run DATE: 2024-11-06 TIME: 02:17:23 read /n/netscratch/conroy_lab/Lab/ebauer/mesa-git-tests/tmp.swRvFAj7Ti/data/eosDT_data/helm_table.dat write /n/netscratch/conroy_lab/Lab/ebauer/mesa-git-tests/tmp.swRvFAj7Ti/data/eosDT_data/cache/helm_table.bin reading user weak rate file /n/netscratch/conroy_lab/Lab/ebauer/mesa-git-tests/tmp.swRvFAj7Ti/data/rates_data/rate_tables/S13_r_be7_wk_li7.h5 version_number 59e14de create rate data for rne20ap_to_mg24 write /n/netscratch/conroy_lab/Lab/ebauer/mesa-git-tests/tmp.swRvFAj7Ti/data/rates_data/cache/rne20ap_to_mg24_1.bin write /n/netscratch/conroy_lab/Lab/ebauer/mesa-git-tests/tmp.swRvFAj7Ti/data/eosDT_data/cache/mesa-FreeEOS_02z50x.bin write /n/netscratch/conroy_lab/Lab/ebauer/mesa-git-tests/tmp.swRvFAj7Ti/data/eosDT_data/cache/mesa-FreeEOS_02z60x.bin write /n/netscratch/conroy_lab/Lab/ebauer/mesa-git-tests/tmp.swRvFAj7Ti/data/eosDT_data/cache/mesa-FreeEOS_02z70x.bin write /n/netscratch/conroy_lab/Lab/ebauer/mesa-git-tests/tmp.swRvFAj7Ti/data/eosDT_data/cache/mesa-FreeEOS_02z80x.bin write /n/netscratch/conroy_lab/Lab/ebauer/mesa-git-tests/tmp.swRvFAj7Ti/data/eosDT_data/cache/mesa-FreeEOS_04z50x.bin write /n/netscratch/conroy_lab/Lab/ebauer/mesa-git-tests/tmp.swRvFAj7Ti/data/eosDT_data/cache/mesa-FreeEOS_04z60x.bin write /n/netscratch/conroy_lab/Lab/ebauer/mesa-git-tests/tmp.swRvFAj7Ti/data/eosDT_data/cache/mesa-FreeEOS_04z70x.bin write /n/netscratch/conroy_lab/Lab/ebauer/mesa-git-tests/tmp.swRvFAj7Ti/data/eosDT_data/cache/mesa-FreeEOS_04z80x.bin write /n/netscratch/conroy_lab/Lab/ebauer/mesa-git-tests/tmp.swRvFAj7Ti/data/kap_data/cache/gs98_z0.0003_x0.5.bin write /n/netscratch/conroy_lab/Lab/ebauer/mesa-git-tests/tmp.swRvFAj7Ti/data/kap_data/cache/gs98_z0.001_x0.5.bin set_initial_number_retries 0 new_rotation_flag T new_surface_rotation_v 0 5.0000000000000000D+01 5.9890416674771136D-06 set_uniform_initial_composition initial_h1 6.9999999999999996D-01 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-4.5621434110688810D-04 3.4000000000000002D-04 7.9621434110688813D-04 klo 1 1.0000000000000000D+00 khi 477 0.0000000000000000D+00 lnz_target -7.9865649403540662D+00 lnz -7.3659006449208597D+00 lnz - lnz_target 6.2066429543320645D-01 dlnz 2.3025850929940458D-01 new_lnz -7.5961591542202642D+00 next_z 5.0237728630108953D-04 relax Z, z diff, new, current -2.9245553203263502D-04 3.4000000000000002D-04 6.3245553203263504D-04 klo 1 1.0000000000000000D+00 khi 477 0.0000000000000000D+00 lnz_target -7.9865649403540662D+00 lnz -7.5961591542190439D+00 lnz - lnz_target 3.9040578613502230D-01 dlnz 2.3025850929940458D-01 new_lnz -7.8264176635184484D+00 next_z 3.9905246299360645D-04 relax Z, z diff, new, current -1.6237728630170219D-04 3.4000000000000002D-04 5.0237728630170221D-04 klo 1 1.0000000000000000D+00 khi 474 0.0000000000000000D+00 lnz_target -7.9865649403540662D+00 lnz -7.8264176635180300D+00 lnz - lnz_target 1.6014727683603613D-01 dlnz 2.3025850929940458D-01 reduced dlnz 1.6014727683603613D-01 new_lnz -7.9865649403540662D+00 next_z 3.4000000000000024D-04 relax Z, z diff, new, current -5.9052462993773179D-05 3.4000000000000002D-04 3.9905246299377320D-04 klo 1 1.0000000000000000D+00 khi 471 0.0000000000000000D+00 finished doing relax Z new z 3.3999999999890048D-04 relax_initial_Y 2.4824599999999999D-01 current Y 2.8561714285714324D-01 relax to new_Y 2.4824599999999999D-01 dY per step 5.0000000000000001D-03 klo, khi nz 1 472 472 next_y 2.8061714285714323D-01 relax Y, y diff, new, current -3.7371142857143241D-02 2.4824599999999999D-01 2.8061714285714279D-01 actual_next_y 2.8061714285714279D-01 actual_next_y - next_y -4.4408920985006262D-16 y diff 3.2371142857142793D-02 klo, khi nz 1 472 472 next_y 2.7561714285714278D-01 relax Y, y diff, new, current -3.2371142857142793D-02 2.4824599999999999D-01 2.7561714285714284D-01 actual_next_y 2.7561714285714284D-01 actual_next_y - next_y 5.5511151231257827D-17 y diff 2.7371142857142844D-02 klo, khi nz 1 471 471 next_y 2.7061714285714283D-01 relax Y, y diff, new, current -2.7371142857142844D-02 2.4824599999999999D-01 2.7061714285714261D-01 actual_next_y 2.7061714285714261D-01 actual_next_y - next_y -2.2204460492503131D-16 y diff 2.2371142857142617D-02 klo, khi nz 1 471 471 next_y 2.6561714285714261D-01 relax Y, y diff, new, current -2.2371142857142617D-02 2.4824599999999999D-01 2.6561714285714288D-01 actual_next_y 2.6561714285714288D-01 actual_next_y - next_y 2.7755575615628914D-16 y diff 1.7371142857142891D-02 klo, khi nz 1 469 469 next_y 2.6061714285714288D-01 relax Y, y diff, new, current -1.7371142857142891D-02 2.4824599999999999D-01 2.6061714285714244D-01 actual_next_y 2.6061714285714244D-01 actual_next_y - next_y -4.4408920985006262D-16 y diff 1.2371142857142442D-02 klo, khi nz 1 469 469 next_y 2.5561714285714243D-01 relax Y, y diff, new, current -1.2371142857142442D-02 2.4824599999999999D-01 2.5561714285714254D-01 actual_next_y 2.5561714285714254D-01 actual_next_y - next_y 1.1102230246251565D-16 y diff 7.3711428571425486D-03 klo, khi nz 1 467 467 next_y 2.5061714285714254D-01 relax Y, y diff, new, current -7.3711428571425486D-03 2.4824599999999999D-01 2.5061714285714259D-01 actual_next_y 2.5061714285714259D-01 actual_next_y - next_y 5.5511151231257827D-17 y diff 2.3711428571425996D-03 klo, khi nz 1 466 466 reduced dY 2.3711428571425996D-03 next_y 2.4824599999999999D-01 relax Y, y diff, new, current -2.3711428571425996D-03 2.4824599999999999D-01 2.4824600000000019D-01 actual_next_y 2.4824600000000019D-01 actual_next_y - next_y 1.9428902930940239D-16 y diff 1.9428902930940239D-16 finished doing relax Y new y 2.4824600000000019D-01 net name basic.net rotation_flag T kap_option gs98 kap_CO_option gs98_co kap_lowT_option lowT_fa05_gs98 OMP_NUM_THREADS 8 m2 6.5000000000000000D+01 m1 7.0000000000000000D+01 initial_period_in_days 1.1000000000000001D+00 initial_separation_in_Rsun 2.3004396107015310D+01 jdot_multiplier 1.0000000000000000D+00 fr 1.0000000000000001D-01 The binary terminal output contains the following information 'step' is the number of steps since the start of the run, 'lg_dt' is log10 timestep in years, 'age_yr' is the simulated years since the start run, 'M1+M2' is the total mass of the system (Msun), 'M1' is the mass of the primary (Msun) 'M2' is the mass of the secondary (Msun) 'separ' is the semi-major axis of the orbit (Rsun), 'R1' is the radius of the primary (Rsun) 'R2' is the radius of the secondary (Rsun) 'Porb' is the orbital period (days), 'P1' is the rotation period of star 1 (days, zero if not modeling rotation), 'P2' is the rotation period of star 2 (days, zero if not modeling rotation), 'e' orbital eccentricity, 'dot_e' time derivative of e (1/yr), 'Eorb' orbital energy G*M1*M2/2*separation (ergs), 'M2/M1' mass ratio, 'vorb1' orbital velocity of star 1 (km/s), 'vorb2' orbital velocity of star 2 (km/s), 'pm_i' index of star evolved as point mass, zero if both stars are modeled, 'RL1' Roche lobe radius of star 1 (Rsun), 'Rl2' Roche lobe radius of star 2 (Rsun), 'donor_i' index of star taken as donor, 'RL_gap1' (R1-Rl1)/Rl1, 'RL_gap2' (R2-Rl2)/Rl2, 'dot_Mmt', mass transfer rate (Msun/yr), 'dot_M1', time derivative for the mass of star 1 (Msun/yr), 'dot_M2', time derivative for the mass of star 2 (Msun/yr), 'eff', mass transfer efficiency, computed as -dot_M2/dot_M1 (zero if dot_M1=0), 'dot_Medd', Eddington accretion rate (Msun/yr), 'L_acc', accretion luminosity when accreting to a point mass (ergs/s), 'Jorb', orbital angular momentum (g*cm^2/s) 'spin1', spin angular momentum of star 1 (g*cm^2/s), 'spin2', spin angular momentum of star 2 (g*cm^2/s), 'dot_J', time derivative of Jorb (g*cm^2/s^2), 'dot_Jgr', time derivative of Jorb due to gravitational waves (g*cm^2/s^2), 'dot_Jml', time derivative of Jorb due to mass loss (g*cm^2/s^2), 'dot_Jmb', time derivative of Jorb due to magnetic braking (g*cm^2/s^2), 'dot_Jls', time derivative of Jorb due to spin-orbit coupling (g*cm^2/s^2), 'rlo_iters', number of iterations for implicit calculation of mass transfer, All this and more can be saved in binary_history.data during the run. num_steps_to_relax_rotation 100 1 10 7.625970 5.148E+04 5.439209 5.439209 70.000000 70.000000 0.751414 0.000017 0.248246 -7.067199 475 0 2.5627E+00 7.625970 1.019349 -24.610735 4.247177 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007782 3 1.1062E+03 0.337143 5.840018 -99.000000 -99.000000 -8.970578 0.000000 0.000059 0.000035 0.000340 0.000E+00 delta_HR relax to omega: wanted-current, current, wanted 10 5.4874290903420537D-05 1.1236665611516178D-05 6.6110956514936717D-05 1 20 7.650144 5.300E+04 5.823245 5.823245 70.000000 70.000000 0.751414 0.000017 0.248246 -6.986949 485 0 4.5568E+00 7.650144 0.985732 -23.347349 4.631345 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007776 3 7.4995E+04 0.408575 5.823261 -99.000000 -99.000000 -8.903972 0.000000 0.000059 0.000035 0.000340 0.000E+00 max increase relax to omega: wanted-current, current, wanted 20 4.9294120163461774D-05 1.6816836351474942D-05 6.6110956514936717D-05 1 30 7.650083 5.292E+04 5.822400 5.822400 70.000000 70.000000 0.751414 0.000017 0.248246 -6.986349 485 0 7.5671E+00 7.650083 0.986646 -23.350016 4.630499 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007778 3 7.3819E+07 0.408744 5.822400 -99.000000 -99.000000 -8.905542 0.000000 0.000059 0.000035 0.000340 0.000E+00 max increase relax to omega: wanted-current, current, wanted 30 4.3207488883076398D-05 2.2903467631860319D-05 6.6110956514936717D-05 1 40 7.650002 5.281E+04 5.821267 5.821267 70.000000 70.000000 0.751414 0.000017 0.248246 -6.985564 485 0 9.0000E+00 7.650002 0.987887 -23.353591 4.629366 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007781 3 7.1811E+09 0.408963 5.821267 -99.000000 -99.000000 -8.907680 0.000000 0.000059 0.000035 0.000340 0.000E+00 max_dt relax to omega: wanted-current, current, wanted 40 3.7122535542472444D-05 2.8988420972464273D-05 6.6110956514936717D-05 1 50 7.649902 5.267E+04 5.819856 5.819856 70.000000 70.000000 0.751414 0.000017 0.248246 -6.984588 485 0 9.0000E+00 7.649902 0.989494 -23.358040 4.627955 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007784 3 1.7181E+10 0.409234 5.819856 -99.000000 -99.000000 -8.910462 0.000000 0.000059 0.000035 0.000340 0.000E+00 max_dt relax to omega: wanted-current, current, wanted 50 3.1037746432265906D-05 3.5073210082670811D-05 6.6110956514936717D-05 1 60 7.649782 5.249E+04 5.818171 5.818171 70.000000 70.000000 0.751414 0.000017 0.248246 -6.983410 485 0 9.0000E+00 7.649782 0.991535 -23.363349 4.626269 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007788 3 2.7181E+10 0.409564 5.818171 -99.000000 -99.000000 -8.914013 0.000000 0.000059 0.000035 0.000340 0.000E+00 max_dt relax to omega: wanted-current, current, wanted 60 2.4953154270423946D-05 4.1157802244512770D-05 6.6110956514936717D-05 1 70 7.649641 5.228E+04 5.816190 5.816190 70.000000 70.000000 0.751414 0.000017 0.248246 -6.982030 485 0 9.0000E+00 7.649641 0.994085 -23.369581 4.624287 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007793 3 3.7181E+10 0.409950 5.816190 -9.632960 -99.000000 -8.918480 0.000000 0.000059 0.000035 0.000340 0.000E+00 max_dt relax to omega: wanted-current, current, wanted 70 1.8868790110447869D-05 4.7242166404488848D-05 6.6110956514936717D-05 1 80 7.649479 5.202E+04 5.813900 5.813900 70.000000 70.000000 0.751414 0.000017 0.248246 -6.980439 485 0 9.0000E+00 7.649479 0.997267 -23.376775 4.621996 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007799 3 4.7181E+10 0.410395 5.813900 -99.000000 -99.000000 -8.924093 0.000000 0.000059 0.000035 0.000340 0.000E+00 max_dt relax to omega: wanted-current, current, wanted 80 1.2784717195546236D-05 5.3326239319390481D-05 6.6110956514936717D-05 1 90 7.649295 5.170E+04 5.811297 5.811297 70.000000 70.000000 0.751414 0.000017 0.248246 -6.978624 485 0 9.0000E+00 7.649295 1.001270 -23.384939 4.619392 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007805 3 5.7181E+10 0.410905 5.811297 -9.632960 -99.000000 -8.931217 0.000000 0.000059 0.000035 0.000340 0.000E+00 max_dt relax to omega: wanted-current, current, wanted 90 6.7010432382254685D-06 5.9409913276711248D-05 6.6110956514936717D-05 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 1 100 7.649089 5.131E+04 5.808371 5.808371 70.000000 70.000000 0.751414 0.000017 0.248246 -6.976576 488 0 9.0000E+00 7.649089 1.006387 -23.394099 4.616465 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007812 3 6.7181E+10 0.411481 5.808371 -99.000000 -99.000000 -8.940419 0.000000 0.000059 0.000035 0.000340 0.000E+00 max_dt relax to omega: wanted-current, current, wanted 100 6.1681029438900923D-07 6.5494146220547707D-05 6.6110956514936717D-05 final step: wanted-current, current, wanted 102 -3.9385113299503748D-10 6.6111350366069712D-05 6.6110956514936717D-05 finished doing relax uniform omega num_steps_to_relax_rotation 100 2 10 7.613153 5.020E+04 5.228885 5.228885 65.000000 65.000000 0.751414 0.000017 0.248246 -7.045794 472 0 2.4856E+00 7.613153 1.010883 -25.275079 4.036783 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007953 3 8.2806E+02 0.327044 5.779326 -10.536050 -99.000000 -8.979702 0.000000 0.000059 0.000035 0.000340 0.000E+00 delta_HR relax to omega: wanted-current, current, wanted 10 5.4678918623194095D-05 1.1432037891742624D-05 6.6110956514936717D-05 2 20 7.646639 5.226E+04 5.763470 5.763470 65.000000 65.000000 0.751414 0.000017 0.248246 -6.933959 483 0 4.1383E+00 7.646639 0.968060 -23.504935 4.571550 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007946 3 3.0710E+04 0.426275 5.763511 -9.933990 -99.000000 -8.896318 0.000000 0.000059 0.000035 0.000340 0.000E+00 max increase relax to omega: wanted-current, current, wanted 20 4.9086154546216655D-05 1.7024801968720061D-05 