E+07 1.746E+03 2.413E+13 0.052 26 0.200 36583.8 3.2 4.778 4.477 2.282E+01 3.821E-01 1.022E-08 7.832E+07 1.307E+03 2.432E+13 0.820 31 0.700 42674.0 -1.1 5.097 4.797 3.262E+01 3.834E-01 1.825E-08 8.708E+07 1.018E+03 2.445E+13 1.346 36 1.200 51495.7 3.9 5.432 5.133 4.517E+01 3.851E-01 3.266E-08 9.811E+07 7.725E+02 2.389E+13 -0.959 41 1.700 63095.6 -4.8 5.781 5.482 6.222E+01 3.855E-01 5.951E-08 1.121E+08 5.282E+02 2.403E+13 -0.372 46 2.200 76250.3 -7.9 6.131 5.832 8.959E+01 3.856E-01 1.102E-07 1.291E+08 2.856E+02 2.351E+13 -2.521 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 593 S flx SAM BB OPACITY: NO. LINES: 39889036 TEMKOR 0 |dF|, |dF_| 8.22989 4.47227 , |dT| 0.00028 16.15039 dam_f, tau_r 0.25000 0.00000 Test convergence 33 8.22988600E-02 33.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19894.4 -9.8 0.162 -0.139 3.846E-01 3.819E-01 4.554E-13 2.855E+06 1.075E+04 2.397E+13 -0.612 6 -4.250 21824.5 -13.2 1.850 1.549 4.874E-01 3.818E-01 2.023E-11 2.692E+07 1.205E+04 2.397E+13 -0.614 11 -2.500 24266.4 -6.9 3.134 2.833 1.891E+00 3.818E-01 3.502E-10 4.652E+07 6.442E+03 2.396E+13 -0.653 16 -1.250 27140.6 1.0 3.890 3.589 6.725E+00 3.818E-01 1.787E-09 5.955E+07 3.114E+03 2.394E+13 -0.754 21 -0.300 32003.4 12.0 4.482 4.181 1.639E+01 3.818E-01 5.924E-09 7.148E+07 1.748E+03 2.414E+13 0.094 26 0.200 36587.1 2.7 4.778 4.477 2.282E+01 3.821E-01 1.022E-08 7.830E+07 1.306E+03 2.431E+13 0.774 31 0.700 42673.0 -0.9 5.097 4.797 3.263E+01 3.834E-01 1.825E-08 8.705E+07 1.017E+03 2.443E+13 1.289 36 1.200 51499.6 3.8 5.432 5.133 4.515E+01 3.851E-01 3.265E-08 9.808E+07 7.734E+02 2.391E+13 -0.888 41 1.700 63090.8 -4.5 5.781 5.482 6.223E+01 3.855E-01 5.951E-08 1.121E+08 5.290E+02 2.406E+13 -0.259 46 2.200 76242.4 -7.7 6.131 5.832 8.961E+01 3.856E-01 1.102E-07 1.290E+08 2.860E+02 2.354E+13 -2.427 LAST ITERATION TOOK: 15 S: TOTAL ELAPSED: 609 S flx SAM BB OPACITY: NO. LINES: 39891096 TEMKOR 0 |dF|, |dF_| 8.01023 4.29739 , |dT| 0.00023 12.82812 dam_f, tau_r 0.25000 0.00000 Test convergence 34 8.01022649E-02 34.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19884.5 -8.0 0.162 -0.139 3.847E-01 3.819E-01 4.556E-13 2.853E+06 1.071E+04 2.398E+13 -0.590 6 -4.250 21811.3 -10.5 1.850 1.549 4.877E-01 3.818E-01 2.024E-11 2.690E+07 1.205E+04 2.398E+13 -0.592 11 -2.500 24259.5 -5.3 3.134 2.833 1.890E+00 3.818E-01 3.500E-10 4.650E+07 6.459E+03 2.397E+13 -0.628 16 -1.250 27141.7 1.5 3.890 3.589 6.723E+00 3.818E-01 1.787E-09 5.953E+07 3.119E+03 2.395E+13 -0.712 21 -0.300 32015.5 11.4 4.483 4.182 1.638E+01 3.818E-01 5.924E-09 7.147E+07 1.749E+03 2.415E+13 0.132 26 0.200 36589.7 2.1 4.778 4.477 2.282E+01 3.821E-01 1.022E-08 7.829E+07 1.304E+03 2.430E+13 0.733 31 0.700 42672.1 -0.6 5.097 4.797 3.262E+01 3.834E-01 1.825E-08 8.704E+07 1.016E+03 2.442E+13 1.228 36 1.200 51503.4 3.8 5.432 5.133 4.515E+01 3.851E-01 3.265E-08 9.806E+07 7.740E+02 2.392E+13 -0.819 41 1.700 63086.2 -4.0 5.781 5.482 6.224E+01 3.855E-01 5.952E-08 1.121E+08 5.296E+02 2.408E+13 -0.170 46 2.200 76234.7 -7.1 6.131 5.832 8.964E+01 3.856E-01 1.102E-07 1.290E+08 2.863E+02 2.356E+13 -2.332 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 623 S flx SAM BB OPACITY: NO. LINES: 39892423 TEMKOR 0 |dF|, |dF_| 7.81131 4.12136 , |dT| 0.00019 10.73828 dam_f, tau_r 0.25000 0.00000 Test convergence 35 7.81130865E-02 35.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19876.5 -6.3 0.162 -0.139 3.847E-01 3.819E-01 4.557E-13 2.852E+06 1.069E+04 2.398E+13 -0.564 6 -4.250 21800.7 -8.2 1.849 1.549 4.877E-01 3.818E-01 2.025E-11 2.690E+07 1.207E+04 2.398E+13 -0.566 11 -2.500 24254.2 -3.8 3.134 2.833 1.890E+00 3.818E-01 3.500E-10 4.648E+07 6.468E+03 2.398E+13 -0.598 16 -1.250 27143.1 1.9 3.890 3.589 6.720E+00 3.818E-01 1.787E-09 5.952E+07 3.124E+03 2.396E+13 -0.665 21 -0.300 32026.9 10.7 4.483 4.182 1.637E+01 3.818E-01 5.924E-09 7.146E+07 1.750E+03 2.416E+13 0.169 26 0.200 36591.8 1.5 4.778 4.477 2.283E+01 3.821E-01 1.023E-08 7.828E+07 1.302E+03 2.429E+13 0.695 31 0.700 42671.5 -0.6 5.097 4.797 3.262E+01 3.834E-01 1.825E-08 8.702E+07 1.015E+03 2.441E+13 1.182 36 1.200 51507.1 3.3 5.432 5.133 4.514E+01 3.852E-01 3.265E-08 9.805E+07 7.748E+02 2.394E+13 -0.750 41 1.700 63082.3 -3.7 5.781 5.482 6.225E+01 3.855E-01 5.952E-08 1.121E+08 5.303E+02 2.410E+13 -0.083 46 2.200 76227.6 -7.2 6.131 5.832 8.965E+01 3.856E-01 1.102E-07 1.290E+08 2.867E+02 2.358E+13 -2.241 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 637 S flx SAM BB OPACITY: NO. LINES: 39893463 TEMKOR 0 |dF|, |dF_| 7.61252 3.96363 , |dT| 0.00016 10.21094 dam_f, tau_r 0.25000 0.00000 Test convergence 36 7.61252120E-02 36.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19870.2 -4.8 0.162 -0.139 3.847E-01 3.819E-01 4.559E-13 2.851E+06 1.067E+04 2.399E+13 -0.545 6 -4.250 21792.5 -6.4 1.849 1.548 4.877E-01 3.818E-01 2.025E-11 2.689E+07 1.208E+04 2.399E+13 -0.547 11 -2.500 24250.3 -2.7 3.133 2.832 1.891E+00 3.818E-01 3.500E-10 4.646E+07 6.474E+03 2.398E+13 -0.576 16 -1.250 27145.0 2.2 3.890 3.589 6.718E+00 3.818E-01 1.787E-09 5.949E+07 3.129E+03 2.397E+13 -0.631 21 -0.300 32037.6 10.2 4.483 4.182 1.636E+01 3.818E-01 5.924E-09 7.145E+07 1.751E+03 2.417E+13 0.192 26 0.200 36593.3 1.2 4.778 4.477 2.283E+01 3.821E-01 1.023E-08 7.826E+07 1.301E+03 2.428E+13 0.655 31 0.700 42670.9 -0.3 5.097 4.797 3.262E+01 3.834E-01 1.826E-08 8.701E+07 1.013E+03 2.439E+13 1.135 36 1.200 51510.4 3.2 5.432 5.133 4.514E+01 3.852E-01 3.265E-08 9.803E+07 7.755E+02 2.395E+13 -0.687 41 1.700 63078.6 -3.6 5.781 5.482 6.227E+01 3.855E-01 5.953E-08 1.121E+08 5.308E+02 2.412E+13 0.006 46 2.200 76220.4 -6.9 6.131 5.832 8.966E+01 3.856E-01 1.102E-07 1.290E+08 2.871E+02 2.360E+13 -2.155 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 651 S flx SAM BB OPACITY: NO. LINES: 39894208 TEMKOR 0 |dF|, |dF_| 7.41233 3.81508 , |dT| 0.00014 9.56055 dam_f, tau_r 0.25000 0.00000 Test convergence 37 7.41232783E-02 37.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19865.4 -3.6 0.162 -0.139 3.847E-01 3.819E-01 4.560E-13 2.850E+06 1.066E+04 2.400E+13 -0.517 6 -4.250 21786.1 -4.8 1.849 1.548 4.880E-01 3.818E-01 2.026E-11 2.688E+07 1.208E+04 2.400E+13 -0.518 11 -2.500 24247.6 -1.7 3.133 2.832 1.892E+00 3.818E-01 3.499E-10 4.645E+07 6.479E+03 2.399E+13 -0.545 16 -1.250 27147.3 2.6 3.890 3.589 6.719E+00 3.818E-01 1.787E-09 5.949E+07 3.132E+03 2.398E+13 -0.587 21 -0.300 32047.8 9.6 4.483 4.182 1.636E+01 3.818E-01 5.924E-09 7.144E+07 1.751E+03 2.417E+13 0.225 26 0.200 36594.4 0.5 4.778 4.477 2.283E+01 3.821E-01 1.023E-08 7.826E+07 1.299E+03 2.427E+13 0.624 31 0.700 42670.5 -0.6 5.097 4.797 3.263E+01 3.834E-01 1.826E-08 8.700E+07 1.012E+03 2.439E+13 1.103 36 1.200 51513.6 2.7 5.432 5.133 4.513E+01 3.852E-01 3.264E-08 9.802E+07 7.761E+02 2.397E+13 -0.630 41 1.700 63074.9 -3.5 5.781 5.482 6.227E+01 3.855E-01 5.953E-08 1.120E+08 5.314E+02 2.414E+13 0.079 46 2.200 76213.5 -6.8 6.131 5.832 8.968E+01 3.856E-01 1.102E-07 1.290E+08 2.874E+02 2.362E+13 -2.058 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 665 S flx SAM BB OPACITY: NO. LINES: 39894838 TEMKOR 0 |dF|, |dF_| 7.23345 3.67516 , |dT| 0.00012 9.01758 dam_f, tau_r 0.25000 0.00000 Test convergence 38 7.23345056E-02 38.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19861.8 -2.7 0.162 -0.139 3.847E-01 3.819E-01 4.561E-13 2.850E+06 1.065E+04 2.400E+13 -0.495 6 -4.250 21781.3 -3.5 1.849 1.548 4.876E-01 3.818E-01 2.026E-11 2.687E+07 1.209E+04 2.400E+13 -0.496 11 -2.500 24245.9 -0.8 3.133 2.832 1.892E+00 3.818E-01 3.499E-10 4.644E+07 6.486E+03 2.399E+13 -0.521 16 -1.250 27149.9 2.9 3.890 3.589 6.720E+00 3.818E-01 1.786E-09 5.948E+07 3.135E+03 2.399E+13 -0.552 21 -0.300 32057.4 9.0 4.483 4.182 1.635E+01 3.818E-01 5.924E-09 7.144E+07 1.751E+03 2.418E+13 0.247 26 0.200 36595.0 0.2 4.778 4.477 2.283E+01 3.821E-01 1.023E-08 7.826E+07 1.298E+03 2.426E+13 0.581 31 0.700 42670.0 -0.3 5.097 4.797 3.263E+01 3.834E-01 1.826E-08 8.700E+07 1.011E+03 2.437E+13 1.053 36 1.200 51516.3 2.8 5.432 5.133 4.512E+01 3.852E-01 3.264E-08 9.802E+07 7.767E+02 2.398E+13 -0.582 41 1.700 63071.4 -3.2 5.781 5.482 6.228E+01 3.855E-01 5.953E-08 1.120E+08 5.318E+02 2.416E+13 0.153 46 2.200 76206.6 -6.5 6.131 5.832 8.971E+01 3.856E-01 1.103E-07 1.290E+08 2.878E+02 2.365E+13 -1.966 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 678 S flx SAM BB OPACITY: NO. LINES: 39895400 TEMKOR 0 |dF|, |dF_| 7.05730 3.53803 , |dT| 0.00011 8.82812 dam_f, tau_r 0.25000 0.00000 Test convergence 39 7.05730170E-02 39.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19859.1 -1.8 0.162 -0.139 3.847E-01 3.819E-01 4.561E-13 2.849E+06 1.064E+04 2.401E+13 -0.469 6 -4.250 21777.9 -2.3 1.849 1.548 4.880E-01 3.818E-01 2.026E-11 2.687E+07 1.209E+04 2.401E+13 -0.471 11 -2.500 24245.1 -0.1 3.133 2.832 1.892E+00 3.818E-01 3.499E-10 4.644E+07 6.493E+03 2.400E+13 -0.494 16 -1.250 27152.8 3.1 3.890 3.589 6.715E+00 3.818E-01 1.786E-09 5.948E+07 3.140E+03 2.400E+13 -0.517 21 -0.300 32066.4 8.5 4.483 4.182 1.634E+01 3.818E-01 5.924E-09 7.144E+07 1.752E+03 2.418E+13 0.266 26 0.200 36595.2 -0.1 4.778 4.478 2.285E+01 3.821E-01 1.024E-08 7.826E+07 1.296E+03 2.425E+13 0.553 31 0.700 42669.7 -0.5 5.097 4.797 3.263E+01 3.834E-01 1.826E-08 8.700E+07 1.011E+03 2.437E+13 1.026 36 1.200 51519.1 3.1 5.432 5.133 4.511E+01 3.852E-01 3.264E-08 9.802E+07 7.772E+02 2.399E+13 -0.536 41 1.700 63068.2 -2.3 5.781 5.482 6.229E+01 3.855E-01 5.954E-08 1.120E+08 5.323E+02 2.417E+13 0.211 46 2.200 76200.2 -5.8 6.131 5.832 8.973E+01 3.856E-01 1.103E-07 1.290E+08 2.881E+02 2.367E+13 -1.875 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 692 S flx SAM BB OPACITY: NO. LINES: 39895649 TEMKOR 0 |dF|, |dF_| 6.89163 3.39058 , |dT| 0.00010 8.06250 dam_f, tau_r 0.25000 0.00000 Test convergence 40 6.89163432E-02 40.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19857.3 -1.1 0.162 -0.139 3.847E-01 3.819E-01 4.562E-13 2.849E+06 1.064E+04 2.401E+13 -0.446 6 -4.250 21775.6 -1.4 1.849 1.548 4.880E-01 3.818E-01 2.027E-11 2.687E+07 1.210E+04 2.401E+13 -0.448 11 -2.500 24245.0 0.5 3.133 2.832 1.891E+00 3.818E-01 3.499E-10 4.643E+07 6.502E+03 2.401E+13 -0.470 16 -1.250 27155.8 3.2 3.890 3.589 6.716E+00 3.818E-01 1.786E-09 5.947E+07 3.142E+03 2.400E+13 -0.484 21 -0.300 32074.9 7.9 4.483 4.182 1.634E+01 3.818E-01 5.924E-09 7.144E+07 1.751E+03 2.419E+13 0.282 26 0.200 36595.0 -0.5 4.778 4.478 2.285E+01 3.821E-01 1.024E-08 7.826E+07 1.295E+03 2.424E+13 0.512 31 0.700 42669.2 -0.3 5.097 4.797 3.264E+01 3.834E-01 1.826E-08 8.699E+07 1.010E+03 2.436E+13 0.989 36 1.200 51522.2 2.8 5.432 5.133 4.510E+01 3.852E-01 3.264E-08 9.801E+07 7.778E+02 2.401E+13 -0.478 41 1.700 63065.9 -2.7 5.781 5.482 6.230E+01 3.855E-01 5.954E-08 1.120E+08 5.327E+02 2.419E+13 0.282 46 2.200 76194.3 -6.5 6.131 5.832 8.974E+01 3.856E-01 1.103E-07 1.290E+08 2.884E+02 2.369E+13 -1.791 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 706 S flx SAM BB OPACITY: NO. LINES: 39895729 TEMKOR 0 |dF|, |dF_| 6.72486 3.27370 , |dT| 0.00009 7.92188 dam_f, tau_r 0.25000 0.00000 Test convergence 41 6.72485679E-02 41.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19856.2 -0.4 0.162 -0.139 3.847E-01 3.819E-01 4.562E-13 2.849E+06 1.064E+04 2.402E+13 -0.426 6 -4.250 21774.2 -0.6 1.849 1.548 4.880E-01 3.818E-01 2.026E-11 2.686E+07 1.211E+04 2.402E+13 -0.428 11 -2.500 24245.5 1.0 3.133 2.832 1.892E+00 3.818E-01 3.498E-10 4.642E+07 6.502E+03 2.401E+13 -0.448 16 -1.250 27159.1 3.4 3.890 3.589 6.711E+00 3.818E-01 1.786E-09 5.947E+07 3.146E+03 2.401E+13 -0.457 21 -0.300 32082.8 7.5 4.484 4.183 1.633E+01 3.818E-01 5.925E-09 7.145E+07 1.751E+03 2.419E+13 0.291 26 0.200 36594.6 -0.6 4.779 4.478 2.285E+01 3.821E-01 1.024E-08 7.826E+07 1.293E+03 2.423E+13 0.472 31 0.700 42668.9 -0.1 5.097 4.797 3.264E+01 3.834E-01 1.826E-08 8.699E+07 1.009E+03 2.435E+13 0.954 36 1.200 51524.9 2.4 5.432 5.133 4.510E+01 3.852E-01 3.263E-08 9.801E+07 7.783E+02 2.402E+13 -0.416 41 1.700 63063.2 -2.8 5.781 5.482 6.229E+01 3.855E-01 5.954E-08 1.120E+08 5.331E+02 2.420E+13 0.324 46 2.200 76187.9 -6.0 6.131 5.832 8.976E+01 3.856E-01 1.103E-07 1.290E+08 2.887E+02 2.371E+13 -1.714 LAST ITERATION TOOK: 16 S: TOTAL ELAPSED: 722 S flx SAM BB OPACITY: NO. LINES: 39895722 TEMKOR 0 |dF|, |dF_| 6.55859 3.15881 , |dT| 0.00009 7.82812 dam_f, tau_r 0.25000 0.00000 Test convergence 42 6.55859485E-02 42.