SSS TTTTT EEEEE RRR N N EEEEE OOO SSS S T E R R NN N E O O S SS T EEE RRR N N N EEE O O SS S T E R R N NN E O O S SSS T EEEEE R R N N EEEEE _____ OOO SSS Version 3.1.0 Date 2012.08.16 Authors N.T.Behara & C.S.Jeffery Help http://star.arm.ac.uk/%7Ecsj/software_store/guide/sterne.html Run Date 2019 2 18 Run Time 11:58:43 MODEL PARAMETERS EFFECTIVE TEMPERATURE : TEFF 34000.0000 SURFACE GRAVITY : LOG G 6.50000000 MICROTURBULENT VELOCITY: VMIC 500000.000 CONTINUOUS (BF) OPACITY: OP LINE (BB) OPACITY : SAM NUMBER OF DEPTH POINTS : 50 NUMBER OF FREQUENCIES : (???) 3 STARTING MODEL : GREY ELEMENTAL ABUNDANCES ANSOL 0.152 ANMET 0.014 ANORM 12.137 MUSOL 2.195 MUMET 1.258 ELEMENT Z alpha beta eps alpha_sun beta_sun eps_sun beta/beta_sun Hydrogen 1 9.898E-01 9.574E-01 12.133 9.096E-01 7.053E-01 12.000 1.357 Helium 2 9.998E-03 3.868E-02 10.137 8.889E-02 2.757E-01 10.990 0.140 Lithium 3 1.315E-12 8.805E-12 0.256 1.315E-11 7.060E-11 1.160 0.125 Beryllium 4 1.285E-12 1.118E-11 0.246 1.285E-11 8.966E-11 1.150 0.125 Boron 5 3.621E-11 3.782E-10 1.696 3.621E-10 3.033E-09 2.600 0.125 Carbon 6 4.999E-05 5.807E-04 7.836 3.458E-04 3.221E-03 8.580 0.180 Nitrogen 7 9.998E-06 1.354E-04 7.137 1.021E-04 1.108E-03 8.050 0.122 Oxygen 8 7.741E-05 1.198E-03 8.026 7.742E-04 9.608E-03 8.930 0.125 Fluorine 9 3.302E-09 6.068E-08 3.656 3.303E-08 4.866E-07 4.560 0.125 Neon 10 1.119E-05 2.179E-04 7.186 1.119E-04 1.747E-03 8.090 0.125 Sodium 11 1.944E-07 4.325E-06 5.426 1.945E-06 3.468E-05 6.330 0.125 Magnesium 12 3.458E-06 8.133E-05 6.676 3.458E-05 6.521E-04 7.580 0.125 Aluminium 13 2.684E-07 7.009E-06 5.566 2.685E-06 5.620E-05 6.470 0.125 Silicon 14 3.227E-06 8.773E-05 6.646 3.228E-05 7.034E-04 7.550 0.125 Phosphorus 15 2.563E-08 7.685E-07 4.546 2.564E-07 6.162E-06 5.450 0.125 Sulphur 16 1.475E-06 4.578E-05 6.306 1.475E-05 3.671E-04 7.210 0.125 Chlorine 17 2.876E-08 9.870E-07 4.596 2.877E-07 7.914E-06 5.500 0.125 Argon 18 3.302E-07 1.160E-05 5.656 3.303E-06 9.300E-05 6.560 0.125 Potassium 19 1.199E-08 4.538E-07 4.216 1.199E-07 3.639E-06 5.120 0.125 Calcium 20 2.083E-07 8.084E-06 5.456 2.084E-06 6.482E-05 6.360 0.125 Scandium 21 1.145E-10 4.983E-09 2.196 1.145E-09 3.996E-08 3.100 0.125 Titanium 22 8.888E-09 4.120E-07 4.086 8.889E-08 3.304E-06 4.990 0.125 Vanadium 23 9.095E-10 4.486E-08 3.096 9.096E-09 3.597E-07 4.000 0.125 Chromium 24 4.254E-08 2.142E-06 4.766 4.255E-07 1.717E-05 5.670 0.125 Manganese 25 2.233E-08 1.188E-06 4.486 2.233E-07 9.522E-06 5.390 0.125 Iron 26 2.747E-05 1.485E-03 7.576 2.747E-05 1.191E-03 7.480 1.247 Cobalt 27 7.565E-08 4.317E-06 5.016 7.566E-08 3.461E-06 4.920 1.247 Nickel 28 1.617E-06 9.190E-05 6.346 1.618E-06 7.369E-05 6.250 1.247 Copper 29 1.475E-08 9.075E-07 4.306 1.475E-08 7.277E-07 4.210 1.247 Zinc 30 3.621E-08 2.293E-06 4.696 3.621E-08 1.838E-06 4.600 1.247 Gallium 31 6.899E-10 4.657E-08 2.976 6.900E-10 3.734E-08 2.880 1.247 Germanium 32 2.338E-09 1.644E-07 3.506 2.338E-09 1.318E-07 3.410 1.247 Arsenic 33 9.095E-13 6.597E-11 0.096 9.096E-13 5.290E-11 0.000 1.247 Selenium 34 9.095E-13 6.955E-11 0.096 9.096E-13 5.577E-11 0.000 1.247 Bromine 35 9.095E-13 7.036E-11 0.096 9.096E-13 5.642E-11 0.000 1.247 Krypton 36 9.095E-13 7.380E-11 0.096 9.096E-13 5.917E-11 0.000 1.247 Rubidium 37 3.621E-10 2.996E-08 2.696 3.621E-10 2.402E-08 2.600 1.247 Strontium 38 7.224E-10 6.128E-08 2.996 7.226E-10 4.914E-08 2.900 1.247 Yttrium 39 1.580E-10 1.360E-08 2.336 1.581E-10 1.091E-08 2.240 1.247 Zirconium 40 3.621E-10 3.198E-08 2.696 3.621E-10 2.564E-08 2.600 1.247 WAVELENGTH GRID READ OPTICAL DEPTH STRATIFICATION DEFINED CHEMICAL STRATIFICATION DEFINED (IF ANY) OP BF OPACITIES READ FE BF OPACITIES READ BB OPACITIES READ: 918900 LINES FROM LIST DATA PREP COMPLETE: 12.9151363 s START TEMPERATURE ITERATION flx SAM BB OPACITY: NO. LINES: 37889204 TEMKOR 0 |dF|, |dF_| 97.04929 96.86859 , |dT| 0.07376********* dam_f, tau_r 0.25000 0.00000 Test convergence 1 0.970492899 1.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 0.913 0.613 3.905E-01 3.840E-01 1.848E-12 6.927E+05 3.955E+04 3.533E+13 46.476 6 -4.250 27581.3 -1056.4 2.531 2.230 6.478E-01 3.820E-01 7.690E-11 6.108E+06 2.177E+04 3.531E+13 46.397 11 -2.500 27618.3 -552.5 3.643 3.342 3.801E+00 3.818E-01 9.925E-10 9.678E+06 5.410E+03 3.514E+13 45.691 16 -1.250 28229.0 -163.2 4.323 4.022 1.583E+01 3.818E-01 4.653E-09 1.190E+07 3.128E+03 3.452E+13 43.119 21 -0.300 32244.3 -818.5 4.874 4.573 3.903E+01 3.817E-01 1.448E-08 1.386E+07 2.392E+03 3.752E+13 55.573 26 0.200 38368.1 -2605.4 5.173 4.872 4.979E+01 3.820E-01 2.423E-08 1.510E+07 2.404E+03 4.609E+13 91.086 31 0.700 48649.9 -4865.0 5.519 5.220 6.278E+01 3.845E-01 4.227E-08 1.693E+07 2.456E+03 6.591E+13 173.237 36 1.200 63698.5 -6369.8 5.893 5.594 7.859E+01 3.855E-01 7.626E-08 1.952E+07 2.483E+03 1.142E+14 373.661 41 1.700 84428.3 -8442.8 6.278 5.979 9.965E+01 3.856E-01 1.396E-07 2.309E+07 2.282E+03 2.801E+14 1061.268 46 2.200 112367.1 -11236.7 6.662 6.363 1.282E+02 3.856E-01 2.540E-07 2.794E+07 1.797E+03 6.640E+14 2652.724 LAST ITERATION TOOK: 22 S: TOTAL ELAPSED: 35 S flx SAM BB OPACITY: NO. LINES: 39039973 TEMKOR 0 |dF|, |dF_| 95.39538 94.77020 , |dT| 0.03335********* dam_f, tau_r 0.25000 0.00000 Test convergence 2 0.953953803 2.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 0.906 0.605 3.905E-01 3.821E-01 2.026E-12 6.320E+05 3.526E+04 2.816E+13 16.738 6 -4.250 26524.9 -438.6 2.517 2.216 6.681E-01 3.819E-01 7.747E-11 5.650E+06 1.911E+04 2.815E+13 16.691 11 -2.500 27065.8 -303.1 3.631 3.330 3.897E+00 3.818E-01 9.857E-10 9.152E+06 5.040E+03 2.798E+13 16.012 16 -1.250 28065.8 -127.6 4.315 4.014 1.580E+01 3.818E-01 4.599E-09 1.136E+07 2.680E+03 2.720E+13 12.753 21 -0.300 31425.8 -169.8 4.865 4.564 4.092E+01 3.817E-01 1.458E-08 1.330E+07 1.565E+03 2.715E+13 12.580 26 0.200 35762.7 -441.8 5.150 4.849 5.624E+01 3.818E-01 2.464E-08 1.442E+07 1.372E+03 2.936E+13 21.715 31 0.700 43784.9 -2189.3 5.474 5.173 7.201E+01 3.829E-01 4.236E-08 1.599E+07 1.570E+03 3.899E+13 61.664 36 1.200 57328.6 -2866.5 5.840 5.541 8.896E+01 3.852E-01 7.496E-08 1.829E+07 1.646E+03 6.080E+13 152.084 41 1.700 75985.4 -3799.3 6.225 5.926 1.119E+02 3.855E-01 1.371E-07 2.152E+07 1.565E+03 1.279E+14 430.238 46 2.200 101130.4 -5056.6 6.614 6.315 1.441E+02 3.855E-01 2.523E-07 2.589E+07 1.307E+03 3.517E+14 1358.259 LAST ITERATION TOOK: 21 S: TOTAL ELAPSED: 57 S flx SAM BB OPACITY: NO. LINES: 39514775 TEMKOR 0 |dF|, |dF_| 94.07037 92.96767 , |dT| 0.02982********* dam_f, tau_r 0.25000 0.00000 Test convergence 3 0.940703630 3.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 -246.0 0.906 0.606 3.916E-01 3.819E-01 2.134E-12 5.982E+05 3.347E+04 2.588E+13 7.301 6 -4.250 26086.3 -409.6 2.513 2.212 6.777E-01 3.819E-01 7.796E-11 5.450E+06 1.788E+04 2.587E+13 7.262 11 -2.500 26762.8 -304.1 3.625 3.324 3.953E+00 3.818E-01 9.830E-10 8.901E+06 4.991E+03 2.572E+13 6.618 16 -1.250 27938.2 -123.4 4.312 4.011 1.586E+01 3.818E-01 4.580E-09 1.110E+07 2.597E+03 2.495E+13 3.429 21 -0.300 31256.1 -65.6 4.865 4.563 4.141E+01 3.817E-01 1.462E-08 1.303E+07 1.430E+03 2.441E+13 1.193 26 0.200 35321.0 -138.1 5.148 4.847 5.781E+01 3.818E-01 2.486E-08 1.412E+07 1.200E+03 2.546E+13 5.537 31 0.700 41595.6 -368.1 5.467 5.166 8.002E+01 3.823E-01 4.397E-08 1.560E+07 1.040E+03 2.851E+13 18.197 36 1.200 54462.2 -2723.1 5.821 5.522 9.607E+01 3.850E-01 7.561E-08 1.767E+07 1.342E+03 4.618E+13 91.446 41 1.700 72186.1 -3609.3 6.204 5.905 1.200E+02 3.855E-01 1.377E-07 2.066E+07 1.296E+03 8.911E+13 269.456 46 2.200 96073.8 -4803.7 6.593 6.294 1.539E+02 3.855E-01 2.534E-07 2.472E+07 1.113E+03 2.433E+14 908.674 LAST ITERATION TOOK: 21 S: TOTAL ELAPSED: 78 S flx SAM BB OPACITY: NO. LINES: 39830670 TEMKOR 0 |dF|, |dF_| 92.11861 90.15476 , |dT| 0.02612********* dam_f, tau_r 0.25000 0.00000 Test convergence 4 0.921186149 4.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 23335.4 -342.6 0.905 0.604 3.919E-01 3.819E-01 2.151E-12 5.931E+05 3.045E+04 2.463E+13 2.103 6 -4.250 25676.7 -385.5 2.509 2.208 6.885E-01 3.819E-01 7.841E-11 5.355E+06 1.680E+04 2.462E+13 2.070 11 -2.500 26458.7 -295.9 3.618 3.317 4.013E+00 3.818E-01 9.800E-10 8.757E+06 5.018E+03 2.448E+13 1.472 16 -1.250 27814.9 -113.0 4.308 4.007 1.589E+01 3.818E-01 4.558E-09 1.094E+07 2.576E+03 2.376E+13 -1.493 21 -0.300 31190.5 -0.6 4.863 4.562 4.153E+01 3.817E-01 1.462E-08 1.288E+07 1.383E+03 2.305E+13 -4.446 26 0.200 35182.9 -15.6 5.147 4.846 5.823E+01 3.817E-01 2.489E-08 1.396E+07 1.142E+03 2.366E+13 -1.926 31 0.700 41227.5 -6.5 5.466 5.165 8.143E+01 3.822E-01 4.421E-08 1.542E+07 9.351E+02 2.519E+13 4.445 36 1.200 51739.0 -635.4 5.808 5.509 1.051E+02 3.845E-01 7.732E-08 1.736E+07 1.084E+03 3.496E+13 44.929 41 1.700 68576.8 -3428.9 6.182 5.883 1.283E+02 3.854E-01 1.377E-07 2.011E+07 1.070E+03 6.285E+13 160.547 46 2.200 91270.1 -4563.5 6.570 6.271 1.634E+02 3.855E-01 2.528E-07 2.393E+07 9.447E+02 1.637E+14 578.591 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 99 S flx SAM BB OPACITY: NO. LINES: 40111420 TEMKOR 0 |dF|, |dF_| 89.13618 85.68789 , |dT| 0.02288********* dam_f, tau_r 0.25000 0.00000 Test convergence 5 0.891361833 5.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 22992.8 -352.0 0.905 0.604 3.922E-01 3.819E-01 2.182E-12 5.842E+05 2.800E+04 2.414E+13 0.094 6 -4.250 25291.2 -364.4 2.504 2.203 6.976E-01 3.819E-01 7.879E-11 5.255E+06 1.592E+04 2.414E+13 0.066 11 -2.500 26162.8 -279.6 3.612 3.311 4.071E+00 3.818E-01 9.767E-10 8.608E+06 5.100E+03 2.400E+13 -0.481 16 -1.250 27701.8 -101.3 4.304 4.003 1.593E+01 3.817E-01 4.538E-09 1.079E+07 2.590E+03 2.337E+13 -3.132 21 -0.300 31189.9 25.1 4.863 4.562 4.147E+01 3.817E-01 1.460E-08 1.273E+07 1.387E+03 2.267E+13 -6.013 26 0.200 35167.3 92.8 5.147 4.846 5.830E+01 3.817E-01 2.491E-08 1.382E+07 1.133E+03 2.313E+13 -4.088 31 0.700 41221.0 113.6 5.466 5.165 8.158E+01 3.822E-01 4.428E-08 1.527E+07 8.959E+02 2.398E+13 -0.600 36 1.200 51103.6 -225.8 5.807 5.508 1.079E+02 3.844E-01 7.813E-08 1.717E+07 9.331E+02 2.973E+13 23.273 41 1.700 65147.9 -1542.4 6.165 5.866 1.390E+02 3.853E-01 1.395E-07 1.969E+07 8.805E+02 4.489E+13 86.115 46 2.200 86706.5 -4335.4 6.547 6.248 1.740E+02 3.854E-01 2.526E-07 2.325E+07 7.965E+02 1.094E+14 353.516 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 120 S flx SAM BB OPACITY: NO. LINES: 40367448 TEMKOR 0 |dF|, |dF_| 84.39793 78.64423 , |dT| 0.02015********* dam_f, tau_r 0.25000 0.00000 Test convergence 6 0.843979299 6.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 22640.8 -326.0 0.905 0.604 3.926E-01 3.819E-01 2.215E-12 5.748E+05 2.585E+04 2.398E+13 -0.563 6 -4.250 24926.8 -344.6 2.500 2.199 7.073E-01 3.819E-01 7.920E-11 5.160E+06 1.517E+04 2.398E+13 -0.587 11 -2.500 25883.3 -257.4 3.606 3.305 4.127E+00 3.818E-01 9.730E-10 8.464E+06 5.206E+03 2.386E+13 -1.081 16 -1.250 27600.5 -90.0 4.300 3.999 1.596E+01 3.817E-01 4.519E-09 1.064E+07 2.617E+03 2.330E+13 -3.412 21 -0.300 31215.0 32.7 4.862 4.561 4.134E+01 3.817E-01 1.457E-08 1.258E+07 1.407E+03 2.268E+13 -5.961 26 0.200 35260.1 109.9 5.148 4.847 5.801E+01 3.817E-01 2.488E-08 1.368E+07 1.149E+03 2.315E+13 -4.016 31 0.700 41334.6 138.2 5.468 5.167 8.131E+01 3.822E-01 4.430E-08 1.514E+07 8.742E+02 2.351E+13 -2.513 36 1.200 50877.8 -66.2 5.807 5.508 1.090E+02 3.844E-01 7.850E-08 1.703E+07 8.610E+02 2.748E+13 13.918 41 1.700 63605.5 -587.4 6.161 5.862 1.456E+02 3.853E-01 1.416E-07 1.947E+07 5.344E+02 2.635E+13 9.251 46 2.200 82371.2 -4118.6 6.527 6.228 1.864E+02 3.854E-01 2.538E-07 2.269E+07 6.666E+02 7.392E+13 206.440 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 140 S flx SAM BB OPACITY: NO. LINES: 40588288 TEMKOR 0 |dF|, |dF_| 76.80595 68.00645 , |dT| 0.01575********* dam_f, tau_r 0.25000 0.00000 Test convergence 7 0.768059433 7.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 22314.8 -290.5 0.905 0.604 3.930E-01 3.819E-01 2.246E-12 5.664E+05 2.391E+04 2.395E+13 -0.721 6 -4.250 24582.2 -324.8 2.496 2.195 7.166E-01 3.818E-01 7.955E-11 5.075E+06 1.454E+04 2.394E+13 -0.741 11 -2.500 25625.8 -231.6 3.600 3.299 4.175E+00 3.818E-01 9.688E-10 8.332E+06 5.326E+03 2.384E+13 -1.181 16 -1.250 27510.5 -79.5 4.297 3.996 1.599E+01 3.817E-01 4.501E-09 1.050E+07 2.647E+03 2.335E+13 -3.211 21 -0.300 31247.7 33.2 4.862 4.561 4.121E+01 3.817E-01 1.455E-08 1.246E+07 1.430E+03 2.282E+13 -5.379 26 0.200 35370.0 100.8 5.149 4.847 5.766E+01 3.818E-01 2.485E-08 1.356E+07 1.169E+03 2.333E+13 -3.264 31 0.700 41472.8 121.7 5.469 5.168 8.095E+01 3.823E-01 4.430E-08 1.503E+07 8.733E+02 2.346E+13 -2.746 36 1.200 50811.6 -7.9 5.808 5.508 1.095E+02 3.843E-01 7.871E-08 1.691E+07 8.217E+02 2.636E+13 9.288 41 1.700 63018.1 -270.4 6.160 5.861 1.484E+02 3.852E-01 1.425E-07 1.931E+07 4.902E+02 2.364E+13 -2.012 46 2.200 78252.6 -1541.5 6.512 6.213 2.021E+02 3.853E-01 2.580E-07 2.228E+07 5.544E+02 5.071E+13 110.233 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 161 S flx SAM BB OPACITY: NO. LINES: 40761484 TEMKOR 0 |dF|, |dF_| 65.09039 52.62410 , |dT| 0.01177********* dam_f, tau_r 0.25000 0.00000 Test convergence 8 0.650903940 8.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 22024.4 -255.2 0.904 0.603 3.935E-01 3.819E-01 2.274E-12 5.589E+05 2.217E+04 2.394E+13 -0.735 6 -4.250 24257.4 -303.2 2.492 2.191 7.264E-01 3.818E-01 7.993E-11 4.997E+06 1.405E+04 2.394E+13 -0.752 11 -2.500 25394.2 -204.2 3.594 3.293 4.221E+00 3.818E-01 9.646E-10 8.209E+06 5.439E+03 2.385E+13 -1.141 16 -1.250 27431.0 -69.8 4.295 3.994 1.601E+01 3.817E-01 4.485E-09 1.037E+07 2.676E+03 2.342E+13 -2.902 21 -0.300 31280.8 31.7 4.862 4.561 4.108E+01 3.817E-01 1.452E-08 1.234E+07 1.452E+03 2.298E+13 -4.719 26 0.200 35470.8 87.9 5.149 4.848 5.734E+01 3.818E-01 2.482E-08 1.345E+07 1.188E+03 2.353E+13 -2.442 31 0.700 41594.5 98.3 5.470 5.170 8.063E+01 3.823E-01 4.431E-08 1.492E+07 8.752E+02 2.350E+13 -2.592 36 1.200 50803.7 7.3 5.809 5.509 1.097E+02 3.843E-01 7.884E-08 1.680E+07 7.981E+02 2.575E+13 6.748 41 1.700 62747.7 -135.6 6.159 5.860 1.496E+02 3.852E-01 1.429E-07 1.919E+07 4.775E+02 2.282E+13 -5.412 46 2.200 76711.1 -533.3 6.510 6.211 2.105E+02 3.853E-01 2.620E-07 2.210E+07 3.137E+02 2.680E+13 11.108 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 182 S flx SAM BB OPACITY: NO. LINES: 40889645 TEMKOR 0 |dF|, |dF_| 47.92756 22.01039 , |dT| 0.00534********* dam_f, tau_r 0.25000 0.00000 Test convergence 9 0.479275554 9.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 21769.1 -223.3 0.904 0.603 3.939E-01 3.819E-01 2.298E-12 5.523E+05 2.066E+04 2.395E+13 -0.725 6 -4.250 23954.2 -279.8 2.488 2.187 7.352E-01 3.818E-01 8.023E-11 4.927E+06 1.369E+04 2.394E+13 -0.740 11 -2.500 25190.0 -176.8 3.588 3.287 4.257E+00 3.818E-01 9.605E-10 8.099E+06 5.550E+03 2.386E+13 -1.079 16 -1.250 27361.2 -61.2 4.292 3.991 1.603E+01 3.817E-01 4.471E-09 1.026E+07 2.702E+03 2.349E+13 -2.603 21 -0.300 31312.6 30.0 4.862 4.561 4.096E+01 3.817E-01 1.450E-08 1.223E+07 1.471E+03 2.313E+13 -4.107 26 0.200 35558.7 75.8 5.150 4.849 5.708E+01 3.818E-01 2.480E-08 1.335E+07 1.202E+03 2.371E+13 -1.719 31 0.700 41692.8 76.9 5.471 5.171 8.038E+01 3.823E-01 4.431E-08 1.483E+07 8.774E+02 2.355E+13 -2.373 36 1.200 50811.1 17.3 5.809 5.510 1.098E+02 3.843E-01 7.892E-08 1.670E+07 7.823E+02 2.536E+13 5.144 41 1.700 62612.0 -72.1 6.159 5.860 1.503E+02 3.852E-01 1.431E-07 1.908E+07 4.730E+02 2.250E+13 -6.711 46 2.200 76177.7 -255.1 6.509 6.210 2.137E+02 3.853E-01 2.637E-07 2.198E+07 2.815E+02 2.351E+13 -2.547 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 202 S flx SAM BB OPACITY: NO. LINES: 40940434 TEMKOR 0 |dF|, |dF_| 36.96081 18.23231 , |dT| 0.00444566.89844 dam_f, tau_r 0.25000 0.00000 Test convergence 10 0.369608074 10.