6.6110956514936717D-05 2 30 7.646582 5.218E+04 5.762677 5.762677 65.000000 65.000000 0.751414 0.000017 0.248246 -6.933364 483 0 7.1486E+00 7.646582 0.968920 -23.507450 4.570757 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007948 3 2.8164E+07 0.426447 5.762677 -9.933990 -99.000000 -8.897820 0.000000 0.000059 0.000035 0.000340 0.000E+00 max increase relax to omega: wanted-current, current, wanted 30 4.3025487776866108D-05 2.3085468738070609D-05 6.6110956514936717D-05 2 40 7.646504 5.208E+04 5.761585 5.761585 65.000000 65.000000 0.751414 0.000017 0.248246 -6.932596 483 0 9.0000E+00 7.646504 0.970085 -23.510915 4.569665 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007951 3 5.8023E+09 0.426662 5.761585 -9.933990 -99.000000 -8.899860 0.000000 0.000059 0.000035 0.000340 0.000E+00 max_dt relax to omega: wanted-current, current, wanted 40 3.6966172626189952D-05 2.9144783888746761D-05 6.6110956514936717D-05 2 50 7.646407 5.195E+04 5.760232 5.760232 65.000000 65.000000 0.751414 0.000017 0.248246 -6.931641 483 0 9.0000E+00 7.646407 0.971588 -23.515208 4.568311 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007954 3 1.5802E+10 0.426930 5.760232 -9.632960 -99.000000 -8.902504 0.000000 0.000059 0.000035 0.000340 0.000E+00 max_dt relax to omega: wanted-current, current, wanted 50 3.0906797524352594D-05 3.5204158990584123D-05 6.6110956514936717D-05 2 60 7.646292 5.179E+04 5.758613 5.758613 65.000000 65.000000 0.751414 0.000017 0.248246 -6.930494 483 0 9.0000E+00 7.646292 0.973482 -23.520338 4.566692 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007958 3 2.5802E+10 0.427253 5.758613 -9.632960 -99.000000 -8.905854 0.000000 0.000059 0.000035 0.000340 0.000E+00 max_dt relax to omega: wanted-current, current, wanted 60 2.4847762347155700D-05 4.1263194167781017D-05 6.6110956514936717D-05 2 70 7.646157 5.159E+04 5.756717 5.756717 65.000000 65.000000 0.751414 0.000017 0.248246 -6.929151 483 0 9.0000E+00 7.646157 0.975838 -23.526340 4.564794 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007963 3 3.5802E+10 0.427632 5.756717 -99.000000 -99.000000 -8.910044 0.000000 0.000059 0.000035 0.000340 0.000E+00 max_dt relax to omega: wanted-current, current, wanted 70 1.8788943787035005D-05 4.7322012727901712D-05 6.6110956514936717D-05 2 80 7.646001 5.135E+04 5.754533 5.754533 65.000000 65.000000 0.751414 0.000017 0.248246 -6.927603 483 0 9.0000E+00 7.646001 0.978757 -23.533241 4.562610 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007969 3 4.5802E+10 0.428069 5.754533 -99.000000 -99.000000 -8.915274 0.000000 0.000059 0.000035 0.000340 0.000E+00 max_dt relax to omega: wanted-current, current, wanted 80 1.2730375983213444D-05 5.3380580531723273D-05 6.6110956514936717D-05 2 90 7.645825 5.107E+04 5.752053 5.752053 65.000000 65.000000 0.751414 0.000017 0.248246 -6.925841 483 0 9.0000E+00 7.645825 0.982392 -23.541069 4.560129 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007975 3 5.5802E+10 0.428567 5.752053 -9.456869 -99.000000 -8.921837 0.000000 0.000059 0.000035 0.000340 0.000E+00 max_dt relax to omega: wanted-current, current, wanted 90 6.6721481977581761D-06 5.9438808317178541D-05 6.6110956514936717D-05 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 2 100 7.645627 5.072E+04 5.749259 5.749259 65.000000 65.000000 0.751414 0.000017 0.248246 -6.923854 483 0 9.0000E+00 7.645627 0.986975 -23.549871 4.557334 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007982 3 6.5802E+10 0.429130 5.749259 -99.000000 -99.000000 -8.930187 0.000000 0.000059 0.000035 0.000340 0.000E+00 max_dt relax to omega: wanted-current, current, wanted 100 6.1434896416509132D-07 6.5496607550771625D-05 6.6110956514936717D-05 final step: wanted-current, current, wanted 102 5.6577800055374310D-10 6.6110390736936163D-05 6.6110956514936717D-05 finished doing relax uniform omega set_cumulative_energy_error 0.0000000000000000D+00 set_cumulative_energy_error 0.0000000000000000D+00 1 10 7.650006 5.132E+04 5.485590 5.485590 70.000000 70.000000 0.751408 0.000055 0.248246 -6.973037 478 0 1.0999E+00 7.650006 1.006443 -23.346704 4.296550 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007813 3 6.3320E+01 0.414408 5.808796 -10.235020 -99.000000 -8.940603 0.000000 0.000026 0.000035 0.000345 0.000E+00 max increase 2 10 7.646465 5.073E+04 5.439085 5.439085 65.000000 65.000000 0.751408 0.000054 0.248246 -6.920585 480 0 1.0999E+00 7.646465 0.987012 -23.506353 4.249843 -99.000000 0.000000 0.248246 0.000159 0.000340 0.007983 3 6.3320E+01 0.431819 5.749647 -9.757899 -99.000000 -8.930314 0.000000 0.000027 0.000035 0.000345 0.000E+00 max increase bin 10 1.350E+02 23.004396 1.100000 0.000E+00 0.928571 0 1 0.000E+00 1.000000 1.135E+55 1.786E+42 0.000E+00 1.099886 70.000000 10.149455 1.098267 0.000E+00 509.431587 8.864804 1.449E-01 0.000E+00 1.000E+99 4.322E+53 -6.564E+38 1.787E+42 6.3320E+01 65.000000 9.705372 1.098223 -3.751E+50 548.618632 8.569663 1.325E-01 0.000E+00 0.000E+00 3.698E+53 0.000E+00 0 1 20 7.665282 5.233E+04 4.836732 4.836732 70.000000 70.000000 0.751400 0.000085 0.248246 -6.919737 462 0 1.8917E+00 7.665282 0.994529 -22.568793 3.687851 -99.000000 0.000000 0.248250 0.000158 0.000340 0.007816 3 4.5538E+02 0.460682 5.818819 -99.000000 -99.000000 -8.919923 0.000000 0.000002 0.000035 0.000349 0.000E+00 max increase 2 20 7.660876 5.166E+04 4.762062 4.762062 65.000000 65.000000 0.751401 0.000085 0.248246 -6.870003 459 0 1.8917E+00 7.660876 0.976056 -22.768335 3.613252 -99.000000 0.000000 0.248250 0.000158 0.000340 0.007987 3 4.5538E+02 0.475602 5.759500 -10.439140 -99.000000 -8.910970 0.000000 0.000002 0.000035 0.000349 0.000E+00 max increase bin 20 1.350E+02 23.004396 1.100000 0.000E+00 0.928571 0 1 0.000E+00 1.000000 1.135E+55 3.861E+42 0.000E+00 1.891699 70.000000 9.874808 1.089972 0.000E+00 509.431587 8.864804 1.139E-01 0.000E+00 1.000E+99 4.072E+53 -6.564E+38 3.862E+42 4.5538E+02 65.000000 9.463592 1.090517 -3.751E+50 548.618632 8.569663 1.043E-01 0.000E+00 0.000E+00 3.497E+53 0.000E+00 0 1 30 7.692519 5.431E+04 5.298962 5.298962 70.000000 70.000000 0.751380 0.000089 0.248246 -6.826628 477 0 1.7466E+00 7.692519 0.969585 -21.221746 4.148274 -99.000000 0.000000 0.248271 0.000153 0.000340 0.007816 3 1.1959E+03 0.542374 5.833459 -99.000000 -99.000000 -8.875660 0.000000 0.000002 0.000035 0.000349 0.000E+00 b_RL 2 30 7.687141 5.352E+04 5.203142 5.203142 65.000000 65.000000 0.751382 0.000089 0.248246 -6.779712 480 0 1.7466E+00 7.687141 0.952796 -21.460566 4.052983 -99.000000 0.000000 0.248269 0.000154 0.000340 0.007988 3 1.1959E+03 0.554591 5.774477 -99.000000 -99.000000 -8.869478 0.000000 0.000002 0.000035 0.000349 0.000E+00 b_RL bin 30 1.350E+02 23.004396 1.100000 0.000E+00 0.928571 0 1 0.000E+00 1.000000 1.135E+55 3.168E+42 0.000E+00 1.746564 70.000000 9.323623 1.092561 0.000E+00 509.431587 8.864804 5.176E-02 0.000E+00 1.000E+99 3.592E+53 -6.564E+38 3.169E+42 1.1959E+03 65.000000 8.970079 1.092145 -3.751E+50 548.618632 8.569663 4.672E-02 0.000E+00 0.000E+00 3.103E+53 0.000E+00 0 1 40 7.703644 5.517E+04 5.502997 5.502997 70.000000 70.000000 0.751358 0.000094 0.248246 -6.789277 485 0 1.4857E+00 7.703644 0.957976 -20.685779 4.350517 -99.000000 0.000000 0.248294 0.000148 0.000340 0.007814 3 1.6064E+03 0.575455 5.837406 -99.000000 -99.000000 -8.854489 0.000000 0.000002 0.000035 0.000348 0.000E+00 b_RL 2 40 7.698280 5.436E+04 5.405615 5.405615 65.000000 65.000000 0.751363 0.000093 0.248246 -6.742130 482 0 1.4857E+00 7.698280 0.941626 -20.919968 4.253652 -99.000000 0.000000 0.248289 0.000149 0.000340 0.007987 3 1.6064E+03 0.587790 5.778931 -10.235020 -99.000000 -8.849115 0.000000 0.000002 0.000035 0.000348 0.000E+00 b_RL bin 40 1.350E+02 23.004396 1.100000 0.000E+00 0.928571 0 1 0.000E+00 1.000000 1.135E+55 2.298E+42 0.000E+00 1.485673 70.000000 9.077713 1.094900 0.000E+00 509.431587 8.864804 2.402E-02 0.000E+00 1.000E+99 3.405E+53 -6.564E+38 2.298E+42 1.6064E+03 65.000000 8.742306 1.094161 -3.751E+50 548.618632 8.569663 2.015E-02 0.000E+00 0.000E+00 2.943E+53 0.000E+00 0 1 50 7.708077 5.552E+04 5.588834 5.588834 70.000000 70.000000 0.751343 0.000097 0.248246 -6.774605 489 0 1.2059E+00 7.708077 0.952864 -20.474423 4.435481 -99.000000 0.000000 0.248309 0.000144 0.000340 0.007813 3 1.8208E+03 0.588549 5.838287 -99.000000 -99.000000 -8.844993 0.000000 0.000002 0.000035 0.000348 0.000E+00 b_RL 2 50 7.702886 5.471E+04 5.493406 5.493406 65.000000 65.000000 0.751349 0.000095 0.248246 -6.726811 484 0 1.2059E+00 7.702886 0.936568 -20.698811 4.340541 -99.000000 0.000000 0.248303 0.000146 0.000340 0.007986 3 1.8208E+03 0.601425 5.780135 -99.000000 -99.000000 -8.839754 0.000000 0.000002 0.000035 0.000348 0.000E+00 b_RL bin 50 1.350E+02 23.004396 1.100000 0.000E+00 0.928571 0 1 0.000E+00 1.000000 1.135E+55 1.853E+42 0.000E+00 1.205922 70.000000 8.971472 1.095943 0.000E+00 509.431587 8.864804 1.203E-02 0.000E+00 1.000E+99 3.331E+53 -6.564E+38 1.854E+42 1.8208E+03 65.000000 8.641080 1.095136 -3.751E+50 548.618632 8.569663 8.334E-03 0.000E+00 0.000E+00 2.877E+53 0.000E+00 0 save LOGS1/profile1.data for model 50 save LOGS2/profile1.data for model 50 save photos/b_x050, photos/1_x050, photos/2_x050 for model 50 1 60 7.710889 5.575E+04 5.646257 5.646257 70.000000 70.000000 0.751329 0.000099 0.248246 -6.765406 491 0 1.2560E+00 7.710889 0.949344 -20.341017 4.492213 -99.000000 0.000000 0.248324 0.000141 0.000340 0.007812 3 1.9909E+03 0.596809 5.838408 -99.000000 -99.000000 -8.838359 0.000000 0.000002 0.000035 0.000347 0.000E+00 b_RL 2 60 7.705900 5.495E+04 5.553328 5.553328 65.000000 65.000000 0.751337 0.000098 0.248246 -6.716897 488 0 1.2560E+00 7.705900 0.933012 -20.554848 4.399784 -99.000000 0.000000 0.248315 0.000143 0.000340 0.007985 3 1.9909E+03 0.610301 5.780522 -9.757899 -99.000000 -8.833092 0.000000 0.000002 0.000035 0.000347 0.000E+00 b_RL bin 60 1.350E+02 23.004396 1.100000 0.000E+00 0.928571 0 1 0.000E+00 1.000000 1.135E+55 1.504E+42 0.000E+00 1.256032 70.000000 8.899061 1.096476 0.000E+00 509.431587 8.864804 3.864E-03 0.000E+00 1.000E+99 3.285E+53 -6.564E+38 1.505E+42 1.9909E+03 65.000000 8.570615 1.095658 -3.751E+50 548.618632 8.569663 1.111E-04 0.000E+00 0.000E+00 2.835E+53 0.000E+00 0 1 70 7.713401 5.596E+04 5.700787 5.700787 70.000000 70.000000 0.751312 0.000103 0.248246 -6.757333 496 0 1.3241E+00 7.713401 0.945833 -20.222326 4.545995 -99.000000 0.000000 0.248342 0.000137 0.000340 0.007811 3 2.1870E+03 0.604125 5.838015 -9.632960 -99.000000 -8.831636 0.000000 0.000002 0.000035 0.000347 0.000E+00 b_RL 2 70 7.708694 5.517E+04 5.611735 5.611735 65.000000 65.000000 0.751321 0.000101 0.248246 -6.707848 491 0 1.3241E+00 7.708694 0.929392 -20.421902 4.457450 -99.000000 0.000000 0.248332 0.000139 0.000340 0.007983 3 2.1870E+03 0.618470 5.780423 -10.235020 -99.000000 -8.826226 0.000000 0.000002 0.000035 0.000347 0.000E+00 b_RL bin 70 1.350E+02 23.004396 1.100000 0.000E+00 0.928571 0 1 0.000E+00 1.000000 1.135E+55 1.175E+42 0.000E+00 1.324125 70.000000 8.827405 1.097069 0.000E+00 509.431587 8.864804 -4.219E-03 0.000E+00 1.000E+99 3.243E+53 -6.564E+38 1.176E+42 2.1870E+03 65.000000 8.499471 1.096246 -3.751E+50 548.618632 8.569663 -8.191E-03 0.000E+00 0.000E+00 2.795E+53 0.000E+00 0 1 80 7.715572 5.616E+04 5.753692 5.753692 70.000000 70.000000 0.751287 0.000107 0.248246 -6.750569 495 0 1.4906E+00 7.715572 0.942183 -20.120033 4.597984 -99.000000 0.000000 0.248367 0.000132 0.000340 0.007809 3 2.4348E+03 0.610361 5.836789 -99.000000 -99.000000 -8.824481 0.000000 0.000002 0.000035 0.000346 0.000E+00 b_RL 2 80 7.711255 5.539E+04 5.669974 5.669974 65.000000 65.000000 0.751299 0.000105 0.248246 -6.699774 496 0 1.4906E+00 7.711255 0.925540 -20.300556 4.514793 -99.000000 0.000000 0.248355 0.000135 0.000340 0.007982 3 2.4348E+03 0.625862 5.779555 -99.000000 -99.000000 -8.818790 0.000000 0.000002 0.000035 0.000346 0.000E+00 b_RL bin 80 1.350E+02 23.004396 1.100000 0.000E+00 0.928571 0 1 0.000E+00 1.000000 1.135E+55 8.028E+41 0.000E+00 1.490620 70.000000 8.753521 1.097820 0.000E+00 509.431587 8.864804 -1.255E-02 0.000E+00 1.000E+99 3.205E+53 -6.564E+38 8.035E+41 2.4348E+03 65.000000 8.424416 1.097034 -3.751E+50 548.618632 8.569663 -1.695E-02 0.000E+00 0.000E+00 2.758E+53 0.000E+00 0 1 90 7.717391 5.637E+04 5.825512 5.825512 70.000000 70.000000 0.751212 0.000118 0.248246 -6.745884 501 0 2.0737E+00 7.717391 0.936103 -20.034679 4.667815 -99.000000 0.000000 0.248443 0.000119 0.000340 0.007806 3 3.0926E+03 0.615170 5.831138 -99.000000 -99.000000 -8.811854 0.000000 0.000002 0.000035 0.000344 0.000E+00 b_RL 2 90 7.713955 5.566E+04 5.755995 5.755995 65.000000 65.000000 0.751229 0.000116 0.248246 -6.692257 499 0 2.0737E+00 7.713955 0.918765 -20.173202 4.598769 -99.000000 0.000000 0.248426 0.000122 0.000340 0.007977 3 3.0926E+03 0.633236 5.774392 -99.000000 -99.000000 -8.805115 0.000000 0.000002 0.000035 0.000345 0.000E+00 b_RL bin 90 1.350E+02 23.004396 1.100000 0.000E+00 0.928571 0 1 0.000E+00 1.000000 1.135E+55 1.880E+41 0.000E+00 2.073735 70.000000 8.631829 1.099352 0.000E+00 509.431587 8.864804 -2.628E-02 0.000E+00 1.000E+99 3.164E+53 -6.564E+38 1.886E+41 3.0926E+03 65.000000 8.294022 1.098742 -3.751E+50 548.618632 8.569663 -3.216E-02 0.000E+00 0.000E+00 2.711E+53 0.000E+00 0 model is not overflowing at ZAMS Engage RLOF! binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 92 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -3.003E-02 -3.658E-02 -5.986E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 93 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -3.157E-02 -3.856E-02 -6.295E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 94 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -3.271E-02 -4.019E-02 -6.522E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 95 