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19855.9 0.1 0.162 -0.139 3.847E-01 3.819E-01 4.562E-13 2.849E+06 1.064E+04 2.402E+13 -0.403 6 -4.250 21773.6 0.2 1.849 1.548 4.880E-01 3.818E-01 2.026E-11 2.686E+07 1.211E+04 2.402E+13 -0.405 11 -2.500 24246.6 1.5 3.133 2.832 1.891E+00 3.818E-01 3.497E-10 4.642E+07 6.510E+03 2.402E+13 -0.424 16 -1.250 27162.5 3.5 3.890 3.589 6.712E+00 3.818E-01 1.786E-09 5.947E+07 3.148E+03 2.402E+13 -0.428 21 -0.300 32090.3 7.0 4.484 4.183 1.632E+01 3.818E-01 5.925E-09 7.145E+07 1.752E+03 2.419E+13 0.299 26 0.200 36593.9 -0.8 4.779 4.478 2.286E+01 3.821E-01 1.024E-08 7.827E+07 1.292E+03 2.423E+13 0.437 31 0.700 42668.8 -0.0 5.097 4.797 3.264E+01 3.834E-01 1.826E-08 8.700E+07 1.008E+03 2.434E+13 0.925 36 1.200 51527.3 2.3 5.432 5.133 4.510E+01 3.852E-01 3.263E-08 9.802E+07 7.788E+02 2.403E+13 -0.382 41 1.700 63060.4 -2.5 5.781 5.482 6.230E+01 3.855E-01 5.954E-08 1.120E+08 5.335E+02 2.421E+13 0.377 46 2.200 76181.8 -5.6 6.131 5.832 8.978E+01 3.856E-01 1.103E-07 1.290E+08 2.890E+02 2.373E+13 -1.635 LAST ITERATION TOOK: 14 S: TOTAL ELAPSED: 736 S flx SAM BB OPACITY: NO. LINES: 39895698 TEMKOR 0 |dF|, |dF_| 6.41293 3.03838 , |dT| 0.00009 7.23438 dam_f, tau_r 0.25000 0.00000 Test convergence 43 6.41292855E-02 43.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19856.0 0.3 0.162 -0.139 3.847E-01 3.819E-01 4.562E-13 2.849E+06 1.064E+04 2.403E+13 -0.379 6 -4.250 21773.8 0.6 1.849 1.548 4.880E-01 3.818E-01 2.026E-11 2.686E+07 1.212E+04 2.403E+13 -0.381 11 -2.500 24248.1 1.9 3.133 2.832 1.890E+00 3.818E-01 3.498E-10 4.642E+07 6.518E+03 2.402E+13 -0.399 16 -1.250 27166.0 3.6 3.891 3.590 6.710E+00 3.818E-01 1.786E-09 5.947E+07 3.151E+03 2.402E+13 -0.398 21 -0.300 32097.3 6.5 4.484 4.183 1.632E+01 3.818E-01 5.925E-09 7.146E+07 1.751E+03 2.420E+13 0.313 26 0.200 36593.1 -1.2 4.779 4.478 2.286E+01 3.821E-01 1.024E-08 7.827E+07 1.291E+03 2.422E+13 0.412 31 0.700 42668.7 -0.2 5.097 4.797 3.264E+01 3.834E-01 1.826E-08 8.700E+07 1.007E+03 2.433E+13 0.888 36 1.200 51529.6 1.9 5.432 5.133 4.510E+01 3.852E-01 3.263E-08 9.802E+07 7.792E+02 2.404E+13 -0.332 41 1.700 63058.0 -2.6 5.781 5.482 6.231E+01 3.855E-01 5.954E-08 1.120E+08 5.338E+02 2.422E+13 0.429 46 2.200 76176.2 -6.0 6.131 5.832 8.979E+01 3.856E-01 1.103E-07 1.290E+08 2.893E+02 2.374E+13 -1.560 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 750 S flx SAM BB OPACITY: NO. LINES: 39895595 TEMKOR 0 |dF|, |dF_| 6.25678 2.92982 , |dT| 0.00009 7.47656 dam_f, tau_r 0.25000 0.00000 Test convergence 44 6.25677630E-02 44.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19856.3 0.7 0.162 -0.139 3.847E-01 3.819E-01 4.562E-13 2.849E+06 1.065E+04 2.403E+13 -0.359 6 -4.250 21774.3 1.0 1.849 1.548 4.880E-01 3.818E-01 2.026E-11 2.686E+07 1.212E+04 2.403E+13 -0.361 11 -2.500 24250.0 2.2 3.133 2.832 1.890E+00 3.818E-01 3.498E-10 4.643E+07 6.521E+03 2.403E+13 -0.378 16 -1.250 27169.5 3.6 3.891 3.590 6.709E+00 3.818E-01 1.786E-09 5.948E+07 3.154E+03 2.403E+13 -0.373 21 -0.300 32103.8 6.1 4.484 4.183 1.631E+01 3.818E-01 5.925E-09 7.147E+07 1.751E+03 2.420E+13 0.318 26 0.200 36591.9 -1.3 4.779 4.478 2.286E+01 3.821E-01 1.025E-08 7.828E+07 1.290E+03 2.421E+13 0.377 31 0.700 42668.5 -0.0 5.097 4.797 3.264E+01 3.834E-01 1.826E-08 8.700E+07 1.006E+03 2.433E+13 0.859 36 1.200 51531.6 1.9 5.432 5.133 4.508E+01 3.852E-01 3.263E-08 9.802E+07 7.796E+02 2.404E+13 -0.314 41 1.700 63055.4 -1.8 5.781 5.482 6.232E+01 3.855E-01 5.955E-08 1.120E+08 5.341E+02 2.423E+13 0.465 46 2.200 76170.2 -5.2 6.131 5.832 8.981E+01 3.856E-01 1.103E-07 1.290E+08 2.896E+02 2.376E+13 -1.485 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 764 S flx SAM BB OPACITY: NO. LINES: 39895443 TEMKOR 0 |dF|, |dF_| 6.12074 2.82679 , |dT| 0.00009 6.86719 dam_f, tau_r 0.25000 0.00000 Test convergence 45 6.12074248E-02 45.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19857.1 0.9 0.162 -0.139 3.847E-01 3.819E-01 4.562E-13 2.849E+06 1.065E+04 2.404E+13 -0.341 6 -4.250 21775.3 1.4 1.849 1.548 4.880E-01 3.818E-01 2.027E-11 2.687E+07 1.213E+04 2.404E+13 -0.342 11 -2.500 24252.2 2.5 3.133 2.832 1.890E+00 3.818E-01 3.498E-10 4.643E+07 6.523E+03 2.403E+13 -0.359 16 -1.250 27173.1 3.7 3.891 3.590 6.707E+00 3.818E-01 1.786E-09 5.949E+07 3.156E+03 2.404E+13 -0.352 21 -0.300 32110.0 5.8 4.484 4.183 1.631E+01 3.818E-01 5.926E-09 7.148E+07 1.751E+03 2.420E+13 0.317 26 0.200 36590.6 -1.4 4.779 4.478 2.287E+01 3.821E-01 1.025E-08 7.829E+07 1.289E+03 2.420E+13 0.344 31 0.700 42668.5 0.1 5.097 4.797 3.264E+01 3.834E-01 1.826E-08 8.701E+07 1.006E+03 2.432E+13 0.834 36 1.200 51533.5 1.8 5.432 5.133 4.508E+01 3.852E-01 3.263E-08 9.803E+07 7.799E+02 2.405E+13 -0.274 41 1.700 63053.6 -2.1 5.781 5.482 6.232E+01 3.855E-01 5.955E-08 1.121E+08 5.344E+02 2.424E+13 0.508 46 2.200 76165.0 -5.4 6.131 5.832 8.982E+01 3.856E-01 1.103E-07 1.290E+08 2.899E+02 2.378E+13 -1.408 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 778 S flx SAM BB OPACITY: NO. LINES: 39895191 TEMKOR 0 |dF|, |dF_| 5.97603 2.74102 , |dT| 0.00009 6.78125 dam_f, tau_r 0.25000 0.00000 Test convergence 46 5.97603172E-02 46.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19858.0 1.3 0.162 -0.139 3.847E-01 3.819E-01 4.562E-13 2.849E+06 1.066E+04 2.404E+13 -0.319 6 -4.250 21776.8 1.8 1.849 1.548 4.880E-01 3.818E-01 2.027E-11 2.687E+07 1.214E+04 2.404E+13 -0.321 11 -2.500 24254.6 2.5 3.133 2.832 1.890E+00 3.818E-01 3.497E-10 4.643E+07 6.524E+03 2.404E+13 -0.337 16 -1.250 27176.8 3.7 3.891 3.590 6.705E+00 3.818E-01 1.786E-09 5.949E+07 3.159E+03 2.404E+13 -0.327 21 -0.300 32115.7 5.3 4.484 4.183 1.630E+01 3.818E-01 5.926E-09 7.148E+07 1.750E+03 2.420E+13 0.321 26 0.200 36589.2 -1.6 4.779 4.478 2.288E+01 3.821E-01 1.025E-08 7.829E+07 1.288E+03 2.420E+13 0.322 31 0.700 42668.6 0.0 5.097 4.797 3.264E+01 3.834E-01 1.826E-08 8.701E+07 1.005E+03 2.431E+13 0.806 36 1.200 51535.3 1.7 5.432 5.133 4.508E+01 3.852E-01 3.262E-08 9.803E+07 7.802E+02 2.406E+13 -0.243 41 1.700 63051.4 -2.0 5.781 5.482 6.233E+01 3.855E-01 5.955E-08 1.121E+08 5.347E+02 2.425E+13 0.556 46 2.200 76159.6 -5.1 6.131 5.832 8.984E+01 3.856E-01 1.103E-07 1.290E+08 2.902E+02 2.380E+13 -1.338 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 791 S flx SAM BB OPACITY: NO. LINES: 39894808 TEMKOR 0 |dF|, |dF_| 5.82742 2.67214 , |dT| 0.00009 6.55469 dam_f, tau_r 0.25000 0.00000 Test convergence 47 5.82742058E-02 47.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19859.3 1.4 0.162 -0.139 3.847E-01 3.819E-01 4.561E-13 2.849E+06 1.066E+04 2.405E+13 -0.302 6 -4.250 21778.6 1.9 1.849 1.548 4.880E-01 3.818E-01 2.026E-11 2.687E+07 1.214E+04 2.405E+13 -0.303 11 -2.500 24257.2 2.8 3.133 2.832 1.889E+00 3.818E-01 3.498E-10 4.645E+07 6.530E+03 2.404E+13 -0.320 16 -1.250 27180.5 3.6 3.891 3.590 6.704E+00 3.818E-01 1.786E-09 5.950E+07 3.160E+03 2.405E+13 -0.308 21 -0.300 32121.1 5.0 4.484 4.183 1.630E+01 3.818E-01 5.927E-09 7.150E+07 1.750E+03 2.420E+13 0.320 26 0.200 36587.6 -1.6 4.779 4.478 2.289E+01 3.821E-01 1.025E-08 7.831E+07 1.287E+03 2.419E+13 0.295 31 0.700 42668.6 0.2 5.097 4.797 3.264E+01 3.834E-01 1.826E-08 8.703E+07 1.004E+03 2.431E+13 0.778 36 1.200 51537.0 1.7 5.432 5.133 4.507E+01 3.852E-01 3.262E-08 9.805E+07 7.806E+02 2.407E+13 -0.216 41 1.700 63049.4 -1.9 5.781 5.482 6.233E+01 3.855E-01 5.955E-08 1.121E+08 5.350E+02 2.426E+13 0.587 46 2.200 76154.4 -5.0 6.131 5.832 8.985E+01 3.856E-01 1.103E-07 1.290E+08 2.904E+02 2.381E+13 -1.271 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 805 S flx SAM BB OPACITY: NO. LINES: 39894474 TEMKOR 0 |dF|, |dF_| 5.69971 2.62666 , |dT| 0.00009 6.17969 dam_f, tau_r 0.25000 0.00000 Test convergence 48 5.69970533E-02 48.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19860.7 1.6 0.162 -0.139 3.847E-01 3.819E-01 4.561E-13 2.850E+06 1.067E+04 2.405E+13 -0.279 6 -4.250 21780.5 2.1 1.849 1.548 4.880E-01 3.818E-01 2.026E-11 2.687E+07 1.214E+04 2.405E+13 -0.281 11 -2.500 24260.0 2.9 3.133 2.832 1.890E+00 3.818E-01 3.498E-10 4.645E+07 6.532E+03 2.405E+13 -0.297 16 -1.250 27184.1 3.6 3.891 3.590 6.705E+00 3.818E-01 1.786E-09 5.951E+07 3.162E+03 2.405E+13 -0.283 21 -0.300 32126.1 4.6 4.484 4.183 1.630E+01 3.818E-01 5.927E-09 7.151E+07 1.749E+03 2.420E+13 0.325 26 0.200 36586.0 -1.8 4.779 4.478 2.288E+01 3.821E-01 1.025E-08 7.832E+07 1.286E+03 2.419E+13 0.270 31 0.700 42668.8 0.1 5.097 4.797 3.264E+01 3.834E-01 1.826E-08 8.703E+07 1.004E+03 2.430E+13 0.756 36 1.200 51538.7 1.1 5.432 5.133 4.506E+01 3.852E-01 3.262E-08 9.805E+07 7.809E+02 2.408E+13 -0.186 41 1.700 63047.5 -1.9 5.781 5.482 6.234E+01 3.855E-01 5.956E-08 1.121E+08 5.351E+02 2.427E+13 0.617 46 2.200 76149.4 -5.2 6.131 5.832 8.987E+01 3.856E-01 1.103E-07 1.290E+08 2.907E+02 2.383E+13 -1.204 LAST ITERATION TOOK: 14 S: TOTAL ELAPSED: 819 S flx SAM BB OPACITY: NO. LINES: 39894131 TEMKOR 0 |dF|, |dF_| 5.57122 2.57359 , |dT| 0.00009 6.25000 dam_f, tau_r 0.25000 0.00000 Test convergence 49 5.57122380E-02 49.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19862.3 1.7 0.162 -0.139 3.847E-01 3.819E-01 4.560E-13 2.850E+06 1.068E+04 2.406E+13 -0.263 6 -4.250 21782.6 2.3 1.849 1.548 4.876E-01 3.818E-01 2.026E-11 2.688E+07 1.216E+04 2.406E+13 -0.265 11 -2.500 24262.9 3.0 3.133 2.832 1.889E+00 3.818E-01 3.497E-10 4.645E+07 6.536E+03 2.405E+13 -0.280 16 -1.250 27187.7 3.6 3.891 3.590 6.703E+00 3.818E-01 1.786E-09 5.951E+07 3.163E+03 2.406E+13 -0.267 21 -0.300 32130.7 4.3 4.484 4.183 1.630E+01 3.818E-01 5.927E-09 7.151E+07 1.749E+03 2.420E+13 0.318 26 0.200 36584.2 -1.8 4.779 4.478 2.289E+01 3.821E-01 1.025E-08 7.832E+07 1.286E+03 2.418E+13 0.243 31 0.700 42668.9 0.2 5.097 4.797 3.264E+01 3.834E-01 1.826E-08 8.703E+07 1.003E+03 2.430E+13 0.729 36 1.200 51539.8 1.3 5.432 5.133 4.506E+01 3.852E-01 3.262E-08 9.805E+07 7.811E+02 2.408E+13 -0.162 41 1.700 63045.6 -1.8 5.781 5.482 6.234E+01 3.855E-01 5.956E-08 1.121E+08 5.354E+02 2.428E+13 0.647 46 2.200 76144.2 -4.7 6.131 5.832 8.988E+01 3.856E-01 1.104E-07 1.290E+08 2.909E+02 2.384E+13 -1.149 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 833 S flx SAM BB OPACITY: NO. LINES: 39893843 TEMKOR 0 |dF|, |dF_| 5.45689 2.53808 , |dT| 0.00008 5.92188 dam_f, tau_r 0.25000 0.00000 Test convergence 50 5.45688793E-02 50.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19864.0 1.7 0.162 -0.139 3.847E-01 3.819E-01 4.560E-13 2.850E+06 1.068E+04 2.406E+13 -0.246 6 -4.250 21784.9 2.4 1.849 1.548 4.880E-01 3.818E-01 2.026E-11 2.688E+07 1.215E+04 2.406E+13 -0.248 11 -2.500 24265.9 3.1 3.134 2.833 1.889E+00 3.818E-01 3.499E-10 4.646E+07 6.538E+03 2.406E+13 -0.264 16 -1.250 27191.4 3.5 3.891 3.590 6.701E+00 3.818E-01 1.786E-09 5.952E+07 3.165E+03 2.406E+13 -0.249 21 -0.300 32135.0 4.0 4.484 4.183 1.629E+01 3.818E-01 5.927E-09 7.153E+07 1.748E+03 2.420E+13 0.315 26 0.200 36582.4 -1.8 4.779 4.478 2.290E+01 3.821E-01 1.026E-08 7.833E+07 1.284E+03 2.417E+13 0.219 31 0.700 42669.1 0.4 5.097 4.797 3.264E+01 3.834E-01 1.826E-08 8.705E+07 1.002E+03 2.429E+13 0.704 36 1.200 51541.1 1.5 5.432 5.133 4.506E+01 3.852E-01 3.262E-08 9.807E+07 7.814E+02 2.408E+13 -0.149 41 1.700 63043.8 -1.4 5.781 5.482 6.234E+01 3.855E-01 5.956E-08 1.121E+08 5.356E+02 2.428E+13 0.662 46 2.200 76139.5 -4.6 6.131 5.832 8.990E+01 3.856E-01 1.104E-07 1.290E+08 2.912E+02 2.386E+13 -1.077 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 846 S flx SAM BB OPACITY: NO. LINES: 39893524 TEMKOR 0 |dF|, |dF_| 5.32755 2.48877 , |dT| 0.00008 6.01562 dam_f, tau_r 0.25000 0.00000 Test convergence 51 5.32754734E-02 51.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19865.8 1.8 0.162 -0.139 3.847E-01 3.819E-01 4.560E-13 2.850E+06 1.069E+04 2.407E+13 -0.228 6 -4.250 21787.3 2.5 1.849 1.548 4.880E-01 3.818E-01 2.026E-11 2.688E+07 1.215E+04 2.407E+13 -0.230 11 -2.500 24269.0 3.1 3.133 2.832 1.888E+00 3.818E-01 3.498E-10 4.646E+07 6.541E+03 2.406E+13 -0.246 16 -1.250 27194.9 3.5 3.891 3.590 6.699E+00 3.818E-01 1.787E-09 5.953E+07 3.167E+03 2.406E+13 -0.231 21 -0.300 32139.0 3.7 4.485 4.184 1.629E+01 3.818E-01 5.928E-09 7.154E+07 1.748E+03 2.420E+13 0.312 26 0.200 36580.5 -1.9 4.779 4.478 2.290E+01 3.821E-01 1.026E-08 7.834E+07 1.284E+03 2.417E+13 0.199 31 0.700 42669.5 0.3 5.097 4.797 3.264E+01 3.834E-01 1.826E-08 8.706E+07 1.002E+03 2.429E+13 0.690 36 1.200 51542.7 1.1 5.432 5.133 4.506E+01 3.852E-01 3.262E-08 9.808E+07 7.816E+02 2.409E+13 -0.121 41 1.700 63042.4 -1.4 5.781 5.482 6.234E+01 3.855E-01 5.956E-08 1.121E+08 5.358E+02 2.429E+13 0.685 46 2.200 76134.9 -4.2 6.131 5.832 8.991E+01 3.856E-01 1.104E-07 1.290E+08 2.914E+02 2.387E+13 -1.026 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 860 S flx SAM BB OPACITY: NO. LINES: 39893287 TEMKOR 0 |dF|, |dF_| 5.21180 2.43990 , |dT| 0.00008 5.84375 dam_f, tau_r 0.25000 0.00000 Test convergence 52 5.21179996E-02 52.