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 21545.8 -194.3 0.904 0.603 3.942E-01 3.819E-01 2.320E-12 5.467E+05 1.937E+04 2.395E+13 -0.720 6 -4.250 23674.4 -253.8 2.485 2.184 7.437E-01 3.818E-01 8.055E-11 4.865E+06 1.346E+04 2.394E+13 -0.733 11 -2.500 25013.2 -151.0 3.583 3.282 4.288E+00 3.818E-01 9.562E-10 7.999E+06 5.646E+03 2.387E+13 -1.026 16 -1.250 27300.0 -53.4 4.290 3.989 1.604E+01 3.817E-01 4.459E-09 1.016E+07 2.725E+03 2.355E+13 -2.345 21 -0.300 31342.6 28.5 4.862 4.561 4.085E+01 3.817E-01 1.449E-08 1.214E+07 1.489E+03 2.326E+13 -3.576 26 0.200 35634.5 65.4 5.151 4.850 5.686E+01 3.818E-01 2.479E-08 1.326E+07 1.214E+03 2.385E+13 -1.127 31 0.700 41769.7 59.7 5.472 5.172 8.019E+01 3.823E-01 4.432E-08 1.474E+07 8.794E+02 2.360E+13 -2.173 36 1.200 50828.3 17.0 5.810 5.510 1.098E+02 3.843E-01 7.898E-08 1.662E+07 7.709E+02 2.511E+13 4.082 41 1.700 62539.9 -41.3 6.159 5.860 1.506E+02 3.852E-01 1.432E-07 1.899E+07 4.718E+02 2.239E+13 -7.182 46 2.200 75922.6 -134.0 6.509 6.210 2.152E+02 3.852E-01 2.644E-07 2.188E+07 2.702E+02 2.231E+13 -7.495 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 222 S flx SAM BB OPACITY: NO. LINES: 40963335 TEMKOR 0 |dF|, |dF_| 29.27358 15.64118 , |dT| 0.00385273.91406 dam_f, tau_r 0.25000 0.00000 Test convergence 11 0.292735785 11.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 21351.5 -167.7 0.903 0.602 3.944E-01 3.819E-01 2.340E-12 5.417E+05 1.830E+04 2.395E+13 -0.724 6 -4.250 23420.6 -226.1 2.482 2.181 7.528E-01 3.818E-01 8.084E-11 4.809E+06 1.333E+04 2.394E+13 -0.735 11 -2.500 24862.2 -127.6 3.579 3.278 4.313E+00 3.818E-01 9.521E-10 7.910E+06 5.730E+03 2.388E+13 -0.986 16 -1.250 27246.6 -46.5 4.288 3.987 1.606E+01 3.817E-01 4.449E-09 1.007E+07 2.745E+03 2.361E+13 -2.127 21 -0.300 31371.1 27.2 4.862 4.561 4.074E+01 3.817E-01 1.447E-08 1.206E+07 1.504E+03 2.337E+13 -3.118 26 0.200 35699.9 56.8 5.151 4.850 5.667E+01 3.818E-01 2.477E-08 1.318E+07 1.222E+03 2.396E+13 -0.654 31 0.700 41829.4 46.3 5.473 5.172 8.005E+01 3.824E-01 4.433E-08 1.467E+07 8.811E+02 2.364E+13 -2.010 36 1.200 50845.3 15.6 5.810 5.510 1.098E+02 3.843E-01 7.901E-08 1.654E+07 7.626E+02 2.492E+13 3.308 41 1.700 62498.6 -25.6 6.159 5.860 1.509E+02 3.852E-01 1.433E-07 1.891E+07 4.721E+02 2.237E+13 -7.269 46 2.200 75788.6 -79.9 6.509 6.210 2.161E+02 3.852E-01 2.648E-07 2.180E+07 2.657E+02 2.182E+13 -9.541 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 243 S flx SAM BB OPACITY: NO. LINES: 40980313 TEMKOR 0 |dF|, |dF_| 24.09519 13.82264 , |dT| 0.00333207.86133 dam_f, tau_r 0.25000 0.00000 Test convergence 12 0.240951940 12.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 21183.8 -143.4 0.903 0.602 3.948E-01 3.819E-01 2.357E-12 5.373E+05 1.742E+04 2.394E+13 -0.734 6 -4.250 23194.5 -197.2 2.479 2.178 7.604E-01 3.818E-01 8.108E-11 4.762E+06 1.330E+04 2.394E+13 -0.743 11 -2.500 24734.6 -107.1 3.575 3.274 4.332E+00 3.818E-01 9.486E-10 7.834E+06 5.802E+03 2.389E+13 -0.957 16 -1.250 27200.1 -40.2 4.287 3.986 1.607E+01 3.817E-01 4.441E-09 9.996E+06 2.764E+03 2.365E+13 -1.943 21 -0.300 31398.3 26.0 4.862 4.561 4.065E+01 3.817E-01 1.446E-08 1.198E+07 1.518E+03 2.346E+13 -2.726 26 0.200 35756.8 49.7 5.152 4.851 5.651E+01 3.818E-01 2.476E-08 1.311E+07 1.229E+03 2.405E+13 -0.284 31 0.700 41875.7 36.1 5.474 5.173 7.994E+01 3.824E-01 4.434E-08 1.460E+07 8.828E+02 2.367E+13 -1.887 36 1.200 50860.9 13.9 5.810 5.511 1.098E+02 3.843E-01 7.903E-08 1.647E+07 7.560E+02 2.478E+13 2.731 41 1.700 62472.9 -17.1 6.159 5.860 1.510E+02 3.852E-01 1.434E-07 1.884E+07 4.730E+02 2.239E+13 -7.192 46 2.200 75708.6 -52.4 6.509 6.210 2.166E+02 3.852E-01 2.651E-07 2.173E+07 2.644E+02 2.163E+13 -10.309 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 263 S flx SAM BB OPACITY: NO. LINES: 40990883 TEMKOR 0 |dF|, |dF_| 20.94661 12.48507 , |dT| 0.00284177.68164 dam_f, tau_r 0.25000 0.00000 Test convergence 13 0.209466085 13.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 21040.5 -120.6 0.903 0.602 3.953E-01 3.819E-01 2.371E-12 5.335E+05 1.670E+04 2.394E+13 -0.744 6 -4.250 22997.4 -168.4 2.477 2.176 7.674E-01 3.818E-01 8.132E-11 4.721E+06 1.334E+04 2.394E+13 -0.752 11 -2.500 24627.6 -89.1 3.572 3.271 4.353E+00 3.818E-01 9.457E-10 7.768E+06 5.857E+03 2.390E+13 -0.932 16 -1.250 27159.9 -34.7 4.285 3.984 1.609E+01 3.817E-01 4.433E-09 9.930E+06 2.779E+03 2.369E+13 -1.786 21 -0.300 31424.2 24.9 4.862 4.561 4.056E+01 3.817E-01 1.445E-08 1.192E+07 1.530E+03 2.354E+13 -2.386 26 0.200 35806.4 43.6 5.152 4.851 5.639E+01 3.818E-01 2.476E-08 1.305E+07 1.233E+03 2.412E+13 0.007 31 0.700 41911.8 28.3 5.474 5.173 7.986E+01 3.824E-01 4.435E-08 1.455E+07 8.843E+02 2.369E+13 -1.782 36 1.200 50874.8 12.1 5.810 5.511 1.098E+02 3.843E-01 7.905E-08 1.641E+07 7.508E+02 2.467E+13 2.285 41 1.700 62455.8 -12.4 6.159 5.860 1.511E+02 3.852E-01 1.434E-07 1.878E+07 4.742E+02 2.242E+13 -7.039 46 2.200 75656.2 -37.5 6.509 6.210 2.169E+02 3.852E-01 2.653E-07 2.167E+07 2.644E+02 2.159E+13 -10.493 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 283 S flx SAM BB OPACITY: NO. LINES: 41003444 TEMKOR 0 |dF|, |dF_| 18.48549 11.66377 , |dT| 0.00238148.42383 dam_f, tau_r 0.25000 0.00000 Test convergence 14 0.184854954 14.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20919.9 -100.1 0.902 0.601 3.954E-01 3.819E-01 2.382E-12 5.308E+05 1.614E+04 2.394E+13 -0.753 6 -4.250 22829.0 -141.0 2.474 2.173 7.731E-01 3.818E-01 8.150E-11 4.687E+06 1.343E+04 2.394E+13 -0.760 11 -2.500 24538.4 -74.0 3.569 3.268 4.367E+00 3.818E-01 9.431E-10 7.714E+06 5.906E+03 2.390E+13 -0.912 16 -1.250 27125.2 -29.8 4.284 3.983 1.610E+01 3.817E-01 4.427E-09 9.875E+06 2.794E+03 2.372E+13 -1.651 21 -0.300 31449.2 24.0 4.862 4.561 4.049E+01 3.817E-01 1.444E-08 1.187E+07 1.540E+03 2.362E+13 -2.091 26 0.200 35850.0 38.5 5.153 4.852 5.627E+01 3.818E-01 2.475E-08 1.301E+07 1.237E+03 2.418E+13 0.229 31 0.700 41940.1 22.3 5.474 5.174 7.980E+01 3.824E-01 4.435E-08 1.450E+07 8.859E+02 2.371E+13 -1.692 36 1.200 50887.0 10.6 5.811 5.511 1.097E+02 3.843E-01 7.905E-08 1.637E+07 7.466E+02 2.459E+13 1.928 41 1.700 62443.4 -9.6 6.159 5.860 1.512E+02 3.852E-01 1.435E-07 1.873E+07 4.757E+02 2.247E+13 -6.830 46 2.200 75618.7 -28.1 6.509 6.210 2.172E+02 3.852E-01 2.654E-07 2.162E+07 2.650E+02 2.160E+13 -10.445 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 302 S flx SAM BB OPACITY: NO. LINES: 41016496 TEMKOR 0 |dF|, |dF_| 16.62066 11.35814 , |dT| 0.00197121.47266 dam_f, tau_r 0.25000 0.00000 Test convergence 15 0.166206643 15.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20819.8 -82.1 0.902 0.601 3.954E-01 3.819E-01 2.393E-12 5.284E+05 1.571E+04 2.394E+13 -0.760 6 -4.250 22687.9 -116.0 2.472 2.171 7.784E-01 3.818E-01 8.166E-11 4.660E+06 1.353E+04 2.394E+13 -0.766 11 -2.500 24464.4 -61.2 3.567 3.266 4.378E+00 3.818E-01 9.410E-10 7.670E+06 5.947E+03 2.390E+13 -0.894 16 -1.250 27095.4 -25.4 4.283 3.982 1.611E+01 3.817E-01 4.422E-09 9.831E+06 2.807E+03 2.375E+13 -1.534 21 -0.300 31473.1 23.0 4.862 4.561 4.042E+01 3.817E-01 1.443E-08 1.183E+07 1.550E+03 2.368E+13 -1.834 26 0.200 35888.5 34.1 5.153 4.852 5.616E+01 3.818E-01 2.475E-08 1.297E+07 1.239E+03 2.422E+13 0.397 31 0.700 41962.4 17.9 5.475 5.174 7.976E+01 3.824E-01 4.436E-08 1.446E+07 8.875E+02 2.373E+13 -1.613 36 1.200 50897.6 9.3 5.811 5.511 1.097E+02 3.843E-01 7.906E-08 1.633E+07 7.432E+02 2.452E+13 1.640 41 1.700 62433.8 -7.8 6.159 5.860 1.513E+02 3.852E-01 1.435E-07 1.869E+07 4.772E+02 2.253E+13 -6.596 46 2.200 75590.6 -22.3 6.509 6.210 2.174E+02 3.852E-01 2.656E-07 2.158E+07 2.661E+02 2.166E+13 -10.199 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 321 S flx SAM BB OPACITY: NO. LINES: 41025171 TEMKOR 0 |dF|, |dF_| 15.17351 10.96671 , |dT| 0.00161 97.84570 dam_f, tau_r 0.25000 0.00000 Test convergence 16 0.151735127 16.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20737.7 -66.1 0.902 0.601 3.955E-01 3.819E-01 2.403E-12 5.261E+05 1.537E+04 2.394E+13 -0.758 6 -4.250 22572.0 -94.1 2.471 2.170 7.825E-01 3.818E-01 8.177E-11 4.635E+06 1.364E+04 2.394E+13 -0.763 11 -2.500 24403.2 -50.6 3.565 3.264 4.388E+00 3.818E-01 9.393E-10 7.631E+06 5.979E+03 2.391E+13 -0.872 16 -1.250 27070.0 -21.5 4.282 3.981 1.612E+01 3.817E-01 4.417E-09 9.792E+06 2.819E+03 2.378E+13 -1.425 21 -0.300 31496.1 22.0 4.862 4.561 4.035E+01 3.817E-01 1.442E-08 1.180E+07 1.558E+03 2.373E+13 -1.603 26 0.200 35922.6 30.2 5.154 4.853 5.609E+01 3.818E-01 2.475E-08 1.293E+07 1.240E+03 2.425E+13 0.530 31 0.700 41980.3 14.3 5.475 5.174 7.973E+01 3.824E-01 4.437E-08 1.443E+07 8.891E+02 2.375E+13 -1.539 36 1.200 50906.9 8.2 5.811 5.511 1.097E+02 3.843E-01 7.906E-08 1.629E+07 7.403E+02 2.446E+13 1.397 41 1.700 62426.0 -6.6 6.159 5.860 1.513E+02 3.852E-01 1.435E-07 1.865E+07 4.788E+02 2.259E+13 -6.345 46 2.200 75568.3 -18.2 6.509 6.210 2.175E+02 3.852E-01 2.656E-07 2.154E+07 2.673E+02 2.174E+13 -9.883 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 341 S flx SAM BB OPACITY: NO. LINES: 41030095 TEMKOR 0 |dF|, |dF_| 14.00894 10.53784 , |dT| 0.00131 77.91016 dam_f, tau_r 0.25000 0.00000 Test convergence 17 0.140089378 17.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20671.6 -52.9 0.902 0.601 3.958E-01 3.819E-01 2.410E-12 5.242E+05 1.509E+04 2.394E+13 -0.753 6 -4.250 22477.9 -75.4 2.470 2.169 7.862E-01 3.818E-01 8.191E-11 4.614E+06 1.375E+04 2.394E+13 -0.758 11 -2.500 24352.6 -41.7 3.563 3.262 4.396E+00 3.818E-01 9.380E-10 7.599E+06 6.007E+03 2.392E+13 -0.851 16 -1.250 27048.4 -18.1 4.282 3.980 1.613E+01 3.817E-01 4.414E-09 9.759E+06 2.829E+03 2.380E+13 -1.330 21 -0.300 31518.2 21.1 4.862 4.561 4.028E+01 3.817E-01 1.441E-08 1.177E+07 1.566E+03 2.378E+13 -1.402 26 0.200 35952.8 26.8 5.154 4.853 5.601E+01 3.818E-01 2.475E-08 1.291E+07 1.241E+03 2.427E+13 0.625 31 0.700 41994.7 11.6 5.475 5.175 7.971E+01 3.824E-01 4.438E-08 1.440E+07 8.909E+02 2.377E+13 -1.468 36 1.200 50915.1 7.1 5.811 5.511 1.097E+02 3.844E-01 7.906E-08 1.627E+07 7.379E+02 2.441E+13 1.202 41 1.700 62419.5 -5.9 6.159 5.860 1.513E+02 3.852E-01 1.435E-07 1.862E+07 4.804E+02 2.265E+13 -6.082 46 2.200 75550.1 -15.4 6.509 6.210 2.176E+02 3.852E-01 2.657E-07 2.151E+07 2.685E+02 2.182E+13 -9.533 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 362 S flx SAM BB OPACITY: NO. LINES: 41033134 TEMKOR 0 |dF|, |dF_| 13.03592 10.08607 , |dT| 0.00106 61.49023 dam_f, tau_r 0.25000 0.00000 Test convergence 18 0.130359247 18.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20618.7 -42.2 0.902 0.601 3.958E-01 3.819E-01 2.414E-12 5.232E+05 1.489E+04 2.394E+13 -0.743 6 -4.250 22402.5 -59.9 2.469 2.168 7.889E-01 3.818E-01 8.197E-11 4.600E+06 1.385E+04 2.394E+13 -0.747 11 -2.500 24310.9 -34.2 3.562 3.261 4.404E+00 3.818E-01 9.370E-10 7.578E+06 6.029E+03 2.392E+13 -0.827 16 -1.250 27030.4 -15.1 4.281 3.980 1.614E+01 3.817E-01 4.410E-09 9.737E+06 2.839E+03 2.382E+13 -1.242 21 -0.300 31539.3 20.2 4.862 4.561 4.023E+01 3.817E-01 1.441E-08 1.175E+07 1.573E+03 2.383E+13 -1.220 26 0.200 35979.7 23.8 5.154 4.853 5.596E+01 3.818E-01 2.475E-08 1.289E+07 1.240E+03 2.429E+13 0.698 31 0.700 42006.3 9.4 5.476 5.175 7.969E+01 3.824E-01 4.439E-08 1.438E+07 8.926E+02 2.378E+13 -1.398 36 1.200 50922.1 6.2 5.811 5.511 1.096E+02 3.844E-01 7.906E-08 1.625E+07 7.358E+02 2.437E+13 1.033 41 1.700 62413.6 -5.4 6.159 5.860 1.514E+02 3.852E-01 1.435E-07 1.860E+07 4.821E+02 2.272E+13 -5.817 46 2.200 75534.7 -13.4 6.509 6.210 2.178E+02 3.852E-01 2.658E-07 2.149E+07 2.698E+02 2.191E+13 -9.162 LAST ITERATION TOOK: 20 S: TOTAL ELAPSED: 382 S flx SAM BB OPACITY: NO. LINES: 41034646 TEMKOR 0 |dF|, |dF_| 12.20484 9.63232 , |dT| 0.00086 48.34961 dam_f, tau_r 0.25000 0.00000 Test convergence 19 0.122048438 19.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20576.5 -33.6 0.902 0.601 3.960E-01 3.819E-01 2.419E-12 5.219E+05 1.473E+04 2.394E+13 -0.728 6 -4.250 22342.6 -47.3 2.468 2.167 7.917E-01 3.818E-01 8.203E-11 4.588E+06 1.392E+04 2.394E+13 -0.732 11 -2.500 24276.7 -28.1 3.561 3.260 4.411E+00 3.818E-01 9.360E-10 7.557E+06 6.046E+03 2.393E+13 -0.802 16 -1.250 27015.3 -12.4 4.280 3.979 1.614E+01 3.817E-01 4.408E-09 9.716E+06 2.848E+03 2.384E+13 -1.161 21 -0.300 31559.5 19.2 4.862 4.561 4.017E+01 3.817E-01 1.440E-08 1.173E+07 1.579E+03 2.387E+13 -1.059 26 0.200 36003.5 21.1 5.155 4.854 5.590E+01 3.818E-01 2.475E-08 1.287E+07 1.240E+03 2.430E+13 0.747 31 0.700 42015.7 7.6 5.476 5.175 7.968E+01 3.824E-01 4.439E-08 1.436E+07 8.944E+02 2.380E+13 -1.327 36 1.200 50928.3 5.2 5.811 5.511 1.096E+02 3.844E-01 7.906E-08 1.623E+07 7.340E+02 2.434E+13 0.894 41 1.700 62408.2 -5.0 6.159 5.860 1.514E+02 3.852E-01 1.436E-07 1.859E+07 4.837E+02 2.278E+13 -5.554 46 2.200 75521.4 -11.7 6.509 6.210 2.178E+02 3.852E-01 2.658E-07 2.147E+07 2.711E+02 2.200E+13 -8.786 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 402 S flx SAM BB OPACITY: NO. LINES: 41036146 TEMKOR 0 |dF|, |dF_| 11.48161 9.17945 , |dT| 0.00069 37.91602 dam_f, tau_r 0.25000 0.00000 Test convergence 20 0.114816122 20.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20542.9 -26.2 0.902 0.601 3.960E-01 3.819E-01 2.422E-12 5.213E+05 1.461E+04 2.395E+13 -0.711 6 -4.250 22295.3 -37.3 2.467 2.166 7.935E-01 3.818E-01 8.208E-11 4.578E+06 1.399E+04 2.395E+13 -0.715 11 -2.500 24248.6 -22.9 3.560 3.259 4.415E+00 3.818E-01 9.355E-10 7.542E+06 6.063E+03 2.393E+13 -0.776 16 -1.250 27003.0 -10.0 4.280 3.979 1.615E+01 3.817E-01 4.405E-09 9.700E+06 2.856E+03 2.386E+13 -1.087 21 -0.300 31578.7 18.3 4.862 4.561 4.011E+01 3.817E-01 1.440E-08 1.171E+07 1.585E+03 2.390E+13 -0.916 26 0.200 36024.6 18.7 5.155 4.854 5.586E+01 3.818E-01 2.476E-08 1.286E+07 1.239E+03 2.431E+13 0.779 31 0.700 42023.2 6.2 5.476 5.175 7.966E+01 3.824E-01 4.440E-08 1.435E+07 8.962E+02 2.382E+13 -1.261 36 1.200 50933.5 4.5 5.811 5.511 1.096E+02 3.844E-01 7.906E-08 1.622E+07 7.326E+02 2.431E+13 0.772 41 1.700 62403.2 -4.8 6.159 5.860 1.514E+02 3.852E-01 1.436E-07 1.857E+07 4.852E+02 2.284E+13 -5.292 46 2.200 75509.7 -10.5 6.509 6.210 2.179E+02 3.852E-01 2.658E-07 2.146E+07 2.723E+02 2.209E+13 -8.408 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 422 S flx SAM BB OPACITY: NO. LINES: 41037434 TEMKOR 0 |dF|, |dF_| 10.83441 8.73748 , |dT| 0.00056 29.57617 dam_f, tau_r 0.25000 0.00000 Test convergence 21 0.108344100 21.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20516.6 -20.5 0.902 0.601 3.960E-01 3.819E-01 2.426E-12 5.206E+05 1.452E+04 2.395E+13 -0.691 6 -4.250 22258.0 -29.2 2.467 2.166 7.947E-01 3.818E-01 8.212E-11 4.570E+06 1.405E+04 2.395E+13 -0.695 11 -2.500 24225.7 -18.6 3.560 3.259 4.421E+00 3.818E-01 9.349E-10 7.530E+06 6.075E+03 2.394E+13 -0.749 16 -1.250 26993.0 -7.9 4.280 3.979 1.615E+01 3.817E-01 4.404E-09 9.688E+06 2.864E+03 2.387E+13 -1.019 21 -0.300 31597.0 17.4 4.862 4.561 4.007E+01 3.817E-01 1.440E-08 1.170E+07 1.590E+03 2.393E+13 -0.788 26 0.200 36043.3 16.6 5.155 4.854 5.582E+01 3.818E-01 2.476E-08 1.285E+07 1.238E+03 2.431E+13 0.795 31 0.700 42029.4 5.2 5.476 5.175 7.966E+01 3.824E-01 4.440E-08 1.434E+07 8.980E+02 2.383E+13 -1.193 36 1.200 50938.0 3.8 5.811 5.511 1.096E+02 3.844E-01 7.906E-08 1.621E+07 7.313E+02 2.428E+13 0.673 41 1.700 62398.5 -4.3 6.159 5.860 1.515E+02 3.852E-01 1.436E-07 1.856E+07 4.867E+02 2.290E+13 -5.041 46 2.200 75499.1 -9.6 6.509 6.210 2.180E+02 3.852E-01 2.659E-07 2.145E+07 2.736E+02 2.218E+13 -8.035 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 442 S flx SAM BB OPACITY: NO. LINES: 41038262 TEMKOR 0 |dF|, |dF_| 10.25106 8.31259 , |dT| 0.00046 23.11328 dam_f, tau_r 0.25000 0.00000 Test convergence 22 0.102510639 22.