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -3.329E-02 -4.130E-02 -6.638E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 96 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -3.316E-02 -4.171E-02 -6.612E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 97 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -3.222E-02 -4.128E-02 -6.425E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 98 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -3.045E-02 -3.998E-02 -6.070E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 99 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -2.795E-02 -3.783E-02 -5.569E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 100 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -2.491E-02 -3.498E-02 -4.962E-02 OK (detached) __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 1 100 7.710209 5.591E+04 5.832409 5.832409 69.999255 69.999255 0.750759 0.000158 0.248246 -6.772522 496 0 2.8655E+00 7.710209 0.935554 -20.372013 4.670093 -6.684181 0.000000 0.248902 0.000073 0.000340 0.007803 4 6.7841E+03 0.592829 5.815634 -9.933990 -99.000000 -8.807949 0.000000 0.000003 0.000035 0.000338 0.000E+00 max increase __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 2 100 7.707413 5.524E+04 5.775018 5.775018 64.999380 64.999380 0.750797 0.000155 0.248246 -6.717325 499 0 2.8655E+00 7.707413 0.916340 -20.481960 4.613023 -6.766623 0.000000 0.248864 0.000076 0.000340 0.007973 4 6.7841E+03 0.612543 5.756543 -99.000000 -99.000000 -8.797838 0.000000 0.000003 0.000035 0.000339 0.000E+00 max increase __________________________________________________________________________________________________________________________________________________ binary_step M1+M2 separ Porb e M2/M1 pm_i donor_i dot_Mmt eff Jorb dot_J dot_Jmb lg_dt M1 R1 P1 dot_e vorb1 RL1 Rl_gap1 dot_M1 dot_Medd spin1 dot_Jgr dot_Jls age_yr M2 R2 P2 Eorb vorb2 RL2 Rl_gap2 dot_M2 L_acc spin2 dot_Jml rlo_iters __________________________________________________________________________________________________________________________________________________ bin 100 1.350E+02 22.942999 1.095605 0.000E+00 0.928572 0 1 0.000E+00 -8.271E-01 1.133E+55 -1.589E+41 0.000E+00 2.865548 69.999255 8.620920 1.100786 0.000E+00 510.110481 8.841142 -2.491E-02 -2.069E-07 1.000E+99 3.252E+53 -6.610E+38 -1.573E+41 6.7841E+03 64.999380 8.247834 1.100864 -3.761E+50 549.349143 8.546793 -3.498E-02 -1.712E-07 0.000E+00 2.774E+53 -1.002E+39 1 save LOGS1/profile2.data for model 100 save LOGS2/profile2.data for model 100 save photos/b_x100, photos/1_x100, photos/2_x100 for model 100 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 101 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -2.198E-02 -3.217E-02 -4.377E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 102 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -1.952E-02 -2.978E-02 -3.884E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 103 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -1.752E-02 -2.781E-02 -3.483E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 104 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -1.586E-02 -2.613E-02 -3.151E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 105 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -1.439E-02 -2.467E-02 -2.858E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 106 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -1.306E-02 -2.334E-02 -2.591E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 107 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -1.185E-02 -2.213E-02 -2.350E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 108 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -1.073E-02 -2.101E-02 -2.125E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 109 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -9.693E-03 -1.998E-02 -1.919E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 110 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -8.765E-03 -1.905E-02 -1.733E-02 OK (detached) 1 110 7.705792 5.553E+04 5.821978 5.821978 69.998247 69.998247 0.750187 0.000182 0.248246 -6.787659 483 0 2.6149E+00 7.705792 0.941267 -20.579085 4.657851 -6.673034 0.000000 0.249478 0.000044 0.000340 0.007806 4 1.1588E+04 0.579704 5.815447 -99.000000 -99.000000 -8.818745 0.000000 0.000004 0.000035 0.000335 0.000E+00 b_RL 2 110 7.702828 5.487E+04 5.763186 5.763186 64.998549 64.998549 0.750253 0.000180 0.248246 -6.733044 492 0 2.6149E+00 7.702828 0.922033 -20.698027 4.599321 -6.757280 0.000000 0.249412 0.000047 0.000340 0.007975 3 1.1588E+04 0.598904 5.756139 -99.000000 -99.000000 -8.808566 0.000000 0.000003 0.000035 0.000335 0.000E+00 b_RL bin 110 1.350E+02 22.868228 1.090261 0.000E+00 0.928574 0 1 0.000E+00 -8.237E-01 1.131E+55 -7.758E+40 0.000E+00 2.614916 69.998247 8.735088 1.091552 0.000E+00 510.940684 8.812326 -8.765E-03 -2.123E-07 1.000E+99 3.350E+53 -6.697E+38 -7.588E+40 1.1588E+04 64.998549 8.356663 1.091568 -3.773E+50 550.242316 8.518942 -1.905E-02 -1.749E-07 0.000E+00 2.860E+53 -1.024E+39 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 111 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.872E-03 -1.814E-02 -1.554E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 112 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -6.982E-03 -1.727E-02 -1.376E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 113 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -6.095E-03 -1.639E-02 -1.199E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 114 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -5.217E-03 -1.551E-02 -1.023E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 115 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -4.329E-03 -1.462E-02 -8.459E-03 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 116 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -3.448E-03 -1.374E-02 -6.696E-03 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 117 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -2.564E-03 -1.285E-02 -4.927E-03 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 118 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -1.716E-03 -1.197E-02 -3.231E-03 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 119 1 1 1.2000 0.000E+00 0.000E+00 1.798+308 -1.798+308 -8.374E-04 -1.108E-02 -1.475E-03 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 120 1 1 1.2000 0.000E+00 1.000E-12 1.798+308 -1.798+308 3.770E-05 -1.022E-02 2.754E-04 redo 120 2 1 1.2000 1.000E-12 1.200E-12 1.798+308 1.000E-12 3.770E-05 -1.022E-02 2.754E-04 redo 120 3 1 1.2000 1.200E-12 1.440E-12 1.798+308 1.200E-12 3.770E-05 -1.022E-02 2.754E-04 redo 120 4 1 1.2000 1.440E-12 1.728E-12 1.798+308 1.440E-12 3.770E-05 -1.022E-02 2.754E-04 redo 120 5 1 1.2000 1.728E-12 2.074E-12 1.798+308 1.728E-12 3.770E-05 -1.022E-02 2.754E-04 redo 120 6 1 1.2000 2.074E-12 2.488E-12 1.798+308 2.074E-12 3.769E-05 -1.022E-02 2.754E-04 redo 120 7 1 1.2000 2.488E-12 2.986E-12 1.798+308 2.488E-12 3.769E-05 -1.022E-02 2.754E-04 redo 120 8 1 1.2000 2.986E-12 3.583E-12 1.798+308 2.986E-12 3.769E-05 -1.022E-02 2.754E-04 redo 120 9 1 1.2000 3.583E-12 4.300E-12 1.798+308 3.583E-12 3.769E-05 -1.022E-02 2.754E-04 redo 120 10 1 1.2000 4.300E-12 5.160E-12 1.798+308 4.300E-12 3.769E-05 -1.022E-02 2.754E-04 redo 120 11 1 1.2000 5.160E-12 6.192E-12 1.798+308 5.160E-12 3.769E-05 -1.022E-02 2.754E-04 redo 120 12 1 1.2000 6.192E-12 7.430E-12 1.798+308 6.192E-12 3.769E-05 -1.022E-02 2.754E-04 redo 120 13 1 1.2000 7.430E-12 8.916E-12 1.798+308 7.430E-12 3.768E-05 -1.022E-02 2.754E-04 redo 120 14 1 1.2000 8.916E-12 1.070E-11 1.798+308 8.916E-12 3.768E-05 -1.022E-02 2.754E-04 redo 120 15 1 1.2000 1.070E-11 1.284E-11 1.798+308 1.070E-11 3.768E-05 -1.022E-02 2.754E-04 redo 120 16 1 1.2000 1.284E-11 1.541E-11 1.798+308 1.284E-11 3.768E-05 -1.022E-02 2.754E-04 redo 120 17 1 1.2000 1.541E-11 1.849E-11 1.798+308 1.541E-11 3.768E-05 -1.022E-02 2.754E-04 redo 120 18 1 1.2000 1.849E-11 2.219E-11 1.798+308 1.849E-11 3.767E-05 -1.022E-02 2.753E-04 redo 120 19 1 1.2000 2.219E-11 2.662E-11 1.798+308 2.219E-11 3.766E-05 -1.022E-02 2.753E-04 redo 120 20 1 1.3200 2.662E-11 3.195E-11 1.798+308 2.662E-11 3.766E-05 -1.022E-02 2.753E-04 redo 120 21 1 1.3200 3.195E-11 4.217E-11 1.798+308 3.195E-11 3.765E-05 -1.022E-02 2.753E-04 redo 120 22 1 1.3200 4.217E-11 5.567E-11 1.798+308 4.217E-11 3.764E-05 -1.022E-02 2.753E-04 redo 120 23 1 1.3200 5.567E-11 7.348E-11 1.798+308 5.567E-11 3.761E-05 -1.022E-02 2.752E-04 redo 120 24 1 1.3200 7.348E-11 9.699E-11 1.798+308 7.348E-11 3.759E-05 -1.022E-02 2.752E-04 redo 120 25 1 1.3200 9.699E-11 1.280E-10 1.798+308 9.699E-11 3.755E-05 -1.022E-02 2.751E-04 redo 120 26 1 1.3200 1.280E-10 1.690E-10 1.798+308 1.280E-10 3.751E-05 -1.022E-02 2.750E-04 redo 120 27 1 1.3200 1.690E-10 2.231E-10 1.798+308 1.690E-10 3.745E-05 -1.022E-02 2.749E-04 redo 120 28 1 1.3200 2.231E-10 2.945E-10 1.798+308 2.231E-10 3.737E-05 -1.022E-02 2.747E-04 redo 120 29 1 1.3200 2.945E-10 3.887E-10 1.798+308 2.945E-10 3.726E-05 -1.022E-02 2.745E-04 redo 120 30 1 1.3200 3.887E-10 5.131E-10 1.798+308 3.887E-10 3.712E-05 -1.022E-02 2.742E-04 redo 120 31 1 1.3200 5.131E-10 6.773E-10 1.798+308 5.131E-10 3.694E-05 -1.022E-02 2.739E-04 redo 120 32 1 1.3200 6.773E-10 8.940E-10 1.798+308 6.773E-10 3.670E-05 -1.022E-02 2.734E-04 redo 120 33 1 1.3200 8.940E-10 1.180E-09 1.798+308 8.940E-10 3.638E-05 -1.022E-02 2.728E-04 redo 120 34 1 1.3200 1.180E-09 1.558E-09 1.798+308 1.180E-09 3.595E-05 -1.022E-02 2.719E-04 redo 120 35 1 1.3200 1.558E-09 2.056E-09 1.798+308 1.558E-09 3.540E-05 -1.022E-02 2.708E-04 redo 120 36 1 1.3200 2.056E-09 2.714E-09 1.798+308 2.056E-09 3.466E-05 -1.022E-02 2.693E-04 redo 120 37 1 1.3200 2.714E-09 3.583E-09 1.798+308 2.714E-09 3.368E-05 -1.022E-02 2.674E-04 redo 120 38 1 1.3200 3.583E-09 4.729E-09 1.798+308 3.583E-09 3.238E-05 -1.022E-02 2.648E-04 redo 120 39 1 1.3200 4.729E-09 6.242E-09 1.798+308 4.729E-09 3.065E-05 -1.022E-02 2.613E-04 redo 120 40 1 1.4520 6.242E-09 8.240E-09 1.798+308 6.242E-09 2.831E-05 -1.021E-02 2.566E-04 redo 120 41 1 1.4520 8.240E-09 1.196E-08 1.798+308 8.240E-09 2.506E-05 -1.021E-02 2.501E-04 redo 120 42 1 1.4520 1.196E-08 1.737E-08 1.798+308 1.196E-08 1.960E-05 -1.021E-02 2.392E-04 redo 120 43 1 1.4520 1.737E-08 2.522E-08 1.798+308 1.737E-08 1.155E-05 -1.020E-02 2.231E-04 redo 120 44 1 1.4520 2.522E-08 2.522E-08 1.798+308 1.737E-08 -9.861E-07 -1.018E-02 1.980E-04 OK (in tol) 1 120 7.703475 5.535E+04 5.818905 5.818905 69.996909 69.996909 0.749471 0.000198 0.248246 -6.796042 464 0 2.9323E+00 7.703475 0.944404 -20.686206 4.653860 -6.618633 0.000000 0.250196 0.000026 0.000340 0.007808 4 1.7729E+04 0.572730 5.815860 -99.000000 -99.000000 -8.824758 0.000000 0.000004 0.000035 0.000332 0.000E+00 b_RL 2 120 7.700426 5.468E+04 5.759911 5.759911 64.997487 64.997487 0.749576 0.000195 0.248246 -6.741699 479 0 2.9323E+00 7.700426 0.925255 -20.809919 4.595089 -6.817770 0.000000 0.250091 0.000029 0.000340 0.007978 4 1.7729E+04 0.591673 5.756571 -99.000000 -99.000000 -8.814726 0.000000 0.000004 0.000035 0.000333 0.000E+00 b_RL bin 120 1.350E+02 22.832166 1.087692 0.000E+00 0.928577 0 1 -2.522E-08 -6.322E-01 1.130E+55 -3.404E+40 0.000E+00 2.932280 69.996909 8.798415 1.088840 0.000E+00 511.340221 8.798423 -9.861E-07 -2.406E-07 1.000E+99 3.397E+53 -6.734E+38 -3.231E+40 1.7729E+04 64.997487 8.418886 1.088870 -3.779E+50 550.671062 8.505514 -1.018E-02 -1.521E-07 0.000E+00 2.901E+53 -1.038E+39 44 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 121 1 1 1.4520 2.522E-08 3.663E-08 1.798+308 2.522E-08 8.151E-04 -9.304E-03 1.830E-03 redo 121 2 1 1.4520 3.663E-08 5.318E-08 1.798+308 3.663E-08 8.096E-04 -9.284E-03 1.819E-03 redo 121 3 1 1.4520 5.318E-08 7.722E-08 1.798+308 5.318E-08 7.961E-04 -9.256E-03 1.792E-03 redo 121 4 1 1.4520 7.722E-08 1.121E-07 1.798+308 7.722E-08 7.738E-04 -9.214E-03 1.748E-03 redo 121 5 1 1.4520 1.121E-07 1.628E-07 1.798+308 1.121E-07 7.501E-04 -9.150E-03 1.700E-03 redo 121 6 1 1.4520 1.628E-07 2.364E-07 1.798+308 1.628E-07 7.319E-04 -9.038E-03 1.664E-03 redo 121 7 1 1.4520 2.364E-07 3.432E-07 1.798+308 2.364E-07 6.729E-04 -7.901E-03 1.546E-03 redo 121 8 1 1.4520 3.432E-07 4.984E-07 1.798+308 3.432E-07 6.240E-04 -7.594E-03 1.448E-03 redo 121 9 1 1.4520 4.984E-07 7.236E-07 1.798+308 4.984E-07 5.579E-04 -7.343E-03 1.316E-03 redo 121 10 1 1.4520 7.236E-07 1.051E-06 1.798+308 7.236E-07 4.737E-04 -7.122E-03 1.147E-03 redo 121 11 1 1.4520 1.051E-06 1.526E-06 1.798+308 1.051E-06 3.765E-04 -6.896E-03 9.530E-04 redo 121 12 1 1.4520 1.526E-06 2.215E-06 1.798+308 1.526E-06 2.563E-04 -6.609E-03 7.127E-04 redo 121 13 1 1.4520 2.215E-06 3.217E-06 1.798+308 2.215E-06 8.567E-05 -6.377E-03 3.713E-04 redo 121 14 1 1.4520 3.217E-06 3.217E-06 1.798+308 2.215E-06 -6.597E-05 -6.053E-03 6.807E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 122 1 1 1.5000 3.217E-06 4.825E-06 1.798+308 3.217E-06 6.832E-04 -6.036E-03 1.566E-03 redo 122 2 1 1.5000 4.825E-06 7.237E-06 1.798+308 4.825E-06 5.161E-04 -5.752E-03 1.232E-03 redo 122 3 1 1.5000 7.237E-06 1.086E-05 1.798+308 7.237E-06 2.865E-04 -5.438E-03 7.729E-04 redo 122 4 1 1.5000 1.086E-05 1.628E-05 1.798+308 1.086E-05 3.806E-05 -5.056E-03 2.761E-04 redo 122 5 1 1.5000 1.628E-05 1.357E-05 1.628E-05 1.086E-05 -2.391E-04 -4.664E-03 -2.782E-04 redo 122 6 1 1.5000 1.357E-05 1.357E-05 1.628E-05 1.086E-05 -1.042E-04 -4.820E-03 -8.478E-06 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 123 1 1 1.5000 1.357E-05 2.035E-05 1.798+308 1.357E-05 3.651E-04 -4.601E-03 9.301E-04 redo 123 2 1 1.5000 2.035E-05 3.053E-05 1.798+308 2.035E-05 3.252E-05 -4.170E-03 2.650E-04 redo 123 3 1 1.5000 3.053E-05 2.544E-05 3.053E-05 2.035E-05 -3.220E-04 -3.689E-03 -4.440E-04 redo 123 4 1 1.5000 2.544E-05 2.544E-05 3.053E-05 2.035E-05 -1.591E-04 -3.911E-03 -1.182E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 124 1 1 1.5000 2.544E-05 3.816E-05 1.798+308 2.544E-05 2.378E-04 -3.756E-03 6.757E-04 redo 124 2 1 1.5000 3.816E-05 3.816E-05 1.798+308 2.544E-05 -1.367E-04 -3.171E-03 -7.338E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 125 1 1 1.4600 3.816E-05 5.572E-05 1.798+308 3.816E-05 3.228E-04 -3.218E-03 8.455E-04 redo 125 2 1 1.4600 5.572E-05 5.572E-05 1.798+308 3.816E-05 -2.515E-05 -2.661E-03 1.497E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 126 1 1 1.4232 5.572E-05 7.930E-05 1.798+308 5.572E-05 1.819E-04 -2.602E-03 5.638E-04 redo 126 2 1 1.4232 7.930E-05 6.751E-05 7.930E-05 5.572E-05 -2.868E-04 -2.027E-03 -3.736E-04 redo 126 3 1 1.4232 6.751E-05 6.751E-05 7.930E-05 5.572E-05 -5.155E-05 -2.334E-03 9.689E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 127 1 1 1.3216 6.751E-05 8.923E-05 1.798+308 6.751E-05 3.088E-04 -2.424E-03 8.176E-04 redo 127 2 1 1.3216 8.923E-05 8.923E-05 1.798+308 6.751E-05 -9.508E-05 -1.960E-03 9.841E-06 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 128 1 1 1.2959 8.923E-05 1.156E-04 1.798+308 8.923E-05 1.584E-04 -1.971E-03 5.169E-04 redo 128 2 1 1.2959 1.156E-04 1.024E-04 1.156E-04 8.923E-05 -2.253E-04 -1.427E-03 -2.505E-04 redo 128 3 1 1.2959 1.024E-04 1.024E-04 1.156E-04 8.923E-05 -4.451E-05 -1.676E-03 1.110E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 129 1 1 1.2249 1.024E-04 1.255E-04 1.798+308 1.024E-04 2.554E-04 -1.739E-03 7.109E-04 redo 129 2 1 1.2249 1.255E-04 1.255E-04 1.798+308 1.024E-04 -7.340E-05 -1.439E-03 5.319E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 130 1 1 1.2069 1.255E-04 1.514E-04 1.798+308 1.255E-04 7.258E-05 -1.303E-03 3.452E-04 redo 130 2 1 1.2069 1.514E-04 1.384E-04 1.514E-04 1.255E-04 -2.283E-04 -9.203E-04 -2.567E-04 redo 130 3 1 1.2069 1.384E-04 1.384E-04 1.514E-04 1.255E-04 -1.038E-04 -1.064E-03 -7.570E-06 OK (in tol) 1 130 7.702346 5.522E+04 5.808976 5.808976 69.904963 69.904963 0.749169 0.000202 0.248246 -6.799028 482 0 1.8792E+00 7.702346 0.943736 -20.738403 4.643729 -3.858081 0.000000 0.250499 0.000022 0.000340 0.007812 4 2.0367E+04 0.569798 5.810462 -99.000000 -99.000000 -8.823195 0.000000 0.000004 0.000035 0.000332 0.000E+00 b_companion 2 130 7.700383 5.464E+04 5.768543 5.768543 65.088402 65.088402 0.749287 0.000200 0.248246 -6.743175 496 0 1.8792E+00 7.700383 0.929152 -20.810956 4.603469 -3.859323 0.000000 0.250381 0.000024 0.000340 0.007976 4 2.0367E+04 0.591039 5.762894 -99.000000 -99.000000 -8.822389 0.000000 0.000004 0.000035 0.000332 0.000E+00 delta mdot bin 130 1.350E+02 22.813350 1.086352 0.000E+00 0.931098 0 1 -1.384E-04 0.997144 1.130E+55 -5.092E+40 0.000E+00 1.879244 69.904963 8.784877 1.087326 0.000E+00 512.268540 8.785789 -1.038E-04 -1.386E-04 1.000E+99 3.410E+53 -6.757E+38 -4.900E+40 2.0367E+04 65.088402 8.494782 1.084889 -3.783E+50 550.176560 8.503831 -1.064E-03 1.383E-04 0.000E+00 2.924E+53 -1.048E+39 3 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 131 1 1 1.1572 1.384E-04 1.384E-04 1.514E-04 1.255E-04 -6.205E-05 -8.700E-04 7.590E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 132 1 1 1.1572 1.384E-04 1.384E-04 1.514E-04 1.255E-04 -7.448E-05 -5.835E-04 5.103E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 133 1 1 1.1572 1.384E-04 1.384E-04 1.514E-04 1.255E-04 -6.637E-05 -1.681E-04 9.927E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 134 1 1 1.1572 1.384E-04 1.196E-04 1.384E-04 -1.798+308 -9.551E-05 1.617E-04 -2.607E-04 redo 134 2 1 1.1572 1.196E-04 1.290E-04 1.384E-04 1.196E-04 1.571E-04 -1.415E-04 5.141E-04 redo 134 3 1 1.1572 1.290E-04 1.290E-04 1.384E-04 1.196E-04 2.931E-05 1.137E-04 -8.333E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 135 1 1 1.1177 1.290E-04 1.154E-04 1.290E-04 -1.798+308 6.729E-05 3.617E-04 -2.919E-04 redo 135 2 1 1.1177 1.154E-04 1.154E-04 1.290E-04 -1.798+308 2.629E-04 1.835E-04 8.909E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 136 1 1 1.1083 1.154E-04 1.154E-04 1.290E-04 -1.798+308 3.693E-04 4.956E-04 -1.129E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 137 1 1 1.1083 1.154E-04 1.042E-04 1.154E-04 -1.798+308 4.598E-04 1.045E-03 -5.690E-04 redo 137 2 1 1.1083 1.042E-04 1.042E-04 1.154E-04 -1.798+308 5.840E-04 7.623E-04 -1.574E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 138 1 1 1.1000 1.042E-04 9.470E-05 1.042E-04 -1.798+308 7.098E-04 1.293E-03 -5.580E-04 redo 138 2 1 1.1000 9.470E-05 8.428E-05 9.470E-05 -1.798+308 8.219E-04 1.057E-03 -2.060E-04 redo 138 3 1 1.1000 8.428E-05 8.949E-05 9.470E-05 8.428E-05 1.085E-03 8.039E-04 3.195E-04 redo 138 4 1 1.1000 8.949E-05 8.949E-05 9.470E-05 8.428E-05 1.002E-03 9.550E-04 8.293E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 139 1 1 1.1125 8.949E-05 8.949E-05 9.470E-05 8.428E-05 1.262E-03 1.314E-03 -7.959E-06 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 140 1 1 1.1125 8.949E-05 8.044E-05 8.949E-05 -1.798+308 1.270E-03 1.774E-03 -4.603E-04 redo 140 2 1 1.1125 8.044E-05 8.044E-05 8.949E-05 -1.798+308 1.494E-03 1.588E-03 -4.328E-05 OK (in tol) 1 140 7.701711 5.521E+04 5.803374 5.803374 69.691782 69.691782 0.748944 0.000204 0.248246 -6.798711 475 0 2.5483E+00 7.701711 0.943490 -20.766786 4.638013 -4.093370 0.000000 0.250724 0.000019 0.000340 0.007820 4 2.2402E+04 0.569029 5.809712 -99.000000 -99.000000 -8.824077 0.000000 0.000004 0.000035 0.000332 0.000E+00 varcontrol 2 140 7.700367 5.458E+04 5.774295 5.774295 65.300776 65.300776 0.749057 0.000203 0.248246 -6.746297 503 0 2.5483E+00 7.700367 0.930618 -20.811629 4.609061 -4.095514 0.000000 0.250611 0.000020 0.000340 0.007969 4 2.2402E+04 0.589717 5.763939 -99.000000 -99.000000 -8.823771 0.000000 0.000004 0.000035 0.000332 0.000E+00 b_companion bin 140 1.350E+02 22.796600 1.085159 0.000E+00 0.936994 0 1 -8.044E-05 0.995077 1.130E+55 -2.338E+40 0.000E+00 2.548286 69.691782 8.779918 1.086619 0.000E+00 514.130307 8.766823 1.494E-03 -8.065E-05 1.000E+99 3.398E+53 -6.776E+38 -2.145E+40 2.2402E+04 65.300776 8.523496 1.083152 -3.786E+50 548.701861 8.509980 1.588E-03 8.026E-05 0.000E+00 2.952E+53 -1.051E+39 2 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 141 1 1 1.1035 8.044E-05 7.290E-05 8.044E-05 -1.798+308 1.624E-03 2.283E-03 -6.038E-04 redo 141 2 1 1.1035 7.290E-05 6.457E-05 7.290E-05 -1.798+308 1.807E-03 2.097E-03 -2.292E-04 redo 141 3 1 1.1035 6.457E-05 6.874E-05 7.290E-05 6.457E-05 1.913E-03 1.734E-03 2.439E-04 redo 141 4 1 1.1035 6.874E-05 6.874E-05 7.290E-05 6.457E-05 1.845E-03 1.877E-03 3.063E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 142 1 1 1.1166 6.874E-05 6.156E-05 6.874E-05 -1.798+308 1.996E-03 2.416E-03 -3.538E-04 redo 142 2 1 1.1166 6.156E-05 6.156E-05 6.874E-05 -1.798+308 2.183E-03 2.213E-03 4.342E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 143 1 1 1.1073 6.156E-05 5.560E-05 6.156E-05 -1.798+308 2.397E-03 2.849E-03 -3.735E-04 redo 143 2 1 1.1073 5.560E-05 5.560E-05 6.156E-05 -1.798+308 2.573E-03 2.608E-03 5.024E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 144 1 1 1.1000 5.560E-05 5.054E-05 5.560E-05 -1.798+308 2.453E-03 3.371E-03 -8.383E-04 redo 144 2 1 1.1000 5.054E-05 4.498E-05 5.054E-05 -1.798+308 2.604E-03 3.179E-03 -4.910E-04 redo 144 3 1 1.1000 4.498E-05 4.498E-05 5.054E-05 -1.798+308 2.794E-03 3.014E-03 -1.293E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 145 1 1 1.1355 4.498E-05 3.961E-05 4.498E-05 -1.798+308 3.002E-03 3.553E-03 -4.539E-04 redo 145 2 1 1.1355 3.961E-05 3.961E-05 4.498E-05 -1.798+308 3.199E-03 3.333E-03 -3.085E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 146 1 1 1.1247 3.961E-05 3.522E-05 3.961E-05 -1.798+308 3.477E-03 3.872E-03 -2.852E-04 redo 146 2 1 1.1247 3.522E-05 3.522E-05 3.961E-05 -1.798+308 3.606E-03 3.700E-03 2.117E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 147 1 1 1.1147 3.522E-05 3.160E-05 3.522E-05 -1.798+308 3.797E-03 4.491E-03 -5.747E-04 redo 147 2 1 1.1147 3.160E-05 2.756E-05 3.160E-05 -1.798+308 3.938E-03 4.318E-03 -2.554E-04 redo 147 3 1 1.1147 2.756E-05 2.756E-05 3.160E-05 -1.798+308 4.114E-03 4.060E-03 1.832E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 148 1 1 1.1578 2.756E-05 2.756E-05 3.160E-05 -1.798+308 4.343E-03 4.574E-03 -9.585E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 149 1 1 1.1578 2.756E-05 2.380E-05 2.756E-05 -1.798+308 4.588E-03 5.015E-03 -2.852E-04 redo 149 2 1 1.1578 2.380E-05 2.380E-05 2.756E-05 -1.798+308 4.841E-03 4.826E-03 1.649E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 150 1 1 1.1452 2.380E-05 2.079E-05 2.380E-05 -1.798+308 5.038E-03 5.502E-03 -3.107E-04 redo 150 2 1 1.1452 2.079E-05 2.079E-05 2.380E-05 -1.798+308 5.146E-03 5.318E-03 -1.474E-05 OK (in tol) 1 150 7.701376 5.517E+04 5.808655 5.808655 69.449289 69.449289 0.748203 0.000210 0.248246 -6.797510 476 0 2.9851E+00 7.701376 0.943941 -20.778244 4.643007 -4.677825 0.000000 0.251466 0.000012 0.000340 0.007830 4 2.8965E+04 0.569226 5.809543 -9.933990 -99.000000 -8.826590 0.000000 0.000004 0.000035 0.000331 0.000E+00 max increase 2 150 7.699275 5.448E+04 5.767978 5.767978 65.540654 65.540654 0.748342 0.000208 0.248246 -6.753954 510 0 2.9851E+00 7.699275 0.932520 -20.861906 4.602471 -4.686165 0.000000 0.251327 0.000014 0.000340 0.007963 4 2.8965E+04 0.584915 5.764681 -99.000000 -99.000000 -8.825739 0.000000 0.000004 0.000035 0.000331 0.000E+00 delta mdot bin 150 1.350E+02 22.774149 1.083567 0.000E+00 0.943720 0 1 -2.079E-05 0.980979 1.130E+55 -1.273E+40 0.000E+00 2.985062 69.449289 8.789024 1.084831 0.000E+00 516.278218 8.744028 5.146E-03 -2.100E-05 1.000E+99 3.384E+53 -6.802E+38 -1.079E+40 2.8965E+04 65.540654 8.560921 1.082373 -3.791E+50 547.067403 8.515635 5.318E-03 2.060E-05 0.000E+00 2.995E+53 -1.057E+39 2 save LOGS1/profile3.data for model 150 save LOGS2/profile3.data for model 150 save photos/b_x150, photos/1_x150, photos/2_x150 for model 150 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 151 1 1 1.1336 2.079E-05 1.834E-05 2.079E-05 -1.798+308 5.334E-03 6.114E-03 -6.193E-04 redo 151 2 1 1.1336 1.834E-05 1.556E-05 1.834E-05 -1.798+308 5.498E-03 5.870E-03 -2.066E-04 redo 151 3 1 1.1336 1.556E-05 1.695E-05 1.834E-05 1.556E-05 5.725E-03 5.665E-03 2.339E-04 redo 151 4 1 1.1336 1.695E-05 1.695E-05 1.834E-05 1.556E-05 5.608E-03 5.836E-03 -5.827E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 152 1 1 1.1526 1.695E-05 1.470E-05 1.695E-05 -1.798+308 5.893E-03 6.531E-03 -4.611E-04 redo 152 2 1 1.1526 1.470E-05 1.470E-05 1.695E-05 -1.798+308 6.077E-03 6.292E-03 -3.273E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 153 1 1 1.1404 1.470E-05 1.289E-05 1.470E-05 -1.798+308 6.334E-03 6.993E-03 -4.707E-04 redo 153 2 1 1.1404 1.289E-05 1.289E-05 1.470E-05 -1.798+308 6.510E-03 6.790E-03 -8.657E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 154 1 1 1.1292 1.289E-05 1.142E-05 1.289E-05 -1.798+308 6.778E-03 7.693E-03 -7.165E-04 redo 154 2 1 1.1292 1.142E-05 9.754E-06 1.142E-05 -1.798+308 6.935E-03 7.444E-03 -3.045E-04 redo 154 3 1 1.1292 9.754E-06 9.754E-06 1.142E-05 -1.798+308 7.141E-03 7.265E-03 8.615E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 155 1 1 1.1805 9.754E-06 9.754E-06 1.142E-05 -1.798+308 7.509E-03 7.869E-03 -1.415E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 156 1 1 1.1805 9.754E-06 8.263E-06 9.754E-06 -1.798+308 7.983E-03 8.670E-03 -4.565E-04 redo 156 2 1 1.1805 8.263E-06 8.263E-06 9.754E-06 -1.798+308 8.140E-03 8.346E-03 2.877E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 157 1 1 1.1661 8.263E-06 7.086E-06 8.263E-06 -1.798+308 8.408E-03 9.232E-03 -5.837E-04 redo 157 2 1 1.1661 7.086E-06 5.714E-06 7.086E-06 -1.798+308 8.609E-03 9.066E-03 -2.106E-04 redo 157 3 1 1.1661 5.714E-06 6.400E-06 7.086E-06 5.714E-06 8.818E-03 8.725E-03 3.466E-04 redo 157 4 1 1.1661 6.400E-06 6.400E-06 7.086E-06 5.714E-06 8.667E-03 8.850E-03 6.495E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 158 1 1 1.1928 6.400E-06 5.365E-06 6.400E-06 -1.798+308 9.218E-03 9.745E-03 -2.655E-04 redo 158 2 1 1.1928 5.365E-06 5.365E-06 6.400E-06 -1.798+308 9.289E-03 9.470E-03 8.285E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 159 1 1 1.1774 5.365E-06 4.557E-06 5.365E-06 -1.798+308 9.657E-03 1.039E-02 -4.626E-04 redo 159 2 1 1.1774 4.557E-06 4.557E-06 5.365E-06 -1.798+308 9.845E-03 1.010E-02 2.313E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 160 1 1 1.1632 4.557E-06 3.918E-06 4.557E-06 -1.798+308 1.042E-02 1.103E-02 -3.269E-04 redo 160 2 1 1.1632 3.918E-06 3.918E-06 4.557E-06 -1.798+308 1.052E-02 1.083E-02 -1.232E-05 OK (in tol) 1 160 7.700809 5.509E+04 5.809628 5.809628 69.278880 69.278880 0.745802 0.000216 0.248246 -6.799701 467 0 3.5791E+00 7.700809 0.945345 -20.793318 4.643685 -5.383825 0.000000 0.253869 0.000005 0.000340 0.007843 5 5.0321E+04 0.568012 5.809546 -9.632960 -99.000000 -8.830441 0.000000 0.000004 0.000035 0.000330 0.000E+00 max increase 2 160 7.698557 5.441E+04 5.768174 5.768174 65.702473 65.702473 0.746046 0.000215 0.248246 -6.760896 509 0 3.5791E+00 7.698557 0.934959 -20.886375 4.602343 -5.428521 0.000000 0.253624 0.000006 0.000340 0.007964 5 5.0321E+04 0.581385 5.767347 -9.933990 -99.000000 -8.829571 0.000000 0.000004 0.000035 0.000330 0.000E+00 max increase bin 160 1.350E+02 22.751772 1.082005 0.000E+00 0.948377 0 1 -3.918E-06 0.902203 1.129E+55 -5.103E+39 0.000E+00 3.579146 69.278880 8.817490 1.083146 0.000E+00 517.823824 8.725704 1.052E-02 -4.132E-06 1.000E+99 3.385E+53 -6.825E+38 -3.143E+39 5.0321E+04 65.702473 8.609121 1.081303 -3.794E+50 546.010719 8.516923 1.083E-02 3.728E-06 0.000E+00 3.030E+53 -1.069E+39 2 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 161 1 1 1.1501 3.918E-06 3.407E-06 3.918E-06 -1.798+308 1.093E-02 1.186E-02 -6.279E-04 redo 161 2 1 1.1501 3.407E-06 2.818E-06 3.407E-06 -1.798+308 1.104E-02 