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19867.6 1.8 0.162 -0.139 3.847E-01 3.819E-01 4.559E-13 2.851E+06 1.070E+04 2.407E+13 -0.214 6 -4.250 21789.8 2.5 1.849 1.548 4.876E-01 3.818E-01 2.026E-11 2.688E+07 1.216E+04 2.407E+13 -0.215 11 -2.500 24272.1 3.0 3.133 2.832 1.887E+00 3.818E-01 3.497E-10 4.647E+07 6.544E+03 2.406E+13 -0.231 16 -1.250 27198.4 3.5 3.891 3.590 6.698E+00 3.818E-01 1.787E-09 5.954E+07 3.169E+03 2.407E+13 -0.216 21 -0.300 32142.7 3.4 4.485 4.184 1.629E+01 3.818E-01 5.928E-09 7.155E+07 1.747E+03 2.419E+13 0.307 26 0.200 36578.6 -1.9 4.779 4.478 2.291E+01 3.821E-01 1.026E-08 7.835E+07 1.283E+03 2.416E+13 0.182 31 0.700 42669.8 0.3 5.097 4.797 3.263E+01 3.834E-01 1.826E-08 8.707E+07 1.001E+03 2.428E+13 0.662 36 1.200 51543.8 1.3 5.432 5.133 4.506E+01 3.852E-01 3.262E-08 9.808E+07 7.817E+02 2.409E+13 -0.109 41 1.700 63041.0 -1.1 5.781 5.482 6.235E+01 3.855E-01 5.956E-08 1.121E+08 5.359E+02 2.429E+13 0.711 46 2.200 76130.7 -4.1 6.131 5.832 8.992E+01 3.856E-01 1.104E-07 1.290E+08 2.916E+02 2.389E+13 -0.969 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 873 S flx SAM BB OPACITY: NO. LINES: 39892906 TEMKOR 0 |dF|, |dF_| 5.10616 2.40751 , |dT| 0.00008 5.36719 dam_f, tau_r 0.25000 0.00000 Test convergence 53 5.10616265E-02 53.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19869.4 2.0 0.162 -0.139 3.847E-01 3.819E-01 4.559E-13 2.851E+06 1.071E+04 2.407E+13 -0.196 6 -4.250 21792.3 2.6 1.849 1.548 4.877E-01 3.818E-01 2.025E-11 2.689E+07 1.217E+04 2.407E+13 -0.197 11 -2.500 24275.1 3.1 3.134 2.833 1.888E+00 3.818E-01 3.498E-10 4.647E+07 6.542E+03 2.407E+13 -0.213 16 -1.250 27201.9 3.3 3.891 3.590 6.699E+00 3.818E-01 1.786E-09 5.954E+07 3.169E+03 2.407E+13 -0.198 21 -0.300 32146.2 3.2 4.485 4.184 1.629E+01 3.818E-01 5.929E-09 7.155E+07 1.746E+03 2.419E+13 0.302 26 0.200 36576.6 -2.0 4.779 4.478 2.292E+01 3.821E-01 1.026E-08 7.835E+07 1.283E+03 2.416E+13 0.163 31 0.700 42670.0 0.3 5.097 4.797 3.263E+01 3.834E-01 1.826E-08 8.706E+07 1.001E+03 2.428E+13 0.644 36 1.200 51545.0 0.9 5.432 5.133 4.506E+01 3.852E-01 3.261E-08 9.808E+07 7.819E+02 2.410E+13 -0.077 41 1.700 63039.8 -1.7 5.781 5.482 6.235E+01 3.855E-01 5.956E-08 1.121E+08 5.361E+02 2.430E+13 0.733 46 2.200 76126.6 -4.5 6.131 5.832 8.993E+01 3.856E-01 1.104E-07 1.290E+08 2.918E+02 2.390E+13 -0.913 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 887 S flx SAM BB OPACITY: NO. LINES: 39892595 TEMKOR 0 |dF|, |dF_| 4.98960 2.36043 , |dT| 0.00008 5.57812 dam_f, tau_r 0.25000 0.00000 Test convergence 54 4.98959906E-02 54.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19871.4 1.9 0.162 -0.139 3.847E-01 3.819E-01 4.558E-13 2.851E+06 1.071E+04 2.408E+13 -0.186 6 -4.250 21794.9 2.6 1.850 1.549 4.877E-01 3.818E-01 2.025E-11 2.689E+07 1.217E+04 2.408E+13 -0.188 11 -2.500 24278.2 3.1 3.134 2.833 1.887E+00 3.818E-01 3.498E-10 4.648E+07 6.546E+03 2.407E+13 -0.203 16 -1.250 27205.2 3.3 3.891 3.590 6.697E+00 3.818E-01 1.787E-09 5.956E+07 3.171E+03 2.407E+13 -0.190 21 -0.300 32149.3 3.0 4.485 4.184 1.629E+01 3.818E-01 5.929E-09 7.157E+07 1.745E+03 2.419E+13 0.290 26 0.200 36574.6 -1.8 4.779 4.478 2.292E+01 3.821E-01 1.026E-08 7.837E+07 1.282E+03 2.415E+13 0.135 31 0.700 42670.3 0.7 5.097 4.797 3.263E+01 3.834E-01 1.826E-08 8.708E+07 1.000E+03 2.427E+13 0.620 36 1.200 51546.0 1.4 5.432 5.133 4.505E+01 3.852E-01 3.261E-08 9.810E+07 7.821E+02 2.410E+13 -0.076 41 1.700 63038.2 -1.3 5.781 5.482 6.236E+01 3.855E-01 5.956E-08 1.121E+08 5.362E+02 2.430E+13 0.759 46 2.200 76122.1 -3.9 6.131 5.832 8.994E+01 3.856E-01 1.104E-07 1.291E+08 2.920E+02 2.391E+13 -0.873 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 900 S flx SAM BB OPACITY: NO. LINES: 39892269 TEMKOR 0 |dF|, |dF_| 4.88522 2.32964 , |dT| 0.00008 5.01562 dam_f, tau_r 0.25000 0.00000 Test convergence 55 4.88522202E-02 55.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19873.3 1.9 0.162 -0.139 3.847E-01 3.819E-01 4.558E-13 2.851E+06 1.072E+04 2.408E+13 -0.169 6 -4.250 21797.5 2.5 1.849 1.548 4.877E-01 3.818E-01 2.025E-11 2.689E+07 1.217E+04 2.408E+13 -0.171 11 -2.500 24281.4 3.1 3.134 2.833 1.887E+00 3.818E-01 3.499E-10 4.649E+07 6.546E+03 2.408E+13 -0.186 16 -1.250 27208.5 3.2 3.891 3.590 6.695E+00 3.818E-01 1.787E-09 5.956E+07 3.172E+03 2.408E+13 -0.174 21 -0.300 32152.3 2.7 4.485 4.184 1.629E+01 3.818E-01 5.929E-09 7.158E+07 1.744E+03 2.419E+13 0.288 26 0.200 36572.8 -1.9 4.779 4.478 2.292E+01 3.821E-01 1.026E-08 7.838E+07 1.282E+03 2.415E+13 0.130 31 0.700 42671.0 0.3 5.097 4.797 3.262E+01 3.834E-01 1.825E-08 8.709E+07 9.999E+02 2.427E+13 0.609 36 1.200 51547.4 1.2 5.432 5.133 4.504E+01 3.852E-01 3.261E-08 9.811E+07 7.823E+02 2.411E+13 -0.060 41 1.700 63036.9 -1.3 5.781 5.482 6.236E+01 3.855E-01 5.956E-08 1.121E+08 5.363E+02 2.431E+13 0.768 46 2.200 76118.2 -4.1 6.131 5.832 8.995E+01 3.856E-01 1.104E-07 1.291E+08 2.922E+02 2.392E+13 -0.816 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 914 S flx SAM BB OPACITY: NO. LINES: 39891918 TEMKOR 0 |dF|, |dF_| 4.76960 2.28793 , |dT| 0.00008 4.95312 dam_f, tau_r 0.25000 0.00000 Test convergence 56 4.76959758E-02 56.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19875.2 1.9 0.162 -0.139 3.847E-01 3.819E-01 4.557E-13 2.852E+06 1.073E+04 2.408E+13 -0.154 6 -4.250 21800.0 2.6 1.850 1.549 4.877E-01 3.818E-01 2.025E-11 2.690E+07 1.218E+04 2.408E+13 -0.156 11 -2.500 24284.5 3.0 3.134 2.833 1.886E+00 3.818E-01 3.498E-10 4.650E+07 6.549E+03 2.408E+13 -0.171 16 -1.250 27211.7 3.1 3.891 3.590 6.696E+00 3.818E-01 1.787E-09 5.957E+07 3.172E+03 2.408E+13 -0.159 21 -0.300 32155.0 2.5 4.485 4.184 1.629E+01 3.818E-01 5.929E-09 7.159E+07 1.744E+03 2.419E+13 0.282 26 0.200 36570.9 -2.0 4.779 4.478 2.292E+01 3.821E-01 1.026E-08 7.839E+07 1.282E+03 2.415E+13 0.113 31 0.700 42671.4 0.3 5.097 4.797 3.264E+01 3.834E-01 1.826E-08 8.710E+07 9.991E+02 2.427E+13 0.600 36 1.200 51548.6 0.7 5.432 5.133 4.505E+01 3.852E-01 3.261E-08 9.811E+07 7.823E+02 2.411E+13 -0.037 41 1.700 63035.6 -1.5 5.781 5.482 6.236E+01 3.855E-01 5.956E-08 1.121E+08 5.365E+02 2.431E+13 0.782 46 2.200 76114.1 -4.2 6.131 5.832 8.996E+01 3.856E-01 1.104E-07 1.291E+08 2.924E+02 2.394E+13 -0.768 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 927 S flx SAM BB OPACITY: NO. LINES: 39891569 TEMKOR 0 |dF|, |dF_| 4.67241 2.25020 , |dT| 0.00007 4.76562 dam_f, tau_r 0.25000 0.00000 Test convergence 57 4.67240550E-02 57.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19877.1 2.0 0.162 -0.139 3.847E-01 3.819E-01 4.557E-13 2.852E+06 1.074E+04 2.409E+13 -0.142 6 -4.250 21802.6 2.6 1.850 1.549 4.877E-01 3.818E-01 2.025E-11 2.690E+07 1.218E+04 2.409E+13 -0.143 11 -2.500 24287.5 3.0 3.134 2.833 1.887E+00 3.818E-01 3.498E-10 4.650E+07 6.549E+03 2.408E+13 -0.159 16 -1.250 27214.9 3.0 3.891 3.590 6.691E+00 3.818E-01 1.787E-09 5.958E+07 3.174E+03 2.408E+13 -0.149 21 -0.300 32157.5 2.3 4.485 4.184 1.628E+01 3.818E-01 5.930E-09 7.159E+07 1.743E+03 2.419E+13 0.272 26 0.200 36568.9 -2.0 4.779 4.478 2.294E+01 3.821E-01 1.026E-08 7.839E+07 1.281E+03 2.415E+13 0.102 31 0.700 42671.7 0.3 5.097 4.797 3.264E+01 3.834E-01 1.825E-08 8.710E+07 9.986E+02 2.426E+13 0.584 36 1.200 51549.3 1.0 5.432 5.133 4.504E+01 3.852E-01 3.261E-08 9.812E+07 7.825E+02 2.411E+13 -0.034 41 1.700 63034.1 -1.0 5.781 5.482 6.237E+01 3.855E-01 5.957E-08 1.121E+08 5.366E+02 2.431E+13 0.798 46 2.200 76109.9 -3.7 6.131 5.832 8.997E+01 3.856E-01 1.104E-07 1.291E+08 2.926E+02 2.395E+13 -0.716 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 941 S flx SAM BB OPACITY: NO. LINES: 39891230 TEMKOR 0 |dF|, |dF_| 4.57762 2.20629 , |dT| 0.00007 4.93750 dam_f, tau_r 0.25000 0.00000 Test convergence 58 4.57762368E-02 58.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19879.0 1.9 0.162 -0.139 3.847E-01 3.819E-01 4.556E-13 2.852E+06 1.074E+04 2.409E+13 -0.131 6 -4.250 21805.2 2.4 1.850 1.549 4.877E-01 3.818E-01 2.025E-11 2.690E+07 1.218E+04 2.409E+13 -0.133 11 -2.500 24290.5 2.9 3.134 2.833 1.887E+00 3.818E-01 3.499E-10 4.651E+07 6.549E+03 2.408E+13 -0.148 16 -1.250 27217.9 2.9 3.892 3.591 6.692E+00 3.818E-01 1.787E-09 5.959E+07 3.174E+03 2.409E+13 -0.140 21 -0.300 32159.8 2.1 4.485 4.184 1.629E+01 3.818E-01 5.931E-09 7.160E+07 1.742E+03 2.418E+13 0.263 26 0.200 36566.9 -1.9 4.779 4.478 2.293E+01 3.821E-01 1.027E-08 7.840E+07 1.281E+03 2.414E+13 0.083 31 0.700 42672.0 0.5 5.097 4.797 3.263E+01 3.834E-01 1.825E-08 8.711E+07 9.983E+02 2.426E+13 0.561 36 1.200 51550.3 0.8 5.432 5.133 4.503E+01 3.852E-01 3.261E-08 9.812E+07 7.827E+02 2.412E+13 -0.022 41 1.700 63033.1 -1.0 5.781 5.482 6.236E+01 3.855E-01 5.957E-08 1.121E+08 5.367E+02 2.431E+13 0.798 46 2.200 76106.1 -3.4 6.131 5.832 8.999E+01 3.856E-01 1.104E-07 1.291E+08 2.927E+02 2.396E+13 -0.679 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 954 S flx SAM BB OPACITY: NO. LINES: 39890863 TEMKOR 0 |dF|, |dF_| 4.47941 2.17906 , |dT| 0.00007 4.41406 dam_f, tau_r 0.25000 0.00000 Test convergence 59 4.47940864E-02 59.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19880.9 1.8 0.162 -0.139 3.847E-01 3.819E-01 4.556E-13 2.853E+06 1.075E+04 2.409E+13 -0.120 6 -4.250 21807.7 2.5 1.850 1.549 4.873E-01 3.818E-01 2.024E-11 2.691E+07 1.219E+04 2.409E+13 -0.121 11 -2.500 24293.4 2.9 3.134 2.833 1.886E+00 3.818E-01 3.498E-10 4.651E+07 6.552E+03 2.409E+13 -0.137 16 -1.250 27220.8 2.8 3.892 3.591 6.693E+00 3.818E-01 1.787E-09 5.959E+07 3.175E+03 2.409E+13 -0.130 21 -0.300 32161.9 1.9 4.485 4.184 1.629E+01 3.818E-01 5.931E-09 7.161E+07 1.741E+03 2.418E+13 0.254 26 0.200 36565.1 -1.8 4.779 4.478 2.294E+01 3.821E-01 1.027E-08 7.840E+07 1.280E+03 2.414E+13 0.071 31 0.700 42672.5 0.6 5.097 4.797 3.263E+01 3.834E-01 1.825E-08 8.711E+07 9.978E+02 2.425E+13 0.542 36 1.200 51551.1 1.0 5.432 5.133 4.504E+01 3.852E-01 3.261E-08 9.813E+07 7.827E+02 2.412E+13 -0.004 41 1.700 63032.1 -1.0 5.781 5.482 6.237E+01 3.855E-01 5.957E-08 1.121E+08 5.368E+02 2.432E+13 0.817 46 2.200 76102.7 -3.7 6.131 5.832 8.999E+01 3.856E-01 1.104E-07 1.291E+08 2.929E+02 2.397E+13 -0.636 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 967 S flx SAM BB OPACITY: NO. LINES: 39890516 TEMKOR 0 |dF|, |dF_| 4.39103 2.14024 , |dT| 0.00007 4.28125 dam_f, tau_r 0.25000 0.00000 Test convergence 60 4.39103022E-02 60.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19882.7 1.8 0.162 -0.139 3.847E-01 3.819E-01 4.556E-13 2.853E+06 1.076E+04 2.409E+13 -0.109 6 -4.250 21810.1 2.4 1.850 1.549 4.873E-01 3.818E-01 2.024E-11 2.691E+07 1.219E+04 2.409E+13 -0.111 11 -2.500 24296.3 2.8 3.134 2.833 1.886E+00 3.818E-01 3.498E-10 4.652E+07 6.551E+03 2.409E+13 -0.127 16 -1.250 27223.6 2.7 3.892 3.591 6.688E+00 3.818E-01 1.787E-09 5.960E+07 3.177E+03 2.409E+13 -0.122 21 -0.300 32163.8 1.8 4.485 4.184 1.628E+01 3.818E-01 5.931E-09 7.162E+07 1.741E+03 2.418E+13 0.245 26 0.200 36563.2 -1.8 4.779 4.478 2.293E+01 3.821E-01 1.027E-08 7.841E+07 1.281E+03 2.413E+13 0.059 31 0.700 42673.0 0.5 5.097 4.797 3.263E+01 3.834E-01 1.825E-08 8.712E+07 9.973E+02 2.425E+13 0.528 36 1.200 51552.1 0.8 5.432 5.133 4.503E+01 3.852E-01 3.261E-08 9.814E+07 7.828E+02 2.412E+13 -0.000 41 1.700 63031.1 -0.8 5.781 5.482 6.238E+01 3.855E-01 5.957E-08 1.122E+08 5.368E+02 2.432E+13 0.827 46 2.200 76099.0 -3.6 6.131 5.832 9.000E+01 3.856E-01 1.104E-07 1.291E+08 2.931E+02 2.398E+13 -0.590 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 981 S flx SAM BB OPACITY: NO. LINES: 39890171 TEMKOR 0 |dF|, |dF_| 4.29875 2.10602 , |dT| 0.00006 4.33594 dam_f, tau_r 0.25000 0.00000 Test convergence 61 4.29875255E-02 61.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19884.5 1.7 0.162 -0.139 3.847E-01 3.819E-01 4.555E-13 2.853E+06 1.077E+04 2.410E+13 -0.100 6 -4.250 21812.5 2.3 1.850 1.549 4.877E-01 3.818E-01 2.024E-11 2.691E+07 1.219E+04 2.410E+13 -0.101 11 -2.500 24299.1 2.7 3.134 2.833 1.885E+00 3.818E-01 3.499E-10 4.653E+07 6.555E+03 2.409E+13 -0.117 16 -1.250 27226.3 2.6 3.892 3.591 6.689E+00 3.818E-01 1.787E-09 5.961E+07 3.177E+03 2.409E+13 -0.114 21 -0.300 32165.6 1.6 4.485 4.184 1.628E+01 3.818E-01 5.932E-09 7.162E+07 1.740E+03 2.418E+13 0.238 26 0.200 36561.5 -1.7 4.779 4.478 2.294E+01 3.821E-01 1.027E-08 7.842E+07 1.280E+03 2.413E+13 0.050 31 0.700 42673.6 0.5 5.097 4.797 3.262E+01 3.834E-01 1.825E-08 8.712E+07 9.970E+02 2.424E+13 0.512 36 1.200 51552.8 1.0 5.432 5.133 4.503E+01 3.852E-01 3.261E-08 9.814E+07 7.829E+02 2.412E+13 0.008 41 1.700 63030.3 -0.8 5.781 5.482 6.237E+01 3.855E-01 5.957E-08 1.122E+08 5.369E+02 2.432E+13 0.828 46 2.200 76095.4 -3.4 6.131 5.832 9.001E+01 3.856E-01 1.104E-07 1.291E+08 2.932E+02 2.399E+13 -0.559 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 994 S flx SAM BB OPACITY: NO. LINES: 39889784 TEMKOR 0 |dF|, |dF_| 4.21633 2.07340 , |dT| 0.00006 4.00000 dam_f, tau_r 0.25000 0.00000 Test convergence 62 4.21632677E-02 62.