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20496.1 -16.1 0.902 0.601 3.961E-01 3.819E-01 2.428E-12 5.199E+05 1.444E+04 2.396E+13 -0.668 6 -4.250 22228.7 -22.9 2.466 2.165 7.961E-01 3.818E-01 8.214E-11 4.564E+06 1.410E+04 2.396E+13 -0.671 11 -2.500 24207.1 -15.0 3.559 3.258 4.424E+00 3.818E-01 9.346E-10 7.521E+06 6.087E+03 2.395E+13 -0.720 16 -1.250 26985.0 -6.1 4.279 3.978 1.615E+01 3.817E-01 4.402E-09 9.678E+06 2.870E+03 2.389E+13 -0.953 21 -0.300 31614.5 16.5 4.863 4.562 4.003E+01 3.817E-01 1.439E-08 1.170E+07 1.594E+03 2.396E+13 -0.674 26 0.200 36059.8 14.6 5.155 4.854 5.579E+01 3.818E-01 2.476E-08 1.284E+07 1.237E+03 2.431E+13 0.801 31 0.700 42034.6 4.2 5.476 5.175 7.966E+01 3.824E-01 4.441E-08 1.433E+07 8.999E+02 2.385E+13 -1.120 36 1.200 50941.8 3.0 5.811 5.512 1.096E+02 3.844E-01 7.906E-08 1.620E+07 7.303E+02 2.426E+13 0.588 41 1.700 62394.1 -4.3 6.159 5.860 1.515E+02 3.852E-01 1.436E-07 1.855E+07 4.882E+02 2.296E+13 -4.796 46 2.200 75489.5 -9.0 6.509 6.210 2.180E+02 3.852E-01 2.659E-07 2.144E+07 2.748E+02 2.227E+13 -7.674 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 461 S flx SAM BB OPACITY: NO. LINES: 41038812 TEMKOR 0 |dF|, |dF_| 9.71379 7.90224 , |dT| 0.00037 18.86719 dam_f, tau_r 0.25000 0.00000 Test convergence 23 9.71379280E-02 23.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20480.0 -12.6 0.901 0.600 3.961E-01 3.819E-01 2.429E-12 5.197E+05 1.439E+04 2.397E+13 -0.642 6 -4.250 22205.8 -17.7 2.466 2.165 7.963E-01 3.818E-01 8.215E-11 4.559E+06 1.415E+04 2.396E+13 -0.646 11 -2.500 24192.1 -11.9 3.559 3.258 4.429E+00 3.818E-01 9.342E-10 7.513E+06 6.094E+03 2.395E+13 -0.690 16 -1.250 26978.9 -4.5 4.279 3.978 1.615E+01 3.817E-01 4.401E-09 9.670E+06 2.877E+03 2.391E+13 -0.892 21 -0.300 31631.0 15.6 4.863 4.562 3.999E+01 3.817E-01 1.439E-08 1.169E+07 1.598E+03 2.398E+13 -0.571 26 0.200 36074.4 12.9 5.156 4.855 5.576E+01 3.818E-01 2.477E-08 1.284E+07 1.235E+03 2.431E+13 0.795 31 0.700 42038.8 3.5 5.476 5.175 7.965E+01 3.824E-01 4.441E-08 1.433E+07 9.017E+02 2.387E+13 -1.053 36 1.200 50944.9 2.6 5.811 5.512 1.096E+02 3.844E-01 7.906E-08 1.619E+07 7.294E+02 2.424E+13 0.511 41 1.700 62389.8 -4.1 6.159 5.860 1.515E+02 3.852E-01 1.436E-07 1.855E+07 4.896E+02 2.302E+13 -4.565 46 2.200 75480.5 -8.3 6.509 6.210 2.181E+02 3.852E-01 2.659E-07 2.143E+07 2.759E+02 2.235E+13 -7.323 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 481 S flx SAM BB OPACITY: NO. LINES: 41039222 TEMKOR 0 |dF|, |dF_| 9.21937 7.50967 , |dT| 0.00031 18.07031 dam_f, tau_r 0.25000 0.00000 Test convergence 24 9.21936557E-02 24.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20467.5 -9.6 0.901 0.600 3.963E-01 3.819E-01 2.431E-12 5.191E+05 1.434E+04 2.397E+13 -0.616 6 -4.250 22188.1 -13.7 2.466 2.165 7.979E-01 3.818E-01 8.219E-11 4.555E+06 1.416E+04 2.397E+13 -0.619 11 -2.500 24180.2 -9.3 3.558 3.257 4.429E+00 3.818E-01 9.339E-10 7.506E+06 6.106E+03 2.396E+13 -0.660 16 -1.250 26974.5 -3.1 4.279 3.978 1.615E+01 3.817E-01 4.400E-09 9.663E+06 2.883E+03 2.392E+13 -0.835 21 -0.300 31646.7 14.8 4.863 4.562 3.995E+01 3.817E-01 1.439E-08 1.168E+07 1.601E+03 2.400E+13 -0.479 26 0.200 36087.3 11.3 5.156 4.855 5.574E+01 3.818E-01 2.477E-08 1.283E+07 1.234E+03 2.431E+13 0.781 31 0.700 42042.3 2.8 5.476 5.175 7.965E+01 3.824E-01 4.442E-08 1.432E+07 9.035E+02 2.388E+13 -0.984 36 1.200 50947.4 1.9 5.811 5.512 1.096E+02 3.844E-01 7.906E-08 1.619E+07 7.286E+02 2.423E+13 0.453 41 1.700 62385.7 -4.1 6.159 5.860 1.515E+02 3.852E-01 1.436E-07 1.854E+07 4.910E+02 2.307E+13 -4.344 46 2.200 75472.3 -7.7 6.509 6.210 2.182E+02 3.852E-01 2.660E-07 2.143E+07 2.770E+02 2.244E+13 -6.985 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 501 S flx SAM BB OPACITY: NO. LINES: 41039528 TEMKOR 0 |dF|, |dF_| 8.76023 7.13212 , |dT| 0.00026 17.46094 dam_f, tau_r 0.25000 0.00000 Test convergence 25 8.76022801E-02 25.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20457.8 -7.4 0.901 0.600 3.961E-01 3.819E-01 2.431E-12 5.193E+05 1.431E+04 2.398E+13 -0.590 6 -4.250 22174.4 -10.4 2.465 2.164 7.976E-01 3.818E-01 8.218E-11 4.553E+06 1.420E+04 2.398E+13 -0.593 11 -2.500 24170.9 -7.1 3.558 3.257 4.432E+00 3.818E-01 9.338E-10 7.503E+06 6.113E+03 2.397E+13 -0.630 16 -1.250 26971.3 -2.0 4.279 3.978 1.616E+01 3.817E-01 4.399E-09 9.660E+06 2.888E+03 2.393E+13 -0.782 21 -0.300 31661.5 14.0 4.863 4.562 3.992E+01 3.817E-01 1.439E-08 1.168E+07 1.605E+03 2.402E+13 -0.399 26 0.200 36098.6 9.9 5.156 4.855 5.573E+01 3.818E-01 2.478E-08 1.283E+07 1.232E+03 2.430E+13 0.763 31 0.700 42045.1 2.4 5.476 5.176 7.964E+01 3.824E-01 4.442E-08 1.432E+07 9.053E+02 2.390E+13 -0.920 36 1.200 50949.4 1.6 5.811 5.512 1.096E+02 3.844E-01 7.906E-08 1.618E+07 7.279E+02 2.422E+13 0.396 41 1.700 62381.6 -3.9 6.159 5.860 1.516E+02 3.852E-01 1.436E-07 1.854E+07 4.922E+02 2.312E+13 -4.133 46 2.200 75464.5 -7.4 6.509 6.210 2.182E+02 3.852E-01 2.660E-07 2.142E+07 2.781E+02 2.251E+13 -6.657 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 521 S flx SAM BB OPACITY: NO. LINES: 41039789 TEMKOR 0 |dF|, |dF_| 8.32801 6.77578 , |dT| 0.00021 16.68750 dam_f, tau_r 0.25000 0.00000 Test convergence 26 8.32801014E-02 26.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20450.5 -5.5 0.901 0.600 3.962E-01 3.819E-01 2.433E-12 5.187E+05 1.429E+04 2.399E+13 -0.561 6 -4.250 22164.0 -7.7 2.465 2.164 7.987E-01 3.818E-01 8.222E-11 4.551E+06 1.421E+04 2.398E+13 -0.564 11 -2.500 24163.8 -5.2 3.558 3.257 4.433E+00 3.818E-01 9.337E-10 7.499E+06 6.121E+03 2.398E+13 -0.599 16 -1.250 26969.4 -0.9 4.279 3.978 1.616E+01 3.817E-01 4.399E-09 9.655E+06 2.893E+03 2.394E+13 -0.730 21 -0.300 31675.5 13.2 4.863 4.562 3.988E+01 3.817E-01 1.438E-08 1.168E+07 1.607E+03 2.404E+13 -0.327 26 0.200 36108.5 8.6 5.156 4.855 5.572E+01 3.818E-01 2.478E-08 1.283E+07 1.231E+03 2.430E+13 0.742 31 0.700 42047.6 2.0 5.476 5.176 7.965E+01 3.824E-01 4.442E-08 1.432E+07 9.070E+02 2.391E+13 -0.855 36 1.200 50950.9 1.3 5.811 5.512 1.096E+02 3.844E-01 7.906E-08 1.618E+07 7.273E+02 2.421E+13 0.352 41 1.700 62377.7 -3.7 6.159 5.860 1.516E+02 3.852E-01 1.436E-07 1.854E+07 4.934E+02 2.317E+13 -3.929 46 2.200 75457.1 -6.9 6.509 6.210 2.183E+02 3.852E-01 2.660E-07 2.142E+07 2.791E+02 2.259E+13 -6.346 LAST ITERATION TOOK: 19 S: TOTAL ELAPSED: 541 S flx SAM BB OPACITY: NO. LINES: 41039946 TEMKOR 0 |dF|, |dF_| 7.92057 6.43697 , |dT| 0.00018 15.96875 dam_f, tau_r 0.25000 0.00000 Test convergence 27 7.92056695E-02 27.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20445.0 -3.9 0.901 0.600 3.962E-01 3.819E-01 2.432E-12 5.188E+05 1.427E+04 2.399E+13 -0.533 6 -4.250 22156.3 -5.6 2.465 2.164 7.992E-01 3.818E-01 8.221E-11 4.549E+06 1.422E+04 2.399E+13 -0.536 11 -2.500 24158.6 -3.6 3.558 3.257 4.435E+00 3.818E-01 9.335E-10 7.497E+06 6.126E+03 2.398E+13 -0.569 16 -1.250 26968.5 -0.0 4.279 3.978 1.616E+01 3.817E-01 4.398E-09 9.654E+06 2.897E+03 2.396E+13 -0.684 21 -0.300 31688.7 12.4 4.863 4.562 3.986E+01 3.817E-01 1.438E-08 1.168E+07 1.609E+03 2.406E+13 -0.262 26 0.200 36117.1 7.5 5.156 4.855 5.571E+01 3.818E-01 2.478E-08 1.283E+07 1.229E+03 2.429E+13 0.715 31 0.700 42049.6 1.7 5.476 5.176 7.964E+01 3.824E-01 4.442E-08 1.432E+07 9.087E+02 2.393E+13 -0.792 36 1.200 50952.2 0.9 5.811 5.512 1.095E+02 3.844E-01 7.906E-08 1.618E+07 7.269E+02 2.420E+13 0.314 41 1.700 62374.0 -3.7 6.159 5.860 1.516E+02 3.852E-01 1.436E-07 1.853E+07 4.946E+02 2.322E+13 -3.739 46 2.200 75450.2 -6.7 6.509 6.210 2.183E+02 3.852E-01 2.660E-07 2.142E+07 2.801E+02 2.266E+13 -6.048 LAST ITERATION TOOK: 18 S: TOTAL ELAPSED: 560 S flx SAM BB OPACITY: NO. LINES: 41040065 TEMKOR 0 |dF|, |dF_| 7.53426 6.11955 , |dT| 0.00016 15.12500 dam_f, tau_r 0.25000 0.00000 Test convergence 28 7.53426179E-02 28.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20441.1 -2.8 0.901 0.600 3.962E-01 3.819E-01 2.433E-12 5.187E+05 1.426E+04 2.400E+13 -0.507 6 -4.250 22150.7 -3.9 2.465 2.164 7.991E-01 3.818E-01 8.223E-11 4.547E+06 1.425E+04 2.400E+13 -0.509 11 -2.500 24155.0 -2.3 3.558 3.257 4.436E+00 3.818E-01 9.335E-10 7.495E+06 6.132E+03 2.399E+13 -0.541 16 -1.250 26968.5 0.7 4.279 3.978 1.615E+01 3.817E-01 4.398E-09 9.652E+06 2.902E+03 2.397E+13 -0.641 21 -0.300 31701.1 11.7 4.863 4.562 3.983E+01 3.817E-01 1.438E-08 1.168E+07 1.612E+03 2.407E+13 -0.208 26 0.200 36124.5 6.5 5.157 4.856 5.570E+01 3.818E-01 2.479E-08 1.283E+07 1.227E+03 2.429E+13 0.684 31 0.700 42051.3 1.5 5.476 5.176 7.963E+01 3.824E-01 4.442E-08 1.432E+07 9.104E+02 2.394E+13 -0.731 36 1.200 50953.2 0.7 5.811 5.512 1.095E+02 3.844E-01 7.906E-08 1.618E+07 7.265E+02 2.419E+13 0.283 41 1.700 62370.3 -3.6 6.159 5.860 1.516E+02 3.852E-01 1.436E-07 1.853E+07 4.957E+02 2.326E+13 -3.560 46 2.200 75443.5 -6.3 6.509 6.210 2.183E+02 3.852E-01 2.661E-07 2.142E+07 2.810E+02 2.273E+13 -5.766 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 573 S flx SAM BB OPACITY: NO. LINES: 41040048 TEMKOR 0 |dF|, |dF_| 7.17465 5.81537 , |dT| 0.00014 14.30469 dam_f, tau_r 0.25000 0.00000 Test convergence 29 7.17465505E-02 29.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20438.3 -1.7 0.901 0.600 3.961E-01 3.819E-01 2.433E-12 5.188E+05 1.426E+04 2.401E+13 -0.476 6 -4.250 22146.8 -2.4 2.465 2.164 7.990E-01 3.818E-01 8.223E-11 4.547E+06 1.426E+04 2.401E+13 -0.479 11 -2.500 24152.6 -1.2 3.558 3.257 4.437E+00 3.818E-01 9.335E-10 7.494E+06 6.137E+03 2.400E+13 -0.509 16 -1.250 26969.2 1.4 4.279 3.978 1.615E+01 3.817E-01 4.397E-09 9.650E+06 2.906E+03 2.398E+13 -0.596 21 -0.300 31712.8 11.0 4.864 4.563 3.980E+01 3.817E-01 1.438E-08 1.168E+07 1.614E+03 2.408E+13 -0.156 26 0.200 36131.0 5.5 5.157 4.856 5.569E+01 3.818E-01 2.479E-08 1.283E+07 1.226E+03 2.428E+13 0.655 31 0.700 42052.8 1.2 5.476 5.176 7.964E+01 3.824E-01 4.442E-08 1.431E+07 9.120E+02 2.396E+13 -0.667 36 1.200 50953.9 0.6 5.811 5.512 1.095E+02 3.844E-01 7.906E-08 1.618E+07 7.260E+02 2.417E+13 0.185 41 1.700 62366.7 -3.2 6.159 5.860 1.517E+02 3.852E-01 1.437E-07 1.853E+07 4.967E+02 2.330E+13 -3.389 46 2.200 75437.2 -5.8 6.509 6.210 2.184E+02 3.852E-01 2.661E-07 2.142E+07 2.819E+02 2.279E+13 -5.496 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 585 S flx SAM BB OPACITY: NO. LINES: 41040089 TEMKOR 0 |dF|, |dF_| 6.83407 5.52721 , |dT| 0.00013 13.60938 dam_f, tau_r 0.25000 0.00000 Test convergence 30 6.83406666E-02 30.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20436.6 -0.8 0.901 0.600 3.961E-01 3.819E-01 2.434E-12 5.185E+05 1.426E+04 2.401E+13 -0.450 6 -4.250 22144.4 -1.2 2.465 2.164 7.996E-01 3.818E-01 8.223E-11 4.546E+06 1.427E+04 2.401E+13 -0.453 11 -2.500 24151.5 -0.3 3.558 3.257 4.437E+00 3.818E-01 9.333E-10 7.492E+06 6.142E+03 2.400E+13 -0.482 16 -1.250 26970.5 1.9 4.279 3.978 1.614E+01 3.817E-01 4.397E-09 9.649E+06 2.910E+03 2.399E+13 -0.559 21 -0.300 31723.7 10.3 4.864 4.563 3.978E+01 3.817E-01 1.438E-08 1.168E+07 1.615E+03 2.409E+13 -0.114 26 0.200 36136.5 4.7 5.157 4.856 5.569E+01 3.818E-01 2.480E-08 1.283E+07 1.224E+03 2.427E+13 0.620 31 0.700 42054.0 1.2 5.476 5.176 7.964E+01 3.824E-01 4.443E-08 1.431E+07 9.134E+02 2.397E+13 -0.612 36 1.200 50954.5 0.3 5.811 5.512 1.095E+02 3.844E-01 7.906E-08 1.618E+07 7.260E+02 2.417E+13 0.185 41 1.700 62363.4 -3.1 6.159 5.860 1.517E+02 3.852E-01 1.437E-07 1.853E+07 4.977E+02 2.334E+13 -3.233 46 2.200 75431.4 -5.5 6.509 6.210 2.184E+02 3.852E-01 2.661E-07 2.142E+07 2.828E+02 2.286E+13 -5.238 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 598 S flx SAM BB OPACITY: NO. LINES: 41040173 TEMKOR 0 |dF|, |dF_| 6.50155 5.25291 , |dT| 0.00012 13.38281 dam_f, tau_r 0.25000 0.00000 Test convergence 31 6.50155097E-02 31.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20435.8 -0.2 0.901 0.600 3.961E-01 3.819E-01 2.434E-12 5.185E+05 1.426E+04 2.402E+13 -0.422 6 -4.250 22143.2 -0.4 2.465 2.164 7.996E-01 3.818E-01 8.221E-11 4.545E+06 1.427E+04 2.402E+13 -0.425 11 -2.500 24151.1 0.4 3.558 3.257 4.435E+00 3.818E-01 9.334E-10 7.493E+06 6.150E+03 2.401E+13 -0.452 16 -1.250 26972.4 2.3 4.279 3.978 1.615E+01 3.817E-01 4.397E-09 9.649E+06 2.913E+03 2.400E+13 -0.519 21 -0.300 31734.1 9.6 4.864 4.563 3.976E+01 3.817E-01 1.438E-08 1.168E+07 1.616E+03 2.410E+13 -0.077 26 0.200 36141.2 4.0 5.157 4.856 5.569E+01 3.818E-01 2.480E-08 1.283E+07 1.222E+03 2.426E+13 0.587 31 0.700 42055.2 1.0 5.476 5.176 7.964E+01 3.824E-01 4.443E-08 1.432E+07 9.149E+02 2.399E+13 -0.553 36 1.200 50954.7 -0.0 5.811 5.512 1.095E+02 3.844E-01 7.906E-08 1.618E+07 7.259E+02 2.416E+13 0.180 41 1.700 62360.3 -3.4 6.159 5.860 1.517E+02 3.852E-01 1.437E-07 1.853E+07 4.987E+02 2.338E+13 -3.077 46 2.200 75425.9 -5.7 6.509 6.210 2.184E+02 3.852E-01 2.661E-07 2.142E+07 2.836E+02 2.292E+13 -4.991 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 611 S flx SAM BB OPACITY: NO. LINES: 41040287 TEMKOR 0 |dF|, |dF_| 6.19174 4.99815 , |dT| 0.00012 12.55469 dam_f, tau_r 0.25000 0.00000 Test convergence 32 6.19174242E-02 32.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20435.5 0.2 0.901 0.600 3.961E-01 3.819E-01 2.434E-12 5.185E+05 1.426E+04 2.403E+13 -0.395 6 -4.250 22142.8 0.3 2.465 2.164 7.996E-01 3.818E-01 8.221E-11 4.545E+06 1.428E+04 2.402E+13 -0.398 11 -2.500 24151.5 1.2 3.558 3.257 4.437E+00 3.818E-01 9.333E-10 7.492E+06 6.151E+03 2.402E+13 -0.425 16 -1.250 26974.7 2.7 4.279 3.978 1.614E+01 3.817E-01 4.397E-09 9.649E+06 2.917E+03 2.400E+13 -0.484 21 -0.300 31743.7 9.0 4.864 4.563 3.974E+01 3.817E-01 1.438E-08 1.168E+07 1.617E+03 2.411E+13 -0.043 26 0.200 36145.2 3.3 5.157 4.856 5.569E+01 3.818E-01 2.481E-08 1.283E+07 1.221E+03 2.425E+13 0.553 31 0.700 42056.2 0.9 5.476 5.176 7.963E+01 3.824E-01 4.443E-08 1.432E+07 9.163E+02 2.400E+13 -0.501 36 1.200 50954.7 -0.4 5.811 5.512 1.095E+02 3.844E-01 7.906E-08 1.618E+07 7.258E+02 2.416E+13 0.170 41 1.700 62356.9 -3.4 6.159 5.860 1.517E+02 3.852E-01 1.437E-07 1.853E+07 4.995E+02 2.341E+13 -2.938 46 2.200 75420.2 -5.3 6.509 6.210 2.185E+02 3.852E-01 2.662E-07 2.142E+07 2.843E+02 2.297E+13 -4.760 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 624 S flx SAM BB OPACITY: NO. LINES: 41040259 TEMKOR 0 |dF|, |dF_| 5.89396 4.75255 , |dT| 0.00011 11.75781 dam_f, tau_r 0.25000 0.00000 Test convergence 33 5.89396358E-02 33.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20435.8 0.9 0.901 0.600 3.961E-01 3.819E-01 2.434E-12 5.185E+05 1.427E+04 2.403E+13 -0.369 6 -4.250 22143.2 1.3 2.465 2.164 7.996E-01 3.818E-01 8.221E-11 4.545E+06 1.429E+04 2.403E+13 -0.372 11 -2.500 24152.7 1.7 3.558 3.257 4.435E+00 3.818E-01 9.333E-10 7.492E+06 6.157E+03 2.402E+13 -0.398 16 -1.250 26977.5 3.0 4.279 3.978 1.614E+01 3.817E-01 4.397E-09 9.649E+06 2.920E+03 2.401E+13 -0.452 21 -0.300 31752.7 8.4 4.864 4.563 3.973E+01 3.817E-01 1.438E-08 1.168E+07 1.618E+03 2.412E+13 -0.013 26 0.200 36148.5 2.7 5.157 4.856 5.569E+01 3.818E-01 2.481E-08 1.283E+07 1.219E+03 2.425E+13 0.519 31 0.700 42057.0 0.8 5.476 5.176 7.962E+01 3.824E-01 4.443E-08 1.432E+07 9.177E+02 2.401E+13 -0.449 36 1.200 50954.3 -0.5 5.811 5.512 1.095E+02 3.844E-01 7.906E-08 1.618E+07 7.257E+02 2.416E+13 0.159 41 1.700 62353.5 -2.7 6.159 5.860 1.517E+02 3.852E-01 1.437E-07 1.853E+07 5.004E+02 2.345E+13 -2.800 46 2.200 75414.9 -4.8 6.509 6.210 2.185E+02 3.852E-01 2.662E-07 2.142E+07 2.851E+02 2.303E+13 -4.537 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 637 S flx SAM BB OPACITY: NO. LINES: 41040150 TEMKOR 0 |dF|, |dF_| 5.61293 4.52325 , |dT| 0.00011 11.28125 dam_f, tau_r 0.25000 0.00000 Test convergence 34 5.61293326E-02 34.