1.160E-02 -2.534E-04 redo 161 3 1 1.1501 2.818E-06 2.818E-06 3.407E-06 -1.798+308 1.120E-02 1.135E-02 1.642E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 162 1 1 1.2149 2.818E-06 2.320E-06 2.818E-06 -1.798+308 1.182E-02 1.244E-02 -2.886E-04 redo 162 2 1 1.2149 2.320E-06 2.320E-06 2.818E-06 -1.798+308 1.196E-02 1.219E-02 9.829E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 163 1 1 1.1977 2.320E-06 1.937E-06 2.320E-06 -1.798+308 1.257E-02 1.329E-02 -3.793E-04 redo 163 2 1 1.1977 1.937E-06 1.937E-06 2.320E-06 -1.798+308 1.275E-02 1.310E-02 2.343E-06 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 164 1 1 1.1819 1.937E-06 1.639E-06 1.937E-06 -1.798+308 1.354E-02 1.422E-02 -3.183E-04 redo 164 2 1 1.1819 1.639E-06 1.639E-06 1.937E-06 -1.798+308 1.373E-02 1.400E-02 1.003E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 165 1 1 1.1674 1.639E-06 1.404E-06 1.639E-06 -1.798+308 1.453E-02 1.546E-02 -5.400E-04 redo 165 2 1 1.1674 1.404E-06 1.404E-06 1.639E-06 -1.798+308 1.467E-02 1.519E-02 -1.265E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 166 1 1 1.1540 1.404E-06 1.217E-06 1.404E-06 -1.798+308 1.560E-02 1.665E-02 -6.366E-04 redo 166 2 1 1.1540 1.217E-06 1.000E-06 1.217E-06 -1.798+308 1.577E-02 1.648E-02 -2.857E-04 redo 166 3 1 1.1540 1.000E-06 1.108E-06 1.217E-06 1.000E-06 1.596E-02 1.617E-02 2.125E-04 redo 166 4 1 1.1540 1.108E-06 1.108E-06 1.217E-06 1.000E-06 1.583E-02 1.632E-02 -6.728E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 167 1 1 1.1776 1.108E-06 9.412E-07 1.108E-06 -1.798+308 1.708E-02 1.806E-02 -5.194E-04 redo 167 2 1 1.1776 9.412E-07 9.412E-07 1.108E-06 -1.798+308 1.720E-02 1.775E-02 -9.741E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 168 1 1 1.1634 9.412E-07 8.090E-07 9.412E-07 -1.798+308 1.865E-02 1.947E-02 -3.322E-04 redo 168 2 1 1.1634 8.090E-07 8.090E-07 9.412E-07 -1.798+308 1.879E-02 1.925E-02 3.520E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 169 1 1 1.1504 8.090E-07 7.033E-07 8.090E-07 -1.798+308 2.028E-02 2.113E-02 -3.273E-04 redo 169 2 1 1.1504 7.033E-07 7.033E-07 8.090E-07 -1.798+308 2.047E-02 2.100E-02 4.642E-06 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 170 1 1 1.1383 7.033E-07 7.033E-07 8.090E-07 -1.798+308 2.231E-02 2.304E-02 -1.465E-04 OK (in tol) 1 170 7.701565 5.501E+04 5.815766 5.815766 69.128061 69.128061 0.733880 0.000218 0.248333 -6.807710 475 0 4.2748E+00 7.701565 0.949540 -20.701820 4.649689 -6.033406 0.000000 0.265790 0.000003 0.000340 0.007882 10 1.5980E+05 0.568657 5.815572 -9.933990 -99.000000 -8.840451 0.000000 0.000004 0.000035 0.000329 0.000E+00 b_RL 2 170 7.699319 5.436E+04 5.776291 5.776291 65.807988 65.807988 0.734551 0.000218 0.248284 -6.771881 511 0 4.2748E+00 7.699319 0.940081 -20.797658 4.610291 -6.297205 0.000000 0.265119 0.000003 0.000340 0.007993 10 1.5980E+05 0.580639 5.775980 -99.000000 -99.000000 -8.839787 0.000000 0.000004 0.000035 0.000330 0.000E+00 b_RL bin 170 1.349E+02 22.727048 1.080423 0.000E+00 0.951972 0 1 -7.033E-07 0.544755 1.128E+55 -2.836E+39 0.000E+00 4.274812 69.128061 8.903079 1.081749 0.000E+00 519.024574 8.708750 2.231E-02 -9.260E-07 1.000E+99 3.388E+53 -6.841E+38 -8.138E+38 1.5980E+05 65.807988 8.711266 1.080212 -3.796E+50 545.209832 8.515084 2.304E-02 5.044E-07 0.000E+00 3.058E+53 -1.115E+39 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 171 1 1 1.1383 7.033E-07 6.178E-07 7.033E-07 -1.798+308 2.407E-02 2.519E-02 -5.058E-04 redo 171 2 1 1.1383 6.178E-07 6.178E-07 7.033E-07 -1.798+308 2.427E-02 2.499E-02 -1.015E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 172 1 1 1.1273 6.178E-07 5.481E-07 6.178E-07 -1.798+308 2.632E-02 2.747E-02 -4.724E-04 redo 172 2 1 1.1273 5.481E-07 5.481E-07 6.178E-07 -1.798+308 2.644E-02 2.725E-02 -1.419E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 173 1 1 1.1171 5.481E-07 4.906E-07 5.481E-07 -1.798+308 2.870E-02 2.983E-02 -4.005E-04 redo 173 2 1 1.1171 4.906E-07 4.264E-07 4.906E-07 -1.798+308 2.873E-02 2.969E-02 -2.241E-04 redo 173 3 1 1.1171 4.264E-07 4.264E-07 4.906E-07 -1.798+308 2.886E-02 2.939E-02 1.994E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 174 1 1 1.1615 4.264E-07 4.264E-07 4.906E-07 -1.798+308 3.134E-02 3.212E-02 1.294E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 175 1 1 1.1615 4.264E-07 3.671E-07 4.264E-07 -1.798+308 3.392E-02 3.524E-02 -4.732E-04 redo 175 2 1 1.1615 3.671E-07 3.671E-07 4.264E-07 -1.798+308 3.408E-02 3.486E-02 7.434E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 176 1 1 1.1486 3.671E-07 3.197E-07 3.671E-07 -1.798+308 3.691E-02 3.822E-02 -3.921E-04 redo 176 2 1 1.1486 3.197E-07 3.197E-07 3.671E-07 -1.798+308 3.699E-02 3.784E-02 6.603E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 177 1 1 1.1367 3.197E-07 2.812E-07 3.197E-07 -1.798+308 4.006E-02 4.155E-02 -5.104E-04 redo 177 2 1 1.1367 2.812E-07 2.812E-07 3.197E-07 -1.798+308 4.018E-02 4.106E-02 1.024E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 178 1 1 1.1258 2.812E-07 2.498E-07 2.812E-07 -1.798+308 4.357E-02 4.509E-02 -4.505E-04 redo 178 2 1 1.1258 2.498E-07 2.655E-07 2.812E-07 2.498E-07 4.366E-02 4.442E-02 3.094E-04 redo 178 3 1 1.1258 2.655E-07 2.655E-07 2.812E-07 2.498E-07 4.355E-02 4.478E-02 -1.633E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 179 1 1 1.1000 2.655E-07 2.414E-07 2.655E-07 -1.798+308 4.720E-02 4.896E-02 -6.215E-04 redo 179 2 1 1.1000 2.414E-07 2.534E-07 2.655E-07 2.414E-07 4.738E-02 4.829E-02 2.363E-04 redo 179 3 1 1.1000 2.534E-07 2.474E-07 2.534E-07 2.414E-07 4.729E-02 4.865E-02 -2.149E-04 redo 179 4 1 1.1000 2.474E-07 2.474E-07 2.534E-07 2.414E-07 4.734E-02 4.851E-02 -2.896E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 180 1 1 1.1000 2.474E-07 2.249E-07 2.474E-07 -1.798+308 5.105E-02 5.307E-02 -7.924E-04 redo 180 2 1 1.1000 2.249E-07 2.362E-07 2.474E-07 2.249E-07 5.111E-02 4.928E-02 3.062E-03 redo 180 3 1 1.1000 2.362E-07 2.362E-07 2.474E-07 2.249E-07 5.102E-02 5.243E-02 -1.896E-04 OK (in tol) 1 180 7.705136 5.513E+04 5.841107 5.841107 68.915474 68.915474 0.694321 0.000218 0.257321 -6.835808 481 0 4.7866E+00 7.705136 0.960285 -20.367122 4.674848 -6.308820 0.000000 0.305350 0.000002 0.000336 0.008006 10 5.2958E+05 0.571896 5.840893 -9.933990 -99.000000 -8.862748 0.000000 0.000004 0.000035 0.000329 0.000E+00 b_RL 2 180 7.702941 5.448E+04 5.803650 5.803650 65.851888 65.851888 0.696042 0.000218 0.255018 -6.802202 516 0 4.7866E+00 7.702941 0.951844 -20.465129 4.637454 -8.162641 0.000000 0.303628 0.000002 0.000337 0.008106 10 5.2958E+05 0.582716 5.803394 -99.000000 -99.000000 -8.863110 0.000000 0.000004 0.000035 0.000329 0.000E+00 b_RL bin 180 1.348E+02 22.679253 1.077691 0.000E+00 0.955546 0 1 -2.362E-07 0.014002 1.125E+55 -2.752E+39 0.000E+00 4.786560 68.915474 9.126100 1.080031 0.000E+00 520.243071 8.683055 5.102E-02 -4.911E-07 1.000E+99 3.393E+53 -6.852E+38 -5.145E+38 5.2958E+05 65.851888 8.950438 1.078844 -3.795E+50 544.446013 8.504508 5.243E-02 6.876E-09 0.000E+00 3.089E+53 -1.279E+39 3 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 181 1 1 1.1000 2.362E-07 2.362E-07 2.474E-07 2.249E-07 5.539E-02 5.658E-02 1.259E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 182 1 1 1.1000 2.362E-07 2.598E-07 1.798+308 2.362E-07 5.938E-02 5.915E-02 1.612E-03 redo 182 2 1 1.1000 2.598E-07 2.480E-07 2.598E-07 2.362E-07 5.927E-02 6.356E-02 -2.903E-03 redo 182 3 1 1.1000 2.480E-07 2.421E-07 2.480E-07 2.362E-07 5.939E-02 6.277E-02 -1.996E-03 redo 182 4 1 1.1000 2.421E-07 2.440E-07 2.480E-07 2.421E-07 5.944E-02 6.012E-02 7.056E-04 redo 182 5 1 1.1000 2.440E-07 2.430E-07 2.440E-07 2.421E-07 5.943E-02 6.208E-02 -1.270E-03 redo 182 6 1 1.1000 2.430E-07 2.428E-07 2.430E-07 2.421E-07 5.944E-02 6.173E-02 -9.029E-04 redo 182 7 1 1.1000 2.428E-07 2.424E-07 2.428E-07 2.421E-07 5.944E-02 6.156E-02 -7.364E-04 redo 182 8 1 1.1000 2.424E-07 2.424E-07 2.424E-07 2.421E-07 5.944E-02 6.126E-02 -4.272E-04 redo 182 9 1 1.1000 2.424E-07 2.422E-07 2.424E-07 2.421E-07 5.944E-02 6.124E-02 -4.132E-04 redo 182 10 1 1.1000 2.422E-07 2.424E-07 2.424E-07 2.422E-07 5.944E-02 6.022E-02 6.098E-04 redo 182 11 1 1.1000 2.424E-07 2.423E-07 2.424E-07 2.422E-07 5.944E-02 6.115E-02 -3.208E-04 redo 182 12 1 1.1000 2.423E-07 2.423E-07 2.424E-07 2.422E-07 5.944E-02 6.099E-02 -1.591E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 183 1 1 1.1000 2.423E-07 2.665E-07 1.798+308 2.423E-07 6.351E-02 6.356E-02 1.410E-03 redo 183 2 1 1.1000 2.665E-07 2.544E-07 2.665E-07 2.423E-07 6.344E-02 6.804E-02 -3.143E-03 redo 183 3 1 1.1000 2.544E-07 2.483E-07 2.544E-07 2.423E-07 6.354E-02 6.708E-02 -2.071E-03 redo 183 4 1 1.1000 2.483E-07 2.505E-07 2.544E-07 2.483E-07 6.345E-02 6.418E-02 7.370E-04 redo 183 5 1 1.1000 2.505E-07 2.494E-07 2.505E-07 2.483E-07 6.343E-02 6.575E-02 -8.529E-04 redo 183 6 1 1.1000 2.494E-07 2.499E-07 2.505E-07 2.494E-07 6.344E-02 6.442E-02 4.803E-04 redo 183 7 1 1.1000 2.499E-07 2.502E-07 2.505E-07 2.499E-07 6.344E-02 6.455E-02 3.442E-04 redo 183 8 1 1.1000 2.502E-07 2.503E-07 2.505E-07 2.502E-07 6.343E-02 6.465E-02 2.461E-04 redo 183 9 1 1.1000 2.503E-07 2.503E-07 2.505E-07 2.502E-07 6.343E-02 6.471E-02 1.881E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 184 1 1 1.1000 2.503E-07 2.275E-07 2.503E-07 -1.798+308 6.719E-02 7.584E-02 -7.122E-03 redo 184 2 1 1.1000 2.275E-07 2.025E-07 2.275E-07 -1.798+308 6.724E-02 7.564E-02 -6.869E-03 redo 184 3 1 1.1000 2.025E-07 1.841E-07 2.025E-07 -1.798+308 6.749E-02 7.545E-02 -6.431E-03 redo 184 4 1 1.1000 1.841E-07 1.591E-07 1.841E-07 -1.798+308 6.751E-02 7.529E-02 -6.244E-03 redo 184 5 1 1.1000 1.591E-07 1.446E-07 1.591E-07 -1.798+308 6.759E-02 7.503E-02 -5.905E-03 redo 184 6 1 1.1000 1.446E-07 1.196E-07 1.446E-07 -1.798+308 6.774E-02 7.487E-02 -5.590E-03 redo 184 7 1 1.1000 1.196E-07 1.087E-07 1.196E-07 -1.798+308 6.781E-02 7.457E-02 -5.213E-03 redo 184 8 1 1.1000 1.087E-07 8.367E-08 1.087E-07 -1.798+308 6.793E-02 7.443E-02 -4.952E-03 redo 184 9 1 1.1000 8.367E-08 7.607E-08 8.367E-08 -1.798+308 6.803E-02 7.406E-02 -4.475E-03 redo 184 10 1 1.1000 7.607E-08 5.104E-08 7.607E-08 -1.798+308 6.812E-02 7.383E-02 -4.155E-03 redo 184 11 1 1.1000 5.104E-08 4.640E-08 5.104E-08 -1.798+308 6.829E-02 7.336E-02 -3.512E-03 redo 184 12 1 1.1000 4.640E-08 2.137E-08 4.640E-08 -1.798+308 6.821E-02 7.325E-02 -3.484E-03 redo 184 13 1 1.1000 2.137E-08 1.943E-08 2.137E-08 -1.798+308 6.838E-02 7.244E-02 -2.494E-03 redo 184 14 1 1.1000 1.943E-08 -5.598E-09 1.943E-08 -1.798+308 6.841E-02 7.234E-02 -2.372E-03 redo switching donor 184 15 2 1.1000 5.598E-09 -6.915E-09 5.598E-09 -1.943E-08 6.861E-02 6.785E-02 -2.328E-03 redo switching donor 184 16 1 1.1000 6.915E-09 -3.205E-09 6.915E-09 -5.598E-09 6.857E-02 7.156E-02 -1.422E-03 redo switching donor 184 17 2 1.1000 3.205E-09 -1.855E-09 3.205E-09 -6.915E-09 6.857E-02 6.807E-02 -2.080E-03 redo switching donor 184 18 1 1.1000 1.855E-09 -1.595E-09 1.855E-09 -3.205E-09 6.850E-02 7.075E-02 -6.851E-04 redo switching donor 184 19 2 1.1000 1.595E-09 -1.302E-10 1.595E-09 -1.855E-09 6.855E-02 6.841E-02 -1.714E-03 redo switching donor 184 20 1 1.1000 1.302E-10 5.604E-10 1.855E-09 1.302E-10 6.852E-02 6.978E-02 3.094E-04 redo 184 21 1 1.1000 5.604E-10 5.604E-10 1.855E-09 1.302E-10 6.852E-02 7.023E-02 -1.457E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 185 1 1 1.5000 5.604E-10 8.407E-10 1.798+308 5.604E-10 7.188E-02 6.767E-02 5.856E-03 redo 185 2 1 1.5000 8.407E-10 1.261E-09 1.798+308 8.407E-10 7.210E-02 6.768E-02 6.070E-03 redo 185 3 1 1.5000 1.261E-09 1.891E-09 1.798+308 1.261E-09 7.209E-02 6.768E-02 6.058E-03 redo 185 4 1 1.5000 1.891E-09 2.837E-09 1.798+308 1.891E-09 7.208E-02 6.769E-02 6.041E-03 redo 185 5 1 1.5000 2.837E-09 4.256E-09 1.798+308 2.837E-09 7.207E-02 6.771E-02 6.015E-03 redo 185 6 1 1.5000 4.256E-09 6.384E-09 1.798+308 4.256E-09 7.205E-02 6.773E-02 5.973E-03 redo 185 7 1 1.5000 6.384E-09 9.576E-09 1.798+308 6.384E-09 7.203E-02 6.776E-02 5.912E-03 redo 185 8 1 1.5000 9.576E-09 1.436E-08 1.798+308 9.576E-09 7.198E-02 6.781E-02 5.823E-03 redo 185 9 1 1.5000 1.436E-08 2.155E-08 1.798+308 1.436E-08 7.192E-02 6.777E-02 5.794E-03 redo 185 10 1 1.5000 2.155E-08 3.232E-08 1.798+308 2.155E-08 7.182E-02 6.789E-02 5.580E-03 redo 185 11 1 1.5000 3.232E-08 4.848E-08 1.798+308 3.232E-08 7.169E-02 6.805E-02 5.276E-03 redo 185 12 1 1.5000 4.848E-08 7.271E-08 1.798+308 4.848E-08 7.169E-02 6.804E-02 5.289E-03 redo 185 13 1 1.5000 7.271E-08 1.091E-07 1.798+308 7.271E-08 7.150E-02 6.828E-02 4.855E-03 redo 185 14 1 1.5000 1.091E-07 1.636E-07 1.798+308 1.091E-07 7.137E-02 6.865E-02 4.347E-03 redo 185 15 1 1.5000 1.636E-07 2.454E-07 1.798+308 1.636E-07 7.096E-02 6.925E-02 3.323E-03 redo 185 16 1 1.5000 2.454E-07 3.681E-07 1.798+308 2.454E-07 7.049E-02 7.081E-02 1.282E-03 redo 185 17 1 1.5000 3.681E-07 3.068E-07 3.681E-07 2.454E-07 7.006E-02 7.810E-02 -6.458E-03 redo 185 18 1 1.5000 3.068E-07 2.657E-07 3.068E-07 2.454E-07 7.030E-02 7.686E-02 -4.973E-03 redo 185 19 1 1.5000 2.657E-07 2.556E-07 2.657E-07 2.454E-07 7.047E-02 7.245E-02 -3.866E-04 redo 185 20 1 1.5000 2.556E-07 2.634E-07 2.657E-07 2.556E-07 7.056E-02 7.122E-02 9.356E-04 redo 185 21 1 1.5000 2.634E-07 2.646E-07 2.657E-07 2.634E-07 7.049E-02 7.188E-02 2.013E-04 redo 185 22 1 1.5000 2.646E-07 2.646E-07 2.657E-07 2.634E-07 7.048E-02 7.213E-02 -6.177E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 186 1 1 1.5000 2.646E-07 1.764E-07 2.646E-07 -1.798+308 7.329E-02 8.305E-02 -8.125E-03 redo 186 2 1 1.5000 1.764E-07 4.410E-08 1.764E-07 -1.798+308 7.363E-02 8.237E-02 -7.094E-03 redo 186 3 1 1.5000 4.410E-08 2.940E-08 4.410E-08 -1.798+308 7.442E-02 8.026E-02 -4.172E-03 redo 186 4 1 1.5000 2.940E-08 -1.029E-07 2.940E-08 -1.798+308 7.445E-02 7.976E-02 -3.635E-03 redo switching donor 186 5 2 1.5000 1.029E-07 3.675E-08 1.029E-07 -2.940E-08 7.553E-02 7.251E-02 -4.725E-03 redo 186 6 2 1.5000 3.675E-08 -2.399E-08 3.675E-08 -2.940E-08 7.494E-02 7.360E-02 -3.027E-03 redo switching donor 186 7 1 1.5000 2.399E-08 -6.378E-09 2.399E-08 -3.675E-08 7.452E-02 7.960E-02 -3.401E-03 redo switching donor 186 8 2 1.5000 6.378E-09 -2.060E-08 6.378E-09 -2.399E-08 7.477E-02 7.467E-02 -1.784E-03 redo switching donor 186 9 1 1.5000 2.060E-08 7.110E-09 2.060E-08 -6.378E-09 7.457E-02 7.944E-02 -3.197E-03 redo 186 10 1 1.5000 7.110E-09 -4.779E-09 7.110E-09 -6.378E-09 7.475E-02 7.846E-02 -2.039E-03 redo switching donor 186 11 2 1.5000 4.779E-09 -1.165E-09 4.779E-09 -7.110E-09 7.474E-02 7.479E-02 -1.634E-03 redo switching donor 186 12 1 1.5000 1.165E-09 3.704E-09 7.110E-09 1.165E-09 7.466E-02 7.570E-02 6.392E-04 redo 186 13 1 1.5000 3.704E-09 2.435E-09 3.704E-09 1.165E-09 7.463E-02 7.786E-02 -1.558E-03 redo 186 14 1 1.5000 2.435E-09 1.904E-09 2.435E-09 1.165E-09 7.465E-02 7.744E-02 -1.122E-03 redo 186 15 1 1.5000 1.904E-09 1.535E-09 1.904E-09 1.165E-09 7.465E-02 7.709E-02 -7.625E-04 redo 186 16 1 1.5000 1.535E-09 1.723E-09 1.904E-09 1.535E-09 7.466E-02 7.583E-02 5.048E-04 redo 186 17 1 1.5000 1.723E-09 1.629E-09 1.723E-09 1.535E-09 7.465E-02 7.687E-02 -5.348E-04 redo 186 18 1 1.5000 1.629E-09 1.629E-09 1.723E-09 1.535E-09 7.466E-02 7.650E-02 -1.673E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 187 1 1 1.5000 1.629E-09 2.443E-09 1.798+308 1.629E-09 7.737E-02 7.372E-02 5.380E-03 redo 187 2 1 1.5000 2.443E-09 3.665E-09 1.798+308 2.443E-09 7.735E-02 7.373E-02 5.355E-03 redo 187 3 1 1.5000 3.665E-09 5.497E-09 1.798+308 3.665E-09 7.746E-02 7.375E-02 5.444E-03 redo 187 4 1 1.5000 5.497E-09 8.246E-09 1.798+308 5.497E-09 7.743E-02 7.378E-02 5.390E-03 redo 187 5 1 1.5000 8.246E-09 1.237E-08 1.798+308 8.246E-09 7.740E-02 7.382E-02 5.311E-03 redo 187 6 1 1.5000 1.237E-08 1.855E-08 1.798+308 1.237E-08 7.734E-02 7.377E-02 5.307E-03 redo 187 7 1 1.5000 1.855E-08 2.783E-08 1.798+308 1.855E-08 7.726E-02 7.387E-02 5.129E-03 redo 187 8 1 1.5000 2.783E-08 4.175E-08 1.798+308 2.783E-08 7.727E-02 7.401E-02 4.992E-03 redo 187 9 1 1.5000 4.175E-08 6.262E-08 1.798+308 4.175E-08 7.730E-02 7.406E-02 4.971E-03 redo 187 10 1 1.5000 6.262E-08 9.393E-08 1.798+308 6.262E-08 7.705E-02 7.429E-02 4.489E-03 redo 187 11 1 1.5000 9.393E-08 1.409E-07 1.798+308 9.393E-08 7.689E-02 7.453E-02 4.077E-03 redo 187 12 1 1.5000 1.409E-07 2.113E-07 1.798+308 1.409E-07 7.656E-02 7.502E-02 3.251E-03 redo 187 13 1 1.5000 2.113E-07 3.170E-07 1.798+308 2.113E-07 7.620E-02 7.596E-02 1.936E-03 redo 187 14 1 1.5000 3.170E-07 2.642E-07 3.170E-07 2.113E-07 7.578E-02 8.311E-02 -5.650E-03 redo 187 15 1 1.5000 2.642E-07 2.906E-07 3.170E-07 2.642E-07 7.588E-02 7.721E-02 3.584E-04 redo 187 16 1 1.5000 2.906E-07 2.673E-07 2.906E-07 2.642E-07 7.582E-02 8.188E-02 -4.374E-03 redo 187 17 1 1.5000 2.673E-07 2.790E-07 2.906E-07 2.673E-07 7.585E-02 7.733E-02 2.004E-04 redo 187 18 1 1.5000 2.790E-07 2.742E-07 2.790E-07 2.673E-07 7.592E-02 7.832E-02 -7.095E-04 redo 187 19 1 1.5000 2.742E-07 2.742E-07 2.790E-07 2.673E-07 7.597E-02 7.771E-02 -5.828E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 188 1 1 1.5000 2.742E-07 1.828E-07 2.742E-07 -1.798+308 7.825E-02 8.912E-02 -9.166E-03 redo 188 2 1 1.5000 1.828E-07 4.569E-08 1.828E-07 -1.798+308 7.861E-02 8.831E-02 -7.983E-03 redo 188 3 1 1.5000 4.569E-08 3.046E-08 4.569E-08 -1.798+308 7.938E-02 8.607E-02 -4.949E-03 redo 188 4 1 1.5000 3.046E-08 -1.066E-07 3.046E-08 -1.798+308 7.940E-02 8.553E-02 -4.379E-03 redo switching donor 188 5 2 1.5000 1.066E-07 3.808E-08 1.066E-07 -3.046E-08 8.048E-02 7.815E-02 -4.112E-03 redo 188 6 2 1.5000 3.808E-08 -2.409E-08 3.808E-08 -3.046E-08 7.999E-02 7.922E-02 -2.530E-03 redo switching donor 188 7 1 1.5000 2.409E-08 -6.993E-09 2.409E-08 -3.808E-08 7.948E-02 8.520E-02 -3.966E-03 redo switching donor 188 8 2 1.5000 6.993E-09 -1.845E-08 6.993E-09 -2.409E-08 7.973E-02 8.014E-02 -1.344E-03 redo switching donor 188 9 1 1.5000 1.845E-08 5.727E-09 1.845E-08 -6.993E-09 7.955E-02 8.483E-02 -3.522E-03 redo 188 10 1 1.5000 5.727E-09 5.727E-09 1.845E-08 -6.993E-09 7.954E-02 8.119E-02 1.067E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 189 1 1 1.5000 5.727E-09 3.818E-09 5.727E-09 -1.798+308 8.182E-02 8.689E-02 -3.281E-03 redo 189 2 1 1.5000 3.818E-09 9.546E-10 3.818E-09 -1.798+308 8.185E-02 8.642E-02 -2.785E-03 redo 189 3 1 1.5000 9.546E-10 6.364E-10 9.546E-10 -1.798+308 8.188E-02 8.409E-02 -4.109E-04 redo 189 4 1 1.5000 6.364E-10 -2.227E-09 6.364E-10 -1.798+308 8.189E-02 8.401E-02 -3.262E-04 redo switching donor 189 5 2 1.5000 2.227E-09 7.955E-10 2.227E-09 -6.364E-10 8.194E-02 8.343E-02 -3.029E-04 redo 189 6 2 1.5000 7.955E-10 7.955E-10 2.227E-09 -6.364E-10 8.191E-02 8.368E-02 -1.960E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 190 1 2 1.5000 7.955E-10 7.955E-10 2.227E-09 -6.364E-10 8.390E-02 8.591E-02 1.884E-04 OK (in tol) 1 190 7.712385 5.606E+04 5.893456 5.893456 68.633902 68.633902 0.621252 0.000218 0.308117 -6.889836 479 0 4.7642E+00 7.712385 0.971912 -19.775696 4.726922 -6.478707 0.000000 0.378419 0.000002 0.000331 0.008261 10 1.1831E+06 0.578575 5.893238 -99.000000 -99.000000 -8.873477 0.000000 0.000004 0.000035 0.000329 0.000E+00 b_companion 2 190 7.710118 5.539E+04 5.857634 5.857634 65.851017 65.851017 0.625753 0.000218 0.299392 -6.857555 503 0 4.7642E+00 7.710118 0.964505 -19.884917 4.691153 -8.424150 0.000000 0.373918 0.000002 0.000332 0.008341 10 1.1831E+06 0.587948 5.857397 -99.000000 -99.000000 -8.876605 0.000000 0.000004 0.000035 0.000329 0.000E+00 delta_HR bin 190 1.345E+02 22.609007 1.073813 0.000E+00 0.959453 0 2 -7.955E-10 -8.819E+01 1.120E+55 -2.062E+39 0.000E+00 4.764183 68.633902 9.373727 1.075279 0.000E+00 521.590612 8.648148 8.390E-02 -3.321E-07 1.000E+99 3.396E+53 -6.864E+38 -5.240E+38 1.1831E+06 65.851017 9.215202 1.074424 -3.791E+50 543.633202 8.486127 8.591E-02 -3.766E-09 0.000E+00 3.121E+53 -8.510E+38 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 191 1 2 1.5000 7.955E-10 1.193E-09 1.798+308 7.955E-10 8.570E-02 8.797E-02 4.104E-04 redo 191 2 2 1.5000 1.193E-09 1.790E-09 1.798+308 1.193E-09 8.571E-02 8.790E-02 3.345E-04 redo 191 3 2 1.5000 1.790E-09 2.685E-09 1.798+308 1.790E-09 8.572E-02 8.785E-02 2.767E-04 redo 191 4 2 1.5000 2.685E-09 4.027E-09 1.798+308 2.685E-09 8.573E-02 8.780E-02 2.176E-04 redo 191 5 2 1.5000 4.027E-09 6.041E-09 1.798+308 4.027E-09 8.560E-02 8.773E-02 2.728E-04 redo 191 6 2 1.5000 6.041E-09 6.041E-09 1.798+308 4.027E-09 8.563E-02 8.760E-02 1.137E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 192 1 2 1.5000 6.041E-09 6.041E-09 1.798+308 4.027E-09 8.736E-02 8.919E-02 -4.664E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 193 1 2 1.5000 6.041E-09 6.041E-09 1.798+308 4.027E-09 8.883E-02 9.077E-02 4.431E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 194 1 2 1.5000 6.041E-09 6.041E-09 1.798+308 4.027E-09 9.019E-02 9.210E-02 -4.184E-06 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 195 1 2 1.5000 6.041E-09 6.041E-09 1.798+308 4.027E-09 9.135E-02 9.336E-02 7.697E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 196 1 2 1.5000 6.041E-09 6.041E-09 1.798+308 4.027E-09 9.230E-02 9.424E-02 -1.836E-07 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 197 1 2 1.5000 6.041E-09 6.041E-09 1.798+308 4.027E-09 9.318E-02 9.501E-02 -1.092E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 198 1 2 1.5000 6.041E-09 6.041E-09 1.798+308 4.027E-09 9.369E-02 9.572E-02 8.599E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 199 1 2 1.5000 6.041E-09 4.027E-09 6.041E-09 -1.798+308 9.445E-02 9.615E-02 -2.513E-04 redo 199 2 2 1.5000 4.027E-09 4.027E-09 6.041E-09 -1.798+308 9.442E-02 9.622E-02 -1.561E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 200 1 2 1.4600 4.027E-09 2.758E-09 4.027E-09 -1.798+308 9.500E-02 9.658E-02 -3.664E-04 redo 200 2 2 1.4600 2.758E-09 9.058E-10 2.758E-09 -1.798+308 9.498E-02 9.663E-02 -3.057E-04 redo 200 3 2 1.4600 9.058E-10 6.204E-10 9.058E-10 -1.798+308 9.495E-02 9.668E-02 -2.216E-04 redo 200 4 2 1.4600 6.204E-10 -1.232E-09 6.204E-10 -1.798+308 9.495E-02 9.669E-02 -2.088E-04 redo switching donor 200 5 1 1.4600 1.232E-09 1.232E-09 1.798+308 -6.204E-10 9.492E-02 9.675E-02 1.255E-04 OK (in tol) __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 1 200 7.719436 5.749E+04 5.943761 5.943761 68.453210 68.453210 0.555812 0.000218 0.371906 -6.939896 479 0 4.7041E+00 7.719436 0.975312 -19.265858 4.777026 -6.459056 0.000000 0.443859 0.000002 0.000330 0.008526 10 1.7195E+06 0.585426 5.943540 -9.456869 -99.000000 -8.860738 0.000000 0.000004 0.000035 0.000329 0.000E+00 delta_HR __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 2 200 7.716981 5.678E+04 5.908196 5.908196 65.824338 65.824338 0.563151 0.000218 0.358542 -6.907529 495 0 4.7041E+00 7.716981 0.968265 -19.388987 4.741509 -7.015245 0.000000 0.436520 0.000002 0.000330 0.008586 10 1.7195E+06 0.593712 5.907974 -9.456869 -99.000000 -8.865094 0.000000 0.000004 0.000035 0.000329 0.000E+00 b_companion __________________________________________________________________________________________________________________________________________________ binary_step M1+M2 separ Porb e M2/M1 pm_i donor_i dot_Mmt eff Jorb dot_J dot_Jmb lg_dt M1 R1 P1 dot_e vorb1 RL1 Rl_gap1 dot_M1 dot_Medd spin1 dot_Jgr dot_Jls age_yr M2 R2 P2 Eorb vorb2 RL2 Rl_gap2 dot_M2 L_acc spin2 dot_Jml rlo_iters __________________________________________________________________________________________________________________________________________________ bin 200 1.343E+02 22.568770 1.071775 0.000E+00 0.961596 0 1 -1.232E-09 -2.779E-01 1.116E+55 -2.179E+39 0.000E+00 4.704069 68.453210 9.447395 1.072508 0.000E+00 522.246653 8.628386 9.492E-02 -3.475E-07 1.000E+99 3.379E+53 -6.863E+38 -3.462E+38 1.7195E+06 65.824338 9.295341 1.071857 -3.787E+50 543.103983 8.475370 9.675E-02 -9.655E-08 0.000E+00 3.122E+53 -1.145E+39 5 save LOGS1/profile4.data for model 200 save LOGS2/profile4.data for model 200 save photos/b_x200, photos/1_x200, photos/2_x200 for model 200 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 201 1 1 1.5000 1.232E-09 1.848E-09 1.798+308 1.232E-09 9.541E-02 9.703E-02 3.246E-04 redo 201 2 1 1.5000 1.848E-09 2.772E-09 1.798+308 1.848E-09 9.540E-02 9.705E-02 2.977E-04 redo 201 3 1 1.5000 2.772E-09 4.158E-09 1.798+308 2.772E-09 9.538E-02 9.708E-02 2.573E-04 redo 201 4 1 1.5000 4.158E-09 4.158E-09 1.798+308 2.772E-09 9.536E-02 9.712E-02 1.968E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 202 1 1 1.5000 4.158E-09 6.237E-09 1.798+308 4.158E-09 9.569E-02 9.740E-02 2.382E-04 redo 202 2 1 1.5000 6.237E-09 6.237E-09 1.798+308 4.158E-09 9.566E-02 9.747E-02 1.363E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 203 1 1 1.4600 6.237E-09 6.237E-09 1.798+308 4.158E-09 9.590E-02 9.771E-02 1.370E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 204 1 1 1.4600 6.237E-09 6.237E-09 1.798+308 4.158E-09 9.609E-02 9.790E-02 1.358E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 205 1 1 1.4600 6.237E-09 6.237E-09 1.798+308 4.158E-09 9.617E-02 9.808E-02 2.502E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 206 1 1 1.4600 6.237E-09 9.106E-09 1.798+308 6.237E-09 9.606E-02 9.777E-02 2.152E-04 redo 206 2 1 1.4600 9.106E-09 9.106E-09 1.798+308 6.237E-09 9.602E-02 9.785E-02 9.728E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 207 1 1 1.4232 9.106E-09 9.106E-09 1.798+308 6.237E-09 9.625E-02 9.799E-02 1.804E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 208 1 1 1.4232 9.106E-09 1.296E-08 1.798+308 9.106E-09 9.593E-02 9.762E-02 2.195E-04 redo 208 2 1 1.4232 1.296E-08 1.296E-08 1.798+308 9.106E-09 9.587E-02 9.763E-02 1.521E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 209 1 1 1.3893 1.296E-08 9.328E-09 1.296E-08 -1.798+308 9.528E-02 9.748E-02 -3.168E-04 redo 209 2 1 1.3893 9.328E-09 4.282E-09 9.328E-09 -1.798+308 9.534E-02 9.749E-02 -2.682E-04 redo 209 3 1 1.3893 4.282E-09 4.282E-09 9.328E-09 -1.798+308 9.542E-02 9.745E-02 -1.473E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 210 1 1 1.5000 4.282E-09 6.423E-09 1.798+308 4.282E-09 9.597E-02 9.741E-02 4.493E-04 redo 210 2 1 1.5000 6.423E-09 9.635E-09 1.798+308 6.423E-09 9.594E-02 9.747E-02 3.604E-04 redo 210 3 1 1.5000 9.635E-09 1.445E-08 1.798+308 9.635E-09 9.589E-02 9.756E-02 2.163E-04 redo 210 4 1 1.5000 1.445E-08 1.445E-08 1.798+308 9.635E-09 9.582E-02 9.755E-02 1.487E-04 OK (in tol) 1 210 7.727295 5.930E+04 5.997448 5.997448 68.275155 68.275155 0.487731 0.000218 0.446799 -6.992320 488 0 4.7086E+00 7.727295 0.975101 -18.744838 4.830547 -6.438111 0.000000 0.511939 0.000002 0.000330 0.008853 10 2.2202E+06 0.594018 5.997223 -99.000000 -99.000000 -8.837984 0.000000 0.000004 0.000035 0.000329 0.000E+00 delta_HR 2 210 7.724533 5.853E+04 5.961185 5.961185 65.764106 65.764106 0.498098 0.000218 0.429836 -6.959419 508 0 4.7086E+00 7.724533 0.968353 -18.885654 4.794325 -6.873844 0.000000 0.501573 0.000002 0.000330 0.008888 10 2.2202E+06 0.601098 5.960958 -99.000000 -99.000000 -8.842570 0.000000 0.000004 0.000035 0.000329 0.000E+00 b_companion bin 210 1.340E+02 22.548014 1.071247 0.000E+00 0.963222 0 1 -1.445E-08 -3.667E-01 1.113E+55 -2.171E+39 0.000E+00 4.708601 68.275155 9.442813 1.071563 0.000E+00 522.472667 8.617145 9.582E-02 -3.647E-07 1.000E+99 3.343E+53 -6.832E+38 -1.768E+38 2.2202E+06 65.764106 9.297226 1.071013 -3.777E+50 542.422066 8.470863 9.755E-02 -1.337E-07 0.000E+00 3.102E+53 -1.292E+39 4 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 211 1 1 1.5000 1.445E-08 2.168E-08 1.798+308 1.445E-08 9.610E-02 9.777E-02 2.122E-04 redo 211 2 1 1.5000 2.168E-08 2.168E-08 1.798+308 1.445E-08 9.619E-02 9.790E-02 1.715E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 212 1 1 1.4600 2.168E-08 2.168E-08 1.798+308 1.445E-08 9.623E-02 