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19886.3 1.7 0.162 -0.139 3.846E-01 3.819E-01 4.555E-13 2.854E+06 1.078E+04 2.410E+13 -0.088 6 -4.250 21814.9 2.3 1.850 1.549 4.873E-01 3.818E-01 2.024E-11 2.691E+07 1.220E+04 2.410E+13 -0.090 11 -2.500 24301.8 2.6 3.134 2.833 1.885E+00 3.818E-01 3.499E-10 4.653E+07 6.554E+03 2.410E+13 -0.106 16 -1.250 27228.9 2.5 3.892 3.591 6.687E+00 3.818E-01 1.787E-09 5.961E+07 3.178E+03 2.410E+13 -0.104 21 -0.300 32167.3 1.5 4.485 4.184 1.628E+01 3.818E-01 5.932E-09 7.163E+07 1.740E+03 2.418E+13 0.229 26 0.200 36559.7 -1.8 4.779 4.478 2.295E+01 3.821E-01 1.027E-08 7.843E+07 1.280E+03 2.413E+13 0.045 31 0.700 42674.1 0.5 5.097 4.797 3.262E+01 3.834E-01 1.825E-08 8.713E+07 9.966E+02 2.424E+13 0.499 36 1.200 51553.8 0.8 5.432 5.133 4.502E+01 3.852E-01 3.260E-08 9.815E+07 7.830E+02 2.412E+13 0.013 41 1.700 63029.6 -0.9 5.781 5.482 6.238E+01 3.855E-01 5.957E-08 1.122E+08 5.369E+02 2.432E+13 0.841 46 2.200 76092.0 -3.5 6.131 5.832 9.003E+01 3.856E-01 1.104E-07 1.291E+08 2.934E+02 2.400E+13 -0.516 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 1007 S flx SAM BB OPACITY: NO. LINES: 39889501 TEMKOR 0 |dF|, |dF_| 4.13024 2.04355 , |dT| 0.00006 4.24219 dam_f, tau_r 0.25000 0.00000 Test convergence 63 4.13023829E-02 63.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19887.9 1.7 0.162 -0.139 3.846E-01 3.819E-01 4.555E-13 2.854E+06 1.078E+04 2.410E+13 -0.081 6 -4.250 21817.2 2.2 1.850 1.549 4.873E-01 3.818E-01 2.024E-11 2.692E+07 1.220E+04 2.410E+13 -0.082 11 -2.500 24304.4 2.5 3.134 2.833 1.884E+00 3.818E-01 3.498E-10 4.653E+07 6.557E+03 2.410E+13 -0.099 16 -1.250 27231.4 2.5 3.892 3.591 6.688E+00 3.818E-01 1.787E-09 5.962E+07 3.178E+03 2.410E+13 -0.099 21 -0.300 32168.7 1.4 4.485 4.184 1.628E+01 3.818E-01 5.932E-09 7.164E+07 1.739E+03 2.417E+13 0.219 26 0.200 36558.0 -1.6 4.779 4.478 2.295E+01 3.821E-01 1.027E-08 7.843E+07 1.280E+03 2.413E+13 0.030 31 0.700 42674.6 0.6 5.097 4.797 3.261E+01 3.834E-01 1.825E-08 8.714E+07 9.964E+02 2.424E+13 0.482 36 1.200 51554.6 0.9 5.432 5.133 4.503E+01 3.852E-01 3.260E-08 9.816E+07 7.830E+02 2.413E+13 0.026 41 1.700 63028.6 -0.8 5.781 5.482 6.239E+01 3.855E-01 5.957E-08 1.122E+08 5.369E+02 2.432E+13 0.847 46 2.200 76088.6 -3.1 6.131 5.832 9.003E+01 3.856E-01 1.104E-07 1.291E+08 2.935E+02 2.400E+13 -0.494 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 1021 S flx SAM BB OPACITY: NO. LINES: 39889135 TEMKOR 0 |dF|, |dF_| 4.04718 2.01502 , |dT| 0.00006 3.96094 dam_f, tau_r 0.25000 0.00000 Test convergence 64 4.04718034E-02 64.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19889.6 1.6 0.162 -0.139 3.846E-01 3.819E-01 4.555E-13 2.854E+06 1.079E+04 2.410E+13 -0.071 6 -4.250 21819.4 2.1 1.850 1.549 4.874E-01 3.818E-01 2.023E-11 2.692E+07 1.220E+04 2.410E+13 -0.073 11 -2.500 24306.9 2.5 3.134 2.833 1.884E+00 3.818E-01 3.499E-10 4.654E+07 6.557E+03 2.410E+13 -0.089 16 -1.250 27233.9 2.3 3.892 3.591 6.686E+00 3.818E-01 1.787E-09 5.963E+07 3.179E+03 2.410E+13 -0.091 21 -0.300 32170.1 1.2 4.485 4.184 1.628E+01 3.818E-01 5.933E-09 7.165E+07 1.738E+03 2.417E+13 0.213 26 0.200 36556.4 -1.7 4.779 4.478 2.296E+01 3.821E-01 1.027E-08 7.844E+07 1.279E+03 2.413E+13 0.027 31 0.700 42675.1 0.4 5.097 4.797 3.261E+01 3.834E-01 1.825E-08 8.715E+07 9.960E+02 2.424E+13 0.476 36 1.200 51555.5 0.6 5.432 5.133 4.502E+01 3.852E-01 3.260E-08 9.816E+07 7.831E+02 2.413E+13 0.024 41 1.700 63027.9 -0.6 5.781 5.482 6.238E+01 3.855E-01 5.957E-08 1.122E+08 5.371E+02 2.432E+13 0.845 46 2.200 76085.5 -3.1 6.131 5.832 9.005E+01 3.856E-01 1.104E-07 1.291E+08 2.936E+02 2.401E+13 -0.452 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 1034 S flx SAM BB OPACITY: NO. LINES: 39888790 TEMKOR 0 |dF|, |dF_| 3.95666 1.97968 , |dT| 0.00006 3.82031 dam_f, tau_r 0.25000 0.00000 Test convergence 65 3.95666435E-02 65.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19891.2 1.5 0.162 -0.139 3.846E-01 3.819E-01 4.554E-13 2.854E+06 1.079E+04 2.411E+13 -0.062 6 -4.250 21821.4 2.1 1.850 1.549 4.874E-01 3.818E-01 2.024E-11 2.692E+07 1.220E+04 2.411E+13 -0.064 11 -2.500 24309.3 2.4 3.134 2.833 1.884E+00 3.818E-01 3.499E-10 4.655E+07 6.556E+03 2.410E+13 -0.080 16 -1.250 27236.2 2.2 3.892 3.591 6.686E+00 3.818E-01 1.787E-09 5.963E+07 3.179E+03 2.410E+13 -0.084 21 -0.300 32171.3 1.1 4.485 4.184 1.628E+01 3.818E-01 5.933E-09 7.166E+07 1.738E+03 2.417E+13 0.202 26 0.200 36554.7 -1.6 4.779 4.478 2.295E+01 3.821E-01 1.027E-08 7.844E+07 1.280E+03 2.412E+13 0.014 31 0.700 42675.5 0.5 5.097 4.797 3.262E+01 3.834E-01 1.825E-08 8.715E+07 9.955E+02 2.423E+13 0.466 36 1.200 51556.2 0.5 5.432 5.133 4.502E+01 3.852E-01 3.260E-08 9.817E+07 7.832E+02 2.413E+13 0.039 41 1.700 63027.3 -1.1 5.781 5.482 6.239E+01 3.855E-01 5.957E-08 1.122E+08 5.371E+02 2.433E+13 0.860 46 2.200 76082.4 -3.5 6.131 5.832 9.005E+01 3.856E-01 1.105E-07 1.291E+08 2.938E+02 2.402E+13 -0.421 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 1048 S flx SAM BB OPACITY: NO. LINES: 39888516 TEMKOR 0 |dF|, |dF_| 3.88340 1.95565 , |dT| 0.00005 4.12500 dam_f, tau_r 0.25000 0.00000 Test convergence 66 3.88339907E-02 66.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19892.7 1.5 0.162 -0.139 3.846E-01 3.819E-01 4.554E-13 2.854E+06 1.080E+04 2.411E+13 -0.053 6 -4.250 21823.6 1.9 1.850 1.549 4.874E-01 3.818E-01 2.023E-11 2.692E+07 1.220E+04 2.411E+13 -0.055 11 -2.500 24311.7 2.3 3.134 2.833 1.884E+00 3.818E-01 3.499E-10 4.656E+07 6.556E+03 2.410E+13 -0.072 16 -1.250 27238.4 2.1 3.892 3.591 6.687E+00 3.818E-01 1.787E-09 5.964E+07 3.179E+03 2.410E+13 -0.077 21 -0.300 32172.4 1.0 4.485 4.184 1.628E+01 3.818E-01 5.933E-09 7.167E+07 1.737E+03 2.417E+13 0.197 26 0.200 36553.1 -1.6 4.779 4.478 2.296E+01 3.821E-01 1.027E-08 7.845E+07 1.279E+03 2.412E+13 0.011 31 0.700 42676.0 0.4 5.097 4.797 3.262E+01 3.834E-01 1.825E-08 8.716E+07 9.951E+02 2.423E+13 0.453 36 1.200 51556.7 0.6 5.432 5.133 4.502E+01 3.852E-01 3.260E-08 9.818E+07 7.832E+02 2.413E+13 0.035 41 1.700 63026.2 -0.6 5.781 5.482 6.238E+01 3.855E-01 5.957E-08 1.122E+08 5.371E+02 2.432E+13 0.842 46 2.200 76078.9 -2.6 6.131 5.832 9.006E+01 3.856E-01 1.105E-07 1.291E+08 2.939E+02 2.402E+13 -0.397 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1060 S flx SAM BB OPACITY: NO. LINES: 39888246 TEMKOR 0 |dF|, |dF_| 3.80980 1.91846 , |dT| 0.00005 3.68750 dam_f, tau_r 0.25000 0.00000 Test convergence 67 3.80979665E-02 67.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19894.2 1.5 0.162 -0.139 3.846E-01 3.819E-01 4.554E-13 2.855E+06 1.081E+04 2.411E+13 -0.048 6 -4.250 21825.5 2.0 1.850 1.549 4.874E-01 3.818E-01 2.023E-11 2.693E+07 1.221E+04 2.411E+13 -0.050 11 -2.500 24314.0 2.2 3.134 2.833 1.883E+00 3.818E-01 3.498E-10 4.655E+07 6.558E+03 2.410E+13 -0.067 16 -1.250 27240.6 2.1 3.892 3.591 6.685E+00 3.818E-01 1.787E-09 5.964E+07 3.180E+03 2.410E+13 -0.073 21 -0.300 32173.4 0.9 4.485 4.184 1.628E+01 3.818E-01 5.933E-09 7.166E+07 1.737E+03 2.416E+13 0.182 26 0.200 36551.5 -1.4 4.779 4.478 2.295E+01 3.821E-01 1.027E-08 7.845E+07 1.280E+03 2.412E+13 -0.004 31 0.700 42676.4 0.6 5.097 4.797 3.262E+01 3.834E-01 1.825E-08 8.716E+07 9.947E+02 2.423E+13 0.440 36 1.200 51557.3 0.7 5.432 5.133 4.502E+01 3.852E-01 3.260E-08 9.817E+07 7.832E+02 2.413E+13 0.039 41 1.700 63025.6 -0.6 5.781 5.482 6.239E+01 3.855E-01 5.958E-08 1.122E+08 5.371E+02 2.433E+13 0.854 46 2.200 76076.3 -2.8 6.131 5.832 9.007E+01 3.856E-01 1.105E-07 1.291E+08 2.940E+02 2.403E+13 -0.361 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 1074 S flx SAM BB OPACITY: NO. LINES: 39887884 TEMKOR 0 |dF|, |dF_| 3.73893 1.89409 , |dT| 0.00005 3.44531 dam_f, tau_r 0.25000 0.00000 Test convergence 68 3.73893045E-02 68.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19895.8 1.3 0.162 -0.139 3.846E-01 3.819E-01 4.553E-13 2.855E+06 1.081E+04 2.411E+13 -0.039 6 -4.250 21827.5 1.9 1.850 1.549 4.870E-01 3.818E-01 2.023E-11 2.693E+07 1.222E+04 2.411E+13 -0.041 11 -2.500 24316.2 2.1 3.134 2.833 1.884E+00 3.818E-01 3.498E-10 4.656E+07 6.557E+03 2.411E+13 -0.058 16 -1.250 27242.6 2.0 3.892 3.591 6.683E+00 3.818E-01 1.787E-09 5.965E+07 3.181E+03 2.410E+13 -0.066 21 -0.300 32174.3 0.8 4.485 4.184 1.628E+01 3.818E-01 5.933E-09 7.168E+07 1.736E+03 2.416E+13 0.179 26 0.200 36550.1 -1.5 4.779 4.478 2.296E+01 3.821E-01 1.027E-08 7.846E+07 1.279E+03 2.412E+13 0.001 31 0.700 42677.1 0.4 5.097 4.797 3.261E+01 3.834E-01 1.825E-08 8.717E+07 9.944E+02 2.422E+13 0.423 36 1.200 51558.0 0.7 5.432 5.133 4.502E+01 3.852E-01 3.260E-08 9.819E+07 7.832E+02 2.413E+13 0.050 41 1.700 63025.0 -0.6 5.781 5.482 6.239E+01 3.855E-01 5.957E-08 1.122E+08 5.372E+02 2.433E+13 0.854 46 2.200 76073.5 -2.9 6.131 5.832 9.009E+01 3.856E-01 1.105E-07 1.291E+08 2.941E+02 2.404E+13 -0.326 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1087 S flx SAM BB OPACITY: NO. LINES: 39887634 TEMKOR 2 |dF|, |dF_| 3.66491 1.86564 , |dT| 0.00005 3.28125 dam_f, tau_r 0.25000 0.00000 Test convergence 69 3.66491452E-02 69.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19897.1 1.3 0.162 -0.139 3.846E-01 3.819E-01 4.553E-13 2.855E+06 1.082E+04 2.411E+13 -0.032 6 -4.250 21829.4 1.7 1.850 1.549 4.874E-01 3.818E-01 2.023E-11 2.693E+07 1.221E+04 2.411E+13 -0.034 11 -2.500 24318.3 2.1 3.135 2.834 1.884E+00 3.818E-01 3.499E-10 4.657E+07 6.558E+03 2.411E+13 -0.051 16 -1.250 27244.6 1.9 3.892 3.591 6.686E+00 3.818E-01 1.787E-09 5.966E+07 3.179E+03 2.411E+13 -0.061 21 -0.300 32175.1 0.7 4.485 4.184 1.629E+01 3.818E-01 5.934E-09 7.168E+07 1.735E+03 2.416E+13 0.171 26 0.200 36548.7 -1.4 4.779 4.478 2.297E+01 3.821E-01 1.027E-08 7.846E+07 1.279E+03 2.412E+13 -0.006 31 0.700 42677.5 0.4 5.097 4.797 3.261E+01 3.834E-01 1.825E-08 8.717E+07 9.941E+02 2.422E+13 0.417 36 1.200 51558.7 0.5 5.432 5.133 4.502E+01 3.852E-01 3.260E-08 9.819E+07 7.833E+02 2.413E+13 0.055 41 1.700 63024.4 -1.0 5.781 5.482 6.240E+01 3.855E-01 5.957E-08 1.122E+08 5.372E+02 2.433E+13 0.869 46 2.200 76070.6 -3.0 6.131 5.832 9.009E+01 3.856E-01 1.105E-07 1.291E+08 2.943E+02 2.405E+13 -0.311 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1099 S flx SAM BB OPACITY: NO. LINES: 39887466 TEMKOR 2 |dF|, |dF_| 3.60261 1.84391 , |dT| 0.00005 3.53906 dam_f, tau_r 0.25000 0.00000 Test convergence 70 3.60261500E-02 70.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19898.4 1.3 0.162 -0.139 3.846E-01 3.819E-01 4.553E-13 2.855E+06 1.082E+04 2.411E+13 -0.028 6 -4.250 21831.1 1.7 1.850 1.549 4.874E-01 3.818E-01 2.023E-11 2.693E+07 1.221E+04 2.411E+13 -0.029 11 -2.500 24320.3 1.9 3.134 2.833 1.883E+00 3.818E-01 3.498E-10 4.657E+07 6.560E+03 2.411E+13 -0.047 16 -1.250 27246.4 1.8 3.892 3.591 6.684E+00 3.818E-01 1.787E-09 5.966E+07 3.180E+03 2.411E+13 -0.059 21 -0.300 32175.8 0.6 4.485 4.184 1.628E+01 3.818E-01 5.934E-09 7.168E+07 1.735E+03 2.416E+13 0.160 26 0.200 36547.2 -1.3 4.779 4.478 2.296E+01 3.821E-01 1.027E-08 7.847E+07 1.279E+03 2.412E+13 -0.016 31 0.700 42677.9 0.7 5.097 4.797 3.261E+01 3.834E-01 1.825E-08 8.717E+07 9.939E+02 2.422E+13 0.394 36 1.200 51559.1 1.0 5.432 5.133 4.502E+01 3.852E-01 3.260E-08 9.819E+07 7.833E+02 2.413E+13 0.052 41 1.700 63023.4 -0.5 5.781 5.482 6.239E+01 3.855E-01 5.958E-08 1.122E+08 5.372E+02 2.433E+13 0.853 46 2.200 76067.6 -2.5 6.131 5.832 9.009E+01 3.856E-01 1.105E-07 1.291E+08 2.944E+02 2.405E+13 -0.284 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 1113 S flx SAM BB OPACITY: NO. LINES: 39887163 TEMKOR 2 |dF|, |dF_| 3.53400 1.81947 , |dT| 0.00004 3.25781 dam_f, tau_r 0.25000 0.00000 Test convergence 71 3.53400148E-02 71.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19899.7 1.2 0.162 -0.139 3.846E-01 3.819E-01 4.552E-13 2.855E+06 1.083E+04 2.411E+13 -0.025 6 -4.250 21832.8 1.6 1.850 1.549 4.874E-01 3.818E-01 2.023E-11 2.693E+07 1.221E+04 2.411E+13 -0.027 11 -2.500 24322.2 1.8 3.135 2.834 1.883E+00 3.818E-01 3.499E-10 4.658E+07 6.559E+03 2.411E+13 -0.044 16 -1.250 27248.2 1.7 3.892 3.591 6.684E+00 3.818E-01 1.788E-09 5.967E+07 3.180E+03 2.411E+13 -0.058 21 -0.300 32176.4 0.6 4.486 4.185 1.628E+01 3.818E-01 5.935E-09 7.170E+07 1.734E+03 2.416E+13 0.147 26 0.200 36546.0 -1.1 4.779 4.478 2.297E+01 3.821E-01 1.027E-08 7.848E+07 1.279E+03 2.412E+13 -0.023 31 0.700 42678.6 0.8 5.097 4.797 3.261E+01 3.834E-01 1.825E-08 8.718E+07 9.937E+02 2.421E+13 0.389 36 1.200 51560.1 1.0 5.432 5.133 4.501E+01 3.852E-01 3.260E-08 9.820E+07 7.833E+02 2.413E+13 0.047 41 1.700 63022.9 -0.1 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.122E+08 5.372E+02 2.433E+13 0.852 46 2.200 76065.0 -2.6 6.131 5.832 9.010E+01 3.856E-01 1.105E-07 1.292E+08 2.945E+02 2.406E+13 -0.253 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 1126 S flx SAM BB OPACITY: NO. LINES: 39886847 TEMKOR 2 |dF|, |dF_| 3.46764 1.79159 , |dT| 0.00004 3.17969 dam_f, tau_r 0.25000 0.00000 Test convergence 72 3.46764252E-02 72.