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20436.6 1.2 0.901 0.600 3.961E-01 3.819E-01 2.434E-12 5.185E+05 1.427E+04 2.404E+13 -0.344 6 -4.250 22144.4 1.8 2.465 2.164 7.996E-01 3.818E-01 8.223E-11 4.546E+06 1.430E+04 2.404E+13 -0.347 11 -2.500 24154.4 2.1 3.558 3.257 4.436E+00 3.818E-01 9.333E-10 7.493E+06 6.159E+03 2.403E+13 -0.373 16 -1.250 26980.5 3.2 4.279 3.978 1.614E+01 3.817E-01 4.397E-09 9.650E+06 2.923E+03 2.402E+13 -0.421 21 -0.300 31761.1 7.9 4.864 4.563 3.971E+01 3.817E-01 1.438E-08 1.168E+07 1.619E+03 2.412E+13 0.010 26 0.200 36151.2 2.2 5.157 4.856 5.569E+01 3.818E-01 2.482E-08 1.283E+07 1.218E+03 2.424E+13 0.484 31 0.700 42057.8 0.7 5.476 5.176 7.963E+01 3.824E-01 4.443E-08 1.432E+07 9.188E+02 2.402E+13 -0.398 36 1.200 50953.8 -0.7 5.811 5.512 1.095E+02 3.844E-01 7.906E-08 1.618E+07 7.256E+02 2.416E+13 0.154 41 1.700 62350.8 -2.9 6.159 5.860 1.517E+02 3.852E-01 1.437E-07 1.853E+07 5.012E+02 2.347E+13 -2.677 46 2.200 75410.1 -4.6 6.509 6.210 2.186E+02 3.852E-01 2.662E-07 2.142E+07 2.858E+02 2.308E+13 -4.327 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 649 S flx SAM BB OPACITY: NO. LINES: 41040062 TEMKOR 0 |dF|, |dF_| 5.34263 4.30564 , |dT| 0.00011 10.91406 dam_f, tau_r 0.25000 0.00000 Test convergence 35 5.34263328E-02 35.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20437.8 1.5 0.901 0.600 3.961E-01 3.819E-01 2.434E-12 5.186E+05 1.428E+04 2.404E+13 -0.320 6 -4.250 22146.2 2.2 2.465 2.164 7.990E-01 3.818E-01 8.221E-11 4.547E+06 1.431E+04 2.404E+13 -0.322 11 -2.500 24156.6 2.5 3.558 3.257 4.434E+00 3.818E-01 9.333E-10 7.493E+06 6.163E+03 2.404E+13 -0.347 16 -1.250 26983.7 3.4 4.279 3.978 1.613E+01 3.817E-01 4.397E-09 9.651E+06 2.925E+03 2.403E+13 -0.392 21 -0.300 31769.0 7.3 4.864 4.563 3.968E+01 3.817E-01 1.438E-08 1.168E+07 1.619E+03 2.413E+13 0.029 26 0.200 36153.4 1.8 5.158 4.857 5.570E+01 3.818E-01 2.482E-08 1.284E+07 1.217E+03 2.423E+13 0.451 31 0.700 42058.5 0.7 5.476 5.176 7.963E+01 3.824E-01 4.443E-08 1.432E+07 9.201E+02 2.404E+13 -0.352 36 1.200 50953.2 -0.8 5.811 5.512 1.095E+02 3.844E-01 7.906E-08 1.618E+07 7.256E+02 2.416E+13 0.152 41 1.700 62347.9 -3.1 6.159 5.860 1.518E+02 3.852E-01 1.437E-07 1.853E+07 5.019E+02 2.350E+13 -2.553 46 2.200 75405.5 -4.7 6.509 6.210 2.186E+02 3.852E-01 2.662E-07 2.142E+07 2.864E+02 2.312E+13 -4.128 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 662 S flx SAM BB OPACITY: NO. LINES: 41040041 TEMKOR 0 |dF|, |dF_| 5.08577 4.10087 , |dT| 0.00011 10.22656 dam_f, tau_r 0.25000 0.00000 Test convergence 36 5.08577451E-02 36.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20439.3 1.7 0.901 0.600 3.962E-01 3.819E-01 2.434E-12 5.184E+05 1.428E+04 2.405E+13 -0.295 6 -4.250 22148.5 2.6 2.465 2.164 7.997E-01 3.818E-01 8.224E-11 4.547E+06 1.430E+04 2.405E+13 -0.297 11 -2.500 24159.0 2.8 3.558 3.257 4.435E+00 3.818E-01 9.334E-10 7.494E+06 6.165E+03 2.404E+13 -0.322 16 -1.250 26987.1 3.5 4.279 3.978 1.613E+01 3.817E-01 4.397E-09 9.652E+06 2.927E+03 2.403E+13 -0.363 21 -0.300 31776.3 6.8 4.865 4.563 3.968E+01 3.817E-01 1.438E-08 1.168E+07 1.620E+03 2.413E+13 0.049 26 0.200 36155.2 1.3 5.158 4.857 5.571E+01 3.818E-01 2.482E-08 1.284E+07 1.215E+03 2.422E+13 0.421 31 0.700 42059.1 0.6 5.476 5.176 7.962E+01 3.824E-01 4.442E-08 1.432E+07 9.212E+02 2.405E+13 -0.308 36 1.200 50952.4 -0.9 5.811 5.512 1.096E+02 3.844E-01 7.906E-08 1.618E+07 7.255E+02 2.416E+13 0.153 41 1.700 62344.8 -3.1 6.159 5.860 1.518E+02 3.852E-01 1.437E-07 1.854E+07 5.026E+02 2.353E+13 -2.446 46 2.200 75400.8 -4.3 6.509 6.210 2.186E+02 3.852E-01 2.662E-07 2.142E+07 2.870E+02 2.317E+13 -3.939 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 675 S flx SAM BB OPACITY: NO. LINES: 41039935 TEMKOR 0 |dF|, |dF_| 4.84081 3.90426 , |dT| 0.00011 9.77344 dam_f, tau_r 0.25000 0.00000 Test convergence 37 4.84081171E-02 37.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20441.0 1.9 0.901 0.600 3.962E-01 3.819E-01 2.433E-12 5.187E+05 1.429E+04 2.405E+13 -0.272 6 -4.250 22151.1 2.8 2.465 2.164 7.991E-01 3.818E-01 8.223E-11 4.548E+06 1.431E+04 2.405E+13 -0.274 11 -2.500 24161.8 3.0 3.558 3.257 4.433E+00 3.818E-01 9.334E-10 7.495E+06 6.171E+03 2.405E+13 -0.299 16 -1.250 26990.6 3.6 4.279 3.978 1.613E+01 3.817E-01 4.397E-09 9.654E+06 2.930E+03 2.404E+13 -0.338 21 -0.300 31783.2 6.3 4.865 4.564 3.967E+01 3.817E-01 1.438E-08 1.169E+07 1.620E+03 2.414E+13 0.064 26 0.200 36156.5 0.9 5.158 4.857 5.571E+01 3.818E-01 2.483E-08 1.284E+07 1.214E+03 2.421E+13 0.389 31 0.700 42059.7 0.5 5.476 5.176 7.962E+01 3.824E-01 4.442E-08 1.432E+07 9.223E+02 2.406E+13 -0.264 36 1.200 50951.5 -1.0 5.811 5.512 1.096E+02 3.844E-01 7.906E-08 1.618E+07 7.256E+02 2.416E+13 0.150 41 1.700 62341.7 -3.0 6.159 5.860 1.518E+02 3.852E-01 1.437E-07 1.854E+07 5.033E+02 2.356E+13 -2.342 46 2.200 75396.6 -4.1 6.509 6.210 2.186E+02 3.852E-01 2.662E-07 2.142E+07 2.876E+02 2.321E+13 -3.757 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 688 S flx SAM BB OPACITY: NO. LINES: 41039817 TEMKOR 0 |dF|, |dF_| 4.60905 3.71945 , |dT| 0.00010 9.40625 dam_f, tau_r 0.25000 0.00000 Test convergence 38 4.60905172E-02 38.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20442.9 2.1 0.901 0.600 3.962E-01 3.819E-01 2.433E-12 5.187E+05 1.430E+04 2.406E+13 -0.250 6 -4.250 22153.9 3.0 2.465 2.164 7.985E-01 3.818E-01 8.222E-11 4.550E+06 1.432E+04 2.406E+13 -0.252 11 -2.500 24164.9 3.2 3.558 3.257 4.433E+00 3.818E-01 9.335E-10 7.498E+06 6.172E+03 2.405E+13 -0.277 16 -1.250 26994.2 3.7 4.279 3.978 1.612E+01 3.817E-01 4.397E-09 9.656E+06 2.932E+03 2.404E+13 -0.314 21 -0.300 31789.5 5.9 4.865 4.564 3.965E+01 3.817E-01 1.438E-08 1.169E+07 1.620E+03 2.414E+13 0.075 26 0.200 36157.5 0.6 5.158 4.857 5.572E+01 3.818E-01 2.483E-08 1.284E+07 1.213E+03 2.421E+13 0.356 31 0.700 42060.2 0.5 5.476 5.176 7.961E+01 3.824E-01 4.442E-08 1.432E+07 9.233E+02 2.407E+13 -0.225 36 1.200 50950.5 -1.0 5.811 5.512 1.096E+02 3.844E-01 7.906E-08 1.619E+07 7.256E+02 2.416E+13 0.151 41 1.700 62338.7 -2.9 6.159 5.860 1.518E+02 3.852E-01 1.437E-07 1.854E+07 5.039E+02 2.358E+13 -2.240 46 2.200 75392.4 -4.1 6.509 6.210 2.187E+02 3.852E-01 2.662E-07 2.142E+07 2.882E+02 2.326E+13 -3.586 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 700 S flx SAM BB OPACITY: NO. LINES: 41039722 TEMKOR 0 |dF|, |dF_| 4.38060 3.54667 , |dT| 0.00010 8.83594 dam_f, tau_r 0.25000 0.00000 Test convergence 39 4.38059531E-02 39.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20445.0 2.2 0.901 0.600 3.962E-01 3.819E-01 2.432E-12 5.188E+05 1.431E+04 2.407E+13 -0.230 6 -4.250 22156.9 3.1 2.465 2.164 7.992E-01 3.818E-01 8.220E-11 4.549E+06 1.431E+04 2.406E+13 -0.232 11 -2.500 24168.1 3.2 3.558 3.257 4.431E+00 3.818E-01 9.334E-10 7.498E+06 6.176E+03 2.406E+13 -0.257 16 -1.250 26997.9 3.7 4.279 3.978 1.612E+01 3.817E-01 4.398E-09 9.657E+06 2.934E+03 2.405E+13 -0.293 21 -0.300 31795.4 5.5 4.865 4.564 3.965E+01 3.817E-01 1.439E-08 1.169E+07 1.620E+03 2.414E+13 0.084 26 0.200 36158.1 0.4 5.158 4.857 5.572E+01 3.818E-01 2.483E-08 1.284E+07 1.212E+03 2.420E+13 0.324 31 0.700 42060.7 0.5 5.476 5.176 7.961E+01 3.824E-01 4.442E-08 1.432E+07 9.243E+02 2.408E+13 -0.185 36 1.200 50949.4 -1.1 5.811 5.512 1.096E+02 3.844E-01 7.906E-08 1.619E+07 7.256E+02 2.416E+13 0.153 41 1.700 62335.8 -2.9 6.159 5.860 1.518E+02 3.852E-01 1.437E-07 1.854E+07 5.045E+02 2.360E+13 -2.147 46 2.200 75388.3 -3.8 6.509 6.210 2.187E+02 3.852E-01 2.663E-07 2.142E+07 2.887E+02 2.329E+13 -3.425 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 713 S flx SAM BB OPACITY: NO. LINES: 41039582 TEMKOR 0 |dF|, |dF_| 4.17083 3.37791 , |dT| 0.00010 8.58594 dam_f, tau_r 0.25000 0.00000 Test convergence 40 4.17083427E-02 40.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20447.2 2.2 0.901 0.600 3.962E-01 3.819E-01 2.432E-12 5.188E+05 1.433E+04 2.407E+13 -0.209 6 -4.250 22160.0 3.3 2.465 2.164 7.986E-01 3.818E-01 8.221E-11 4.550E+06 1.432E+04 2.407E+13 -0.212 11 -2.500 24171.3 3.4 3.558 3.257 4.432E+00 3.818E-01 9.336E-10 7.499E+06 6.177E+03 2.406E+13 -0.236 16 -1.250 27001.6 3.7 4.279 3.978 1.612E+01 3.817E-01 4.398E-09 9.658E+06 2.935E+03 2.406E+13 -0.271 21 -0.300 31800.9 5.1 4.865 4.564 3.963E+01 3.817E-01 1.439E-08 1.169E+07 1.620E+03 2.414E+13 0.092 26 0.200 36158.5 0.1 5.158 4.857 5.573E+01 3.818E-01 2.484E-08 1.284E+07 1.211E+03 2.419E+13 0.296 31 0.700 42061.2 0.5 5.476 5.176 7.961E+01 3.824E-01 4.442E-08 1.433E+07 9.252E+02 2.408E+13 -0.149 36 1.200 50948.3 -1.1 5.811 5.512 1.096E+02 3.844E-01 7.907E-08 1.619E+07 7.257E+02 2.416E+13 0.153 41 1.700 62332.9 -2.7 6.159 5.860 1.518E+02 3.852E-01 1.437E-07 1.854E+07 5.051E+02 2.362E+13 -2.057 46 2.200 75384.6 -3.8 6.509 6.210 2.187E+02 3.852E-01 2.663E-07 2.143E+07 2.893E+02 2.333E+13 -3.267 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 726 S flx SAM BB OPACITY: NO. LINES: 41039465 TEMKOR 0 |dF|, |dF_| 3.96534 3.22461 , |dT| 0.00010 8.14844 dam_f, tau_r 0.25000 0.00000 Test convergence 41 3.96533869E-02 41.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20449.5 2.2 0.901 0.600 3.962E-01 3.819E-01 2.432E-12 5.189E+05 1.434E+04 2.407E+13 -0.189 6 -4.250 22163.3 3.4 2.465 2.164 7.987E-01 3.818E-01 8.222E-11 4.551E+06 1.432E+04 2.407E+13 -0.191 11 -2.500 24174.7 3.4 3.558 3.257 4.429E+00 3.818E-01 9.335E-10 7.500E+06 6.181E+03 2.407E+13 -0.216 16 -1.250 27005.3 3.6 4.279 3.978 1.612E+01 3.817E-01 4.398E-09 9.660E+06 2.937E+03 2.406E+13 -0.250 21 -0.300 31805.9 4.7 4.865 4.564 3.963E+01 3.817E-01 1.439E-08 1.169E+07 1.620E+03 2.414E+13 0.098 26 0.200 36158.6 -0.1 5.158 4.857 5.573E+01 3.818E-01 2.484E-08 1.285E+07 1.210E+03 2.419E+13 0.270 31 0.700 42061.7 0.4 5.476 5.176 7.960E+01 3.824E-01 4.442E-08 1.433E+07 9.261E+02 2.409E+13 -0.114 36 1.200 50947.2 -1.3 5.811 5.512 1.096E+02 3.844E-01 7.907E-08 1.619E+07 7.258E+02 2.416E+13 0.162 41 1.700 62330.2 -2.9 6.159 5.860 1.518E+02 3.852E-01 1.437E-07 1.854E+07 5.056E+02 2.365E+13 -1.971 46 2.200 75380.8 -3.6 6.509 6.210 2.187E+02 3.852E-01 2.663E-07 2.143E+07 2.897E+02 2.337E+13 -3.124 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 739 S flx SAM BB OPACITY: NO. LINES: 41039284 TEMKOR 0 |dF|, |dF_| 3.77552 3.07361 , |dT| 0.00010 7.71094 dam_f, tau_r 0.25000 0.00000 Test convergence 42 3.77552435E-02 42.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20451.7 2.4 0.901 0.600 3.961E-01 3.819E-01 2.432E-12 5.191E+05 1.435E+04 2.408E+13 -0.173 6 -4.250 22166.6 3.4 2.465 2.164 7.981E-01 3.818E-01 8.220E-11 4.552E+06 1.433E+04 2.408E+13 -0.175 11 -2.500 24178.1 3.4 3.558 3.257 4.428E+00 3.818E-01 9.336E-10 7.502E+06 6.183E+03 2.407E+13 -0.200 16 -1.250 27008.9 3.6 4.279 3.978 1.611E+01 3.817E-01 4.398E-09 9.661E+06 2.939E+03 2.406E+13 -0.234 21 -0.300 31810.6 4.4 4.865 4.564 3.962E+01 3.817E-01 1.439E-08 1.170E+07 1.620E+03 2.414E+13 0.099 26 0.200 36158.6 -0.2 5.158 4.857 5.574E+01 3.818E-01 2.484E-08 1.285E+07 1.209E+03 2.418E+13 0.241 31 0.700 42062.1 0.6 5.476 5.176 7.960E+01 3.824E-01 4.442E-08 1.433E+07 9.269E+02 2.410E+13 -0.085 36 1.200 50946.0 -1.1 5.811 5.512 1.096E+02 3.844E-01 7.907E-08 1.619E+07 7.259E+02 2.416E+13 0.161 41 1.700 62327.2 -2.6 6.159 5.860 1.519E+02 3.852E-01 1.437E-07 1.854E+07 5.061E+02 2.366E+13 -1.896 46 2.200 75377.2 -3.4 6.509 6.210 2.188E+02 3.852E-01 2.663E-07 2.143E+07 2.902E+02 2.340E+13 -2.982 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 751 S flx SAM BB OPACITY: NO. LINES: 41039150 TEMKOR 0 |dF|, |dF_| 3.58533 2.93343 , |dT| 0.00009 7.38281 dam_f, tau_r 0.25000 0.00000 Test convergence 43 3.58533412E-02 43.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20454.1 2.4 0.901 0.600 3.961E-01 3.819E-01 2.432E-12 5.190E+05 1.437E+04 2.408E+13 -0.153 6 -4.250 22170.0 3.3 2.465 2.164 7.982E-01 3.818E-01 8.221E-11 4.551E+06 1.433E+04 2.408E+13 -0.156 11 -2.500 24181.5 3.4 3.558 3.257 4.429E+00 3.818E-01 9.336E-10 7.502E+06 6.183E+03 2.408E+13 -0.180 16 -1.250 27012.5 3.5 4.279 3.978 1.611E+01 3.817E-01 4.398E-09 9.662E+06 2.939E+03 2.407E+13 -0.215 21 -0.300 31815.0 4.0 4.865 4.564 3.962E+01 3.817E-01 1.439E-08 1.170E+07 1.620E+03 2.415E+13 0.104 26 0.200 36158.3 -0.5 5.158 4.857 5.575E+01 3.818E-01 2.485E-08 1.285E+07 1.208E+03 2.417E+13 0.219 31 0.700 42062.6 0.4 5.476 5.176 7.960E+01 3.824E-01 4.442E-08 1.433E+07 9.277E+02 2.411E+13 -0.049 36 1.200 50944.9 -1.3 5.811 5.512 1.096E+02 3.844E-01 7.907E-08 1.619E+07 7.259E+02 2.416E+13 0.169 41 1.700 62324.6 -2.8 6.159 5.860 1.519E+02 3.852E-01 1.437E-07 1.854E+07 5.066E+02 2.368E+13 -1.817 46 2.200 75373.8 -3.2 6.509 6.210 2.188E+02 3.852E-01 2.663E-07 2.143E+07 2.906E+02 2.343E+13 -2.850 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 765 S flx SAM BB OPACITY: NO. LINES: 41039019 TEMKOR 0 |dF|, |dF_| 3.40783 2.80107 , |dT| 0.00009 6.85156 dam_f, tau_r 0.25000 0.00000 Test convergence 44 3.40783447E-02 44.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20456.5 2.2 0.901 0.600 3.961E-01 3.819E-01 2.432E-12 5.191E+05 1.438E+04 2.409E+13 -0.137 6 -4.250 22173.3 3.3 2.465 2.164 7.976E-01 3.818E-01 8.220E-11 4.553E+06 1.434E+04 2.409E+13 -0.140 11 -2.500 24184.9 3.4 3.558 3.257 4.427E+00 3.818E-01 9.337E-10 7.505E+06 6.187E+03 2.408E+13 -0.164 16 -1.250 27016.0 3.5 4.280 3.978 1.611E+01 3.817E-01 4.399E-09 9.665E+06 2.941E+03 2.407E+13 -0.199 21 -0.300 31819.0 3.7 4.865 4.564 3.961E+01 3.817E-01 1.439E-08 1.170E+07 1.620E+03 2.415E+13 0.106 26 0.200 36157.9 -0.6 5.158 4.857 5.575E+01 3.818E-01 2.485E-08 1.285E+07 1.207E+03 2.417E+13 0.195 31 0.700 42063.1 0.4 5.476 5.176 7.959E+01 3.824E-01 4.441E-08 1.433E+07 9.284E+02 2.411E+13 -0.023 36 1.200 50943.6 -1.2 5.811 5.512 1.096E+02 3.844E-01 7.907E-08 1.619E+07 7.260E+02 2.416E+13 0.175 41 1.700 62321.9 -2.5 6.159 5.860 1.519E+02 3.852E-01 1.438E-07 1.855E+07 5.070E+02 2.370E+13 -1.752 46 2.200 75370.6 -2.9 6.509 6.210 2.188E+02 3.852E-01 2.663E-07 2.143E+07 2.911E+02 2.346E+13 -2.725 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 778 S flx SAM BB OPACITY: NO. LINES: 41038791 TEMKOR 0 |dF|, |dF_| 3.24212 2.67429 , |dT| 0.00009 6.75000 dam_f, tau_r 0.25000 0.00000 Test convergence 45 3.24211568E-02 45.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20458.8 2.3 0.901 0.600 3.961E-01 3.819E-01 2.432E-12 5.191E+05 1.439E+04 2.409E+13 -0.121 6 -4.250 22176.7 3.3 2.465 2.164 7.983E-01 3.818E-01 8.221E-11 4.553E+06 1.433E+04 2.409E+13 -0.124 11 -2.500 24188.3 3.3 3.558 3.257 4.426E+00 3.818E-01 9.337E-10 7.505E+06 6.189E+03 2.408E+13 -0.149 16 -1.250 27019.5 3.4 4.280 3.979 1.610E+01 3.817E-01 4.399E-09 9.666E+06 2.942E+03 2.408E+13 -0.185 21 -0.300 31822.7 3.4 4.865 4.564 3.961E+01 3.817E-01 1.439E-08 1.170E+07 1.619E+03 2.415E+13 0.105 26 0.200 36157.3 -0.7 5.158 4.857 5.576E+01 3.818E-01 2.485E-08 1.285E+07 1.206E+03 2.416E+13 0.171 31 0.700 42063.5 0.5 5.476 5.176 7.959E+01 3.824E-01 4.441E-08 1.433E+07 9.291E+02 2.412E+13 0.005 36 1.200 50942.4 -1.2 5.811 5.512 1.096E+02 3.844E-01 7.907E-08 1.620E+07 7.261E+02 2.416E+13 0.183 41 1.700 62319.4 -2.7 6.159 5.860 1.519E+02 3.852E-01 1.438E-07 1.855E+07 5.075E+02 2.372E+13 -1.679 46 2.200 75367.7 -3.1 6.509 6.210 2.188E+02 3.852E-01 2.663E-07 2.143E+07 2.915E+02 2.349E+13 -2.604 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 790 S flx SAM BB OPACITY: NO. LINES: 41038740 TEMKOR 0 |dF|, |dF_| 3.07918 2.55393 , |dT| 0.00009 6.33594 dam_f, tau_r 0.25000 0.00000 Test convergence 46 3.07917856E-02 46.