9.825E-02 -1.525E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 213 1 1 1.4600 2.168E-08 2.168E-08 1.798+308 1.445E-08 9.638E-02 9.836E-02 -1.073E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 214 1 1 1.4600 2.168E-08 1.485E-08 2.168E-08 -1.798+308 9.641E-02 9.880E-02 -5.309E-04 redo 214 2 1 1.4600 1.485E-08 4.876E-09 1.485E-08 -1.798+308 9.650E-02 9.872E-02 -3.484E-04 redo 214 3 1 1.4600 4.876E-09 4.876E-09 1.485E-08 -1.798+308 9.655E-02 9.854E-02 -1.299E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 215 1 1 1.5000 4.876E-09 7.314E-09 1.798+308 4.876E-09 9.698E-02 9.861E-02 2.414E-04 redo 215 2 1 1.5000 7.314E-09 7.314E-09 1.798+308 4.876E-09 9.695E-02 9.867E-02 1.394E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 216 1 1 1.4600 7.314E-09 7.314E-09 1.798+308 4.876E-09 9.689E-02 9.865E-02 9.367E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 217 1 1 1.4600 7.314E-09 1.068E-08 1.798+308 7.314E-09 9.716E-02 9.855E-02 4.670E-04 redo 217 2 1 1.4600 1.068E-08 1.559E-08 1.798+308 1.068E-08 9.712E-02 9.866E-02 3.170E-04 redo 217 3 1 1.4600 1.559E-08 1.559E-08 1.798+308 1.068E-08 9.705E-02 9.880E-02 1.082E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 218 1 1 1.5000 1.559E-08 1.559E-08 1.798+308 1.068E-08 9.697E-02 9.894E-02 -1.225E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 219 1 1 1.5000 1.559E-08 1.039E-08 1.559E-08 -1.798+308 9.666E-02 9.918E-02 -6.890E-04 redo 219 2 1 1.5000 1.039E-08 2.599E-09 1.039E-08 -1.798+308 9.673E-02 9.910E-02 -5.397E-04 redo 219 3 1 1.5000 2.599E-09 1.732E-09 2.599E-09 -1.798+308 9.671E-02 9.896E-02 -4.260E-04 redo 219 4 1 1.5000 1.732E-09 -6.063E-09 1.732E-09 -1.798+308 9.672E-02 9.894E-02 -3.892E-04 redo switching donor 219 5 2 1.5000 6.063E-09 9.095E-09 1.798+308 6.063E-09 9.684E-02 9.888E-02 2.046E-04 redo 219 6 2 1.5000 9.095E-09 9.095E-09 1.798+308 6.063E-09 9.688E-02 9.879E-02 7.922E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 220 1 2 1.5000 9.095E-09 9.095E-09 1.798+308 6.063E-09 9.679E-02 9.849E-02 -1.317E-04 OK (in tol) 1 220 7.735204 6.106E+04 6.048409 6.048409 68.118349 68.118349 0.424211 0.000218 0.517982 -7.040605 492 0 4.5813E+00 7.735204 0.975183 -18.256646 4.881383 -6.408117 0.000000 0.575460 0.000002 0.000329 0.009221 10 2.6317E+06 0.604002 6.048175 -9.632960 -99.000000 -8.818415 0.000000 0.000005 0.000035 0.000329 0.000E+00 delta_HR 2 220 7.732043 6.022E+04 6.011357 6.011357 65.714311 65.714311 0.437903 0.000218 0.498106 -7.006822 505 0 4.5813E+00 7.732043 0.968723 -18.418668 4.844368 -6.808759 0.000000 0.561767 0.000002 0.000329 0.009222 10 2.6317E+06 0.609719 6.011117 -99.000000 -99.000000 -8.823531 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_companion bin 220 1.338E+02 22.540058 1.071507 0.000E+00 0.964708 0 2 -9.095E-09 -2.516E+00 1.110E+55 -2.146E+39 0.000E+00 4.581334 68.118349 9.444577 1.071459 0.000E+00 522.572079 8.611088 9.679E-02 -3.907E-07 1.000E+99 3.302E+53 -6.795E+38 -4.233E+37 2.6317E+06 65.714311 9.305139 1.071096 -3.766E+50 541.689422 8.470875 9.849E-02 -1.553E-07 0.000E+00 3.075E+53 -1.412E+39 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 221 1 2 1.5000 9.095E-09 6.063E-09 9.095E-09 -1.798+308 9.666E-02 9.810E-02 -3.761E-04 redo 221 2 2 1.5000 6.063E-09 1.516E-09 6.063E-09 -1.798+308 9.662E-02 9.818E-02 -2.570E-04 redo 221 3 2 1.5000 1.516E-09 1.011E-09 1.516E-09 -1.798+308 9.656E-02 9.811E-02 -2.613E-04 redo 221 4 2 1.5000 1.011E-09 -3.537E-09 1.011E-09 -1.798+308 9.655E-02 9.813E-02 -2.426E-04 redo switching donor 221 5 1 1.5000 3.537E-09 3.537E-09 1.798+308 -1.011E-09 9.649E-02 9.823E-02 7.137E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 222 1 1 1.5000 3.537E-09 3.537E-09 1.798+308 -1.011E-09 9.612E-02 9.772E-02 1.958E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 223 1 1 1.5000 3.537E-09 3.537E-09 1.798+308 -1.011E-09 9.552E-02 9.724E-02 5.709E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 224 1 1 1.5000 3.537E-09 5.305E-09 1.798+308 3.537E-09 9.512E-02 9.657E-02 3.190E-04 redo 224 2 1 1.5000 5.305E-09 7.958E-09 1.798+308 5.305E-09 9.510E-02 9.660E-02 2.613E-04 redo 224 3 1 1.5000 7.958E-09 7.958E-09 1.798+308 5.305E-09 9.506E-02 9.667E-02 1.594E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 225 1 1 1.5000 7.958E-09 7.958E-09 1.798+308 5.305E-09 9.452E-02 9.611E-02 1.599E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 226 1 1 1.5000 7.958E-09 5.305E-09 7.958E-09 -1.798+308 9.361E-02 9.555E-02 -2.161E-04 redo 226 2 1 1.5000 5.305E-09 5.305E-09 7.958E-09 -1.798+308 9.364E-02 9.550E-02 -1.329E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 227 1 1 1.4600 5.305E-09 7.746E-09 1.798+308 5.305E-09 9.331E-02 9.473E-02 2.985E-04 redo 227 2 1 1.4600 7.746E-09 1.131E-08 1.798+308 7.746E-09 9.329E-02 9.478E-02 2.217E-04 redo 227 3 1 1.4600 1.131E-08 1.651E-08 1.798+308 1.131E-08 9.325E-02 9.464E-02 3.241E-04 redo 227 4 1 1.4600 1.651E-08 1.651E-08 1.798+308 1.131E-08 9.319E-02 9.473E-02 1.702E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 228 1 1 1.5000 1.651E-08 1.651E-08 1.798+308 1.131E-08 9.232E-02 9.396E-02 5.563E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 229 1 1 1.5000 1.651E-08 1.651E-08 1.798+308 1.131E-08 9.173E-02 9.328E-02 1.293E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 230 1 1 1.5000 1.651E-08 1.101E-08 1.651E-08 -1.798+308 9.080E-02 9.271E-02 -2.586E-04 redo 230 2 1 1.5000 1.101E-08 1.101E-08 1.651E-08 -1.798+308 9.086E-02 9.262E-02 -1.052E-04 OK (in tol) 1 230 7.743500 6.300E+04 6.098205 6.098205 67.944136 67.944136 0.362947 0.000218 0.587322 -7.086421 492 0 4.5302E+00 7.743500 0.972918 -17.774130 4.931086 -6.224177 0.000000 0.636723 0.000002 0.000329 0.009647 10 2.9858E+06 0.615792 6.097981 -9.632960 -99.000000 -8.795076 0.000000 0.000005 0.000035 0.000329 0.000E+00 delta_HR 2 230 7.739840 6.207E+04 6.059959 6.059959 65.635657 65.635657 0.379731 0.000218 0.564383 -7.051848 507 0 4.5302E+00 7.739840 0.966757 -17.960164 4.892872 -6.561848 0.000000 0.619939 0.000002 0.000329 0.009607 10 2.9858E+06 0.619935 6.059719 -99.000000 -99.000000 -8.800060 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_companion bin 230 1.336E+02 22.551708 1.073352 0.000E+00 0.966024 0 1 -1.101E-08 -4.595E-01 1.107E+55 -2.938E+39 0.000E+00 4.530233 67.944136 9.395467 1.072973 0.000E+00 522.305442 8.612871 9.086E-02 -5.968E-07 1.000E+99 3.241E+53 -6.728E+38 1.076E+37 2.9858E+06 65.635657 9.263104 1.072637 -3.750E+50 540.675500 8.477907 9.262E-02 -2.743E-07 0.000E+00 3.032E+53 -2.262E+39 2 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 231 1 1 1.4600 1.101E-08 7.539E-09 1.101E-08 -1.798+308 8.989E-02 9.176E-02 -2.462E-04 redo 231 2 1 1.4600 7.539E-09 7.539E-09 1.101E-08 -1.798+308 8.993E-02 9.171E-02 -1.524E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 232 1 1 1.4232 7.539E-09 5.297E-09 7.539E-09 -1.798+308 8.899E-02 9.112E-02 -5.337E-04 redo 232 2 1 1.4232 5.297E-09 2.107E-09 5.297E-09 -1.798+308 8.901E-02 9.109E-02 -4.777E-04 redo 232 3 1 1.4232 2.107E-09 1.480E-09 2.107E-09 -1.798+308 8.904E-02 9.104E-02 -3.977E-04 redo 232 4 1 1.4232 1.480E-09 -1.710E-09 1.480E-09 -1.798+308 8.905E-02 9.103E-02 -3.820E-04 redo switching donor 232 5 2 1.4232 1.710E-09 2.434E-09 1.798+308 1.710E-09 8.908E-02 9.098E-02 2.960E-04 redo 232 6 2 1.4232 2.434E-09 3.464E-09 1.798+308 2.434E-09 8.909E-02 9.097E-02 2.780E-04 redo 232 7 2 1.4232 3.464E-09 4.930E-09 1.798+308 3.464E-09 8.910E-02 9.095E-02 2.525E-04 redo 232 8 2 1.4232 4.930E-09 7.017E-09 1.798+308 4.930E-09 8.911E-02 9.093E-02 2.162E-04 redo 232 9 2 1.4232 7.017E-09 7.017E-09 1.798+308 4.930E-09 8.913E-02 9.090E-02 1.646E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 233 1 2 1.2777 7.017E-09 7.017E-09 1.798+308 4.930E-09 8.807E-02 8.950E-02 -1.463E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 234 1 2 1.2777 7.017E-09 5.491E-09 7.017E-09 -1.798+308 8.772E-02 8.840E-02 -8.865E-04 redo 234 2 2 1.2777 5.491E-09 3.543E-09 5.491E-09 -1.798+308 8.771E-02 8.842E-02 -8.461E-04 redo 234 3 2 1.2777 3.543E-09 2.773E-09 3.543E-09 -1.798+308 8.769E-02 8.845E-02 -8.016E-04 redo 234 4 2 1.2777 2.773E-09 8.236E-10 2.773E-09 -1.798+308 8.768E-02 8.846E-02 -7.840E-04 redo 234 5 2 1.2777 8.236E-10 6.446E-10 8.236E-10 -1.798+308 8.766E-02 8.849E-02 -7.399E-04 redo 234 6 2 1.2777 6.446E-10 -1.304E-09 6.446E-10 -1.798+308 8.766E-02 8.849E-02 -7.359E-04 redo switching donor 234 7 1 1.2777 1.304E-09 1.667E-09 1.798+308 1.304E-09 8.765E-02 8.851E-02 6.926E-04 redo 234 8 1 1.2777 1.667E-09 2.129E-09 1.798+308 1.667E-09 8.764E-02 8.852E-02 6.845E-04 redo 234 9 1 1.2777 2.129E-09 2.721E-09 1.798+308 2.129E-09 8.764E-02 8.853E-02 6.741E-04 redo 234 10 1 1.2777 2.721E-09 3.477E-09 1.798+308 2.721E-09 8.763E-02 8.853E-02 6.606E-04 redo 234 11 1 1.2777 3.477E-09 4.442E-09 1.798+308 3.477E-09 8.763E-02 8.854E-02 6.436E-04 redo 234 12 1 1.2777 4.442E-09 5.676E-09 1.798+308 4.442E-09 8.762E-02 8.856E-02 6.218E-04 redo 234 13 1 1.2777 5.676E-09 7.253E-09 1.798+308 5.676E-09 8.761E-02 8.857E-02 5.942E-04 redo 234 14 1 1.2777 7.253E-09 9.267E-09 1.798+308 7.253E-09 8.759E-02 8.859E-02 5.587E-04 redo 234 15 1 1.2777 9.267E-09 1.184E-08 1.798+308 9.267E-09 8.757E-02 8.862E-02 5.135E-04 redo 234 16 1 1.2777 1.184E-08 1.513E-08 1.798+308 1.184E-08 8.755E-02 8.865E-02 4.557E-04 redo 234 17 1 1.2777 1.513E-08 1.933E-08 1.798+308 1.513E-08 8.752E-02 8.870E-02 3.819E-04 redo 234 18 1 1.2777 1.933E-08 2.470E-08 1.798+308 1.933E-08 8.748E-02 8.857E-02 4.650E-04 redo 234 19 1 1.2777 2.470E-08 3.156E-08 1.798+308 2.470E-08 8.743E-02 8.865E-02 3.393E-04 redo 234 20 1 1.2777 3.156E-08 3.156E-08 1.798+308 2.470E-08 8.736E-02 8.874E-02 1.694E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 235 1 1 1.5000 3.156E-08 4.734E-08 1.798+308 3.156E-08 8.677E-02 8.794E-02 3.602E-04 redo 235 2 1 1.5000 4.734E-08 7.102E-08 1.798+308 4.734E-08 8.696E-02 8.817E-02 3.223E-04 redo 235 3 1 1.5000 7.102E-08 7.102E-08 1.798+308 4.734E-08 8.674E-02 8.826E-02 4.143E-06 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 236 1 1 1.5000 7.102E-08 4.734E-08 7.102E-08 -1.798+308 8.595E-02 8.778E-02 -3.315E-04 redo 236 2 1 1.5000 4.734E-08 4.734E-08 7.102E-08 -1.798+308 8.615E-02 8.768E-02 -1.534E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 237 1 1 1.4600 4.734E-08 3.243E-08 4.734E-08 -1.798+308 8.547E-02 8.720E-02 -2.441E-04 redo 237 2 1 1.4600 3.243E-08 3.243E-08 4.734E-08 -1.798+308 8.561E-02 8.696E-02 1.354E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 238 1 1 1.4232 3.243E-08 4.615E-08 1.798+308 3.243E-08 8.528E-02 8.645E-02 3.054E-04 redo 238 2 1 1.4232 4.615E-08 4.615E-08 1.798+308 3.243E-08 8.518E-02 8.666E-02 -1.182E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 239 1 1 1.3893 4.615E-08 4.615E-08 1.798+308 3.243E-08 8.466E-02 8.630E-02 -1.886E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 240 1 1 1.3893 4.615E-08 3.322E-08 4.615E-08 -1.798+308 8.362E-02 8.597E-02 -9.422E-04 redo 240 2 1 1.3893 3.322E-08 1.525E-08 3.322E-08 -1.798+308 8.372E-02 8.601E-02 -8.838E-04 redo 240 3 1 1.3893 1.525E-08 1.098E-08 1.525E-08 -1.798+308 8.384E-02 8.596E-02 -7.026E-04 redo 240 4 1 1.3893 1.098E-08 -6.993E-09 1.098E-08 -1.798+308 8.387E-02 8.589E-02 -6.089E-04 redo switching donor 240 5 2 1.3893 6.993E-09 9.715E-09 1.798+308 6.993E-09 8.371E-02 8.560E-02 4.805E-04 redo 240 6 2 1.3893 9.715E-09 1.350E-08 1.798+308 9.715E-09 8.373E-02 8.556E-02 4.199E-04 redo 240 7 2 1.3893 1.350E-08 1.875E-08 1.798+308 1.350E-08 8.376E-02 8.580E-02 6.317E-04 redo 240 8 2 1.3893 1.875E-08 2.605E-08 1.798+308 1.875E-08 8.380E-02 8.573E-02 5.189E-04 redo 240 9 2 1.3893 2.605E-08 3.620E-08 1.798+308 2.605E-08 8.385E-02 8.563E-02 3.622E-04 redo 240 10 2 1.3893 3.620E-08 3.620E-08 1.798+308 2.605E-08 8.393E-02 8.548E-02 1.417E-04 OK (in tol) 1 240 7.752729 6.500E+04 6.147776 6.147776 67.671371 67.671371 0.300835 0.000218 0.656709 -7.130414 490 0 4.4782E+00 7.752729 0.970561 -17.264296 4.980583 -5.965324 0.000000 0.698835 0.000002 0.000329 0.010176 10 3.3023E+06 0.630954 6.147559 -99.000000 -99.000000 -8.774696 0.000000 0.000005 0.000035 0.000329 0.000E+00 delta_HR 2 240 7.748355 6.398E+04 6.108644 6.108644 65.529221 65.529221 0.321409 0.000218 0.630909 -7.095571 511 0 4.4782E+00 7.748355 0.964802 -17.483977 4.941478 -6.432845 0.000000 0.678262 0.000002 0.000329 0.010071 10 3.3023E+06 0.632629 6.108401 -99.000000 -99.000000 -8.778946 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_companion bin 240 1.332E+02 22.585504 1.077296 0.000E+00 0.968345 0 2 -3.620E-08 -2.934E+00 1.103E+55 -4.541E+39 0.000E+00 4.478157 67.671371 9.344612 1.077043 0.000E+00 521.809335 8.621076 8.393E-02 -1.083E-06 1.000E+99 3.155E+53 -6.612E+38 -8.646E+37 3.3023E+06 65.529221 9.221503 1.076114 -3.724E+50 538.867283 8.495293 8.548E-02 -3.691E-07 0.000E+00 2.973E+53 -3.747E+39 10 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 241 1 2 1.3216 3.620E-08 4.784E-08 1.798+308 3.620E-08 8.280E-02 8.445E-02 2.631E-04 redo 241 2 2 1.3216 4.784E-08 6.322E-08 1.798+308 4.784E-08 8.289E-02 8.450E-02 2.227E-04 redo 241 3 2 1.3216 6.322E-08 6.322E-08 1.798+308 4.784E-08 8.302E-02 8.429E-02 -1.144E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 242 1 2 1.4319 6.322E-08 6.322E-08 1.798+308 4.784E-08 8.194E-02 8.347E-02 1.639E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 243 1 2 1.4319 6.322E-08 6.322E-08 1.798+308 4.784E-08 8.128E-02 8.258E-02 -4.012E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 244 1 2 1.4319 6.322E-08 6.322E-08 1.798+308 4.784E-08 7.951E-02 8.099E-02 1.708E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 245 1 2 1.4319 6.322E-08 6.322E-08 1.798+308 4.784E-08 7.809E-02 7.936E-02 -4.577E-06 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 246 1 2 1.4319 