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19900.9 1.2 0.162 -0.139 3.846E-01 3.819E-01 4.552E-13 2.856E+06 1.083E+04 2.412E+13 -0.014 6 -4.250 21834.4 1.6 1.850 1.549 4.870E-01 3.818E-01 2.023E-11 2.694E+07 1.222E+04 2.412E+13 -0.015 11 -2.500 24324.1 1.8 3.135 2.834 1.883E+00 3.818E-01 3.499E-10 4.658E+07 6.559E+03 2.411E+13 -0.033 16 -1.250 27249.9 1.6 3.892 3.591 6.685E+00 3.818E-01 1.788E-09 5.967E+07 3.180E+03 2.411E+13 -0.048 21 -0.300 32177.0 0.5 4.486 4.185 1.628E+01 3.818E-01 5.934E-09 7.170E+07 1.734E+03 2.416E+13 0.149 26 0.200 36544.8 -1.3 4.779 4.478 2.298E+01 3.821E-01 1.027E-08 7.848E+07 1.279E+03 2.412E+13 -0.015 31 0.700 42679.4 0.4 5.097 4.797 3.260E+01 3.834E-01 1.825E-08 8.718E+07 9.936E+02 2.421E+13 0.382 36 1.200 51561.1 0.6 5.432 5.133 4.502E+01 3.852E-01 3.260E-08 9.820E+07 7.832E+02 2.413E+13 0.059 41 1.700 63022.9 -0.6 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.122E+08 5.372E+02 2.433E+13 0.860 46 2.200 76062.5 -3.0 6.131 5.832 9.011E+01 3.856E-01 1.105E-07 1.292E+08 2.946E+02 2.406E+13 -0.236 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 1140 S flx SAM BB OPACITY: NO. LINES: 39886536 TEMKOR 2 |dF|, |dF_| 3.40291 1.76037 , |dT| 0.00004 2.98438 dam_f, tau_r 0.25000 0.00000 Test convergence 73 3.40290815E-02 73.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19902.1 1.1 0.162 -0.139 3.846E-01 3.819E-01 4.552E-13 2.856E+06 1.084E+04 2.412E+13 -0.009 6 -4.250 21836.0 1.5 1.850 1.549 4.870E-01 3.818E-01 2.023E-11 2.694E+07 1.222E+04 2.412E+13 -0.011 11 -2.500 24325.9 1.7 3.135 2.834 1.883E+00 3.818E-01 3.500E-10 4.658E+07 6.559E+03 2.411E+13 -0.029 16 -1.250 27251.5 1.6 3.892 3.591 6.682E+00 3.818E-01 1.788E-09 5.968E+07 3.181E+03 2.411E+13 -0.045 21 -0.300 32177.5 0.4 4.486 4.185 1.628E+01 3.818E-01 5.935E-09 7.170E+07 1.733E+03 2.415E+13 0.141 26 0.200 36543.5 -1.2 4.779 4.478 2.297E+01 3.821E-01 1.027E-08 7.849E+07 1.279E+03 2.412E+13 -0.022 31 0.700 42679.8 0.3 5.097 4.797 3.262E+01 3.834E-01 1.825E-08 8.719E+07 9.929E+02 2.421E+13 0.382 36 1.200 51561.7 0.5 5.432 5.133 4.501E+01 3.852E-01 3.260E-08 9.821E+07 7.833E+02 2.413E+13 0.058 41 1.700 63022.2 -0.6 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.122E+08 5.372E+02 2.433E+13 0.850 46 2.200 76059.5 -2.7 6.131 5.832 9.011E+01 3.856E-01 1.105E-07 1.292E+08 2.947E+02 2.407E+13 -0.215 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 1153 S flx SAM BB OPACITY: NO. LINES: 39886301 TEMKOR 2 |dF|, |dF_| 3.34263 1.73797 , |dT| 0.00004 3.10156 dam_f, tau_r 0.25000 0.00000 Test convergence 74 3.34262997E-02 74.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19903.2 1.1 0.162 -0.139 3.846E-01 3.819E-01 4.551E-13 2.856E+06 1.084E+04 2.412E+13 -0.004 6 -4.250 21837.6 1.4 1.850 1.549 4.874E-01 3.818E-01 2.023E-11 2.694E+07 1.221E+04 2.412E+13 -0.005 11 -2.500 24327.6 1.7 3.135 2.834 1.883E+00 3.818E-01 3.500E-10 4.659E+07 6.559E+03 2.411E+13 -0.023 16 -1.250 27253.1 1.5 3.892 3.591 6.680E+00 3.818E-01 1.788E-09 5.968E+07 3.182E+03 2.411E+13 -0.042 21 -0.300 32177.9 0.3 4.486 4.185 1.628E+01 3.818E-01 5.935E-09 7.171E+07 1.733E+03 2.415E+13 0.134 26 0.200 36542.3 -1.2 4.779 4.478 2.298E+01 3.821E-01 1.027E-08 7.849E+07 1.279E+03 2.411E+13 -0.023 31 0.700 42680.1 0.3 5.097 4.797 3.262E+01 3.834E-01 1.825E-08 8.719E+07 9.927E+02 2.421E+13 0.376 36 1.200 51562.2 0.1 5.432 5.133 4.501E+01 3.852E-01 3.260E-08 9.821E+07 7.833E+02 2.414E+13 0.067 41 1.700 63021.7 -0.8 5.781 5.482 6.239E+01 3.855E-01 5.958E-08 1.122E+08 5.372E+02 2.432E+13 0.841 46 2.200 76056.8 -2.5 6.131 5.832 9.012E+01 3.856E-01 1.105E-07 1.292E+08 2.948E+02 2.407E+13 -0.199 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 1166 S flx SAM BB OPACITY: NO. LINES: 39886112 TEMKOR 2 |dF|, |dF_| 3.27699 1.71505 , |dT| 0.00004 2.89844 dam_f, tau_r 0.25000 0.00000 Test convergence 75 3.27699073E-02 75.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19904.3 1.0 0.162 -0.139 3.846E-01 3.819E-01 4.551E-13 2.856E+06 1.084E+04 2.412E+13 -0.001 6 -4.250 21839.0 1.4 1.850 1.549 4.874E-01 3.818E-01 2.023E-11 2.694E+07 1.222E+04 2.412E+13 -0.002 11 -2.500 24329.2 1.5 3.135 2.834 1.882E+00 3.818E-01 3.499E-10 4.659E+07 6.561E+03 2.412E+13 -0.020 16 -1.250 27254.5 1.4 3.892 3.591 6.680E+00 3.818E-01 1.788E-09 5.969E+07 3.182E+03 2.411E+13 -0.040 21 -0.300 32178.2 0.3 4.486 4.185 1.629E+01 3.818E-01 5.935E-09 7.171E+07 1.732E+03 2.415E+13 0.125 26 0.200 36541.1 -1.1 4.779 4.478 2.298E+01 3.821E-01 1.027E-08 7.849E+07 1.279E+03 2.411E+13 -0.027 31 0.700 42680.5 0.5 5.097 4.797 3.261E+01 3.834E-01 1.825E-08 8.720E+07 9.925E+02 2.421E+13 0.358 36 1.200 51562.3 0.6 5.432 5.133 4.501E+01 3.852E-01 3.260E-08 9.821E+07 7.833E+02 2.413E+13 0.056 41 1.700 63020.9 -0.3 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.122E+08 5.372E+02 2.432E+13 0.844 46 2.200 76054.3 -2.5 6.131 5.832 9.013E+01 3.856E-01 1.105E-07 1.292E+08 2.949E+02 2.408E+13 -0.170 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1179 S flx SAM BB OPACITY: NO. LINES: 39885912 TEMKOR 2 |dF|, |dF_| 3.22182 1.68844 , |dT| 0.00003 2.70312 dam_f, tau_r 0.25000 0.00000 Test convergence 76 3.22182141E-02 76.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19905.3 0.9 0.162 -0.139 3.846E-01 3.819E-01 4.551E-13 2.856E+06 1.085E+04 2.412E+13 -0.001 6 -4.250 21840.4 1.2 1.850 1.549 4.870E-01 3.818E-01 2.022E-11 2.694E+07 1.222E+04 2.412E+13 -0.003 11 -2.500 24330.7 1.5 3.135 2.834 1.882E+00 3.818E-01 3.500E-10 4.660E+07 6.561E+03 2.412E+13 -0.021 16 -1.250 27255.9 1.3 3.892 3.591 6.681E+00 3.818E-01 1.788E-09 5.969E+07 3.182E+03 2.411E+13 -0.043 21 -0.300 32178.5 0.3 4.486 4.185 1.628E+01 3.818E-01 5.936E-09 7.172E+07 1.732E+03 2.415E+13 0.112 26 0.200 36540.0 -0.9 4.779 4.478 2.297E+01 3.821E-01 1.027E-08 7.850E+07 1.279E+03 2.411E+13 -0.039 31 0.700 42680.9 0.7 5.097 4.797 3.261E+01 3.834E-01 1.825E-08 8.720E+07 9.922E+02 2.420E+13 0.348 36 1.200 51562.9 0.8 5.432 5.133 4.500E+01 3.852E-01 3.259E-08 9.822E+07 7.833E+02 2.413E+13 0.054 41 1.700 63020.6 -0.2 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.122E+08 5.372E+02 2.432E+13 0.847 46 2.200 76051.9 -2.5 6.131 5.832 9.014E+01 3.856E-01 1.105E-07 1.292E+08 2.950E+02 2.409E+13 -0.141 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1191 S flx SAM BB OPACITY: NO. LINES: 39885740 TEMKOR 2 |dF|, |dF_| 3.16820 1.67565 , |dT| 0.00003 2.67969 dam_f, tau_r 0.25000 0.00000 Test convergence 77 3.16819660E-02 77.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19906.2 0.9 0.162 -0.139 3.846E-01 3.819E-01 4.551E-13 2.856E+06 1.085E+04 2.412E+13 0.007 6 -4.250 21841.6 1.2 1.850 1.549 4.870E-01 3.818E-01 2.022E-11 2.694E+07 1.223E+04 2.412E+13 0.005 11 -2.500 24332.2 1.4 3.135 2.834 1.882E+00 3.818E-01 3.499E-10 4.659E+07 6.560E+03 2.412E+13 -0.013 16 -1.250 27257.3 1.2 3.892 3.591 6.681E+00 3.818E-01 1.788E-09 5.969E+07 3.181E+03 2.411E+13 -0.036 21 -0.300 32178.8 0.2 4.486 4.185 1.628E+01 3.818E-01 5.936E-09 7.172E+07 1.731E+03 2.415E+13 0.109 26 0.200 36539.1 -1.0 4.779 4.478 2.297E+01 3.821E-01 1.027E-08 7.850E+07 1.279E+03 2.411E+13 -0.035 31 0.700 42681.7 0.4 5.097 4.797 3.260E+01 3.834E-01 1.825E-08 8.720E+07 9.921E+02 2.420E+13 0.342 36 1.200 51563.7 0.5 5.432 5.133 4.500E+01 3.852E-01 3.259E-08 9.822E+07 7.834E+02 2.414E+13 0.062 41 1.700 63020.4 -0.4 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.122E+08 5.372E+02 2.432E+13 0.839 46 2.200 76049.4 -2.4 6.131 5.832 9.015E+01 3.856E-01 1.105E-07 1.292E+08 2.950E+02 2.409E+13 -0.132 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1204 S flx SAM BB OPACITY: NO. LINES: 39885531 TEMKOR 2 |dF|, |dF_| 3.10610 1.64374 , |dT| 0.00003 2.88281 dam_f, tau_r 0.25000 0.00000 Test convergence 78 3.10610328E-02 78.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19907.2 1.0 0.162 -0.139 3.846E-01 3.819E-01 4.550E-13 2.857E+06 1.086E+04 2.412E+13 0.011 6 -4.250 21842.8 1.2 1.850 1.549 4.870E-01 3.818E-01 2.022E-11 2.695E+07 1.223E+04 2.412E+13 0.009 11 -2.500 24333.6 1.2 3.135 2.834 1.882E+00 3.818E-01 3.498E-10 4.659E+07 6.558E+03 2.412E+13 -0.010 16 -1.250 27258.5 1.2 3.892 3.591 6.682E+00 3.818E-01 1.788E-09 5.970E+07 3.181E+03 2.411E+13 -0.034 21 -0.300 32179.1 0.2 4.486 4.185 1.628E+01 3.818E-01 5.936E-09 7.172E+07 1.731E+03 2.415E+13 0.103 26 0.200 36538.1 -1.0 4.779 4.478 2.298E+01 3.821E-01 1.027E-08 7.850E+07 1.279E+03 2.411E+13 -0.034 31 0.700 42682.1 0.5 5.097 4.797 3.260E+01 3.834E-01 1.825E-08 8.721E+07 9.918E+02 2.420E+13 0.326 36 1.200 51564.2 0.6 5.432 5.133 4.501E+01 3.852E-01 3.259E-08 9.822E+07 7.832E+02 2.414E+13 0.064 41 1.700 63020.0 -0.4 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.122E+08 5.372E+02 2.432E+13 0.843 46 2.200 76047.0 -2.2 6.131 5.832 9.015E+01 3.856E-01 1.105E-07 1.292E+08 2.951E+02 2.409E+13 -0.119 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1217 S flx SAM BB OPACITY: NO. LINES: 39885368 TEMKOR 2 |dF|, |dF_| 3.05663 1.62556 , |dT| 0.00003 2.64844 dam_f, tau_r 0.25000 0.00000 Test convergence 79 3.05662584E-02 79.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19908.2 0.8 0.162 -0.139 3.846E-01 3.819E-01 4.550E-13 2.857E+06 1.086E+04 2.412E+13 0.013 6 -4.250 21844.1 1.1 1.850 1.549 4.870E-01 3.818E-01 2.022E-11 2.695E+07 1.223E+04 2.412E+13 0.012 11 -2.500 24334.8 1.3 3.135 2.834 1.881E+00 3.818E-01 3.499E-10 4.661E+07 6.563E+03 2.412E+13 -0.007 16 -1.250 27259.7 1.1 3.892 3.591 6.679E+00 3.818E-01 1.788E-09 5.971E+07 3.182E+03 2.411E+13 -0.033 21 -0.300 32179.2 0.2 4.486 4.185 1.628E+01 3.818E-01 5.936E-09 7.173E+07 1.730E+03 2.414E+13 0.095 26 0.200 36537.2 -0.9 4.779 4.478 2.297E+01 3.821E-01 1.027E-08 7.851E+07 1.280E+03 2.411E+13 -0.038 31 0.700 42682.6 0.6 5.097 4.797 3.260E+01 3.834E-01 1.825E-08 8.721E+07 9.916E+02 2.420E+13 0.321 36 1.200 51564.8 0.7 5.432 5.133 4.500E+01 3.852E-01 3.259E-08 9.823E+07 7.833E+02 2.413E+13 0.055 41 1.700 63019.6 -0.3 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.123E+08 5.371E+02 2.432E+13 0.840 46 2.200 76044.8 -2.2 6.131 5.832 9.016E+01 3.856E-01 1.105E-07 1.292E+08 2.952E+02 2.410E+13 -0.097 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1229 S flx SAM BB OPACITY: NO. LINES: 39885213 TEMKOR 2 |dF|, |dF_| 3.01449 1.60702 , |dT| 0.00003 2.48438 dam_f, tau_r 0.25000 0.00000 Test convergence 80 3.01448721E-02 80.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19908.9 0.8 0.162 -0.139 3.846E-01 3.819E-01 4.550E-13 2.857E+06 1.086E+04 2.412E+13 0.014 6 -4.250 21845.1 1.0 1.850 1.549 4.871E-01 3.818E-01 2.022E-11 2.695E+07 1.223E+04 2.412E+13 0.012 11 -2.500 24336.1 1.2 3.135 2.834 1.882E+00 3.818E-01 3.500E-10 4.661E+07 6.558E+03 2.412E+13 -0.007 16 -1.250 27260.8 1.1 3.893 3.592 6.679E+00 3.818E-01 1.788E-09 5.971E+07 3.182E+03 2.411E+13 -0.034 21 -0.300 32179.4 0.2 4.486 4.185 1.629E+01 3.818E-01 5.936E-09 7.173E+07 1.730E+03 2.414E+13 0.088 26 0.200 36536.3 -0.7 4.779 4.478 2.298E+01 3.821E-01 1.028E-08 7.851E+07 1.280E+03 2.411E+13 -0.043 31 0.700 42683.2 0.7 5.097 4.797 3.261E+01 3.834E-01 1.825E-08 8.721E+07 9.912E+02 2.420E+13 0.316 36 1.200 51565.5 0.7 5.432 5.133 4.500E+01 3.852E-01 3.259E-08 9.823E+07 7.833E+02 2.414E+13 0.060 41 1.700 63019.3 -0.1 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.123E+08 5.371E+02 2.432E+13 0.829 46 2.200 76042.6 -2.2 6.131 5.832 9.017E+01 3.856E-01 1.105E-07 1.292E+08 2.953E+02 2.410E+13 -0.077 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1242 S flx SAM BB OPACITY: NO. LINES: 39885141 TEMKOR 2 |dF|, |dF_| 2.95061 1.58152 , |dT| 0.00003 2.77344 dam_f, tau_r 0.25000 0.00000 Test convergence 81 2.95061413E-02 81.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19909.7 0.8 0.162 -0.139 3.846E-01 3.819E-01 4.550E-13 2.857E+06 1.087E+04 2.413E+13 0.021 6 -4.250 21846.1 1.0 1.850 1.549 4.874E-01 3.818E-01 2.022E-11 2.695E+07 1.222E+04 2.413E+13 0.020 11 -2.500 24337.3 1.2 3.135 2.834 1.882E+00 3.818E-01 3.500E-10 4.660E+07 6.558E+03 2.412E+13 0.001 16 -1.250 27261.9 1.0 3.892 3.591 6.677E+00 3.818E-01 1.788E-09 5.970E+07 3.183E+03 2.411E+13 -0.028 21 -0.300 32179.5 0.1 4.486 4.185 1.629E+01 3.818E-01 5.936E-09 7.173E+07 1.729E+03 2.414E+13 0.087 26 0.200 36535.6 -0.9 4.779 4.478 2.298E+01 3.821E-01 1.027E-08 7.850E+07 1.280E+03 2.411E+13 -0.037 31 0.700 42683.9 0.5 5.097 4.797 3.260E+01 3.834E-01 1.824E-08 8.721E+07 9.911E+02 2.420E+13 0.310 36 1.200 51566.2 0.6 5.432 5.133 4.499E+01 3.852E-01 3.259E-08 9.823E+07 7.833E+02 2.413E+13 0.058 41 1.700 63019.2 -0.1 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.122E+08 5.371E+02 2.432E+13 0.820 46 2.200 76040.4 -1.9 6.131 5.832 9.017E+01 3.856E-01 1.105E-07 1.292E+08 2.954E+02 2.410E+13 -0.066 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1254 S flx SAM BB OPACITY: NO. LINES: 39884939 TEMKOR 2 |dF|, |dF_| 2.91070 1.56035 , |dT| 0.00003 2.41406 dam_f, tau_r 0.25000 0.00000 Test convergence 82 2.91070491E-02 82.