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20461.1 2.3 0.901 0.600 3.961E-01 3.819E-01 2.431E-12 5.192E+05 1.440E+04 2.409E+13 -0.107 6 -4.250 22179.9 3.2 2.465 2.164 7.977E-01 3.818E-01 8.218E-11 4.554E+06 1.433E+04 2.409E+13 -0.109 11 -2.500 24191.6 3.2 3.559 3.257 4.427E+00 3.818E-01 9.338E-10 7.506E+06 6.189E+03 2.409E+13 -0.134 16 -1.250 27022.8 3.3 4.280 3.979 1.610E+01 3.817E-01 4.399E-09 9.667E+06 2.943E+03 2.408E+13 -0.171 21 -0.300 31826.1 3.1 4.865 4.564 3.959E+01 3.817E-01 1.439E-08 1.170E+07 1.619E+03 2.415E+13 0.104 26 0.200 36156.6 -0.8 5.158 4.857 5.577E+01 3.818E-01 2.485E-08 1.285E+07 1.206E+03 2.416E+13 0.150 31 0.700 42063.9 0.5 5.476 5.176 7.958E+01 3.824E-01 4.441E-08 1.433E+07 9.297E+02 2.413E+13 0.031 36 1.200 50941.2 -1.2 5.811 5.512 1.096E+02 3.844E-01 7.907E-08 1.620E+07 7.262E+02 2.417E+13 0.188 41 1.700 62316.7 -2.5 6.159 5.860 1.519E+02 3.852E-01 1.438E-07 1.855E+07 5.079E+02 2.373E+13 -1.618 46 2.200 75364.6 -2.8 6.509 6.210 2.189E+02 3.852E-01 2.663E-07 2.143E+07 2.919E+02 2.352E+13 -2.490 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 803 S flx SAM BB OPACITY: NO. LINES: 41038704 TEMKOR 0 |dF|, |dF_| 2.92555 2.43962 , |dT| 0.00008 6.01562 dam_f, tau_r 0.25000 0.00000 Test convergence 47 2.92555373E-02 47.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20463.4 2.2 0.901 0.600 3.961E-01 3.819E-01 2.431E-12 5.192E+05 1.441E+04 2.410E+13 -0.092 6 -4.250 22183.1 3.2 2.465 2.164 7.978E-01 3.818E-01 8.219E-11 4.555E+06 1.433E+04 2.410E+13 -0.095 11 -2.500 24194.8 3.2 3.559 3.258 4.426E+00 3.818E-01 9.338E-10 7.508E+06 6.190E+03 2.409E+13 -0.119 16 -1.250 27026.1 3.2 4.280 3.979 1.610E+01 3.817E-01 4.399E-09 9.669E+06 2.944E+03 2.408E+13 -0.158 21 -0.300 31829.2 2.9 4.865 4.564 3.960E+01 3.817E-01 1.439E-08 1.171E+07 1.619E+03 2.415E+13 0.103 26 0.200 36155.9 -0.9 5.158 4.857 5.577E+01 3.818E-01 2.486E-08 1.286E+07 1.205E+03 2.415E+13 0.130 31 0.700 42064.4 0.4 5.476 5.176 7.958E+01 3.824E-01 4.441E-08 1.434E+07 9.303E+02 2.413E+13 0.058 36 1.200 50940.0 -1.3 5.811 5.512 1.096E+02 3.844E-01 7.908E-08 1.620E+07 7.263E+02 2.417E+13 0.196 41 1.700 62314.2 -2.3 6.159 5.860 1.519E+02 3.852E-01 1.438E-07 1.855E+07 5.083E+02 2.374E+13 -1.561 46 2.200 75361.8 -2.6 6.509 6.210 2.189E+02 3.852E-01 2.663E-07 2.144E+07 2.922E+02 2.355E+13 -2.381 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 816 S flx SAM BB OPACITY: NO. LINES: 41038670 TEMKOR 0 |dF|, |dF_| 2.77699 2.33112 , |dT| 0.00008 5.80469 dam_f, tau_r 0.25000 0.00000 Test convergence 48 2.77699269E-02 48.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20465.6 2.1 0.901 0.600 3.963E-01 3.819E-01 2.431E-12 5.191E+05 1.441E+04 2.410E+13 -0.079 6 -4.250 22186.3 3.1 2.466 2.165 7.972E-01 3.818E-01 8.219E-11 4.556E+06 1.434E+04 2.410E+13 -0.082 11 -2.500 24198.1 3.1 3.559 3.258 4.425E+00 3.818E-01 9.340E-10 7.509E+06 6.192E+03 2.409E+13 -0.107 16 -1.250 27029.3 3.0 4.280 3.979 1.610E+01 3.817E-01 4.399E-09 9.671E+06 2.946E+03 2.409E+13 -0.146 21 -0.300 31832.1 2.6 4.866 4.565 3.959E+01 3.817E-01 1.439E-08 1.171E+07 1.619E+03 2.414E+13 0.101 26 0.200 36155.0 -0.9 5.158 4.857 5.578E+01 3.818E-01 2.486E-08 1.286E+07 1.204E+03 2.415E+13 0.111 31 0.700 42064.8 0.5 5.476 5.176 7.957E+01 3.824E-01 4.441E-08 1.434E+07 9.309E+02 2.414E+13 0.078 36 1.200 50938.7 -1.3 5.811 5.512 1.096E+02 3.844E-01 7.908E-08 1.620E+07 7.264E+02 2.417E+13 0.205 41 1.700 62311.9 -2.4 6.159 5.860 1.519E+02 3.852E-01 1.438E-07 1.855E+07 5.087E+02 2.376E+13 -1.503 46 2.200 75359.1 -2.6 6.509 6.210 2.189E+02 3.852E-01 2.664E-07 2.144E+07 2.926E+02 2.357E+13 -2.278 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 829 S flx SAM BB OPACITY: NO. LINES: 41038585 TEMKOR 0 |dF|, |dF_| 2.63955 2.22901 , |dT| 0.00008 5.49219 dam_f, tau_r 0.25000 0.00000 Test convergence 49 2.63954811E-02 49.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20467.7 2.3 0.901 0.600 3.963E-01 3.819E-01 2.430E-12 5.193E+05 1.442E+04 2.410E+13 -0.066 6 -4.250 22189.4 3.0 2.465 2.164 7.979E-01 3.818E-01 8.216E-11 4.555E+06 1.433E+04 2.410E+13 -0.069 11 -2.500 24201.2 3.0 3.559 3.258 4.425E+00 3.818E-01 9.339E-10 7.509E+06 6.193E+03 2.410E+13 -0.094 16 -1.250 27032.3 2.9 4.280 3.979 1.609E+01 3.817E-01 4.399E-09 9.670E+06 2.946E+03 2.409E+13 -0.135 21 -0.300 31834.7 2.4 4.866 4.565 3.959E+01 3.817E-01 1.439E-08 1.171E+07 1.618E+03 2.414E+13 0.097 26 0.200 36154.1 -1.0 5.158 4.857 5.579E+01 3.818E-01 2.486E-08 1.286E+07 1.204E+03 2.414E+13 0.094 31 0.700 42065.3 0.4 5.476 5.176 7.957E+01 3.824E-01 4.441E-08 1.434E+07 9.315E+02 2.414E+13 0.100 36 1.200 50937.4 -1.2 5.811 5.512 1.096E+02 3.844E-01 7.908E-08 1.620E+07 7.265E+02 2.417E+13 0.211 41 1.700 62309.5 -2.3 6.159 5.860 1.520E+02 3.852E-01 1.438E-07 1.855E+07 5.090E+02 2.377E+13 -1.450 46 2.200 75356.5 -2.5 6.509 6.210 2.189E+02 3.852E-01 2.664E-07 2.144E+07 2.929E+02 2.359E+13 -2.180 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 841 S flx SAM BB OPACITY: NO. LINES: 41038512 TEMKOR 0 |dF|, |dF_| 2.50201 2.12673 , |dT| 0.00007 5.34375 dam_f, tau_r 0.25000 0.00000 Test convergence 50 2.50201356E-02 50.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20469.9 1.9 0.901 0.600 3.963E-01 3.819E-01 2.429E-12 5.194E+05 1.443E+04 2.411E+13 -0.054 6 -4.250 22192.4 2.9 2.465 2.164 7.973E-01 3.818E-01 8.216E-11 4.557E+06 1.433E+04 2.411E+13 -0.056 11 -2.500 24204.2 2.9 3.559 3.258 4.424E+00 3.818E-01 9.340E-10 7.512E+06 6.195E+03 2.410E+13 -0.081 16 -1.250 27035.3 2.8 4.280 3.979 1.609E+01 3.817E-01 4.399E-09 9.674E+06 2.947E+03 2.409E+13 -0.123 21 -0.300 31837.1 2.2 4.866 4.565 3.959E+01 3.817E-01 1.439E-08 1.171E+07 1.618E+03 2.414E+13 0.095 26 0.200 36153.1 -1.0 5.158 4.857 5.579E+01 3.818E-01 2.486E-08 1.286E+07 1.203E+03 2.414E+13 0.078 31 0.700 42065.8 0.4 5.476 5.176 7.958E+01 3.824E-01 4.441E-08 1.434E+07 9.319E+02 2.415E+13 0.126 36 1.200 50936.3 -1.3 5.811 5.512 1.096E+02 3.844E-01 7.908E-08 1.620E+07 7.266E+02 2.417E+13 0.221 41 1.700 62307.2 -2.4 6.159 5.860 1.520E+02 3.852E-01 1.438E-07 1.856E+07 5.093E+02 2.378E+13 -1.399 46 2.200 75354.0 -2.4 6.509 6.210 2.189E+02 3.852E-01 2.664E-07 2.144E+07 2.932E+02 2.362E+13 -2.082 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 854 S flx SAM BB OPACITY: NO. LINES: 41038449 TEMKOR 0 |dF|, |dF_| 2.37498 2.04078 , |dT| 0.00007 4.82812 dam_f, tau_r 0.25000 0.00000 Test convergence 51 2.37497911E-02 51.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20471.9 1.9 0.901 0.600 3.961E-01 3.819E-01 2.429E-12 5.197E+05 1.445E+04 2.411E+13 -0.044 6 -4.250 22195.3 2.8 2.466 2.165 7.974E-01 3.818E-01 8.218E-11 4.558E+06 1.433E+04 2.411E+13 -0.046 11 -2.500 24207.1 2.8 3.559 3.258 4.423E+00 3.818E-01 9.340E-10 7.513E+06 6.196E+03 2.410E+13 -0.072 16 -1.250 27038.1 2.7 4.280 3.979 1.609E+01 3.817E-01 4.400E-09 9.675E+06 2.947E+03 2.409E+13 -0.115 21 -0.300 31839.3 2.0 4.866 4.565 3.959E+01 3.817E-01 1.439E-08 1.171E+07 1.617E+03 2.414E+13 0.089 26 0.200 36152.1 -1.0 5.158 4.857 5.580E+01 3.818E-01 2.486E-08 1.286E+07 1.203E+03 2.414E+13 0.061 31 0.700 42066.1 0.5 5.476 5.176 7.957E+01 3.824E-01 4.440E-08 1.434E+07 9.324E+02 2.415E+13 0.143 36 1.200 50934.9 -1.3 5.811 5.512 1.096E+02 3.844E-01 7.908E-08 1.620E+07 7.267E+02 2.418E+13 0.229 41 1.700 62304.9 -2.2 6.159 5.860 1.520E+02 3.852E-01 1.438E-07 1.856E+07 5.097E+02 2.379E+13 -1.355 46 2.200 75351.6 -2.1 6.509 6.210 2.189E+02 3.852E-01 2.664E-07 2.144E+07 2.935E+02 2.364E+13 -2.000 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 867 S flx SAM BB OPACITY: NO. LINES: 41038409 TEMKOR 0 |dF|, |dF_| 2.25762 1.94902 , |dT| 0.00007 4.75781 dam_f, tau_r 0.25000 0.00000 Test convergence 52 2.25762073E-02 52.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20473.8 1.9 0.901 0.600 3.961E-01 3.819E-01 2.430E-12 5.195E+05 1.446E+04 2.411E+13 -0.034 6 -4.250 22198.1 2.8 2.466 2.165 7.968E-01 3.818E-01 8.219E-11 4.558E+06 1.434E+04 2.411E+13 -0.037 11 -2.500 24209.9 2.7 3.559 3.258 4.422E+00 3.818E-01 9.340E-10 7.513E+06 6.197E+03 2.411E+13 -0.062 16 -1.250 27040.8 2.6 4.280 3.979 1.609E+01 3.817E-01 4.400E-09 9.676E+06 2.948E+03 2.409E+13 -0.108 21 -0.300 31841.3 1.8 4.866 4.565 3.958E+01 3.817E-01 1.439E-08 1.171E+07 1.617E+03 2.414E+13 0.083 26 0.200 36151.1 -1.0 5.158 4.857 5.581E+01 3.818E-01 2.487E-08 1.286E+07 1.202E+03 2.413E+13 0.046 31 0.700 42066.6 0.5 5.476 5.176 7.957E+01 3.824E-01 4.440E-08 1.434E+07 9.328E+02 2.416E+13 0.160 36 1.200 50933.6 -1.2 5.811 5.512 1.096E+02 3.844E-01 7.908E-08 1.620E+07 7.268E+02 2.418E+13 0.234 41 1.700 62302.6 -2.2 6.159 5.860 1.520E+02 3.852E-01 1.438E-07 1.856E+07 5.100E+02 2.381E+13 -1.308 46 2.200 75349.5 -2.1 6.509 6.210 2.189E+02 3.852E-01 2.664E-07 2.144E+07 2.938E+02 2.366E+13 -1.912 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 880 S flx SAM BB OPACITY: NO. LINES: 41038372 TEMKOR 0 |dF|, |dF_| 2.13777 1.86246 , |dT| 0.00007 4.71094 dam_f, tau_r 0.25000 0.00000 Test convergence 53 2.13777367E-02 53.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20475.7 1.9 0.901 0.600 3.961E-01 3.819E-01 2.430E-12 5.196E+05 1.447E+04 2.412E+13 -0.022 6 -4.250 22200.9 2.6 2.466 2.165 7.962E-01 3.818E-01 8.216E-11 4.559E+06 1.435E+04 2.411E+13 -0.025 11 -2.500 24212.6 2.6 3.559 3.258 4.421E+00 3.818E-01 9.340E-10 7.514E+06 6.199E+03 2.411E+13 -0.051 16 -1.250 27043.4 2.5 4.280 3.979 1.609E+01 3.817E-01 4.400E-09 9.676E+06 2.948E+03 2.410E+13 -0.097 21 -0.300 31843.1 1.6 4.866 4.565 3.958E+01 3.817E-01 1.440E-08 1.171E+07 1.617E+03 2.414E+13 0.082 26 0.200 36150.1 -1.1 5.158 4.857 5.581E+01 3.818E-01 2.487E-08 1.286E+07 1.202E+03 2.413E+13 0.034 31 0.700 42067.1 0.4 5.476 5.176 7.956E+01 3.824E-01 4.440E-08 1.434E+07 9.332E+02 2.416E+13 0.178 36 1.200 50932.5 -1.3 5.811 5.512 1.096E+02 3.844E-01 7.909E-08 1.620E+07 7.270E+02 2.418E+13 0.243 41 1.700 62300.5 -2.3 6.159 5.860 1.520E+02 3.852E-01 1.438E-07 1.856E+07 5.103E+02 2.382E+13 -1.260 46 2.200 75347.4 -2.2 6.509 6.210 2.190E+02 3.852E-01 2.664E-07 2.144E+07 2.941E+02 2.368E+13 -1.828 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 892 S flx SAM BB OPACITY: NO. LINES: 41038321 TEMKOR 0 |dF|, |dF_| 2.02459 1.78916 , |dT| 0.00006 4.13281 dam_f, tau_r 0.25000 0.00000 Test convergence 54 2.02459004E-02 54.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20477.6 1.8 0.901 0.600 3.961E-01 3.819E-01 2.429E-12 5.196E+05 1.448E+04 2.412E+13 -0.015 6 -4.250 22203.5 2.5 2.466 2.165 7.969E-01 3.818E-01 8.218E-11 4.558E+06 1.434E+04 2.412E+13 -0.017 11 -2.500 24215.1 2.5 3.559 3.258 4.420E+00 3.818E-01 9.341E-10 7.514E+06 6.200E+03 2.411E+13 -0.043 16 -1.250 27045.9 2.3 4.280 3.979 1.609E+01 3.817E-01 4.400E-09 9.676E+06 2.949E+03 2.410E+13 -0.091 21 -0.300 31844.8 1.5 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.171E+07 1.616E+03 2.414E+13 0.074 26 0.200 36149.0 -1.0 5.158 4.857 5.582E+01 3.818E-01 2.487E-08 1.286E+07 1.202E+03 2.413E+13 0.019 31 0.700 42067.5 0.5 5.476 5.176 7.955E+01 3.824E-01 4.440E-08 1.434E+07 9.337E+02 2.417E+13 0.192 36 1.200 50931.2 -1.1 5.811 5.512 1.097E+02 3.844E-01 7.909E-08 1.620E+07 7.271E+02 2.418E+13 0.246 41 1.700 62298.2 -1.8 6.159 5.860 1.520E+02 3.852E-01 1.438E-07 1.856E+07 5.105E+02 2.382E+13 -1.227 46 2.200 75345.2 -1.8 6.509 6.210 2.190E+02 3.852E-01 2.664E-07 2.144E+07 2.943E+02 2.370E+13 -1.758 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 905 S flx SAM BB OPACITY: NO. LINES: 41038205 TEMKOR 0 |dF|, |dF_| 1.91758 1.71052 , |dT| 0.00006 4.14844 dam_f, tau_r 0.25000 0.00000 Test convergence 55 1.91757642E-02 55.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20479.4 1.5 0.901 0.600 3.961E-01 3.819E-01 2.429E-12 5.196E+05 1.448E+04 2.412E+13 -0.005 6 -4.250 22206.0 2.4 2.466 2.165 7.963E-01 3.818E-01 8.217E-11 4.560E+06 1.435E+04 2.412E+13 -0.008 11 -2.500 24217.6 2.4 3.559 3.258 4.419E+00 3.818E-01 9.341E-10 7.516E+06 6.201E+03 2.411E+13 -0.034 16 -1.250 27048.2 2.3 4.280 3.979 1.608E+01 3.817E-01 4.401E-09 9.679E+06 2.950E+03 2.410E+13 -0.084 21 -0.300 31846.3 1.3 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.172E+07 1.616E+03 2.414E+13 0.070 26 0.200 36147.9 -1.1 5.158 4.857 5.583E+01 3.818E-01 2.487E-08 1.287E+07 1.201E+03 2.412E+13 0.011 31 0.700 42068.0 0.4 5.476 5.176 7.955E+01 3.824E-01 4.440E-08 1.435E+07 9.340E+02 2.417E+13 0.209 36 1.200 50930.0 -1.2 5.811 5.512 1.097E+02 3.844E-01 7.909E-08 1.621E+07 7.272E+02 2.418E+13 0.256 41 1.700 62296.3 -2.1 6.159 5.860 1.520E+02 3.852E-01 1.438E-07 1.856E+07 5.108E+02 2.383E+13 -1.184 46 2.200 75343.3 -1.9 6.509 6.210 2.190E+02 3.852E-01 2.664E-07 2.144E+07 2.946E+02 2.371E+13 -1.682 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 918 S flx SAM BB OPACITY: NO. LINES: 41038200 TEMKOR 0 |dF|, |dF_| 1.81916 1.64087 , |dT| 0.00006 3.92969 dam_f, tau_r 0.25000 0.00000 Test convergence 56 1.81916244E-02 56.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20480.9 1.6 0.901 0.600 3.961E-01 3.819E-01 2.429E-12 5.197E+05 1.449E+04 2.412E+13 0.002 6 -4.250 22208.4 2.3 2.466 2.165 7.970E-01 3.818E-01 8.218E-11 4.560E+06 1.433E+04 2.412E+13 -0.001 11 -2.500 24220.0 2.2 3.559 3.258 4.419E+00 3.818E-01 9.341E-10 7.516E+06 6.201E+03 2.411E+13 -0.027 16 -1.250 27050.5 2.1 4.280 3.979 1.608E+01 3.817E-01 4.401E-09 9.679E+06 2.951E+03 2.410E+13 -0.078 21 -0.300 31847.6 1.2 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.172E+07 1.616E+03 2.414E+13 0.065 26 0.200 36146.9 -1.0 5.158 4.857 5.582E+01 3.818E-01 2.487E-08 1.287E+07 1.201E+03 2.412E+13 -0.002 31 0.700 42068.4 0.5 5.476 5.176 7.955E+01 3.824E-01 4.440E-08 1.435E+07 9.343E+02 2.417E+13 0.221 36 1.200 50928.8 -1.2 5.811 5.512 1.097E+02 3.844E-01 7.909E-08 1.621E+07 7.273E+02 2.418E+13 0.264 41 1.700 62294.3 -1.9 6.159 5.860 1.520E+02 3.852E-01 1.438E-07 1.856E+07 5.110E+02 2.384E+13 -1.146 46 2.200 75341.4 -1.8 6.509 6.210 2.190E+02 3.852E-01 2.664E-07 2.144E+07 2.948E+02 2.373E+13 -1.614 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 931 S flx SAM BB OPACITY: NO. LINES: 41038191 TEMKOR 0 |dF|, |dF_| 1.72429 1.57260 , |dT| 0.00005 3.61719 dam_f, tau_r 0.25000 0.00000 Test convergence 57 1.72429048E-02 57.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20482.6 1.5 0.901 0.600 3.961E-01 3.819E-01 2.429E-12 5.197E+05 1.450E+04 2.412E+13 0.008 6 -4.250 22210.7 2.1 2.466 2.165 7.964E-01 3.818E-01 8.217E-11 4.561E+06 1.434E+04 2.412E+13 0.005 11 -2.500 24222.3 2.1 3.559 3.258 4.418E+00 3.818E-01 9.342E-10 7.517E+06 6.202E+03 2.412E+13 -0.021 16 -1.250 27052.6 2.0 4.280 3.979 1.608E+01 3.817E-01 4.401E-09 9.681E+06 2.951E+03 2.410E+13 -0.074 21 -0.300 31848.9 1.1 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.172E+07 1.615E+03 2.413E+13 0.058 26 0.200 36145.9 -1.0 5.158 4.857 5.583E+01 3.818E-01 2.487E-08 1.287E+07 1.201E+03 2.412E+13 -0.010 31 0.700 42068.8 0.4 5.476 5.176 7.954E+01 3.824E-01 4.440E-08 1.435E+07 9.347E+02 2.418E+13 0.236 36 1.200 50927.7 -1.1 5.811 5.512 1.097E+02 3.844E-01 7.909E-08 1.621E+07 7.274E+02 2.419E+13 0.268 41 1.700 62292.3 -1.8 6.159 5.860 1.521E+02 3.852E-01 1.438E-07 1.856E+07 5.113E+02 2.385E+13 -1.112 46 2.200 75339.6 -1.6 6.509 6.210 2.190E+02 3.852E-01 2.664E-07 2.145E+07 2.950E+02 2.375E+13 -1.548 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 943 S flx SAM BB OPACITY: NO. LINES: 41038127 TEMKOR 0 |dF|, |dF_| 1.63195 1.50858 , |dT| 0.00005 3.68750 dam_f, tau_r 0.25000 0.00000 Test convergence 58 1.63195413E-02 58.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20484.0 1.5 0.901 0.600 3.961E-01 3.819E-01 2.429E-12 5.198E+05 1.450E+04 2.412E+13 0.016 6 -4.250 22212.8 2.0 2.466 2.165 7.964E-01 3.818E-01 8.216E-11 4.561E+06 1.434E+04 2.412E+13 0.014 11 -2.500 24224.3 2.0 3.559 3.258 4.419E+00 3.818E-01 9.343E-10 7.519E+06 6.202E+03 2.412E+13 -0.013 16 -1.250 27054.6 1.9 4.280 3.979 1.608E+01 3.817E-01 4.401E-09 9.682E+06 2.951E+03 2.410E+13 -0.067 21 -0.300 31850.0 1.0 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.172E+07 1.615E+03 2.413E+13 0.055 26 0.200 36144.9 -1.0 5.158 4.857 5.584E+01 3.818E-01 2.487E-08 1.287E+07 1.201E+03 2.412E+13 -0.020 31 0.700 42069.3 0.4 5.476 5.176 7.954E+01 3.824E-01 4.439E-08 1.435E+07 9.350E+02 2.418E+13 0.249 36 1.200 50926.6 -1.2 5.811 5.512 1.097E+02 3.844E-01 7.909E-08 1.621E+07 7.275E+02 2.419E+13 0.279 41 1.700 62290.5 -2.0 6.159 5.860 1.521E+02 3.852E-01 1.438E-07 1.856E+07 5.115E+02 2.386E+13 -1.079 46 2.200 75338.0 -1.7 6.509 6.210 2.190E+02 3.852E-01 2.664E-07 2.145E+07 2.952E+02 2.376E+13 -1.480 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 956 S flx SAM BB OPACITY: NO. LINES: 41038105 TEMKOR 2 |dF|, |dF_| 1.54094 1.44850 , |dT| 0.00005 3.50000 dam_f, tau_r 0.25000 0.00000 Test convergence 59 1.54093793E-02 59.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20485.5 1.4 0.901 0.600 3.961E-01 3.819E-01 2.428E-12 5.198E+05 1.451E+04 2.413E+13 0.024 6 -4.250 22214.8 1.9 2.466 2.165 7.971E-01 3.818E-01 8.215E-11 4.561E+06 1.433E+04 2.413E+13 0.021 11 -2.500 24226.4 1.9 3.559 3.258 4.418E+00 3.818E-01 9.342E-10 7.520E+06 6.203E+03 2.412E+13 -0.005 16 -1.250 27056.5 1.8 4.280 3.979 1.608E+01 3.817E-01 4.401E-09 9.683E+06 2.951E+03 2.411E+13 -0.061 21 -0.300 31851.0 0.9 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.172E+07 1.615E+03 2.413E+13 0.051 26 0.200 36143.9 -1.0 5.158 4.857 5.584E+01 3.818E-01 2.487E-08 1.287E+07 1.200E+03 2.411E+13 -0.026 31 0.700 42069.7 0.4 5.476 5.176 7.954E+01 3.824E-01 4.439E-08 1.435E+07 9.352E+02 2.418E+13 0.262 36 1.200 50925.4 -1.2 5.811 5.512 1.097E+02 3.844E-01 7.909E-08 1.621E+07 7.276E+02 2.419E+13 0.285 41 1.700 62288.5 -1.8 6.159 5.860 1.521E+02 3.852E-01 1.438E-07 1.856E+07 5.117E+02 2.387E+13 -1.050 46 2.200 75336.3 -1.7 6.509 6.210 2.190E+02 3.852E-01 2.664E-07 2.145E+07 2.954E+02 2.378E+13 -1.420 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 968 S flx SAM BB OPACITY: NO. LINES: 41038085 TEMKOR 2 |dF|, |dF_| 1.45498 1.39901 , |dT| 0.00005 3.24219 dam_f, tau_r 0.25000 0.00000 Test convergence 60 1.45498198E-02 60.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20486.9 1.3 0.901 0.600 3.961E-01 3.819E-01 2.428E-12 5.198E+05 1.452E+04 2.413E+13 0.029 6 -4.250 22216.8 1.9 2.466 2.165 7.965E-01 3.818E-01 8.216E-11 4.562E+06 1.434E+04 2.413E+13 0.027 11 -2.500 24228.3 1.9 3.559 3.258 4.418E+00 3.818E-01 9.343E-10 7.520E+06 6.203E+03 2.412E+13 0.000 16 -1.250 27058.3 1.7 4.280 3.979 1.608E+01 3.817E-01 4.401E-09 9.683E+06 2.951E+03 2.411E+13 -0.057 21 -0.300 31851.9 0.8 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.172E+07 1.614E+03 2.413E+13 0.045 26 0.200 36142.9 -1.0 5.158 4.857 5.585E+01 3.818E-01 2.488E-08 1.287E+07 1.200E+03 2.411E+13 -0.035 31 0.700 42070.1 0.4 5.476 5.176 7.954E+01 3.824E-01 4.439E-08 1.435E+07 9.355E+02 2.419E+13 0.274 36 1.200 50924.2 -1.1 5.811 5.512 1.097E+02 3.844E-01 7.910E-08 1.621E+07 7.277E+02 2.419E+13 0.286 41 1.700 62286.7 -1.8 6.159 5.860 1.521E+02 3.852E-01 1.438E-07 1.856E+07 5.120E+02 2.387E+13 -1.018 46 2.200 75334.6 -1.5 6.509 6.210 2.190E+02 3.852E-01 2.664E-07 2.145E+07 2.956E+02 2.379E+13 -1.365 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 981 S flx SAM BB OPACITY: NO. LINES: 41038096 TEMKOR 2 |dF|, |dF_| 1.37699 1.37425 , |dT| 0.00004 3.07031 dam_f, tau_r 0.25000 0.00000 Test convergence 61 1.37699069E-02 61.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20488.2 1.2 0.901 0.600 3.960E-01 3.819E-01 2.428E-12 5.201E+05 1.453E+04 2.413E+13 0.034 6 -4.250 22218.6 1.8 2.466 2.165 7.959E-01 3.818E-01 8.216E-11 4.563E+06 1.435E+04 2.413E+13 0.031 11 -2.500 24230.2 1.7 3.559 3.258 4.417E+00 3.818E-01 9.342E-10 7.521E+06 6.203E+03 2.412E+13 0.004 16 -1.250 27060.0 1.6 4.280 3.979 1.607E+01 3.817E-01 4.401E-09 9.685E+06 2.952E+03 2.411E+13 -0.055 21 -0.300 31852.7 0.7 4.866 4.565 3.958E+01 3.817E-01 1.440E-08 1.172E+07 1.614E+03 2.413E+13 0.038 26 0.200 36141.9 -0.9 5.158 4.857 5.586E+01 3.818E-01 2.488E-08 1.287E+07 1.200E+03 2.411E+13 -0.044 31 0.700 42070.5 0.5 5.476 5.176 7.953E+01 3.824E-01 4.439E-08 1.435E+07 9.358E+02 2.419E+13 0.282 36 1.200 50923.1 -1.0 5.811 5.512 1.097E+02 3.844E-01 7.910E-08 1.621E+07 7.278E+02 2.419E+13 0.294 41 1.700 62284.9 -1.7 6.159 5.860 1.521E+02 3.852E-01 1.438E-07 1.856E+07 5.121E+02 2.388E+13 -0.991 46 2.200 75333.1 -1.3 6.509 6.210 2.191E+02 3.852E-01 2.664E-07 2.145E+07 2.958E+02 2.381E+13 -1.308 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 993 S flx SAM BB OPACITY: NO. LINES: 41038078 TEMKOR 2 |dF|, |dF_| 1.34760 1.34760 , |dT| 0.00004 2.90625 dam_f, tau_r 0.25000 0.00000 Test convergence 62 1.34759732E-02 62.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20489.4 1.2 0.902 0.601 3.960E-01 3.819E-01 2.429E-12 5.199E+05 1.453E+04 2.413E+13 0.038 6 -4.250 22220.5 1.6 2.466 2.165 7.959E-01 3.818E-01 8.214E-11 4.562E+06 1.434E+04 2.413E+13 0.035 11 -2.500 24231.9 1.6 3.559 3.258 4.417E+00 3.818E-01 9.343E-10 7.521E+06 6.203E+03 2.412E+13 0.008 16 -1.250 27061.5 1.5 4.281 3.979 1.608E+01 3.817E-01 4.402E-09 9.685E+06 2.952E+03 2.411E+13 -0.052 21 -0.300 31853.4 0.7 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.172E+07 1.614E+03 2.413E+13 0.032 26 0.200 36141.0 -0.9 5.158 4.857 5.585E+01 3.818E-01 2.488E-08 1.287E+07 1.200E+03 2.411E+13 -0.049 31 0.700 42071.0 0.5 5.476 5.176 7.953E+01 3.824E-01 4.439E-08 1.435E+07 9.360E+02 2.419E+13 0.294 36 1.200 50922.0 -1.1 5.811 5.512 1.097E+02 3.844E-01 7.910E-08 1.621E+07 7.279E+02 2.419E+13 0.301 41 1.700 62283.3 -1.7 6.159 5.860 1.521E+02 3.852E-01 1.438E-07 1.856E+07 5.123E+02 2.389E+13 -0.962 46 2.200 75331.8 -1.4 6.509 6.210 2.191E+02 3.852E-01 2.664E-07 2.145E+07 2.960E+02 2.382E+13 -1.258 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1005 S flx SAM BB OPACITY: NO. LINES: 41038102 TEMKOR 2 |dF|, |dF_| 1.32060 1.32060 , |dT| 0.00004 2.85156 dam_f, tau_r 0.25000 0.00000 Test convergence 63 1.32059623E-02 63.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20490.6 1.0 0.902 0.601 3.960E-01 3.819E-01 2.429E-12 5.199E+05 1.454E+04 2.413E+13 0.044 6 -4.250 22222.0 1.6 2.466 2.165 7.966E-01 3.818E-01 8.216E-11 4.563E+06 1.433E+04 2.413E+13 0.042 11 -2.500 24233.4 1.5 3.560 3.259 4.416E+00 3.818E-01 9.344E-10 7.522E+06 6.205E+03 2.412E+13 0.015 16 -1.250 27063.0 1.4 4.281 3.979 1.607E+01 3.817E-01 4.401E-09 9.686E+06 2.953E+03 2.411E+13 -0.046 21 -0.300 31854.1 0.6 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.172E+07 1.613E+03 2.413E+13 0.030 26 0.200 36140.1 -0.9 5.158 4.857 5.586E+01 3.818E-01 2.488E-08 1.287E+07 1.200E+03 2.411E+13 -0.053 31 0.700 42071.5 0.4 5.476 5.176 7.952E+01 3.824E-01 4.439E-08 1.435E+07 9.362E+02 2.419E+13 0.304 36 1.200 50921.0 -1.1 5.811 5.512 1.097E+02 3.844E-01 7.910E-08 1.621E+07 7.280E+02 2.419E+13 0.306 41 1.700 62281.6 -1.7 6.159 5.860 1.521E+02 3.852E-01 1.438E-07 1.857E+07 5.125E+02 2.389E+13 -0.935 46 2.200 75330.5 -1.4 6.509 6.210 2.191E+02 3.852E-01 2.664E-07 2.145E+07 2.962E+02 2.383E+13 -1.205 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1018 S flx SAM BB OPACITY: NO. LINES: 41038146 TEMKOR 2 |dF|, |dF_| 1.29728 1.29728 , |dT| 0.00004 2.57031 dam_f, tau_r 0.25000 0.00000 Test convergence 64 1.29728215E-02 64.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20491.7 1.0 0.902 0.601 3.961E-01 3.819E-01 2.429E-12 5.198E+05 1.454E+04 2.413E+13 0.048 6 -4.250 22223.6 1.5 2.466 2.165 7.960E-01 3.818E-01 8.217E-11 4.563E+06 1.434E+04 2.413E+13 0.046 11 -2.500 24235.0 1.5 3.560 3.259 4.415E+00 3.818E-01 9.344E-10 7.522E+06 6.206E+03 2.412E+13 0.018 16 -1.250 27064.4 1.3 4.281 3.980 1.608E+01 3.817E-01 4.402E-09 9.686E+06 2.952E+03 2.411E+13 -0.044 21 -0.300 31854.6 0.5 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.172E+07 1.613E+03 2.413E+13 0.023 26 0.200 36139.2 -0.8 5.158 4.857 5.587E+01 3.818E-01 2.488E-08 1.287E+07 1.200E+03 2.411E+13 -0.060 31 0.700 42071.8 0.4 5.476 5.176 7.952E+01 3.824E-01 4.439E-08 1.435E+07 9.365E+02 2.420E+13 0.311 36 1.200 50919.8 -1.0 5.811 5.512 1.097E+02 3.844E-01 7.910E-08 1.621E+07 7.280E+02 2.419E+13 0.308 41 1.700 62279.8 -1.5 6.159 5.860 1.521E+02 3.852E-01 1.438E-07 1.857E+07 5.127E+02 2.390E+13 -0.913 46 2.200 75329.1 -1.1 6.509 6.210 2.191E+02 3.852E-01 2.665E-07 2.145E+07 2.963E+02 2.384E+13 -1.158 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1030 S flx SAM BB OPACITY: NO. LINES: 41038084 TEMKOR 2 |dF|, |dF_| 1.26856 1.26856 , |dT| 0.00003 2.52344 dam_f, tau_r 0.25000 0.00000 Test convergence 65 1.26856398E-02 65.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20492.7 0.9 0.901 0.600 3.961E-01 3.819E-01 2.428E-12 5.200E+05 1.454E+04 2.413E+13 0.054 6 -4.250 22225.1 1.4 2.466 2.165 7.960E-01 3.818E-01 8.213E-11 4.564E+06 1.434E+04 2.413E+13 0.051 11 -2.500 24236.4 1.4 3.560 3.259 4.415E+00 3.818E-01 9.343E-10 7.524E+06 6.205E+03 2.413E+13 0.024 16 -1.250 27065.7 1.3 4.281 3.980 1.607E+01 3.817E-01 4.402E-09 9.688E+06 2.952E+03 2.411E+13 -0.039 21 -0.300 31855.1 0.4 4.866 4.565 3.958E+01 3.817E-01 1.440E-08 1.173E+07 1.612E+03 2.413E+13 0.021 26 0.200 36138.4 -0.9 5.158 4.857 5.587E+01 3.818E-01 2.488E-08 1.288E+07 1.200E+03 2.411E+13 -0.063 31 0.700 42072.3 0.3 5.476 5.176 7.953E+01 3.824E-01 4.439E-08 1.435E+07 9.366E+02 2.420E+13 0.322 36 1.200 50918.9 -1.1 5.811 5.512 1.097E+02 3.844E-01 7.910E-08 1.621E+07 7.281E+02 2.420E+13 0.317 41 1.700 62278.3 -1.6 6.159 5.860 1.521E+02 3.852E-01 1.439E-07 1.857E+07 5.129E+02 2.391E+13 -0.890 46 2.200 75328.0 -1.3 6.509 6.210 2.191E+02 3.852E-01 2.665E-07 2.145E+07 2.965E+02 2.385E+13 -1.115 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1043 S flx SAM BB OPACITY: NO. LINES: 41038107 TEMKOR 2 |dF|, |dF_| 1.24593 1.24593 , |dT| 0.00003 2.53125 dam_f, tau_r 0.25000 0.00000 Test convergence 66 1.24592958E-02 66.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20493.6 0.9 0.901 0.600 3.961E-01 3.819E-01 2.427E-12 5.200E+05 1.455E+04 2.413E+13 0.057 6 -4.250 22226.5 1.3 2.466 2.165 7.954E-01 3.818E-01 8.214E-11 4.564E+06 1.435E+04 2.413E+13 0.054 11 -2.500 24237.8 1.3 3.560 3.259 4.416E+00 3.818E-01 9.344E-10 7.523E+06 6.205E+03 2.413E+13 0.027 16 -1.250 27067.0 1.2 4.281 3.980 1.607E+01 3.817E-01 4.402E-09 9.687E+06 2.953E+03 2.411E+13 -0.037 21 -0.300 31855.5 0.4 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.173E+07 1.612E+03 2.412E+13 0.015 26 0.200 36137.5 -0.8 5.158 4.857 5.587E+01 3.818E-01 2.488E-08 1.287E+07 1.199E+03 2.410E+13 -0.068 31 0.700 42072.6 0.4 5.476 5.176 7.952E+01 3.824E-01 4.439E-08 1.435E+07 9.368E+02 2.420E+13 0.330 36 1.200 50917.8 -1.1 5.811 5.512 1.097E+02 3.844E-01 7.911E-08 1.621E+07 7.282E+02 2.420E+13 0.326 41 1.700 62276.7 -1.7 6.159 5.860 1.521E+02 3.852E-01 1.439E-07 1.857E+07 5.130E+02 2.391E+13 -0.865 46 2.200 75326.7 -1.3 6.509 6.210 2.191E+02 3.852E-01 2.665E-07 2.145E+07 2.966E+02 2.386E+13 -1.070 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1055 S flx SAM BB OPACITY: NO. LINES: 41038105 TEMKOR 2 |dF|, |dF_| 1.22294 1.22294 , |dT| 0.00003 2.18750 dam_f, tau_r 0.25000 0.00000 Test convergence 67 1.22293755E-02 67.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20494.6 0.9 0.901 0.600 3.961E-01 3.819E-01 2.427E-12 5.200E+05 1.455E+04 2.413E+13 0.058 6 -4.250 22227.8 1.1 2.466 2.165 7.967E-01 3.818E-01 8.214E-11 4.564E+06 1.432E+04 2.413E+13 0.055 11 -2.500 24239.1 1.2 3.560 3.259 4.414E+00 3.818E-01 9.344E-10 7.524E+06 6.206E+03 2.413E+13 0.028 16 -1.250 27068.2 1.1 4.281 3.980 1.607E+01 3.817E-01 4.402E-09 9.688E+06 2.953E+03 2.411E+13 -0.038 21 -0.300 31855.9 0.3 4.866 4.565 3.956E+01 3.817E-01 1.440E-08 1.173E+07 1.612E+03 2.412E+13 0.008 26 0.200 36136.7 -0.7 5.158 4.857 5.587E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.076 31 0.700 42073.0 0.5 5.476 5.176 7.952E+01 3.824E-01 4.439E-08 1.435E+07 9.369E+02 2.420E+13 0.336 36 1.200 50916.7 -0.9 5.811 5.512 1.097E+02 3.844E-01 7.911E-08 1.622E+07 7.282E+02 2.420E+13 0.322 41 1.700 62274.9 -1.4 6.159 5.860 1.522E+02 3.852E-01 1.439E-07 1.857E+07 5.131E+02 2.392E+13 -0.847 46 2.200 75325.5 -0.9 6.509 6.210 2.191E+02 3.852E-01 2.665E-07 2.145E+07 2.967E+02 2.387E+13 -1.028 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 1068 S flx SAM BB OPACITY: NO. LINES: 41038082 TEMKOR 2 |dF|, |dF_| 1.20101 1.20101 , |dT| 0.00003 2.10938 dam_f, tau_r 0.25000 0.00000 Test convergence 68 1.20101282E-02 68.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20495.4 0.8 0.901 0.600 3.961E-01 3.819E-01 2.427E-12 5.201E+05 1.456E+04 2.414E+13 0.062 6 -4.250 22228.9 1.1 2.466 2.165 7.961E-01 3.818E-01 8.214E-11 4.564E+06 1.433E+04 2.413E+13 0.059 11 -2.500 24240.2 1.0 3.560 3.259 4.413E+00 3.818E-01 9.343E-10 7.524E+06 6.208E+03 2.413E+13 0.032 16 -1.250 27069.2 1.0 4.281 3.980 1.607E+01 3.817E-01 4.402E-09 9.688E+06 2.953E+03 2.411E+13 -0.035 21 -0.300 31856.2 0.3 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.173E+07 1.612E+03 2.412E+13 0.005 26 0.200 36136.0 -0.7 5.158 4.857 5.588E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.077 31 0.700 42073.4 0.5 5.476 5.176 7.951E+01 3.824E-01 4.438E-08 1.435E+07 9.371E+02 2.420E+13 0.341 36 1.200 50915.8 -0.9 5.811 5.512 1.097E+02 3.844E-01 7.911E-08 1.622E+07 7.283E+02 2.420E+13 0.329 41 1.700 62273.5 -1.4 6.159 5.860 1.522E+02 3.852E-01 1.439E-07 1.857E+07 5.133E+02 2.392E+13 -0.829 46 2.200 75324.5 -0.9 6.509 6.210 2.191E+02 3.852E-01 2.665E-07 2.145E+07 2.969E+02 2.388E+13 -0.986 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1080 S flx SAM BB OPACITY: NO. LINES: 41037988 TEMKOR 2 |dF|, |dF_| 1.17480 1.17480 , |dT| 0.00003 2.29688 dam_f, tau_r 0.25000 0.00000 Test convergence 69 1.17480103E-02 69.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20496.2 0.7 0.901 0.600 3.961E-01 3.819E-01 2.427E-12 5.201E+05 1.456E+04 2.414E+13 0.066 6 -4.250 22230.0 1.0 2.466 2.165 7.961E-01 3.818E-01 8.213E-11 4.565E+06 1.433E+04 2.414E+13 0.063 11 -2.500 24241.3 1.0 3.560 3.259 4.413E+00 3.818E-01 9.344E-10 7.525E+06 6.208E+03 2.413E+13 0.036 16 -1.250 27070.2 0.9 4.281 3.980 1.607E+01 3.817E-01 4.402E-09 9.690E+06 2.953E+03 2.411E+13 -0.032 21 -0.300 31856.5 0.2 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.173E+07 1.611E+03 2.412E+13 0.002 26 0.200 36135.3 -0.7 5.158 4.857 5.588E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.080 31 0.700 42073.9 0.4 5.476 5.176 7.951E+01 3.824E-01 4.438E-08 1.435E+07 9.373E+02 2.421E+13 0.353 36 1.200 50914.9 -1.1 5.811 5.512 1.097E+02 3.844E-01 7.911E-08 1.622E+07 7.284E+02 2.420E+13 0.337 41 1.700 62272.2 -1.6 6.159 5.860 1.522E+02 3.852E-01 1.439E-07 1.857E+07 5.135E+02 2.393E+13 -0.806 46 2.200 75323.6 -1.1 6.509 6.210 2.191E+02 3.852E-01 2.665E-07 2.145E+07 2.970E+02 2.389E+13 -0.947 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1093 S flx SAM BB OPACITY: NO. LINES: 41037975 TEMKOR 2 |dF|, |dF_| 1.15693 1.15693 , |dT| 0.00003 1.96094 dam_f, tau_r 0.25000 0.00000 Test convergence 70 1.15693081E-02 70.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20497.0 0.7 0.901 0.600 3.961E-01 3.819E-01 2.427E-12 5.201E+05 1.456E+04 2.414E+13 0.068 6 -4.250 22231.1 1.0 2.466 2.165 7.955E-01 3.818E-01 8.214E-11 4.564E+06 1.434E+04 2.414E+13 0.065 11 -2.500 24242.3 1.0 3.560 3.259 4.413E+00 3.818E-01 9.344E-10 7.525E+06 6.207E+03 2.413E+13 0.038 16 -1.250 27071.2 0.9 4.281 3.980 1.607E+01 3.817E-01 4.402E-09 9.690E+06 2.953E+03 2.411E+13 -0.031 21 -0.300 31856.8 0.2 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.173E+07 1.611E+03 2.412E+13 -0.003 26 0.200 36134.6 -0.7 5.158 4.857 5.588E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.083 31 0.700 42074.3 0.4 5.476 5.176 7.951E+01 3.824E-01 4.438E-08 1.435E+07 9.374E+02 2.421E+13 0.359 36 1.200 50913.9 -1.0 5.811 5.512 1.097E+02 3.844E-01 7.911E-08 1.622E+07 7.285E+02 2.420E+13 0.337 41 1.700 62270.5 -1.4 6.159 5.860 1.522E+02 3.852E-01 1.439E-07 1.857E+07 5.136E+02 2.393E+13 -0.789 46 2.200 75322.5 -0.9 6.509 6.210 2.191E+02 3.852E-01 2.665E-07 2.145E+07 2.971E+02 2.390E+13 -0.913 LAST ITERATION TOOK: 13 S: TOTAL ELAPSED: 1106 S flx SAM BB OPACITY: NO. LINES: 41037949 TEMKOR 2 |dF|, |dF_| 1.13554 1.13554 , |dT| 0.00002 1.82031 dam_f, tau_r 0.25000 0.00000 Test convergence 71 1.13553684E-02 71.