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19910.5 0.7 0.162 -0.139 3.846E-01 3.819E-01 4.550E-13 2.857E+06 1.087E+04 2.413E+13 0.026 6 -4.250 21847.2 1.0 1.850 1.549 4.871E-01 3.818E-01 2.022E-11 2.695E+07 1.223E+04 2.413E+13 0.024 11 -2.500 24338.5 1.1 3.135 2.834 1.881E+00 3.818E-01 3.499E-10 4.661E+07 6.561E+03 2.412E+13 0.005 16 -1.250 27262.9 1.0 3.893 3.592 6.677E+00 3.818E-01 1.788E-09 5.971E+07 3.183E+03 2.411E+13 -0.024 21 -0.300 32179.6 0.0 4.486 4.185 1.628E+01 3.818E-01 5.936E-09 7.173E+07 1.730E+03 2.414E+13 0.081 26 0.200 36534.7 -0.8 4.779 4.478 2.299E+01 3.821E-01 1.027E-08 7.851E+07 1.280E+03 2.411E+13 -0.035 31 0.700 42684.4 0.3 5.097 4.797 3.260E+01 3.834E-01 1.824E-08 8.721E+07 9.909E+02 2.419E+13 0.307 36 1.200 51566.9 0.4 5.432 5.133 4.500E+01 3.852E-01 3.259E-08 9.823E+07 7.832E+02 2.414E+13 0.067 41 1.700 63019.1 -0.5 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.123E+08 5.370E+02 2.432E+13 0.817 46 2.200 76038.5 -2.2 6.131 5.832 9.018E+01 3.856E-01 1.105E-07 1.292E+08 2.954E+02 2.411E+13 -0.056 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1266 S flx SAM BB OPACITY: NO. LINES: 39884782 TEMKOR 2 |dF|, |dF_| 2.86020 1.53973 , |dT| 0.00003 2.27344 dam_f, tau_r 0.25000 0.00000 Test convergence 83 2.86019817E-02 83.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19911.2 0.6 0.162 -0.139 3.846E-01 3.819E-01 4.549E-13 2.857E+06 1.087E+04 2.413E+13 0.030 6 -4.250 21848.2 1.0 1.850 1.549 4.871E-01 3.818E-01 2.022E-11 2.695E+07 1.223E+04 2.413E+13 0.028 11 -2.500 24339.5 1.1 3.135 2.834 1.883E+00 3.818E-01 3.500E-10 4.661E+07 6.558E+03 2.412E+13 0.009 16 -1.250 27263.8 0.9 3.893 3.592 6.680E+00 3.818E-01 1.788E-09 5.971E+07 3.182E+03 2.412E+13 -0.021 21 -0.300 32179.6 -0.1 4.486 4.185 1.629E+01 3.818E-01 5.936E-09 7.174E+07 1.729E+03 2.414E+13 0.078 26 0.200 36533.9 -0.9 4.779 4.478 2.299E+01 3.821E-01 1.027E-08 7.851E+07 1.280E+03 2.411E+13 -0.035 31 0.700 42684.7 0.2 5.097 4.797 3.260E+01 3.834E-01 1.824E-08 8.722E+07 9.907E+02 2.419E+13 0.303 36 1.200 51567.2 0.4 5.432 5.133 4.500E+01 3.852E-01 3.259E-08 9.824E+07 7.831E+02 2.413E+13 0.059 41 1.700 63018.6 -0.5 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.123E+08 5.370E+02 2.432E+13 0.813 46 2.200 76036.3 -2.3 6.131 5.832 9.018E+01 3.856E-01 1.105E-07 1.292E+08 2.955E+02 2.411E+13 -0.036 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1279 S flx SAM BB OPACITY: NO. LINES: 39884734 TEMKOR 2 |dF|, |dF_| 2.80570 1.52474 , |dT| 0.00002 2.22656 dam_f, tau_r 0.25000 0.00000 Test convergence 84 2.80570090E-02 84.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19911.9 0.7 0.162 -0.139 3.846E-01 3.819E-01 4.549E-13 2.857E+06 1.087E+04 2.413E+13 0.028 6 -4.250 21849.2 0.9 1.850 1.549 4.871E-01 3.818E-01 2.022E-11 2.695E+07 1.223E+04 2.413E+13 0.026 11 -2.500 24340.6 0.9 3.135 2.834 1.881E+00 3.818E-01 3.500E-10 4.662E+07 6.560E+03 2.412E+13 0.007 16 -1.250 27264.7 0.8 3.893 3.592 6.678E+00 3.818E-01 1.788E-09 5.972E+07 3.182E+03 2.411E+13 -0.025 21 -0.300 32179.5 0.0 4.486 4.185 1.629E+01 3.818E-01 5.937E-09 7.174E+07 1.729E+03 2.414E+13 0.068 26 0.200 36533.0 -0.7 4.779 4.478 2.298E+01 3.821E-01 1.027E-08 7.852E+07 1.280E+03 2.411E+13 -0.042 31 0.700 42684.9 0.4 5.097 4.797 3.260E+01 3.834E-01 1.824E-08 8.722E+07 9.906E+02 2.419E+13 0.297 36 1.200 51567.6 0.3 5.432 5.133 4.500E+01 3.852E-01 3.259E-08 9.824E+07 7.831E+02 2.414E+13 0.062 41 1.700 63018.1 -0.3 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.123E+08 5.370E+02 2.432E+13 0.806 46 2.200 76034.0 -2.1 6.131 5.832 9.018E+01 3.856E-01 1.105E-07 1.292E+08 2.956E+02 2.412E+13 -0.023 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1292 S flx SAM BB OPACITY: NO. LINES: 39884628 TEMKOR 2 |dF|, |dF_| 2.75874 1.49536 , |dT| 0.00002 2.42969 dam_f, tau_r 0.25000 0.00000 Test convergence 85 2.75873821E-02 85.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19912.5 0.6 0.162 -0.139 3.846E-01 3.819E-01 4.549E-13 2.857E+06 1.088E+04 2.413E+13 0.029 6 -4.250 21850.0 0.8 1.850 1.549 4.871E-01 3.818E-01 2.022E-11 2.696E+07 1.223E+04 2.413E+13 0.027 11 -2.500 24341.6 0.9 3.135 2.834 1.882E+00 3.818E-01 3.500E-10 4.661E+07 6.560E+03 2.412E+13 0.008 16 -1.250 27265.5 0.8 3.893 3.592 6.678E+00 3.818E-01 1.788E-09 5.972E+07 3.182E+03 2.411E+13 -0.025 21 -0.300 32179.5 -0.0 4.486 4.185 1.629E+01 3.818E-01 5.937E-09 7.174E+07 1.728E+03 2.413E+13 0.060 26 0.200 36532.4 -0.6 4.779 4.478 2.299E+01 3.821E-01 1.028E-08 7.852E+07 1.280E+03 2.411E+13 -0.044 31 0.700 42685.4 0.6 5.097 4.797 3.259E+01 3.834E-01 1.824E-08 8.722E+07 9.904E+02 2.419E+13 0.281 36 1.200 51568.0 0.7 5.432 5.133 4.499E+01 3.852E-01 3.259E-08 9.824E+07 7.832E+02 2.413E+13 0.053 41 1.700 63017.8 -0.2 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.123E+08 5.370E+02 2.431E+13 0.799 46 2.200 76031.9 -1.9 6.131 5.832 9.019E+01 3.856E-01 1.105E-07 1.292E+08 2.956E+02 2.412E+13 -0.011 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1304 S flx SAM BB OPACITY: NO. LINES: 39884504 TEMKOR 2 |dF|, |dF_| 2.71560 1.48645 , |dT| 0.00002 2.19531 dam_f, tau_r 0.25000 0.00000 Test convergence 86 2.71560159E-02 86.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19913.2 0.6 0.162 -0.139 3.846E-01 3.819E-01 4.549E-13 2.858E+06 1.088E+04 2.413E+13 0.035 6 -4.250 21850.9 0.8 1.850 1.549 4.871E-01 3.818E-01 2.022E-11 2.696E+07 1.223E+04 2.413E+13 0.033 11 -2.500 24342.5 0.9 3.135 2.834 1.882E+00 3.818E-01 3.500E-10 4.662E+07 6.560E+03 2.412E+13 0.014 16 -1.250 27266.3 0.7 3.893 3.592 6.675E+00 3.818E-01 1.788E-09 5.972E+07 3.183E+03 2.412E+13 -0.021 21 -0.300 32179.5 -0.1 4.486 4.185 1.629E+01 3.818E-01 5.937E-09 7.175E+07 1.728E+03 2.414E+13 0.061 26 0.200 36531.8 -0.7 4.779 4.478 2.299E+01 3.821E-01 1.027E-08 7.852E+07 1.280E+03 2.411E+13 -0.036 31 0.700 42686.0 0.3 5.097 4.797 3.259E+01 3.834E-01 1.824E-08 8.723E+07 9.902E+02 2.419E+13 0.280 36 1.200 51568.7 0.3 5.432 5.133 4.499E+01 3.852E-01 3.259E-08 9.825E+07 7.831E+02 2.413E+13 0.055 41 1.700 63017.6 -0.4 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.123E+08 5.370E+02 2.431E+13 0.797 46 2.200 76030.0 -2.0 6.131 5.832 9.019E+01 3.856E-01 1.105E-07 1.292E+08 2.957E+02 2.412E+13 0.001 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1317 S flx SAM BB OPACITY: NO. LINES: 39884398 TEMKOR 2 |dF|, |dF_| 2.67009 1.46441 , |dT| 0.00002 2.11719 dam_f, tau_r 0.25000 0.00000 Test convergence 87 2.67008562E-02 87.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19913.7 0.6 0.162 -0.139 3.846E-01 3.819E-01 4.549E-13 2.858E+06 1.088E+04 2.413E+13 0.035 6 -4.250 21851.6 0.7 1.850 1.549 4.871E-01 3.818E-01 2.021E-11 2.696E+07 1.223E+04 2.413E+13 0.033 11 -2.500 24343.3 0.8 3.135 2.834 1.882E+00 3.818E-01 3.500E-10 4.662E+07 6.559E+03 2.412E+13 0.013 16 -1.250 27267.1 0.7 3.893 3.592 6.678E+00 3.818E-01 1.788E-09 5.973E+07 3.182E+03 2.412E+13 -0.022 21 -0.300 32179.5 -0.1 4.486 4.185 1.629E+01 3.818E-01 5.937E-09 7.175E+07 1.728E+03 2.413E+13 0.053 26 0.200 36531.1 -0.6 4.779 4.478 2.299E+01 3.821E-01 1.028E-08 7.853E+07 1.280E+03 2.411E+13 -0.037 31 0.700 42686.3 0.4 5.097 4.797 3.259E+01 3.834E-01 1.824E-08 8.723E+07 9.902E+02 2.419E+13 0.271 36 1.200 51569.0 0.5 5.432 5.133 4.498E+01 3.852E-01 3.259E-08 9.825E+07 7.831E+02 2.413E+13 0.045 41 1.700 63017.2 -0.2 5.781 5.482 6.241E+01 3.855E-01 5.958E-08 1.123E+08 5.369E+02 2.431E+13 0.798 46 2.200 76028.0 -2.1 6.131 5.832 9.021E+01 3.856E-01 1.105E-07 1.292E+08 2.957E+02 2.413E+13 0.020 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1329 S flx SAM BB OPACITY: NO. LINES: 39884285 TEMKOR 2 |dF|, |dF_| 2.63055 1.45373 , |dT| 0.00002 2.30469 dam_f, tau_r 0.25000 0.00000 Test convergence 88 2.63054762E-02 88.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19914.3 0.5 0.162 -0.139 3.846E-01 3.819E-01 4.549E-13 2.858E+06 1.088E+04 2.413E+13 0.037 6 -4.250 21852.3 0.7 1.850 1.549 4.871E-01 3.818E-01 2.021E-11 2.696E+07 1.223E+04 2.413E+13 0.035 11 -2.500 24344.1 0.7 3.135 2.834 1.880E+00 3.818E-01 3.500E-10 4.663E+07 6.563E+03 2.412E+13 0.016 16 -1.250 27267.7 0.7 3.893 3.592 6.676E+00 3.818E-01 1.788E-09 5.973E+07 3.183E+03 2.412E+13 -0.020 21 -0.300 32179.4 -0.1 4.486 4.185 1.629E+01 3.818E-01 5.937E-09 7.176E+07 1.727E+03 2.413E+13 0.051 26 0.200 36530.5 -0.6 4.779 4.478 2.299E+01 3.821E-01 1.028E-08 7.853E+07 1.280E+03 2.411E+13 -0.036 31 0.700 42686.7 0.4 5.097 4.797 3.259E+01 3.834E-01 1.824E-08 8.723E+07 9.900E+02 2.419E+13 0.267 36 1.200 51569.5 0.3 5.432 5.133 4.500E+01 3.852E-01 3.259E-08 9.825E+07 7.830E+02 2.414E+13 0.060 41 1.700 63017.0 -0.7 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.123E+08 5.369E+02 2.431E+13 0.784 46 2.200 76025.9 -2.3 6.131 5.832 9.021E+01 3.856E-01 1.105E-07 1.292E+08 2.958E+02 2.413E+13 0.027 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1341 S flx SAM BB OPACITY: NO. LINES: 39884292 TEMKOR 2 |dF|, |dF_| 2.58537 1.42203 , |dT| 0.00002 2.32031 dam_f, tau_r 0.25000 0.00000 Test convergence 89 2.58536544E-02 89.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19914.8 0.6 0.162 -0.139 3.846E-01 3.819E-01 4.549E-13 2.858E+06 1.088E+04 2.413E+13 0.038 6 -4.250 21853.0 0.6 1.850 1.549 4.871E-01 3.818E-01 2.021E-11 2.696E+07 1.223E+04 2.413E+13 0.036 11 -2.500 24344.8 0.7 3.135 2.834 1.881E+00 3.818E-01 3.499E-10 4.662E+07 6.562E+03 2.412E+13 0.017 16 -1.250 27268.4 0.6 3.893 3.592 6.679E+00 3.818E-01 1.788E-09 5.972E+07 3.181E+03 2.412E+13 -0.021 21 -0.300 32179.3 -0.1 4.486 4.185 1.629E+01 3.818E-01 5.937E-09 7.175E+07 1.727E+03 2.413E+13 0.044 26 0.200 36529.9 -0.5 4.779 4.478 2.300E+01 3.821E-01 1.028E-08 7.852E+07 1.280E+03 2.411E+13 -0.036 31 0.700 42687.1 0.4 5.097 4.797 3.259E+01 3.834E-01 1.824E-08 8.723E+07 9.899E+02 2.418E+13 0.262 36 1.200 51569.8 0.4 5.432 5.133 4.499E+01 3.852E-01 3.259E-08 9.825E+07 7.830E+02 2.413E+13 0.047 41 1.700 63016.4 -0.1 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.123E+08 5.369E+02 2.431E+13 0.768 46 2.200 76023.7 -1.6 6.131 5.832 9.022E+01 3.856E-01 1.105E-07 1.292E+08 2.958E+02 2.413E+13 0.032 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1354 S flx SAM BB OPACITY: NO. LINES: 39884153 TEMKOR 2 |dF|, |dF_| 2.53923 1.40815 , |dT| 0.00002 2.33594 dam_f, tau_r 0.25000 0.00000 Test convergence 90 2.53923237E-02 90.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19915.3 0.4 0.162 -0.139 3.846E-01 3.819E-01 4.548E-13 2.858E+06 1.089E+04 2.413E+13 0.037 6 -4.250 21853.6 0.6 1.850 1.549 4.867E-01 3.818E-01 2.021E-11 2.696E+07 1.224E+04 2.413E+13 0.036 11 -2.500 24345.5 0.6 3.135 2.834 1.882E+00 3.818E-01 3.500E-10 4.662E+07 6.558E+03 2.412E+13 0.016 16 -1.250 27269.0 0.6 3.893 3.592 6.676E+00 3.818E-01 1.788E-09 5.973E+07 3.183E+03 2.412E+13 -0.023 21 -0.300 32179.2 -0.1 4.486 4.185 1.629E+01 3.818E-01 5.937E-09 7.175E+07 1.727E+03 2.413E+13 0.037 26 0.200 36529.4 -0.4 4.779 4.478 2.298E+01 3.821E-01 1.028E-08 7.853E+07 1.280E+03 2.411E+13 -0.042 31 0.700 42687.5 0.5 5.097 4.797 3.259E+01 3.834E-01 1.824E-08 8.723E+07 9.895E+02 2.418E+13 0.256 36 1.200 51570.2 0.5 5.432 5.133 4.499E+01 3.852E-01 3.259E-08 9.825E+07 7.829E+02 2.413E+13 0.048 41 1.700 63016.2 0.1 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.123E+08 5.368E+02 2.430E+13 0.759 46 2.200 76022.0 -1.5 6.131 5.832 9.022E+01 3.856E-01 1.105E-07 1.292E+08 2.959E+02 2.413E+13 0.043 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1366 S flx SAM BB OPACITY: NO. LINES: 39884062 TEMKOR 2 |dF|, |dF_| 2.50498 1.40057 , |dT| 0.00002 1.96875 dam_f, tau_r 0.25000 0.00000 Test convergence 91 2.50498485E-02 91.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19915.7 0.4 0.162 -0.139 3.846E-01 3.819E-01 4.548E-13 2.858E+06 1.089E+04 2.413E+13 0.041 6 -4.250 21854.2 0.6 1.850 1.549 4.867E-01 3.818E-01 2.021E-11 2.696E+07 1.224E+04 2.413E+13 0.039 11 -2.500 24346.1 0.6 3.135 2.834 1.881E+00 3.818E-01 3.500E-10 4.663E+07 6.562E+03 2.413E+13 0.020 16 -1.250 27269.6 0.6 3.893 3.592 6.676E+00 3.818E-01 1.788E-09 5.973E+07 3.183E+03 2.412E+13 -0.019 21 -0.300 32179.2 -0.1 4.486 4.185 1.629E+01 3.818E-01 5.937E-09 7.176E+07 1.727E+03 2.413E+13 0.038 26 0.200 36529.0 -0.5 4.779 4.478 2.298E+01 3.821E-01 1.028E-08 7.853E+07 1.280E+03 2.411E+13 -0.040 31 0.700 42688.1 0.4 5.097 4.797 3.259E+01 3.834E-01 1.824E-08 8.723E+07 9.893E+02 2.418E+13 0.252 36 1.200 51570.7 0.6 5.432 5.133 4.499E+01 3.852E-01 3.259E-08 9.825E+07 7.828E+02 2.413E+13 0.043 41 1.700 63016.3 0.0 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.123E+08 5.368E+02 2.430E+13 0.756 46 2.200 76020.5 -1.7 6.131 5.832 9.022E+01 3.856E-01 1.105E-07 1.292E+08 2.960E+02 2.413E+13 0.057 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1378 S flx SAM BB OPACITY: NO. LINES: 39883946 TEMKOR 2 |dF|, |dF_| 2.47006 1.37836 , |dT| 0.00002 1.96875 dam_f, tau_r 0.25000 0.00000 Test convergence 92 2.47005820E-02 92.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19916.1 0.4 0.162 -0.139 3.846E-01 3.819E-01 4.548E-13 2.858E+06 1.089E+04 2.413E+13 0.041 6 -4.250 21854.8 0.5 1.850 1.549 4.871E-01 3.818E-01 2.021E-11 2.696E+07 1.223E+04 2.413E+13 0.040 11 -2.500 24346.7 0.6 3.135 2.834 1.881E+00 3.818E-01 3.500E-10 4.663E+07 6.562E+03 2.413E+13 0.020 16 -1.250 27270.1 0.5 3.893 3.592 6.674E+00 3.818E-01 1.788E-09 5.973E+07 3.183E+03 2.412E+13 -0.020 21 -0.300 32179.0 -0.1 4.486 4.185 1.629E+01 3.818E-01 5.937E-09 7.176E+07 1.727E+03 2.413E+13 0.032 26 0.200 36528.5 -0.4 4.779 4.478 2.299E+01 3.821E-01 1.028E-08 7.853E+07 1.280E+03 2.411E+13 -0.038 31 0.700 42688.5 0.4 5.097 4.797 3.259E+01 3.834E-01 1.824E-08 8.723E+07 9.892E+02 2.418E+13 0.251 36 1.200 51571.3 0.3 5.432 5.133 4.498E+01 3.852E-01 3.259E-08 9.825E+07 7.829E+02 2.413E+13 0.043 41 1.700 63016.3 -0.3 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.123E+08 5.368E+02 2.430E+13 0.752 46 2.200 76018.8 -2.0 6.131 5.832 9.022E+01 3.856E-01 1.106E-07 1.292E+08 2.960E+02 2.413E+13 0.059 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1390 S flx SAM BB OPACITY: NO. LINES: 39883913 TEMKOR 2 |dF|, |dF_| 2.43783 1.36630 , |dT| 0.00001 1.99219 dam_f, tau_r 0.25000 0.00000 Test convergence 93 2.43783295E-02 93.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19916.5 0.4 0.162 -0.139 3.846E-01 3.819E-01 4.548E-13 2.858E+06 1.089E+04 2.413E+13 0.042 6 -4.250 21855.3 0.5 1.850 1.549 4.871E-01 3.818E-01 2.021E-11 2.696E+07 1.223E+04 2.413E+13 0.040 11 -2.500 24347.3 0.6 3.135 2.834 1.882E+00 3.818E-01 3.500E-10 4.663E+07 6.558E+03 2.413E+13 0.021 16 -1.250 27270.6 0.5 3.893 3.592 6.677E+00 3.818E-01 1.788E-09 5.973E+07 3.182E+03 2.412E+13 -0.020 21 -0.300 32178.9 -0.1 4.486 4.185 1.629E+01 3.818E-01 5.938E-09 7.176E+07 1.726E+03 2.413E+13 0.027 26 0.200 36528.1 -0.3 4.779 4.478 2.299E+01 3.821E-01 1.028E-08 7.853E+07 1.280E+03 2.411E+13 -0.039 31 0.700 42688.9 0.5 5.097 4.797 3.259E+01 3.834E-01 1.824E-08 8.724E+07 9.892E+02 2.418E+13 0.240 36 1.200 51571.6 0.5 5.432 5.133 4.498E+01 3.852E-01 3.259E-08 9.826E+07 7.829E+02 2.413E+13 0.041 41 1.700 63016.0 -0.2 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.123E+08 5.367E+02 2.430E+13 0.742 46 2.200 76016.8 -1.6 6.131 5.832 9.024E+01 3.856E-01 1.106E-07 1.292E+08 2.961E+02 2.414E+13 0.074 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1402 S flx SAM BB OPACITY: NO. LINES: 39883883 TEMKOR 2 |dF|, |dF_| 2.39502 1.34816 , |dT| 0.00001 2.22656 dam_f, tau_r 0.25000 0.00000 Test convergence 94 2.39501595E-02 94.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19916.9 0.3 0.162 -0.139 3.846E-01 3.819E-01 4.548E-13 2.858E+06 1.089E+04 2.413E+13 0.042 6 -4.250 21855.7 0.5 1.850 1.549 4.871E-01 3.818E-01 2.021E-11 2.696E+07 1.223E+04 2.413E+13 0.040 11 -2.500 24347.9 0.5 3.135 2.834 1.881E+00 3.818E-01 3.500E-10 4.663E+07 6.561E+03 2.413E+13 0.020 16 -1.250 27271.1 0.4 3.893 3.592 6.677E+00 3.818E-01 1.788E-09 5.973E+07 3.182E+03 2.412E+13 -0.022 21 -0.300 32178.8 -0.1 4.486 4.185 1.629E+01 3.818E-01 5.938E-09 7.176E+07 1.726E+03 2.413E+13 0.023 26 0.200 36527.8 -0.3 4.779 4.478 2.299E+01 3.821E-01 1.028E-08 7.853E+07 1.281E+03 2.411E+13 -0.037 31 0.700 42689.4 0.6 5.097 4.797 3.259E+01 3.835E-01 1.824E-08 8.724E+07 9.890E+02 2.418E+13 0.232 36 1.200 51572.2 0.7 5.432 5.133 4.498E+01 3.852E-01 3.259E-08 9.826E+07 7.829E+02 2.413E+13 0.030 41 1.700 63015.8 0.3 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.123E+08 5.367E+02 2.430E+13 0.728 46 2.200 76015.3 -1.2 6.131 5.832 9.024E+01 3.856E-01 1.106E-07 1.292E+08 2.961E+02 2.414E+13 0.084 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1415 S flx SAM BB OPACITY: NO. LINES: 39883793 TEMKOR 2 |dF|, |dF_| 2.35922 1.32775 , |dT| 0.00001 1.97656 dam_f, tau_r 0.25000 0.00000 Test convergence 95 2.35922299E-02 95.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19917.2 0.3 0.162 -0.139 3.846E-01 3.819E-01 4.548E-13 2.858E+06 1.089E+04 2.413E+13 0.047 6 -4.250 21856.2 0.4 1.850 1.549 4.871E-01 3.818E-01 2.021E-11 2.696E+07 1.223E+04 2.413E+13 0.045 11 -2.500 24348.4 0.5 3.135 2.834 1.881E+00 3.818E-01 3.500E-10 4.663E+07 6.560E+03 2.413E+13 0.025 16 -1.250 27271.5 0.4 3.893 3.592 6.674E+00 3.818E-01 1.788E-09 5.974E+07 3.183E+03 2.412E+13 -0.016 21 -0.300 32178.7 -0.2 4.486 4.185 1.629E+01 3.818E-01 5.938E-09 7.176E+07 1.726E+03 2.413E+13 0.024 26 0.200 36527.5 -0.4 4.779 4.478 2.300E+01 3.821E-01 1.028E-08 7.853E+07 1.280E+03 2.411E+13 -0.030 31 0.700 42690.0 0.4 5.097 4.797 3.258E+01 3.835E-01 1.824E-08 8.724E+07 9.890E+02 2.418E+13 0.232 36 1.200 51572.9 0.4 5.432 5.133 4.498E+01 3.852E-01 3.259E-08 9.826E+07 7.828E+02 2.413E+13 0.041 41 1.700 63016.1 -0.0 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.123E+08 5.367E+02 2.430E+13 0.729 46 2.200 76014.1 -2.0 6.131 5.832 9.024E+01 3.856E-01 1.106E-07 1.292E+08 2.962E+02 2.414E+13 0.092 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1427 S flx SAM BB OPACITY: NO. LINES: 39883813 TEMKOR 2 |dF|, |dF_| 2.32732 1.31600 , |dT| 0.00001 1.76562 dam_f, tau_r 0.25000 0.00000 Test convergence 96 2.32732389E-02 96.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19917.6 0.3 0.162 -0.139 3.846E-01 3.819E-01 4.548E-13 2.858E+06 1.089E+04 2.413E+13 0.047 6 -4.250 21856.6 0.4 1.850 1.549 4.871E-01 3.818E-01 2.021E-11 2.696E+07 1.223E+04 2.413E+13 0.045 11 -2.500 24348.9 0.5 3.135 2.834 1.881E+00 3.818E-01 3.500E-10 4.663E+07 6.560E+03 2.413E+13 0.025 16 -1.250 27271.9 0.4 3.893 3.592 6.677E+00 3.818E-01 1.788E-09 5.974E+07 3.182E+03 2.412E+13 -0.017 21 -0.300 32178.6 -0.1 4.486 4.185 1.629E+01 3.818E-01 5.938E-09 7.176E+07 1.725E+03 2.413E+13 0.020 26 0.200 36527.1 -0.4 4.779 4.478 2.300E+01 3.821E-01 1.028E-08 7.853E+07 1.280E+03 2.411E+13 -0.031 31 0.700 42690.4 0.4 5.097 4.797 3.258E+01 3.835E-01 1.824E-08 8.724E+07 9.889E+02 2.418E+13 0.226 36 1.200 51573.3 0.6 5.432 5.133 4.498E+01 3.852E-01 3.259E-08 9.826E+07 7.827E+02 2.413E+13 0.030 41 1.700 63016.1 0.1 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.123E+08 5.366E+02 2.430E+13 0.724 46 2.200 76012.1 -1.5 6.131 5.832 9.026E+01 3.856E-01 1.106E-07 1.292E+08 2.962E+02 2.415E+13 0.106 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1438 S flx SAM BB OPACITY: NO. LINES: 39883751 TEMKOR 2 |dF|, |dF_| 2.29263 1.29503 , |dT| 0.00001 1.83594 dam_f, tau_r 0.25000 0.00000 Test convergence 97 2.29263473E-02 97.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19917.8 0.3 0.162 -0.139 3.846E-01 3.819E-01 4.548E-13 2.858E+06 1.090E+04 2.413E+13 0.047 6 -4.250 21857.0 0.3 1.850 1.549 4.871E-01 3.818E-01 2.021E-11 2.696E+07 1.223E+04 2.413E+13 0.045 11 -2.500 24349.4 0.4 3.135 2.834 1.880E+00 3.818E-01 3.500E-10 4.664E+07 6.564E+03 2.413E+13 0.025 16 -1.250 27272.3 0.4 3.893 3.592 6.677E+00 3.818E-01 1.788E-09 5.974E+07 3.182E+03 2.412E+13 -0.017 21 -0.300 32178.4 -0.1 4.486 4.185 1.629E+01 3.818E-01 5.938E-09 7.177E+07 1.725E+03 2.412E+13 0.016 26 0.200 36526.7 -0.3 4.779 4.478 2.298E+01 3.821E-01 1.028E-08 7.854E+07 1.281E+03 2.411E+13 -0.036 31 0.700 42690.8 0.4 5.097 4.797 3.260E+01 3.835E-01 1.824E-08 8.724E+07 9.885E+02 2.418E+13 0.233 36 1.200 51573.8 0.2 5.432 5.133 4.498E+01 3.852E-01 3.259E-08 9.826E+07 7.827E+02 2.413E+13 0.038 41 1.700 63016.2 -0.5 5.781 5.482 6.240E+01 3.855E-01 5.958E-08 1.123E+08 5.366E+02 2.430E+13 0.724 46 2.200 76010.6 -1.8 6.131 5.832 9.026E+01 3.856E-01 1.106E-07 1.292E+08 2.962E+02 2.415E+13 0.102 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1450 S flx SAM BB OPACITY: NO. LINES: 39883702 TEMKOR 2 |dF|, |dF_| 2.25731 1.28357 , |dT| 0.00001 1.82812 dam_f, tau_r 0.25000 0.00000 Test convergence 98 2.25730743E-02 98.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19918.1 0.3 0.162 -0.139 3.846E-01 3.819E-01 4.548E-13 2.858E+06 1.090E+04 2.413E+13 0.048 6 -4.250 21857.3 0.3 1.850 1.549 4.871E-01 3.818E-01 2.021E-11 2.696E+07 1.223E+04 2.413E+13 0.046 11 -2.500 24349.8 0.4 3.135 2.834 1.881E+00 3.818E-01 3.500E-10 4.663E+07 6.560E+03 2.413E+13 0.026 16 -1.250 27272.7 0.3 3.893 3.592 6.674E+00 3.818E-01 1.788E-09 5.974E+07 3.183E+03 2.412E+13 -0.018 21 -0.300 32178.3 -0.1 4.486 4.185 1.629E+01 3.818E-01 5.938E-09 7.177E+07 1.725E+03 2.412E+13 0.013 26 0.200 36526.4 -0.3 4.779 4.478 2.299E+01 3.821E-01 1.028E-08 7.854E+07 1.281E+03 2.411E+13 -0.035 31 0.700 42691.2 0.4 5.097 4.797 3.259E+01 3.835E-01 1.824E-08 8.724E+07 9.885E+02 2.417E+13 0.225 36 1.200 51574.0 0.4 5.432 5.133 4.498E+01 3.852E-01 3.259E-08 9.826E+07 7.827E+02 2.413E+13 0.024 41 1.700 63015.7 -0.1 5.781 5.482 6.241E+01 3.855E-01 5.958E-08 1.123E+08 5.365E+02 2.429E+13 0.723 46 2.200 76008.7 -1.8 6.131 5.832 9.026E+01 3.856E-01 1.106E-07 1.292E+08 2.963E+02 2.415E+13 0.109 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1462 S flx SAM BB OPACITY: NO. LINES: 39883673 TEMKOR 2 |dF|, |dF_| 2.22032 1.26834 , |dT| 0.00001 1.80469 dam_f, tau_r 0.25000 0.00000 Test convergence 99 2.22031586E-02 99.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19918.4 0.2 0.162 -0.139 3.846E-01 3.819E-01 4.548E-13 2.858E+06 1.090E+04 2.413E+13 0.047 6 -4.250 21857.7 0.4 1.850 1.549 4.871E-01 3.818E-01 2.021E-11 2.697E+07 1.223E+04 2.413E+13 0.045 11 -2.500 24350.2 0.3 3.135 2.834 1.881E+00 3.818E-01 3.501E-10 4.664E+07 6.560E+03 2.413E+13 0.025 16 -1.250 27273.0 0.3 3.893 3.592 6.675E+00 3.818E-01 1.788E-09 5.974E+07 3.182E+03 2.412E+13 -0.019 21 -0.300 32178.2 -0.1 4.486 4.185 1.629E+01 3.818E-01 5.938E-09 7.177E+07 1.725E+03 2.412E+13 0.010 26 0.200 36526.1 -0.2 4.779 4.478 2.299E+01 3.821E-01 1.028E-08 7.854E+07 1.281E+03 2.411E+13 -0.032 31 0.700 42691.6 0.3 5.097 4.797 3.259E+01 3.835E-01 1.824E-08 8.724E+07 9.884E+02 2.417E+13 0.223 36 1.200 51574.5 0.5 5.432 5.133 4.498E+01 3.852E-01 3.259E-08 9.827E+07 7.827E+02 2.413E+13 0.022 41 1.700 63015.6 -0.0 5.781 5.482 6.241E+01 3.855E-01 5.958E-08 1.123E+08 5.365E+02 2.429E+13 0.711 46 2.200 76006.9 -1.4 6.131 5.832 9.026E+01 3.856E-01 1.106E-07 1.292E+08 2.963E+02 2.415E+13 0.113 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1474 S flx SAM BB OPACITY: NO. LINES: 39883667 TEMKOR 2 |dF|, |dF_| 2.19285 1.24987 , |dT| 0.00001 1.80469 dam_f, tau_r 0.25000 0.00000 Test convergence 100 2.19285022E-02 100.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19918.6 0.2 0.162 -0.139 3.846E-01 3.819E-01 4.548E-13 2.858E+06 1.090E+04 2.413E+13 0.049 6 -4.250 21858.0 0.3 1.850 1.549 4.871E-01 3.818E-01 2.021E-11 2.697E+07 1.223E+04 2.413E+13 0.047 11 -2.500 24350.6 0.3 3.135 2.834 1.881E+00 3.818E-01 3.500E-10 4.664E+07 6.560E+03 2.413E+13 0.027 16 -1.250 27273.3 0.3 3.893 3.592 6.675E+00 3.818E-01 1.788E-09 5.974E+07 3.183E+03 2.412E+13 -0.018 21 -0.300 32178.0 -0.2 4.486 4.185 1.629E+01 3.818E-01 5.938E-09 7.177E+07 1.725E+03 2.412E+13 0.007 26 0.200 36525.9 -0.2 4.779 4.478 2.299E+01 3.821E-01 1.028E-08 7.854E+07 1.281E+03 2.411E+13 -0.031 31 0.700 42692.0 0.3 5.097 4.797 3.259E+01 3.835E-01 1.824E-08 8.724E+07 9.882E+02 2.417E+13 0.220 36 1.200 51574.9 0.4 5.432 5.133 4.498E+01 3.852E-01 3.259E-08 9.827E+07 7.827E+02 2.413E+13 0.026 41 1.700 63015.6 -0.4 5.781 5.482 6.241E+01 3.855E-01 5.958E-08 1.123E+08 5.364E+02 2.429E+13 0.698 46 2.200 76005.5 -1.3 6.131 5.832 9.028E+01 3.856E-01 1.106E-07 1.292E+08 2.963E+02 2.415E+13 0.126 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1485 S flx SAM BB OPACITY: NO. LINES: 39883638 TEMKOR 2 |dF|, |dF_| 2.16809 1.24708 , |dT| 0.00001 1.57031 dam_f, tau_r 0.25000 0.00000 Test convergence 101 2.16809269E-02 101.