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20497.6 0.7 0.901 0.600 3.961E-01 3.819E-01 2.427E-12 5.201E+05 1.457E+04 2.414E+13 0.070 6 -4.250 22232.0 1.0 2.466 2.165 7.955E-01 3.818E-01 8.213E-11 4.565E+06 1.434E+04 2.414E+13 0.067 11 -2.500 24243.3 1.0 3.560 3.259 4.414E+00 3.818E-01 9.344E-10 7.526E+06 6.207E+03 2.413E+13 0.040 16 -1.250 27072.1 0.8 4.281 3.980 1.607E+01 3.817E-01 4.402E-09 9.690E+06 2.953E+03 2.411E+13 -0.030 21 -0.300 31857.0 0.2 4.866 4.565 3.958E+01 3.817E-01 1.440E-08 1.173E+07 1.611E+03 2.412E+13 -0.007 26 0.200 36134.0 -0.6 5.158 4.857 5.588E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.087 31 0.700 42074.6 0.4 5.476 5.176 7.950E+01 3.824E-01 4.438E-08 1.435E+07 9.375E+02 2.421E+13 0.361 36 1.200 50912.9 -0.9 5.811 5.512 1.097E+02 3.844E-01 7.911E-08 1.622E+07 7.285E+02 2.420E+13 0.342 41 1.700 62269.1 -1.3 6.159 5.860 1.522E+02 3.852E-01 1.439E-07 1.857E+07 5.137E+02 2.393E+13 -0.770 46 2.200 75321.6 -0.8 6.509 6.210 2.191E+02 3.852E-01 2.665E-07 2.145E+07 2.973E+02 2.391E+13 -0.880 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1118 S flx SAM BB OPACITY: NO. LINES: 41037906 TEMKOR 2 |dF|, |dF_| 1.11814 1.11814 , |dT| 0.00002 1.89844 dam_f, tau_r 0.25000 0.00000 Test convergence 72 1.11813601E-02 72.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20498.3 0.6 0.901 0.600 3.961E-01 3.819E-01 2.427E-12 5.201E+05 1.457E+04 2.414E+13 0.073 6 -4.250 22233.0 0.9 2.466 2.165 7.955E-01 3.818E-01 8.213E-11 4.565E+06 1.434E+04 2.414E+13 0.071 11 -2.500 24244.3 0.8 3.560 3.259 4.412E+00 3.818E-01 9.344E-10 7.526E+06 6.209E+03 2.413E+13 0.043 16 -1.250 27072.8 0.8 4.281 3.980 1.607E+01 3.817E-01 4.402E-09 9.690E+06 2.953E+03 2.411E+13 -0.028 21 -0.300 31857.1 0.1 4.866 4.565 3.958E+01 3.817E-01 1.440E-08 1.173E+07 1.611E+03 2.412E+13 -0.009 26 0.200 36133.4 -0.6 5.158 4.857 5.589E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.085 31 0.700 42075.1 0.3 5.476 5.176 7.950E+01 3.824E-01 4.438E-08 1.435E+07 9.376E+02 2.421E+13 0.369 36 1.200 50912.0 -1.0 5.811 5.512 1.097E+02 3.843E-01 7.911E-08 1.622E+07 7.286E+02 2.420E+13 0.346 41 1.700 62267.8 -1.3 6.159 5.860 1.522E+02 3.852E-01 1.439E-07 1.857E+07 5.138E+02 2.394E+13 -0.758 46 2.200 75320.8 -0.8 6.509 6.210 2.191E+02 3.852E-01 2.665E-07 2.145E+07 2.974E+02 2.392E+13 -0.840 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1130 S flx SAM BB OPACITY: NO. LINES: 41037890 TEMKOR 2 |dF|, |dF_| 1.09518 1.09518 , |dT| 0.00002 1.74219 dam_f, tau_r 0.25000 0.00000 Test convergence 73 1.09517816E-02 73.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20498.9 0.6 0.901 0.600 3.961E-01 3.819E-01 2.427E-12 5.201E+05 1.457E+04 2.414E+13 0.074 6 -4.250 22233.9 0.8 2.466 2.165 7.962E-01 3.818E-01 8.213E-11 4.565E+06 1.433E+04 2.414E+13 0.071 11 -2.500 24245.1 0.7 3.560 3.259 4.414E+00 3.818E-01 9.345E-10 7.526E+06 6.206E+03 2.413E+13 0.043 16 -1.250 27073.6 0.7 4.281 3.980 1.606E+01 3.817E-01 4.402E-09 9.691E+06 2.954E+03 2.411E+13 -0.029 21 -0.300 31857.3 0.1 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.173E+07 1.611E+03 2.412E+13 -0.015 26 0.200 36132.8 -0.5 5.158 4.857 5.589E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.091 31 0.700 42075.4 0.5 5.476 5.176 7.950E+01 3.824E-01 4.438E-08 1.436E+07 9.378E+02 2.421E+13 0.372 36 1.200 50911.1 -0.8 5.811 5.512 1.097E+02 3.843E-01 7.912E-08 1.622E+07 7.286E+02 2.420E+13 0.345 41 1.700 62266.5 -1.2 6.159 5.860 1.522E+02 3.852E-01 1.439E-07 1.857E+07 5.139E+02 2.394E+13 -0.736 46 2.200 75319.9 -0.8 6.509 6.210 2.191E+02 3.852E-01 2.665E-07 2.145E+07 2.975E+02 2.392E+13 -0.812 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1143 S flx SAM BB OPACITY: NO. LINES: 41037866 TEMKOR 2 |dF|, |dF_| 1.07245 1.07245 , |dT| 0.00002 1.73438 dam_f, tau_r 0.25000 0.00000 Test convergence 74 1.07245296E-02 74.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20499.5 0.5 0.901 0.600 3.961E-01 3.819E-01 2.427E-12 5.202E+05 1.457E+04 2.414E+13 0.075 6 -4.250 22234.6 0.7 2.466 2.165 7.962E-01 3.818E-01 8.213E-11 4.564E+06 1.433E+04 2.414E+13 0.072 11 -2.500 24245.8 0.7 3.560 3.259 4.413E+00 3.818E-01 9.345E-10 7.526E+06 6.208E+03 2.413E+13 0.044 16 -1.250 27074.3 0.6 4.281 3.980 1.606E+01 3.817E-01 4.402E-09 9.691E+06 2.954E+03 2.411E+13 -0.028 21 -0.300 31857.4 0.1 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.173E+07 1.610E+03 2.412E+13 -0.019 26 0.200 36132.2 -0.5 5.158 4.857 5.589E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.091 31 0.700 42075.8 0.4 5.476 5.176 7.950E+01 3.824E-01 4.438E-08 1.436E+07 9.379E+02 2.421E+13 0.378 36 1.200 50910.2 -0.8 5.811 5.512 1.097E+02 3.843E-01 7.912E-08 1.622E+07 7.287E+02 2.420E+13 0.349 41 1.700 62265.3 -1.3 6.159 5.860 1.522E+02 3.852E-01 1.439E-07 1.857E+07 5.141E+02 2.395E+13 -0.723 46 2.200 75319.2 -0.8 6.509 6.210 2.191E+02 3.852E-01 2.665E-07 2.145E+07 2.976E+02 2.393E+13 -0.779 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1155 S flx SAM BB OPACITY: NO. LINES: 41037831 TEMKOR 2 |dF|, |dF_| 1.05472 1.05472 , |dT| 0.00002 1.68750 dam_f, tau_r 0.25000 0.00000 Test convergence 75 1.05472198E-02 75.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20500.0 0.5 0.901 0.600 3.961E-01 3.819E-01 2.427E-12 5.202E+05 1.458E+04 2.414E+13 0.077 6 -4.250 22235.3 0.7 2.466 2.165 7.962E-01 3.818E-01 8.212E-11 4.565E+06 1.433E+04 2.414E+13 0.074 11 -2.500 24246.5 0.7 3.560 3.259 4.413E+00 3.818E-01 9.345E-10 7.526E+06 6.208E+03 2.413E+13 0.046 16 -1.250 27074.9 0.6 4.281 3.980 1.606E+01 3.817E-01 4.402E-09 9.691E+06 2.954E+03 2.411E+13 -0.027 21 -0.300 31857.5 0.1 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.173E+07 1.610E+03 2.411E+13 -0.023 26 0.200 36131.7 -0.4 5.158 4.857 5.590E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.093 31 0.700 42076.3 0.5 5.476 5.175 7.950E+01 3.824E-01 4.438E-08 1.436E+07 9.379E+02 2.421E+13 0.383 36 1.200 50909.4 -0.8 5.811 5.512 1.098E+02 3.843E-01 7.912E-08 1.622E+07 7.287E+02 2.421E+13 0.355 41 1.700 62264.0 -1.3 6.159 5.860 1.522E+02 3.852E-01 1.439E-07 1.857E+07 5.142E+02 2.395E+13 -0.708 46 2.200 75318.4 -0.8 6.509 6.210 2.191E+02 3.852E-01 2.665E-07 2.145E+07 2.977E+02 2.394E+13 -0.752 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1167 S flx SAM BB OPACITY: NO. LINES: 41037834 TEMKOR 2 |dF|, |dF_| 1.03463 1.03463 , |dT| 0.00002 1.48438 dam_f, tau_r 0.25000 0.00000 Test convergence 76 1.03462748E-02 76.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20500.5 0.4 0.901 0.600 3.961E-01 3.819E-01 2.427E-12 5.202E+05 1.458E+04 2.414E+13 0.080 6 -4.250 22236.0 0.7 2.466 2.165 7.956E-01 3.818E-01 8.216E-11 4.565E+06 1.434E+04 2.414E+13 0.077 11 -2.500 24247.2 0.6 3.560 3.259 4.411E+00 3.818E-01 9.344E-10 7.526E+06 6.209E+03 2.413E+13 0.049 16 -1.250 27075.5 0.6 4.281 3.980 1.606E+01 3.817E-01 4.403E-09 9.692E+06 2.954E+03 2.411E+13 -0.024 21 -0.300 31857.6 0.0 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.173E+07 1.610E+03 2.412E+13 -0.023 26 0.200 36131.3 -0.5 5.158 4.857 5.590E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.092 31 0.700 42076.7 0.3 5.476 5.175 7.950E+01 3.824E-01 4.438E-08 1.436E+07 9.380E+02 2.421E+13 0.390 36 1.200 50908.6 -0.8 5.811 5.512 1.098E+02 3.843E-01 7.912E-08 1.622E+07 7.288E+02 2.421E+13 0.355 41 1.700 62262.7 -1.3 6.159 5.860 1.522E+02 3.852E-01 1.439E-07 1.857E+07 5.143E+02 2.395E+13 -0.693 46 2.200 75317.6 -0.7 6.509 6.210 2.191E+02 3.852E-01 2.665E-07 2.145E+07 2.978E+02 2.395E+13 -0.727 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1179 S flx SAM BB OPACITY: NO. LINES: 41037816 TEMKOR 2 |dF|, |dF_| 1.01798 1.01798 , |dT| 0.00002 1.43750 dam_f, tau_r 0.25000 0.00000 Test convergence 77 1.01798018E-02 77.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20500.9 0.4 0.901 0.600 3.961E-01 3.819E-01 2.427E-12 5.202E+05 1.458E+04 2.414E+13 0.080 6 -4.250 22236.8 0.6 2.466 2.165 7.956E-01 3.818E-01 8.212E-11 4.566E+06 1.433E+04 2.414E+13 0.077 11 -2.500 24247.8 0.6 3.560 3.259 4.413E+00 3.818E-01 9.345E-10 7.527E+06 6.207E+03 2.413E+13 0.049 16 -1.250 27076.0 0.5 4.281 3.980 1.606E+01 3.817E-01 4.402E-09 9.692E+06 2.954E+03 2.411E+13 -0.025 21 -0.300 31857.6 0.0 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.173E+07 1.610E+03 2.411E+13 -0.028 26 0.200 36130.8 -0.4 5.158 4.857 5.590E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.096 31 0.700 42077.0 0.4 5.476 5.175 7.949E+01 3.824E-01 4.438E-08 1.436E+07 9.382E+02 2.421E+13 0.391 36 1.200 50907.7 -0.7 5.811 5.512 1.098E+02 3.843E-01 7.912E-08 1.622E+07 7.288E+02 2.421E+13 0.357 41 1.700 62261.4 -1.1 6.159 5.860 1.522E+02 3.852E-01 1.439E-07 1.857E+07 5.144E+02 2.396E+13 -0.681 46 2.200 75316.9 -0.6 6.509 6.210 2.192E+02 3.852E-01 2.665E-07 2.145E+07 2.978E+02 2.395E+13 -0.696 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1191 S flx SAM BB OPACITY: NO. LINES: 41037809 TEMKOR 2 |dF|, |dF_| 1.00019 1.00019 , |dT| 0.00001 1.36719 dam_f, tau_r 0.25000 0.00000 Test convergence 78 1.00019155E-02 78.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20501.3 0.4 0.901 0.600 3.961E-01 3.819E-01 2.426E-12 5.202E+05 1.458E+04 2.414E+13 0.081 6 -4.250 22237.3 0.5 2.466 2.165 7.956E-01 3.818E-01 8.212E-11 4.566E+06 1.433E+04 2.414E+13 0.079 11 -2.500 24248.4 0.6 3.560 3.259 4.411E+00 3.818E-01 9.345E-10 7.527E+06 6.209E+03 2.413E+13 0.050 16 -1.250 27076.6 0.5 4.281 3.980 1.606E+01 3.817E-01 4.402E-09 9.693E+06 2.954E+03 2.411E+13 -0.024 21 -0.300 31857.6 0.0 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.173E+07 1.610E+03 2.411E+13 -0.030 26 0.200 36130.4 -0.4 5.158 4.857 5.589E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.096 31 0.700 42077.5 0.4 5.476 5.175 7.949E+01 3.824E-01 4.438E-08 1.436E+07 9.382E+02 2.422E+13 0.395 36 1.200 50907.0 -0.9 5.811 5.512 1.098E+02 3.843E-01 7.912E-08 1.622E+07 7.288E+02 2.421E+13 0.364 41 1.700 62260.3 -1.2 6.159 5.860 1.522E+02 3.852E-01 1.439E-07 1.857E+07 5.145E+02 2.396E+13 -0.666 46 2.200 75316.3 -0.6 6.509 6.210 2.192E+02 3.852E-01 2.665E-07 2.146E+07 2.979E+02 2.396E+13 -0.671 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1203 S flx SAM BB OPACITY: NO. LINES: 41037781 TEMKOR 2 |dF|, |dF_| 0.98383 0.98383 , |dT| 0.00001 1.42969 dam_f, tau_r 0.25000 0.00000 Test convergence 79 9.83830355E-03 79.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20501.7 0.3 0.901 0.600 3.961E-01 3.819E-01 2.426E-12 5.202E+05 1.458E+04 2.414E+13 0.083 6 -4.250 22237.8 0.6 2.466 2.165 7.956E-01 3.818E-01 8.215E-11 4.566E+06 1.434E+04 2.414E+13 0.080 11 -2.500 24248.9 0.5 3.560 3.259 4.413E+00 3.818E-01 9.345E-10 7.527E+06 6.206E+03 2.413E+13 0.052 16 -1.250 27077.0 0.5 4.281 3.980 1.607E+01 3.817E-01 4.403E-09 9.693E+06 2.953E+03 2.412E+13 -0.023 21 -0.300 31857.7 -0.0 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.173E+07 1.610E+03 2.411E+13 -0.033 26 0.200 36129.9 -0.4 5.158 4.857 5.589E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.097 31 0.700 42077.9 0.4 5.476 5.175 7.948E+01 3.824E-01 4.438E-08 1.436E+07 9.383E+02 2.422E+13 0.398 36 1.200 50906.1 -0.7 5.811 5.512 1.098E+02 3.843E-01 7.912E-08 1.622E+07 7.289E+02 2.421E+13 0.361 41 1.700 62259.0 -1.1 6.159 5.860 1.523E+02 3.852E-01 1.439E-07 1.857E+07 5.145E+02 2.396E+13 -0.658 46 2.200 75315.7 -0.4 6.509 6.210 2.192E+02 3.852E-01 2.665E-07 2.146E+07 2.980E+02 2.396E+13 -0.648 LAST ITERATION TOOK: 11 S: TOTAL ELAPSED: 1215 S flx SAM BB OPACITY: NO. LINES: 41037781 TEMKOR 2 |dF|, |dF_| 0.96461 0.96461 , |dT| 0.00001 1.34375 dam_f, tau_r 0.25000 0.00000 Test convergence 80 9.64613352E-03 80.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20502.0 0.3 0.901 0.600 3.961E-01 3.819E-01 2.426E-12 5.202E+05 1.458E+04 2.414E+13 0.084 6 -4.250 22238.4 0.4 2.466 2.165 7.956E-01 3.818E-01 8.212E-11 4.566E+06 1.433E+04 2.414E+13 0.081 11 -2.500 24249.4 0.5 3.560 3.259 4.412E+00 3.818E-01 9.345E-10 7.528E+06 6.208E+03 2.413E+13 0.053 16 -1.250 27077.5 0.4 4.281 3.980 1.606E+01 3.817E-01 4.403E-09 9.693E+06 2.954E+03 2.412E+13 -0.023 21 -0.300 31857.7 -0.0 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.173E+07 1.609E+03 2.411E+13 -0.035 26 0.200 36129.6 -0.4 5.158 4.857 5.590E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.096 31 0.700 42078.3 0.4 5.476 5.175 7.948E+01 3.824E-01 4.437E-08 1.436E+07 9.384E+02 2.422E+13 0.402 36 1.200 50905.4 -0.7 5.811 5.512 1.098E+02 3.843E-01 7.912E-08 1.622E+07 7.289E+02 2.421E+13 0.360 41 1.700 62258.0 -1.1 6.159 5.860 1.522E+02 3.852E-01 1.439E-07 1.857E+07 5.147E+02 2.396E+13 -0.646 46 2.200 75315.3 -0.6 6.509 6.210 2.192E+02 3.852E-01 2.665E-07 2.146E+07 2.981E+02 2.397E+13 -0.621 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1227 S flx SAM BB OPACITY: NO. LINES: 41037780 TEMKOR 2 |dF|, |dF_| 0.94942 0.94942 , |dT| 0.00001 1.20703 dam_f, tau_r 0.25000 0.00000 Test convergence 81 9.49416123E-03 81.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20502.3 0.4 0.901 0.600 3.961E-01 3.819E-01 2.426E-12 5.202E+05 1.459E+04 2.414E+13 0.085 6 -4.250 22238.8 0.4 2.466 2.165 7.950E-01 3.818E-01 8.211E-11 4.566E+06 1.434E+04 2.414E+13 0.082 11 -2.500 24249.9 0.4 3.560 3.259 4.412E+00 3.818E-01 9.345E-10 7.527E+06 6.208E+03 2.413E+13 0.054 16 -1.250 27077.9 0.4 4.281 3.980 1.606E+01 3.817E-01 4.403E-09 9.692E+06 2.954E+03 2.412E+13 -0.023 21 -0.300 31857.6 -0.0 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.173E+07 1.609E+03 2.411E+13 -0.037 26 0.200 36129.2 -0.4 5.158 4.857 5.590E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.096 31 0.700 42078.7 0.3 5.476 5.175 7.948E+01 3.824E-01 4.437E-08 1.436E+07 9.384E+02 2.422E+13 0.407 36 1.200 50904.7 -0.8 5.811 5.512 1.098E+02 3.843E-01 7.913E-08 1.622E+07 7.290E+02 2.421E+13 0.369 41 1.700 62256.9 -1.2 6.159 5.860 1.523E+02 3.852E-01 1.439E-07 1.857E+07 5.148E+02 2.397E+13 -0.635 46 2.200 75314.7 -0.5 6.509 6.210 2.192E+02 3.852E-01 2.665E-07 2.146E+07 2.982E+02 2.398E+13 -0.601 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1240 S flx SAM BB OPACITY: NO. LINES: 41037783 TEMKOR 2 |dF|, |dF_| 0.93544 0.93544 , |dT| 0.00001 1.35547 dam_f, tau_r 0.25000 0.00000 Test convergence 82 9.35436878E-03 82.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20502.7 0.3 0.901 0.600 3.961E-01 3.819E-01 2.426E-12 5.202E+05 1.459E+04 2.414E+13 0.085 6 -4.250 22239.2 0.4 2.466 2.165 7.950E-01 3.818E-01 8.211E-11 4.566E+06 1.434E+04 2.414E+13 0.082 11 -2.500 24250.3 0.4 3.560 3.259 4.414E+00 3.818E-01 9.346E-10 7.528E+06 6.206E+03 2.413E+13 0.054 16 -1.250 27078.2 0.3 4.281 3.980 1.606E+01 3.817E-01 4.403E-09 9.693E+06 2.953E+03 2.411E+13 -0.023 21 -0.300 31857.6 -0.0 4.866 4.565 3.957E+01 3.817E-01 1.441E-08 1.173E+07 1.609E+03 2.411E+13 -0.041 26 0.200 36128.8 -0.3 5.158 4.857 5.590E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.098 31 0.700 42079.0 0.4 5.476 5.175 7.948E+01 3.824E-01 4.437E-08 1.436E+07 9.385E+02 2.422E+13 0.409 36 1.200 50903.8 -0.6 5.811 5.512 1.098E+02 3.843E-01 7.913E-08 1.622E+07 7.290E+02 2.421E+13 0.364 41 1.700 62255.7 -0.9 6.159 5.860 1.523E+02 3.852E-01 1.439E-07 1.857E+07 5.148E+02 2.397E+13 -0.624 46 2.200 75314.2 -0.4 6.509 6.210 2.192E+02 3.852E-01 2.665E-07 2.146E+07 2.982E+02 2.398E+13 -0.576 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1252 S flx SAM BB OPACITY: NO. LINES: 41037767 TEMKOR 2 |dF|, |dF_| 0.92082 0.92082 , |dT| 0.00001 1.17188 dam_f, tau_r 0.25000 0.00000 Test convergence 83 9.20819864E-03 83.