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19918.8 0.3 0.162 -0.139 3.846E-01 3.819E-01 4.548E-13 2.858E+06 1.090E+04 2.413E+13 0.051 6 -4.250 21858.3 0.3 1.850 1.549 4.871E-01 3.818E-01 2.021E-11 2.696E+07 1.223E+04 2.413E+13 0.049 11 -2.500 24350.9 0.3 3.135 2.834 1.881E+00 3.818E-01 3.500E-10 4.664E+07 6.559E+03 2.413E+13 0.029 16 -1.250 27273.5 0.2 3.893 3.592 6.675E+00 3.818E-01 1.788E-09 5.974E+07 3.183E+03 2.412E+13 -0.016 21 -0.300 32177.9 -0.2 4.486 4.185 1.629E+01 3.818E-01 5.938E-09 7.177E+07 1.725E+03 2.412E+13 0.004 26 0.200 36525.6 -0.2 4.779 4.478 2.299E+01 3.821E-01 1.028E-08 7.854E+07 1.281E+03 2.411E+13 -0.031 31 0.700 42692.2 0.3 5.097 4.797 3.258E+01 3.835E-01 1.824E-08 8.725E+07 9.883E+02 2.417E+13 0.213 36 1.200 51575.3 0.4 5.432 5.133 4.497E+01 3.852E-01 3.258E-08 9.827E+07 7.827E+02 2.412E+13 0.015 41 1.700 63015.2 -0.0 5.781 5.482 6.241E+01 3.855E-01 5.958E-08 1.123E+08 5.364E+02 2.429E+13 0.691 46 2.200 76004.2 -1.6 6.131 5.832 9.027E+01 3.856E-01 1.106E-07 1.292E+08 2.964E+02 2.415E+13 0.134 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1497 S flx SAM BB OPACITY: NO. LINES: 39883606 TEMKOR 2 |dF|, |dF_| 2.13865 1.22059 , |dT| 0.00001 1.68750 dam_f, tau_r 0.25000 0.00000 Test convergence 102 2.13864520E-02 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 102 ITERATIONS HOMOGENEOUS TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 5.75 2.412E+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 19919.1 0.2 0.162 -0.139 3.846E-01 3.819E-01 4.548E-13 2.858E+06 1.090E+04 2.413E+13 0.050 2 -5.650 20202.2 0.2 0.511 0.203 3.878E-01 3.819E-01 1.016E-12 7.400E+06 1.124E+04 2.413E+13 0.050 3 -5.300 20538.2 0.2 0.842 0.549 3.944E-01 3.819E-01 2.076E-12 1.212E+07 1.178E+04 2.413E+13 0.050 4 -4.950 20943.6 0.3 1.172 0.885 4.076E-01 3.818E-01 4.277E-12 1.728E+07 1.211E+04 2.413E+13 0.050 5 -4.600 21388.6 0.3 1.521 1.220 4.345E-01 3.818E-01 9.685E-12 2.225E+07 1.215E+04 2.413E+13 0.050 6 -4.250 21858.6 0.2 1.850 1.549 4.871E-01 3.818E-01 2.021E-11 2.696E+07 1.223E+04 2.413E+13 0.049 7 -3.900 22375.7 0.3 2.156 1.855 5.805E-01 3.818E-01 3.997E-11 3.146E+07 1.165E+04 2.413E+13 0.047 8 -3.550 22898.9 0.3 2.438 2.137 7.396E-01 3.818E-01 7.479E-11 3.571E+07 1.037E+04 2.413E+13 0.043 9 -3.200 23377.7 0.3 2.697 2.396 9.938E-01 3.818E-01 1.328E-10 3.961E+07 9.036E+03 2.413E+13 0.039 10 -2.850 23846.2 0.3 2.935 2.634 1.382E+00 3.818E-01 2.253E-10 4.353E+07 7.773E+03 2.413E+13 0.034 11 -2.500 24351.2 0.3 3.135 2.834 1.880E+00 3.818E-01 3.500E-10 4.664E+07 6.564E+03 2.413E+13 0.028 12 -2.250 24761.6 0.3 3.299 2.998 2.466E+00 3.818E-01 5.013E-10 4.931E+07 5.755E+03 2.413E+13 0.023 13 -2.000 25229.5 0.3 3.450 3.149 3.190E+00 3.818E-01 6.978E-10 5.192E+07 5.030E+03 2.412E+13 0.015 14 -1.750 25784.8 0.3 3.601 3.300 4.126E+00 3.818E-01 9.664E-10 5.449E+07 4.359E+03 2.412E+13 0.006 15 -1.500 26458.3 0.3 3.747 3.446 5.266E+00 3.818E-01 1.318E-09 5.708E+07 3.740E+03 2.412E+13 -0.005 16 -1.250 27273.8 0.2 3.893 3.592 6.677E+00 3.818E-01 1.788E-09 5.974E+07 3.181E+03 2.412E+13 -0.017 17 -1.000 28253.4 0.2 4.039 3.738 8.401E+00 3.818E-01 2.418E-09 6.256E+07 2.698E+03 2.411E+13 -0.032 18 -0.750 29426.7 0.1 4.187 3.886 1.049E+01 3.818E-01 3.261E-09 6.523E+07 2.292E+03 2.411E+13 -0.038 19 -0.500 30839.1 0.0 4.336 4.035 1.298E+01 3.818E-01 4.391E-09 6.886E+07 1.959E+03 2.412E+13 -0.018 20 -0.400 31485.5 -0.1 4.447 4.146 1.578E+01 3.818E-01 5.549E-09 7.063E+07 1.824E+03 2.412E+13 -0.003 21 -0.300 32177.7 -0.2 4.486 4.185 1.629E+01 3.818E-01 5.938E-09 7.177E+07 1.725E+03 2.412E+13 0.001 22 -0.200 32925.9 -0.2 4.545 4.244 1.756E+01 3.818E-01 6.651E-09 7.299E+07 1.623E+03 2.412E+13 0.004 23 -0.100 33731.1 -0.3 4.604 4.303 1.886E+01 3.819E-01 7.432E-09 7.426E+07 1.529E+03 2.412E+13 0.000 24 0.000 34597.3 -0.4 4.660 4.359 2.009E+01 3.819E-01 8.247E-09 7.561E+07 1.441E+03 2.412E+13 -0.016 25 0.100 35528.0 -0.3 4.719 4.418 2.149E+01 3.820E-01 9.202E-09 7.703E+07 1.358E+03 2.411E+13 -0.036 26 0.200 36525.4 -0.2 4.779 4.478 2.299E+01 3.821E-01 1.028E-08 7.854E+07 1.281E+03 2.411E+13 -0.032 27 0.300 37600.4 -0.1 4.841 4.540 2.462E+01 3.823E-01 1.150E-08 8.012E+07 1.210E+03 2.411E+13 -0.029 28 0.400 38750.6 0.2 4.904 4.603 2.640E+01 3.825E-01 1.289E-08 8.178E+07 1.140E+03 2.409E+13 -0.121 29 0.500 39976.5 -0.1 4.967 4.667 2.831E+01 3.827E-01 1.446E-08 8.352E+07 1.095E+03 2.419E+13 0.272 30 0.600 41347.5 -0.1 5.032 4.731 3.028E+01 3.831E-01 1.621E-08 8.535E+07 1.019E+03 2.404E+13 -0.324 31 0.700 42692.6 0.4 5.097 4.797 3.258E+01 3.835E-01 1.824E-08 8.725E+07 9.881E+02 2.417E+13 0.212 32 0.800 44314.0 -0.5 5.163 4.863 3.470E+01 3.839E-01 2.043E-08 8.925E+07 9.361E+02 2.412E+13 0.005 33 0.900 45863.9 0.1 5.229 4.929 3.728E+01 3.843E-01 2.299E-08 9.133E+07 8.964E+02 2.408E+13 -0.150 34 1.000 47694.0 -0.1 5.296 4.997 3.963E+01 3.847E-01 2.578E-08 9.353E+07 8.648E+02 2.417E+13 0.217 35 1.100 49538.8 -0.5 5.364 5.064 4.231E+01 3.849E-01 2.899E-08 9.584E+07 8.217E+02 2.409E+13 -0.141 36 1.200 51575.7 0.1 5.432 5.133 4.498E+01 3.852E-01 3.258E-08 9.826E+07 7.824E+02 2.413E+13 0.027 37 1.300 53677.3 -0.7 5.501 5.202 4.791E+01 3.853E-01 3.669E-08 1.008E+08 7.404E+02 2.415E+13 0.140 38 1.400 55940.1 0.1 5.570 5.272 5.096E+01 3.854E-01 4.132E-08 1.035E+08 6.878E+02 2.405E+13 -0.295 39 1.500 58209.7 -0.6 5.641 5.342 5.446E+01 3.855E-01 4.665E-08 1.063E+08 6.431E+02 2.423E+13 0.443 40 1.600 60670.3 0.0 5.711 5.412 5.804E+01 3.855E-01 5.261E-08 1.092E+08 5.801E+02 2.398E+13 -0.583 41 1.700 63015.2 -0.2 5.781 5.482 6.241E+01 3.855E-01 5.958E-08 1.123E+08 5.364E+02 2.429E+13 0.686 42 1.800 65641.5 -0.4 5.852 5.553 6.667E+01 3.856E-01 6.726E-08 1.155E+08 4.724E+02 2.394E+13 -0.733 43 1.900 68000.1 0.3 5.922 5.623 7.219E+01 3.856E-01 7.636E-08 1.187E+08 4.327E+02 2.429E+13 0.700 44 2.000 70769.5 -1.1 5.992 5.693 7.728E+01 3.856E-01 8.620E-08 1.221E+08 3.763E+02 2.399E+13 -0.557 45 2.100 73123.0 1.0 6.062 5.763 8.414E+01 3.856E-01 9.799E-08 1.256E+08 3.402E+02 2.419E+13 0.279 46 2.200 76002.6 -1.7 6.131 5.832 9.027E+01 3.856E-01 1.106E-07 1.292E+08 2.964E+02 2.415E+13 0.136 47 2.300 78402.8 1.4 6.200 5.901 9.855E+01 3.856E-01 1.257E-07 1.329E+08 2.616E+02 2.396E+13 -0.660 48 2.400 81314.1 -1.5 6.269 5.970 1.061E+02 3.856E-01 1.419E-07 1.367E+08 2.317E+02 2.442E+13 1.236 49 2.500 83873.1 0.8 6.337 6.038 1.158E+02 3.855E-01 1.609E-07 1.405E+08 1.974E+02 2.369E+13 -1.775 50 2.600 86689.1 -0.2 6.405 6.106 1.255E+02 3.855E-01 1.819E-07 1.445E+08 1.795E+02 2.465E+13 2.186 CONVERGENCE: LOG(SQRT(SUM(DELTA T/T)^2) ITER. CORREC 1 -1.1377 -0.0187 2 -1.4992 -0.0273 3 -1.5432 -0.0338 4 -1.5932 -0.0433 5 -1.6541 -0.0572 6 -1.7351 -0.0791 7 -1.8177 -0.1159 8 -1.9526 -0.1821 9 -2.3667 -0.3103 10 -2.4276 -0.4142 11 -2.4601 -0.5078 12 -2.4852 -0.5869 13 -2.5092 -0.6489 14 -2.5339 -0.7019 15 -2.5599 -0.7460 16 -2.5878 -0.7832 17 -2.6177 -0.8156 18 -2.6506 -0.8438 19 -2.6869 -0.8689 20 -2.7266 -0.8916 21 -2.7701 -0.9124 22 -2.8170 -0.9314 23 -2.8682 -0.9489 24 -2.9235 -0.9654 25 -2.9825 -0.9811 26 -3.0454 -0.9954 27 -3.1113 -1.0097 28 -3.1803 -1.0232 29 -3.2509 -1.0362 30 -3.3255 -1.0490 31 -3.4011 -1.0609 32 -3.4810 -1.0731 33 -3.5592 -1.0846 34 -3.6385 -1.0964 35 -3.7177 -1.1073 36 -3.7892 -1.1185 37 -3.8591 -1.1300 38 -3.9191 -1.1407 39 -3.9686 -1.1514 40 -4.0058 -1.1617 41 -4.0309 -1.1723 42 -4.0474 -1.1832 43 -4.0551 -1.1929 44 -4.0601 -1.2036 45 -4.0627 -1.2132 46 -4.0637 -1.2236 47 -4.0670 -1.2345 48 -4.0673 -1.2441 49 -4.0704 -1.2540 50 -4.0748 -1.2631 51 -4.0803 -1.2735 52 -4.0880 -1.2830 53 -4.0903 -1.2919 54 -4.1038 -1.3019 55 -4.1117 -1.3111 56 -4.1175 -1.3215 57 -4.1304 -1.3305 58 -4.1443 -1.3394 59 -4.1565 -1.3488 60 -4.1711 -1.3574 61 -4.1871 -1.3667 62 -4.1978 -1.3751 63 -4.2184 -1.3840 64 -4.2354 -1.3928 65 -4.2463 -1.4027 66 -4.2634 -1.4108 67 -4.2815 -1.4191 68 -4.2995 -1.4273 69 -4.3163 -1.4359 70 -4.3343 -1.4434 71 -4.3601 -1.4517 72 -4.3674 -1.4600 73 -4.3930 -1.4681 74 -4.4100 -1.4759 75 -4.4337 -1.4845 76 -4.4655 -1.4919 77 -4.4726 -1.4992 78 -4.4972 -1.5078 79 -4.5198 -1.5148 80 -4.5517 -1.5208 81 -4.5504 -1.5301 82 -4.5711 -1.5360 83 -4.5843 -1.5436 84 -4.6261 -1.5520 85 -4.6492 -1.5593 86 -4.6630 -1.5661 87 -4.6996 -1.5735 88 -4.7157 -1.5800 89 -4.7390 -1.5875 90 -4.7747 -1.5953 91 -4.7859 -1.6012 92 -4.8144 -1.6073 93 -4.8334 -1.6130 94 -4.8492 -1.6207 95 -4.8623 -1.6272 96 -4.8892 -1.6331 97 -4.9103 -1.6397 98 -4.9294 -1.6464 99 -4.9695 -1.6536 100 -4.9679 -1.6590 101 -4.9784 -1.6639 102 -5.0020 -1.6699 IONISATION FRACTIONS NR TAU HI HEI HEII CI CII CIII CIV NI NII NIII NIV 1 -6.00 2.467E-06 1.853E-05 9.995E-01 3.202E-10 1.554E-04 9.369E-01 6.296E-02 2.497E-09 1.071E-03 9.902E-01 8.715E-03 2 -5.65 3.581E-06 3.148E-05 9.996E-01 8.091E-10 2.722E-04 9.554E-01 4.434E-02 6.027E-09 1.791E-03 9.921E-01 6.071E-03 3 -5.30 5.277E-06 5.240E-05 9.997E-01 1.997E-09 4.602E-04 9.668E-01 3.274E-02 1.423E-08 2.894E-03 9.926E-01 4.468E-03 4 -4.95 7.695E-06 8.185E-05 9.997E-01 4.507E-09 7.226E-04 9.726E-01 2.668E-02 3.072E-08 4.321E-03 9.920E-01 3.654E-03 5 -4.60 1.159E-05 1.261E-04 9.997E-01 1.029E-08 1.112E-03 9.765E-01 2.238E-02 6.700E-08 6.311E-03 9.906E-01 3.085E-03 6 -4.25 1.663E-05 1.899E-04 9.996E-01 2.179E-08 1.675E-03 9.792E-01 1.917E-02 1.358E-07 9.023E-03 9.883E-01 2.665E-03 7 -3.90 2.383E-05 2.682E-04 9.995E-01 4.293E-08 2.348E-03 9.798E-01 1.781E-02 2.557E-07 1.198E-02 9.855E-01 2.505E-03 8 -3.55 3.149E-05 3.609E-04 9.994E-01 7.412E-08 3.146E-03 9.797E-01 1.711E-02 4.239E-07 1.524E-02 9.823E-01 2.439E-03 9 -3.20 4.301E-05 4.814E-04 9.993E-01 1.315E-07 4.167E-03 9.797E-01 1.612E-02 7.242E-07 1.927E-02 9.784E-01 2.323E-03 10 -2.85 5.537E-05 6.221E-04 9.992E-01 2.127E-07 5.352E-03 9.793E-01 1.539E-02 1.132E-06 2.371E-02 9.740E-01 2.245E-03 11 -2.50 7.216E-05 7.364E-04 9.990E-01 3.197E-07 6.219E-03 9.775E-01 1.630E-02 1.639E-06 2.644E-02 9.711E-01 2.416E-03 12 -2.25 8.727E-05 8.496E-04 9.989E-01 4.360E-07 7.118E-03 9.761E-01 1.681E-02 2.174E-06 2.921E-02 9.683E-01 2.523E-03 13 -2.00 1.014E-04 9.326E-04 9.987E-01 5.416E-07 7.704E-03 9.738E-01 1.853E-02 2.625E-06 3.057E-02 9.666E-01 2.830E-03 14 -1.75 1.155E-04 9.860E-04 9.986E-01 6.316E-07 8.031E-03 9.702E-01 2.178E-02 2.970E-06 3.063E-02 9.660E-01 3.404E-03 15 -1.50 1.271E-04 9.851E-04 9.984E-01 6.671E-07 7.870E-03 9.641E-01 2.801E-02 3.039E-06 2.876E-02 9.667E-01 4.518E-03 16 -1.25 1.364E-04 9.380E-04 9.981E-01 6.467E-07 7.295E-03 9.536E-01 3.911E-02 2.854E-06 2.547E-02 9.679E-01 6.584E-03 17 -1.00 1.672E-04 8.772E-04 9.975E-01 6.870E-07 6.325E-03 9.347E-01 5.894E-02 2.927E-06 2.121E-02 9.683E-01 1.051E-02 18 -0.75 1.720E-04 7.677E-04 9.962E-01 5.558E-07 5.176E-03 9.000E-01 9.487E-02 2.326E-06 1.668E-02 9.650E-01 1.830E-02 19 -0.50 1.720E-04 6.438E-04 9.928E-01 3.975E-07 3.905E-03 8.356E-01 1.605E-01 1.673E-06 1.229E-02 9.530E-01 3.474E-02 20 -0.40 2.063E-04 6.802E-04 9.912E-01 4.650E-07 3.911E-03 8.143E-01 1.817E-01 1.946E-06 1.203E-02 9.469E-01 4.110E-02 21 -0.30 2.095E-04 6.081E-04 9.874E-01 3.707E-07 3.177E-03 7.612E-01 2.356E-01 1.595E-06 9.833E-03 9.326E-01 5.761E-02 22 -0.20 2.225E-04 5.690E-04 9.822E-01 3.168E-07 2.599E-03 7.045E-01 2.927E-01 1.408E-06 8.232E-03 9.138E-01 7.793E-02 23 -0.10 1.563E-04 4.899E-04 9.745E-01 2.098E-07 2.118E-03 6.373E-01 3.604E-01 9.787E-07 6.845E-03 8.871E-01 1.060E-01 24 0.00 1.629E-04 4.497E-04 9.626E-01 1.633E-07 1.666E-03 5.597E-01 4.382E-01 8.107E-07 5.562E-03 8.494E-01 1.451E-01 25 0.10 1.706E-04 4.150E-04 9.450E-01 1.238E-07 1.234E-03 4.779E-01 5.199E-01 6.616E-07 4.378E-03 7.995E-01 1.961E-01 26 0.20 1.788E-04 3.826E-04 9.192E-01 9.045E-08 9.223E-04 3.957E-01 6.017E-01 5.247E-07 3.430E-03 7.354E-01 2.611E-01 27 0.30 1.878E-04 3.514E-04 8.816E-01 6.367E-08 6.727E-04 3.174E-01 6.787E-01 4.022E-07 2.623E-03 6.569E-01 3.403E-01 28 0.40 1.975E-04 2.778E-04 8.293E-01 3.411E-08 4.529E-04 2.474E-01 7.462E-01 2.334E-07 1.887E-03 5.673E-01 4.306E-01 29 0.50 2.079E-04 2.457E-04 7.596E-01 2.258E-08 3.169E-04 1.884E-01 8.008E-01 1.654E-07 1.359E-03 4.721E-01 5.260E-01 30 0.60 2.181E-04 2.088E-04 6.664E-01 1.399E-08 2.128E-04 1.376E-01 8.432E-01 1.086E-07 9.276E-04 3.725E-01 6.254E-01 31 0.70 2.308E-04 1.774E-04 5.699E-01 9.131E-09 1.373E-04 1.022E-01 8.661E-01 7.335E-08 6.139E-04 2.915E-01 7.054E-01 32 0.80 2.412E-04 1.377E-04 4.501E-01 5.192E-09 8.710E-05 7.052E-02 8.736E-01 4.298E-08 3.860E-04 2.105E-01 7.837E-01 33 0.90 2.550E-04 1.086E-04 3.512E-01 3.214E-09 5.932E-05 5.033E-02 8.606E-01 2.709E-08 2.594E-04 1.551E-01 8.342E-01 34 1.00 2.666E-04 6.266E-05 2.527E-01 1.330E-09 3.687E-05 3.339E-02 8.200E-01 1.147E-08 1.608E-04 1.068E-01 8.718E-01 35 1.10 2.806E-04 4.505E-05 1.802E-01 7.408E-10 2.068E-05 2.230E-02 7.551E-01 6.630E-09 9.358E-05 7.429E-02 8.856E-01 36 1.20 2.941E-04 3.117E-05 1.236E-01 3.806E-10 1.225E-05 1.395E-02 6.604E-01 3.619E-09 5.775E-05 4.965E-02 8.757E-01 37 1.30 3.093E-04 2.185E-05 8.505E-02 1.940E-10 7.188E-06 8.668E-03 5.508E-01 1.992E-09 3.610E-05 3.314E-02 8.371E-01 38 1.40 3.249E-04 1.519E-05 5.793E-02 9.312E-11 4.009E-06 5.173E-03 4.339E-01 1.044E-09 2.182E-05 2.132E-02 7.637E-01 39 1.50 3.432E-04 1.100E-05 4.058E-02 4.637E-11 1.953E-06 3.061E-03 3.332E-01 5.586E-10 1.154E-05 1.351E-02 6.646E-01 40 1.60 3.615E-04 4.355E-06 2.835E-02 1.607E-11 1.058E-06 1.801E-03 2.449E-01 2.016E-10 6.539E-06 8.146E-03 5.399E-01 41 1.70 3.846E-04 3.314E-06 2.103E-02 8.543E-12 6.297E-07 1.152E-03 1.843E-01 1.074E-10 3.906E-06 5.092E-03 4.260E-01 42 1.80 4.063E-04 2.452E-06 1.534E-02 4.184E-12 3.516E-07 6.729E-04 1.338E-01 5.073E-11 2.114E-06 2.857E-03 3.122E-01 43 1.90 4.355E-04 2.004E-06 1.181E-02 2.502E-12 1.909E-07 4.699E-04 1.033E-01 2.840E-11 1.088E-06 1.824E-03 2.347E-01 44 2.00 4.610E-04 1.550E-06 8.964E-03 1.314E-12 1.122E-07 3.094E-04 7.653E-02 1.345E-11 5.811E-07 1.055E-03 1.629E-01 45 2.10 4.973E-04 1.346E-06 7.473E-03 8.861E-13 8.045E-08 2.188E-04 6.166E-02 8.147E-12 3.766E-07 6.760E-04 1.218E-01 46 2.20 5.276E-04 1.087E-06 5.960E-03 3.567E-13 5.068E-08 1.540E-04 4.736E-02 2.791E-12 2.055E-07 4.008E-04 8.297E-02 47 2.30 5.707E-04 9.823E-07 5.203E-03 2.614E-13 3.160E-08 1.260E-04 3.994E-02 1.778E-12 1.127E-07 2.816E-04 6.230E-02 48 2.40 6.080E-04 8.325E-07 4.391E-03 1.656E-13 2.162E-08 8.622E-05 3.183E-02 9.292E-13 6.415E-08 1.615E-04 4.231E-02 49 2.50 6.567E-04 7.644E-07 3.953E-03 1.255E-13 1.705E-08 7.261E-05 2.748E-02 5.886E-13 4.258E-08 1.128E-04 3.120E-02 50 2.60 7.047E-04 6.877E-07 3.550E-03 9.088E-14 1.298E-08 6.015E-05 2.358E-02 3.436E-13 2.636E-08 7.507E-05 2.207E-02