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20503.0 0.2 0.901 0.600 3.961E-01 3.819E-01 2.426E-12 5.203E+05 1.459E+04 2.414E+13 0.086 6 -4.250 22239.7 0.3 2.466 2.165 7.950E-01 3.818E-01 8.211E-11 4.566E+06 1.434E+04 2.414E+13 0.083 11 -2.500 24250.6 0.3 3.560 3.259 4.412E+00 3.818E-01 9.346E-10 7.528E+06 6.208E+03 2.413E+13 0.055 16 -1.250 27078.5 0.3 4.281 3.980 1.606E+01 3.817E-01 4.403E-09 9.693E+06 2.954E+03 2.412E+13 -0.022 21 -0.300 31857.6 -0.0 4.866 4.565 3.957E+01 3.817E-01 1.440E-08 1.173E+07 1.609E+03 2.411E+13 -0.042 26 0.200 36128.5 -0.3 5.158 4.857 5.590E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.097 31 0.700 42079.4 0.4 5.476 5.175 7.948E+01 3.824E-01 4.437E-08 1.436E+07 9.386E+02 2.422E+13 0.413 36 1.200 50903.2 -0.7 5.811 5.512 1.098E+02 3.843E-01 7.913E-08 1.622E+07 7.290E+02 2.421E+13 0.368 41 1.700 62254.8 -1.0 6.159 5.860 1.523E+02 3.852E-01 1.439E-07 1.857E+07 5.149E+02 2.397E+13 -0.608 46 2.200 75313.8 -0.5 6.509 6.210 2.192E+02 3.852E-01 2.665E-07 2.146E+07 2.983E+02 2.399E+13 -0.557 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1264 S flx SAM BB OPACITY: NO. LINES: 41037743 TEMKOR 2 |dF|, |dF_| 0.90268 0.90268 , |dT| 0.00001 1.14453 dam_f, tau_r 0.25000 0.00000 Test convergence 84 9.02679097E-03 84.TE TEMPERATURE STRUCTURE TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20503.2 0.2 0.901 0.600 3.961E-01 3.819E-01 2.426E-12 5.203E+05 1.459E+04 2.414E+13 0.086 6 -4.250 22240.0 0.3 2.466 2.165 7.950E-01 3.818E-01 8.211E-11 4.566E+06 1.434E+04 2.414E+13 0.083 11 -2.500 24251.0 0.3 3.560 3.259 4.412E+00 3.818E-01 9.346E-10 7.528E+06 6.208E+03 2.413E+13 0.055 16 -1.250 27078.8 0.3 4.281 3.980 1.606E+01 3.817E-01 4.402E-09 9.693E+06 2.954E+03 2.412E+13 -0.023 21 -0.300 31857.6 -0.0 4.866 4.565 3.957E+01 3.817E-01 1.441E-08 1.173E+07 1.609E+03 2.411E+13 -0.045 26 0.200 36128.2 -0.3 5.158 4.857 5.590E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.099 31 0.700 42079.8 0.4 5.476 5.175 7.948E+01 3.824E-01 4.437E-08 1.436E+07 9.386E+02 2.422E+13 0.417 36 1.200 50902.5 -0.7 5.811 5.512 1.098E+02 3.843E-01 7.913E-08 1.622E+07 7.290E+02 2.421E+13 0.369 41 1.700 62253.8 -1.0 6.159 5.860 1.523E+02 3.852E-01 1.439E-07 1.857E+07 5.150E+02 2.398E+13 -0.601 46 2.200 75313.3 -0.4 6.509 6.210 2.192E+02 3.852E-01 2.665E-07 2.146E+07 2.984E+02 2.399E+13 -0.538 LAST ITERATION TOOK: 12 S: TOTAL ELAPSED: 1277 S flx SAM BB OPACITY: NO. LINES: 41037734 TEMKOR 2 |dF|, |dF_| 0.88741 0.88741 , |dT| 0.00001 1.10156 dam_f, tau_r 0.25000 0.00000 Test convergence 85 8.87413323E-03 Temperature correction converged L T E - S T E R N A T M O S P H A E R E N P R O G R A M M CONVERGED MODEL 85 ITERATIONS HOMOGENEOUS TEFF LOG GRAV FLUX H% HE% C% N% 34000.0 6.50 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 20503.4 0.2 0.901 0.600 3.961E-01 3.819E-01 2.426E-12 5.203E+05 1.459E+04 2.414E+13 0.088 2 -5.650 20799.0 0.2 1.246 0.939 4.118E-01 3.818E-01 5.370E-12 1.338E+06 1.528E+04 2.414E+13 0.088 3 -5.300 21130.9 0.3 1.566 1.272 4.430E-01 3.818E-01 1.072E-11 2.168E+06 1.602E+04 2.414E+13 0.088 4 -4.950 21499.4 0.3 1.874 1.584 5.012E-01 3.818E-01 2.115E-11 3.035E+06 1.611E+04 2.414E+13 0.087 5 -4.600 21874.8 0.4 2.185 1.884 6.085E-01 3.818E-01 4.367E-11 3.840E+06 1.547E+04 2.414E+13 0.087 6 -4.250 22240.3 0.3 2.466 2.165 7.963E-01 3.818E-01 8.213E-11 4.566E+06 1.432E+04 2.414E+13 0.085 7 -3.900 22614.6 0.2 2.721 2.420 1.091E+00 3.818E-01 1.451E-10 5.232E+06 1.264E+04 2.414E+13 0.082 8 -3.550 23000.8 0.3 2.954 2.653 1.538E+00 3.818E-01 2.440E-10 5.856E+06 1.073E+04 2.414E+13 0.078 9 -3.200 23391.0 0.3 3.172 2.871 2.204E+00 3.818E-01 3.964E-10 6.436E+06 8.948E+03 2.414E+13 0.072 10 -2.850 23798.1 0.3 3.379 3.078 3.184E+00 3.818E-01 6.284E-10 7.037E+06 7.434E+03 2.414E+13 0.065 11 -2.500 24251.3 0.3 3.560 3.259 4.411E+00 3.818E-01 9.345E-10 7.528E+06 6.209E+03 2.413E+13 0.056 12 -2.250 24631.6 0.3 3.711 3.410 5.843E+00 3.818E-01 1.302E-09 7.959E+06 5.417E+03 2.413E+13 0.047 13 -2.000 25078.7 0.3 3.853 3.552 7.606E+00 3.818E-01 1.777E-09 8.385E+06 4.713E+03 2.413E+13 0.034 14 -1.750 25619.9 0.3 3.998 3.697 9.875E+00 3.817E-01 2.424E-09 8.811E+06 4.068E+03 2.413E+13 0.019 15 -1.500 26280.3 0.2 4.139 3.838 1.264E+01 3.817E-01 3.269E-09 9.244E+06 3.479E+03 2.412E+13 0.003 16 -1.250 27079.1 0.2 4.281 3.980 1.606E+01 3.817E-01 4.403E-09 9.693E+06 2.954E+03 2.412E+13 -0.022 17 -1.000 28036.2 0.3 4.425 4.124 2.026E+01 3.817E-01 5.920E-09 1.017E+07 2.502E+03 2.411E+13 -0.048 18 -0.750 29180.2 0.2 4.570 4.269 2.536E+01 3.817E-01 7.951E-09 1.062E+07 2.125E+03 2.411E+13 -0.063 19 -0.500 30554.3 0.1 4.718 4.417 3.147E+01 3.817E-01 1.068E-08 1.124E+07 1.819E+03 2.411E+13 -0.051 20 -0.400 31182.4 0.0 4.828 4.527 3.832E+01 3.817E-01 1.347E-08 1.154E+07 1.701E+03 2.411E+13 -0.042 21 -0.300 31857.5 -0.1 4.866 4.565 3.957E+01 3.817E-01 1.441E-08 1.173E+07 1.609E+03 2.411E+13 -0.045 22 -0.200 32588.6 -0.1 4.925 4.624 4.270E+01 3.817E-01 1.613E-08 1.194E+07 1.518E+03 2.411E+13 -0.034 23 -0.100 33377.6 -0.2 4.984 4.683 4.587E+01 3.817E-01 1.801E-08 1.215E+07 1.433E+03 2.411E+13 -0.029 24 0.000 34228.4 -0.3 5.040 4.739 4.888E+01 3.817E-01 1.998E-08 1.238E+07 1.352E+03 2.411E+13 -0.040 25 0.100 35143.2 -0.3 5.099 4.798 5.229E+01 3.818E-01 2.229E-08 1.262E+07 1.277E+03 2.411E+13 -0.023 26 0.200 36127.9 -0.3 5.158 4.857 5.591E+01 3.818E-01 2.488E-08 1.288E+07 1.199E+03 2.410E+13 -0.095 27 0.300 37162.0 -0.2 5.220 4.919 5.994E+01 3.818E-01 2.787E-08 1.315E+07 1.152E+03 2.418E+13 0.241 28 0.400 38350.2 -0.2 5.283 4.982 6.397E+01 3.819E-01 3.120E-08 1.343E+07 1.055E+03 2.399E+13 -0.560 29 0.500 39437.4 0.2 5.346 5.045 6.908E+01 3.820E-01 3.512E-08 1.372E+07 1.047E+03 2.428E+13 0.653 30 0.600 40934.1 -0.5 5.411 5.110 7.311E+01 3.822E-01 3.924E-08 1.404E+07 9.502E+02 2.398E+13 -0.593 31 0.700 42080.2 0.3 5.476 5.175 7.948E+01 3.824E-01 4.437E-08 1.436E+07 9.386E+02 2.422E+13 0.418 32 0.800 43851.6 -0.2 5.542 5.241 8.377E+01 3.828E-01 4.951E-08 1.470E+07 8.673E+02 2.405E+13 -0.310 33 0.900 45158.1 0.1 5.609 5.308 9.112E+01 3.831E-01 5.605E-08 1.505E+07 8.455E+02 2.418E+13 0.233 34 1.000 47157.8 -0.4 5.675 5.375 9.603E+01 3.836E-01 6.255E-08 1.542E+07 7.947E+02 2.409E+13 -0.117 35 1.100 48709.9 0.6 5.743 5.443 1.041E+02 3.839E-01 7.077E-08 1.581E+07 7.637E+02 2.410E+13 -0.097 36 1.200 50901.8 -0.7 5.811 5.512 1.098E+02 3.843E-01 7.913E-08 1.622E+07 7.291E+02 2.421E+13 0.369 37 1.300 52776.5 0.6 5.880 5.581 1.182E+02 3.846E-01 8.939E-08 1.664E+07 6.845E+02 2.397E+13 -0.633 38 1.400 55103.2 -0.3 5.949 5.650 1.252E+02 3.849E-01 1.003E-07 1.709E+07 6.575E+02 2.432E+13 0.816 39 1.500 57330.8 -0.2 6.019 5.719 1.338E+02 3.850E-01 1.132E-07 1.756E+07 6.029E+02 2.391E+13 -0.879 40 1.600 59738.7 0.6 6.089 5.789 1.427E+02 3.851E-01 1.276E-07 1.806E+07 5.708E+02 2.431E+13 0.798 41 1.700 62252.8 -1.0 6.159 5.860 1.523E+02 3.852E-01 1.439E-07 1.857E+07 5.151E+02 2.398E+13 -0.591 42 1.800 64722.0 1.1 6.229 5.930 1.635E+02 3.852E-01 1.628E-07 1.911E+07 4.741E+02 2.419E+13 0.295 43 1.900 67396.1 -1.0 6.299 6.000 1.749E+02 3.852E-01 1.838E-07 1.967E+07 4.240E+02 2.413E+13 0.025 44 2.000 69937.4 0.7 6.370 6.071 1.886E+02 3.852E-01 2.082E-07 2.024E+07 3.797E+02 2.405E+13 -0.307 45 2.100 72667.1 -0.2 6.440 6.140 2.028E+02 3.852E-01 2.353E-07 2.084E+07 3.394E+02 2.424E+13 0.494 46 2.200 75312.9 -0.4 6.509 6.210 2.192E+02 3.852E-01 2.665E-07 2.146E+07 2.984E+02 2.400E+13 -0.516 47 2.300 78057.2 0.8 6.578 6.279 2.368E+02 3.852E-01 3.015E-07 2.209E+07 2.662E+02 2.421E+13 0.384 48 2.400 80828.4 -1.0 6.647 6.348 2.562E+02 3.852E-01 3.412E-07 2.274E+07 2.336E+02 2.409E+13 -0.140 49 2.500 83625.2 0.7 6.715 6.416 2.775E+02 3.852E-01 3.860E-07 2.341E+07 2.057E+02 2.409E+13 -0.109 50 2.600 86487.8 -0.1 6.783 6.484 3.007E+02 3.851E-01 4.364E-07 2.410E+07 1.820E+02 2.418E+13 0.245 CONVERGENCE: LOG(SQRT(SUM(DELTA T/T)^2) ITER. CORREC 1 -1.1322 -0.0130 2 -1.4768 -0.0205 3 -1.5255 -0.0265 4 -1.5830 -0.0357 5 -1.6405 -0.0499 6 -1.6958 -0.0737 7 -1.8029 -0.1146 8 -1.9292 -0.1865 9 -2.2725 -0.3194 10 -2.3524 -0.4323 11 -2.4146 -0.5335 12 -2.4775 -0.6181 13 -2.5468 -0.6789 14 -2.6229 -0.7332 15 -2.7051 -0.7794 16 -2.7920 -0.8189 17 -2.8820 -0.8536 18 -2.9742 -0.8849 19 -3.0669 -0.9135 20 -3.1586 -0.9400 21 -3.2495 -0.9652 22 -3.3385 -0.9892 23 -3.4268 -1.0126 24 -3.5107 -1.0353 25 -3.5917 -1.0575 26 -3.6692 -1.0795 27 -3.7368 -1.1012 28 -3.7967 -1.1230 29 -3.8493 -1.1442 30 -3.8877 -1.1653 31 -3.9176 -1.1870 32 -3.9383 -1.2082 33 -3.9505 -1.2296 34 -3.9597 -1.2508 35 -3.9653 -1.2722 36 -3.9706 -1.2936 37 -3.9767 -1.3151 38 -3.9817 -1.3364 39 -3.9894 -1.3585 40 -3.9971 -1.3798 41 -4.0025 -1.4017 42 -4.0163 -1.4230 43 -4.0248 -1.4455 44 -4.0373 -1.4675 45 -4.0494 -1.4892 46 -4.0656 -1.5116 47 -4.0781 -1.5338 48 -4.0948 -1.5564 49 -4.1123 -1.5785 50 -4.1282 -1.6017 51 -4.1468 -1.6243 52 -4.1647 -1.6463 53 -4.1852 -1.6700 54 -4.2067 -1.6937 55 -4.2272 -1.7172 56 -4.2494 -1.7401 57 -4.2793 -1.7634 58 -4.2951 -1.7873 59 -4.3189 -1.8122 60 -4.3393 -1.8371 61 -4.3633 -1.8611 62 -4.4002 -1.8704 63 -4.4169 -1.8792 64 -4.4405 -1.8870 65 -4.4660 -1.8967 66 -4.4937 -1.9045 67 -4.5277 -1.9126 68 -4.5508 -1.9205 69 -4.5781 -1.9300 70 -4.5990 -1.9367 71 -4.6255 -1.9448 72 -4.6569 -1.9515 73 -4.6969 -1.9605 74 -4.7292 -1.9696 75 -4.7554 -1.9769 76 -4.7651 -1.9852 77 -4.7996 -1.9923 78 -4.8325 -1.9999 79 -4.8371 -2.0071 80 -4.8706 -2.0156 81 -4.9124 -2.0225 82 -4.9388 -2.0290 83 -4.9716 -2.0358 84 -4.9876 -2.0445 85 -5.0087 -2.0519 IONISATION FRACTIONS NR TAU HI HEI HEII CI CII CIII CIV NI NII NIII NIV 1 -6.00 5.596E-06 6.009E-05 9.997E-01 2.452E-09 5.336E-04 9.716E-01 2.786E-02 1.750E-08 3.360E-03 9.929E-01 3.780E-03 2 -5.65 8.304E-06 1.023E-04 9.997E-01 6.177E-09 9.192E-04 9.796E-01 1.947E-02 4.260E-08 5.570E-03 9.918E-01 2.637E-03 3 -5.30 1.260E-05 1.694E-04 9.997E-01 1.533E-08 1.528E-03 9.842E-01 1.424E-02 1.021E-07 8.887E-03 9.892E-01 1.931E-03 4 -4.95 1.755E-05 2.613E-04 9.996E-01 3.222E-08 2.364E-03 9.863E-01 1.129E-02 2.076E-07 1.317E-02 9.853E-01 1.538E-03 5 -4.60 2.522E-05 3.957E-04 9.995E-01 6.837E-08 3.573E-03 9.873E-01 9.120E-03 4.257E-07 1.905E-02 9.797E-01 1.247E-03 6 -4.25 3.749E-05 5.852E-04 9.993E-01 1.469E-07 5.251E-03 9.873E-01 7.469E-03 8.826E-07 2.683E-02 9.721E-01 1.024E-03 7 -3.90 5.167E-05 8.134E-04 9.991E-01 2.741E-07 7.261E-03 9.863E-01 6.480E-03 1.592E-06 3.554E-02 9.636E-01 8.917E-04 8 -3.55 6.689E-05 1.076E-03 9.989E-01 4.548E-07 9.551E-03 9.846E-01 5.892E-03 2.558E-06 4.480E-02 9.544E-01 8.143E-04 9 -3.20 8.246E-05 1.379E-03 9.985E-01 6.924E-07 1.220E-02 9.823E-01 5.491E-03 3.786E-06 5.483E-02 9.444E-01 7.622E-04 10 -2.85 1.098E-04 1.733E-03 9.982E-01 1.131E-06 1.516E-02 9.796E-01 5.259E-03 5.958E-06 6.527E-02 9.340E-01 7.338E-04 11 -2.50 1.357E-04 2.007E-03 9.979E-01 1.579E-06 1.734E-02 9.771E-01 5.539E-03 8.023E-06 7.167E-02 9.275E-01 7.815E-04 12 -2.25 1.581E-04 2.277E-03 9.976E-01 2.033E-06 1.954E-02 9.747E-01 5.719E-03 1.005E-05 7.798E-02 9.212E-01 8.140E-04 13 -2.00 1.778E-04 2.461E-03 9.974E-01 2.401E-06 2.096E-02 9.727E-01 6.341E-03 1.156E-05 8.069E-02 9.184E-01 9.159E-04 14 -1.75 2.250E-04 2.591E-03 9.973E-01 3.173E-06 2.154E-02 9.709E-01 7.529E-03 1.464E-05 8.000E-02 9.189E-01 1.112E-03 15 -1.50 2.417E-04 2.554E-03 9.972E-01 3.248E-06 2.094E-02 9.693E-01 9.797E-03 1.453E-05 7.474E-02 9.238E-01 1.492E-03 16 -1.25 2.533E-04 2.404E-03 9.973E-01 3.077E-06 1.937E-02 9.668E-01 1.384E-02 1.332E-05 6.622E-02 9.316E-01 2.196E-03 17 -1.00 3.037E-04 2.207E-03 9.972E-01 3.271E-06 1.715E-02 9.617E-01 2.115E-02 1.353E-05 5.571E-02 9.407E-01 3.532E-03 18 -0.75 2.558E-04 1.906E-03 9.971E-01 2.648E-06 1.432E-02 9.508E-01 3.485E-02 1.059E-05 4.429E-02 9.495E-01 6.202E-03 19 -0.50 2.958E-04 1.633E-03 9.962E-01 2.408E-06 1.126E-02 9.272E-01 6.154E-02 9.310E-06 3.319E-02 9.549E-01 1.190E-02 20 -0.40 3.509E-04 1.637E-03 9.956E-01 2.291E-06 1.123E-02 9.181E-01 7.066E-02 8.755E-06 3.240E-02 9.535E-01 1.411E-02 21 -0.30 3.528E-04 1.442E-03 9.945E-01 1.898E-06 9.415E-03 8.952E-01 9.538E-02 7.240E-06 2.678E-02 9.532E-01 2.003E-02 22 -0.20 3.711E-04 1.326E-03 9.929E-01 1.694E-06 8.175E-03 8.678E-01 1.240E-01 6.462E-06 2.290E-02 9.496E-01 2.750E-02 23 -0.10 3.889E-04 1.215E-03 9.903E-01 1.468E-06 6.972E-03 8.312E-01 1.618E-01 5.651E-06 1.933E-02 9.424E-01 3.828E-02 24 0.00 4.048E-04 1.107E-03 9.863E-01 1.222E-06 5.645E-03 7.829E-01 2.114E-01 4.803E-06 1.586E-02 9.301E-01 5.404E-02 25 0.10 4.236E-04 1.016E-03 9.801E-01 9.986E-07 4.611E-03 7.232E-01 2.720E-01 4.058E-06 1.306E-02 9.108E-01 7.615E-02 26 0.20 4.434E-04 8.464E-04 9.706E-01 6.149E-07 3.682E-03 6.518E-01 3.442E-01 2.622E-06 1.063E-02 8.821E-01 1.072E-01 27 0.30 4.662E-04 7.755E-04 9.566E-01 4.764E-07 2.782E-03 5.736E-01 4.229E-01 2.153E-06 8.437E-03 8.433E-01 1.483E-01 28 0.40 4.876E-04 7.000E-04 9.334E-01 3.406E-07 2.056E-03 4.817E-01 5.149E-01 1.665E-06 6.521E-03 7.852E-01 2.082E-01 29 0.50 5.180E-04 6.553E-04 9.060E-01 2.611E-07 1.605E-03 4.080E-01 5.880E-01 1.365E-06 5.275E-03 7.257E-01 2.689E-01 30 0.60 5.370E-04 5.704E-04 8.506E-01 1.593E-07 1.062E-03 3.096E-01 6.841E-01 9.213E-07 3.700E-03 6.240E-01 3.720E-01 31 0.70 5.755E-04 5.371E-04 8.026E-01 1.222E-07 7.760E-04 2.554E-01 7.353E-01 7.457E-07 2.844E-03 5.525E-01 4.442E-01 32 0.80 5.941E-04 3.034E-04 6.999E-01 4.997E-08 4.726E-04 1.785E-01 8.034E-01 3.298E-07 1.801E-03 4.285E-01 5.684E-01 33 0.90 6.373E-04 2.676E-04 6.252E-01 3.678E-08 3.630E-04 1.426E-01 8.300E-01 2.505E-07 1.387E-03 3.578E-01 6.384E-01 34 1.00 6.581E-04 1.955E-04 4.914E-01 1.897E-08 2.163E-04 9.489E-02 8.527E-01 1.352E-07 8.330E-04 2.539E-01 7.393E-01 35 1.10 7.033E-04 1.612E-04 4.049E-01 1.305E-08 1.423E-04 7.257E-02 8.490E-01 9.462E-08 5.591E-04 1.992E-01 7.896E-01 36 1.20 7.288E-04 1.108E-04 2.900E-01 6.618E-09 8.371E-05 4.729E-02 8.170E-01 4.955E-08 3.298E-04 1.351E-01 8.414E-01 37 1.30 7.740E-04 8.468E-05 2.199E-01 4.126E-09 5.746E-05 3.406E-02 7.692E-01 3.171E-08 2.280E-04 1.000E-01 8.592E-01 38 1.40 8.076E-04 5.799E-05 1.522E-01 2.107E-09 3.403E-05 2.158E-02 6.841E-01 1.703E-08 1.397E-04 6.703E-02 8.561E-01 39 1.50 8.527E-04 4.219E-05 1.094E-01 8.377E-10 2.137E-05 1.437E-02 5.909E-01 7.087E-09 9.171E-05 4.679E-02 8.250E-01 40 1.60 8.979E-04 3.029E-05 7.751E-02 4.379E-10 1.080E-05 9.227E-03 4.864E-01 3.942E-09 4.986E-05 3.155E-02 7.629E-01 41 1.70 9.463E-04 2.202E-05 5.539E-02 2.262E-10 6.330E-06 5.669E-03 3.859E-01 2.146E-09 3.067E-05 2.045E-02 6.724E-01 42 1.80 1.004E-03 1.683E-05 4.121E-02 1.249E-10 3.894E-06 3.734E-03 3.047E-01 1.217E-09 1.936E-05 1.358E-02 5.706E-01 43 1.90 1.062E-03 1.275E-05 3.056E-02 6.586E-11 2.309E-06 2.414E-03 2.335E-01 6.413E-10 1.150E-05 8.587E-03 4.570E-01 44 2.00 1.133E-03 1.029E-05 2.393E-02 3.908E-11 1.224E-06 1.688E-03 1.834E-01 3.679E-10 5.975E-06 5.684E-03 3.615E-01 45 2.10 1.204E-03 8.260E-06 1.879E-02 2.255E-11 7.740E-07 1.089E-03 1.426E-01 1.997E-10 3.567E-06 3.473E-03 2.743E-01 46 2.20 1.288E-03 6.943E-06 1.540E-02 1.427E-11 5.266E-07 7.999E-04 1.143E-01 1.164E-10 2.247E-06 2.308E-03 2.091E-01 47 2.30 1.376E-03 5.889E-06 1.284E-02 3.982E-12 3.631E-07 5.995E-04 9.152E-02 3.307E-11 1.406E-06 1.536E-03 1.563E-01 48 2.40 1.473E-03 5.101E-06 1.098E-02 2.655E-12 2.591E-07 4.647E-04 7.512E-02 1.962E-11 8.970E-07 1.043E-03 1.171E-01 49 2.50 1.579E-03 4.504E-06 9.620E-03 1.845E-12 1.508E-07 3.317E-04 6.288E-02 1.195E-11 4.619E-07 6.638E-04 8.796E-02 50 2.60 1.693E-03 4.025E-06 8.597E-03 1.317E-12 1.133E-07 2.692E-04 5.247E-02 7.349E-12 3.005E-07 4.598E-04 6.516E-02