6.322E-08 6.322E-08 1.798+308 4.784E-08 7.645E-02 7.751E-02 -1.788E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 247 1 2 1.4319 6.322E-08 4.416E-08 6.322E-08 -1.798+308 7.469E-02 7.534E-02 -5.570E-04 redo 247 2 2 1.4319 4.416E-08 1.685E-08 4.416E-08 -1.798+308 7.458E-02 7.547E-02 -3.107E-04 redo 247 3 2 1.4319 1.685E-08 1.685E-08 4.416E-08 -1.798+308 7.441E-02 7.565E-02 2.948E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 248 1 2 1.5000 1.685E-08 1.123E-08 1.685E-08 -1.798+308 7.273E-02 7.362E-02 -2.768E-04 redo 248 2 2 1.5000 1.123E-08 2.809E-09 1.123E-08 -1.798+308 7.270E-02 7.366E-02 -2.147E-04 redo 248 3 2 1.5000 2.809E-09 1.872E-09 2.809E-09 -1.798+308 7.265E-02 7.347E-02 -3.511E-04 redo 248 4 2 1.5000 1.872E-09 -6.553E-09 1.872E-09 -1.798+308 7.264E-02 7.348E-02 -3.338E-04 redo switching donor 248 5 1 1.5000 6.553E-09 9.830E-09 1.798+308 6.553E-09 7.258E-02 7.354E-02 2.089E-04 redo 248 6 1 1.5000 9.830E-09 9.830E-09 1.798+308 6.553E-09 7.257E-02 7.356E-02 1.781E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 249 1 1 1.5000 9.830E-09 9.830E-09 1.798+308 6.553E-09 7.043E-02 7.161E-02 -4.864E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 250 1 1 1.5000 9.830E-09 6.553E-09 9.830E-09 -1.798+308 6.799E-02 6.997E-02 -9.068E-04 redo 250 2 1 1.5000 6.553E-09 1.638E-09 6.553E-09 -1.798+308 6.799E-02 6.996E-02 -8.811E-04 redo 250 3 1 1.5000 1.638E-09 1.092E-09 1.638E-09 -1.798+308 6.803E-02 6.993E-02 -8.203E-04 redo 250 4 1 1.5000 1.092E-09 -3.823E-09 1.092E-09 -1.798+308 6.803E-02 6.992E-02 -8.140E-04 redo switching donor 250 5 2 1.5000 3.823E-09 5.734E-09 1.798+308 3.823E-09 6.806E-02 6.990E-02 7.569E-04 redo 250 6 2 1.5000 5.734E-09 8.601E-09 1.798+308 5.734E-09 6.807E-02 6.988E-02 7.338E-04 redo 250 7 2 1.5000 8.601E-09 1.290E-08 1.798+308 8.601E-09 6.808E-02 6.987E-02 7.017E-04 redo 250 8 2 1.5000 1.290E-08 1.935E-08 1.798+308 1.290E-08 6.811E-02 6.984E-02 6.485E-04 redo 250 9 2 1.5000 1.935E-08 2.903E-08 1.798+308 1.935E-08 6.814E-02 6.980E-02 5.789E-04 redo 250 10 2 1.5000 2.903E-08 4.354E-08 1.798+308 2.903E-08 6.813E-02 6.975E-02 5.284E-04 redo 250 11 2 1.5000 4.354E-08 6.532E-08 1.798+308 4.354E-08 6.820E-02 6.967E-02 3.810E-04 redo 250 12 2 1.5000 6.532E-08 6.532E-08 1.798+308 4.354E-08 6.831E-02 6.955E-02 1.493E-04 OK (in tol) 1 250 7.763178 6.726E+04 6.196925 6.196925 67.259027 67.259027 0.238990 0.000218 0.725154 -7.170565 498 0 4.4268E+00 7.763178 0.965570 -16.715723 5.029676 -5.692485 0.000000 0.760681 0.000002 0.000329 0.010831 10 3.5821E+06 0.650537 6.196740 -99.000000 -99.000000 -8.751227 0.000000 0.000005 0.000035 0.000329 0.000E+00 delta_HR 2 250 7.757774 6.612E+04 6.156327 6.156327 65.245508 65.245508 0.263313 0.000218 0.695994 -7.135576 518 0 4.4268E+00 7.757774 0.960041 -16.981140 4.989101 -5.803926 0.000000 0.736358 0.000002 0.000329 0.010639 10 3.5821E+06 0.649082 6.156130 -9.632960 -99.000000 -8.755111 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_companion bin 250 1.325E+02 22.662898 1.085678 0.000E+00 0.970063 0 2 -6.532E-08 -1.293E+00 1.097E+55 -1.103E+40 0.000E+00 4.426780 67.259027 9.237822 1.085030 0.000E+00 520.022749 8.647131 6.831E-02 -2.030E-06 1.000E+99 3.027E+53 -6.392E+38 -9.073E+38 3.5821E+06 65.245508 9.120972 1.084686 -3.672E+50 536.070990 8.527874 6.955E-02 -1.571E-06 0.000E+00 2.872E+53 -9.401E+39 12 save LOGS1/profile5.data for model 250 save LOGS2/profile5.data for model 250 save photos/b_x250, photos/1_x250, photos/2_x250 for model 250 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 251 1 2 1.5000 6.532E-08 9.798E-08 1.798+308 6.532E-08 6.617E-02 6.743E-02 2.135E-04 redo 251 2 2 1.5000 9.798E-08 1.470E-07 1.798+308 9.798E-08 6.593E-02 6.726E-02 2.776E-04 redo 251 3 2 1.5000 1.470E-07 2.204E-07 1.798+308 1.470E-07 6.617E-02 6.742E-02 2.027E-04 redo 251 4 2 1.5000 2.204E-07 1.837E-07 2.204E-07 1.470E-07 6.630E-02 6.706E-02 -2.983E-04 redo 251 5 2 1.5000 1.837E-07 1.837E-07 2.204E-07 1.470E-07 6.613E-02 6.725E-02 6.596E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 252 1 2 1.5000 1.837E-07 1.225E-07 1.837E-07 -1.798+308 6.454E-02 6.507E-02 -4.945E-04 redo 252 2 2 1.5000 1.225E-07 1.225E-07 1.837E-07 -1.798+308 6.425E-02 6.534E-02 6.843E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 253 1 2 1.4600 1.225E-07 8.388E-08 1.225E-07 -1.798+308 6.233E-02 6.293E-02 -3.866E-04 redo 253 2 2 1.4600 8.388E-08 2.755E-08 8.388E-08 -1.798+308 6.215E-02 6.280E-02 -3.292E-04 redo 253 3 2 1.4600 2.755E-08 5.572E-08 8.388E-08 2.755E-08 6.189E-02 6.309E-02 2.286E-04 redo 253 4 2 1.4600 5.572E-08 5.572E-08 8.388E-08 2.755E-08 6.201E-02 6.294E-02 -4.423E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 254 1 2 1.5000 5.572E-08 8.357E-08 1.798+308 5.572E-08 5.954E-02 6.098E-02 5.091E-04 redo 254 2 2 1.5000 8.357E-08 1.254E-07 1.798+308 8.357E-08 5.968E-02 6.083E-02 2.109E-04 redo 254 3 2 1.5000 1.254E-07 1.880E-07 1.798+308 1.254E-07 5.978E-02 6.099E-02 2.739E-04 redo 254 4 2 1.5000 1.880E-07 1.567E-07 1.880E-07 1.254E-07 6.008E-02 6.071E-02 -3.196E-04 redo 254 5 2 1.5000 1.567E-07 1.567E-07 1.880E-07 1.254E-07 5.993E-02 6.085E-02 -2.737E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 255 1 2 1.5000 1.567E-07 1.567E-07 1.880E-07 1.254E-07 5.760E-02 5.866E-02 1.526E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 256 1 2 1.5000 1.567E-07 1.567E-07 1.880E-07 1.254E-07 5.565E-02 5.654E-02 1.597E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 257 1 2 1.5000 1.567E-07 1.045E-07 1.567E-07 -1.798+308 5.396E-02 5.440E-02 -4.084E-04 redo 257 2 2 1.5000 1.045E-07 2.612E-08 1.045E-07 -1.798+308 5.416E-02 5.461E-02 -3.950E-04 redo 257 3 2 1.5000 2.612E-08 2.612E-08 1.045E-07 -1.798+308 5.384E-02 5.464E-02 -4.522E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 258 1 2 1.5000 2.612E-08 2.612E-08 1.045E-07 -1.798+308 5.198E-02 5.271E-02 -8.203E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 259 1 2 1.5000 2.612E-08 3.917E-08 1.798+308 2.612E-08 4.984E-02 5.105E-02 4.375E-04 redo 259 2 2 1.5000 3.917E-08 5.876E-08 1.798+308 3.917E-08 4.989E-02 5.099E-02 3.326E-04 redo 259 3 2 1.5000 5.876E-08 5.876E-08 1.798+308 3.917E-08 4.996E-02 5.093E-02 1.973E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 260 1 2 1.5000 5.876E-08 5.876E-08 1.798+308 3.917E-08 4.800E-02 4.875E-02 1.045E-05 OK (in tol) 1 260 7.775431 6.955E+04 6.243458 6.243458 66.622956 66.622956 0.177560 0.000218 0.791647 -7.203752 505 0 4.3037E+00 7.775431 0.959781 -16.103265 5.076168 -5.454433 0.000000 0.822111 0.000002 0.000329 0.011656 10 3.8275E+06 0.676817 6.243326 -99.000000 -99.000000 -8.733138 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_jorb 2 260 7.768340 6.827E+04 6.200229 6.200229 64.698346 64.698346 0.205926 0.000218 0.758890 -7.169592 518 0 4.3037E+00 7.768340 0.954274 -16.441815 5.032959 -5.546166 0.000000 0.793744 0.000002 0.000329 0.011339 10 3.8275E+06 0.670543 6.200077 -9.155839 -99.000000 -8.734008 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_jorb bin 260 1.313E+02 22.801782 1.100598 0.000E+00 0.971112 0 2 -5.876E-08 -1.235E+00 1.085E+55 -1.914E+40 0.000E+00 4.303661 66.622956 9.115517 1.099827 0.000E+00 516.399733 8.697986 4.800E-02 -3.512E-06 1.000E+99 2.844E+53 -6.015E+38 -1.876E+39 3.8275E+06 64.698346 9.000657 1.099646 -3.585E+50 531.761304 8.582263 4.875E-02 -2.843E-06 0.000E+00 2.720E+53 -1.659E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 261 1 2 1.5000 5.876E-08 3.917E-08 5.876E-08 -1.798+308 4.673E-02 4.689E-02 -5.534E-04 redo 261 2 2 1.5000 3.917E-08 9.794E-09 3.917E-08 -1.798+308 4.667E-02 4.695E-02 -4.304E-04 redo 261 3 2 1.5000 9.794E-09 6.529E-09 9.794E-09 -1.798+308 4.658E-02 4.674E-02 -5.507E-04 redo 261 4 2 1.5000 6.529E-09 -2.285E-08 6.529E-09 -1.798+308 4.657E-02 4.675E-02 -5.268E-04 redo switching donor 261 5 1 1.5000 2.285E-08 3.428E-08 1.798+308 2.285E-08 4.648E-02 4.686E-02 3.325E-04 redo 261 6 1 1.5000 3.428E-08 5.142E-08 1.798+308 3.428E-08 4.645E-02 4.690E-02 2.599E-04 redo 261 7 1 1.5000 5.142E-08 5.142E-08 1.798+308 3.428E-08 4.640E-02 4.696E-02 1.453E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 262 1 1 1.3457 5.142E-08 3.821E-08 5.142E-08 -1.798+308 4.444E-02 4.565E-02 -5.425E-04 redo 262 2 1 1.3457 3.821E-08 2.043E-08 3.821E-08 -1.798+308 4.447E-02 4.561E-02 -4.656E-04 redo 262 3 1 1.3457 2.043E-08 1.518E-08 2.043E-08 -1.798+308 4.452E-02 4.557E-02 -3.732E-04 redo 262 4 1 1.3457 1.518E-08 -2.592E-09 1.518E-08 -1.798+308 4.454E-02 4.555E-02 -3.437E-04 redo switching donor 262 5 2 1.3457 2.592E-09 3.489E-09 1.798+308 2.592E-09 4.459E-02 4.550E-02 2.453E-04 redo 262 6 2 1.3457 3.489E-09 4.695E-09 1.798+308 3.489E-09 4.459E-02 4.550E-02 2.402E-04 redo 262 7 2 1.3457 4.695E-09 6.318E-09 1.798+308 4.695E-09 4.459E-02 4.550E-02 2.387E-04 redo 262 8 2 1.3457 6.318E-09 8.502E-09 1.798+308 6.318E-09 4.460E-02 4.549E-02 2.230E-04 redo 262 9 2 1.3457 8.502E-09 1.144E-08 1.798+308 8.502E-09 4.460E-02 4.548E-02 2.106E-04 redo 262 10 2 1.3457 1.144E-08 1.144E-08 1.798+308 8.502E-09 4.461E-02 4.548E-02 1.937E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 263 1 2 1.5000 1.144E-08 1.716E-08 1.798+308 1.144E-08 4.208E-02 4.348E-02 7.754E-04 redo 263 2 2 1.5000 1.716E-08 2.574E-08 1.798+308 1.716E-08 4.210E-02 4.346E-02 7.408E-04 redo 263 3 2 1.5000 2.574E-08 3.861E-08 1.798+308 2.574E-08 4.212E-02 4.344E-02 6.899E-04 redo 263 4 2 1.5000 3.861E-08 5.792E-08 1.798+308 3.861E-08 4.215E-02 4.340E-02 6.177E-04 redo 263 5 2 1.5000 5.792E-08 8.688E-08 1.798+308 5.792E-08 4.220E-02 4.333E-02 5.048E-04 redo 263 6 2 1.5000 8.688E-08 1.303E-07 1.798+308 8.688E-08 4.227E-02 4.326E-02 3.634E-04 redo 263 7 2 1.5000 1.303E-07 1.955E-07 1.798+308 1.303E-07 4.238E-02 4.341E-02 4.002E-04 redo 263 8 2 1.5000 1.955E-07 1.955E-07 1.798+308 1.303E-07 4.255E-02 4.325E-02 7.112E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 264 1 2 1.5000 1.955E-07 2.932E-07 1.798+308 1.955E-07 4.041E-02 4.164E-02 6.360E-04 redo 264 2 2 1.5000 2.932E-07 4.398E-07 1.798+308 2.932E-07 4.051E-02 4.149E-02 3.762E-04 redo 264 3 2 1.5000 4.398E-07 4.398E-07 1.798+308 2.932E-07 4.087E-02 4.150E-02 2.404E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 265 1 2 1.5000 4.398E-07 2.932E-07 4.398E-07 -1.798+308 3.939E-02 3.947E-02 -4.999E-04 redo 265 2 2 1.5000 2.932E-07 2.932E-07 4.398E-07 -1.798+308 3.903E-02 3.966E-02 4.799E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 266 1 2 1.4600 2.932E-07 2.932E-07 4.398E-07 -1.798+308 3.730E-02 3.802E-02 1.755E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 267 1 2 1.4600 2.932E-07 4.281E-07 1.798+308 2.932E-07 3.556E-02 3.657E-02 4.909E-04 redo 267 2 2 1.4600 4.281E-07 6.250E-07 1.798+308 4.281E-07 3.535E-02 3.627E-02 4.030E-04 redo 267 3 2 1.4600 6.250E-07 5.265E-07 6.250E-07 4.281E-07 3.552E-02 3.581E-02 -2.233E-04 redo 267 4 2 1.4600 5.265E-07 5.265E-07 6.250E-07 4.281E-07 3.559E-02 3.604E-02 -7.240E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 268 1 2 1.5000 5.265E-07 5.265E-07 6.250E-07 4.281E-07 3.405E-02 3.437E-02 -1.809E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 269 1 2 1.5000 5.265E-07 7.898E-07 1.798+308 5.265E-07 3.183E-02 3.314E-02 8.492E-04 redo 269 2 2 1.5000 7.898E-07 7.898E-07 1.798+308 5.265E-07 3.212E-02 3.260E-02 -7.644E-07 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 270 1 2 1.4600 7.898E-07 5.410E-07 7.898E-07 -1.798+308 3.101E-02 3.101E-02 -4.613E-04 redo 270 2 2 1.4600 5.410E-07 1.777E-07 5.410E-07 -1.798+308 3.075E-02 3.099E-02 -2.134E-04 redo 270 3 2 1.4600 1.777E-07 3.593E-07 5.410E-07 1.777E-07 3.047E-02 3.122E-02 2.980E-04 redo 270 4 2 1.4600 3.593E-07 3.894E-07 3.593E-07 1.777E-07 3.087E-02 3.112E-02 -2.010E-04 redo 270 5 2 1.4600 3.894E-07 3.743E-07 3.593E-07 3.894E-07 3.039E-02 3.106E-02 2.158E-04 redo 270 6 2 1.4600 3.743E-07 3.738E-07 3.593E-07 3.743E-07 3.035E-02 3.109E-02 2.937E-04 redo 270 7 2 1.4600 3.738E-07 3.666E-07 3.593E-07 3.738E-07 3.035E-02 3.109E-02 2.960E-04 redo 270 8 2 1.4600 3.666E-07 3.652E-07 3.593E-07 3.666E-07 3.034E-02 3.111E-02 3.260E-04 redo 270 9 2 1.4600 3.652E-07 3.659E-07 3.652E-07 3.666E-07 3.088E-02 3.111E-02 -2.214E-04 redo 270 10 2 1.4600 3.659E-07 3.657E-07 3.652E-07 3.659E-07 3.034E-02 3.111E-02 3.289E-04 redo 270 11 2 1.4600 3.657E-07 3.655E-07 3.652E-07 3.657E-07 3.034E-02 3.111E-02 3.295E-04 redo 270 12 2 1.4600 3.655E-07 3.656E-07 3.655E-07 3.657E-07 3.088E-02 3.111E-02 -2.224E-04 redo 270 13 2 1.4600 3.656E-07 3.657E-07 3.656E-07 3.657E-07 3.088E-02 3.111E-02 -2.230E-04 redo 270 14 2 1.4600 3.657E-07 3.657E-07 3.656E-07 3.657E-07 3.034E-02 3.111E-02 3.297E-04 redo 270 15 2 1.4600 3.657E-07 3.656E-07 3.656E-07 3.657E-07 3.034E-02 3.111E-02 3.298E-04 redo 270 16 2 1.4600 3.656E-07 3.656E-07 3.656E-07 3.656E-07 3.034E-02 3.111E-02 3.299E-04 redo 270 17 2 1.4600 3.656E-07 3.656E-07 3.656E-07 3.656E-07 3.034E-02 3.111E-02 3.299E-04 redo 270 18 2 1.4600 3.656E-07 3.656E-07 3.656E-07 3.656E-07 3.088E-02 3.111E-02 -2.230E-04 redo 270 19 2 1.4600 3.656E-07 3.656E-07 3.656E-07 3.656E-07 3.034E-02 3.111E-02 3.299E-04 redo 270 20 2 1.4600 3.656E-07 3.656E-07 3.656E-07 3.656E-07 3.034E-02 3.111E-02 3.299E-04 redo 270 21 2 1.4600 3.656E-07 3.656E-07 3.656E-07 3.656E-07 3.034E-02 3.111E-02 3.299E-04 redo 270 22 2 1.4600 3.656E-07 3.656E-07 3.656E-07 3.656E-07 3.034E-02 3.111E-02 3.300E-04 redo 270 23 2 1.4600 3.656E-07 3.656E-07 3.656E-07 3.656E-07 3.034E-02 3.111E-02 3.300E-04 redo 270 24 2 1.4600 3.656E-07 3.656E-07 3.656E-07 3.656E-07 3.034E-02 3.111E-02 3.300E-04 redo 270 25 2 1.4600 3.656E-07 3.656E-07 3.656E-07 3.656E-07 3.034E-02 3.111E-02 3.300E-04 redo 270 26 2 1.4600 3.656E-07 3.656E-07 3.656E-07 3.656E-07 3.088E-02 3.111E-02 -2.230E-04 OK (tiny change) 1 270 7.785315 7.111E+04 6.273294 6.273294 65.962064 65.962064 0.137170 0.000218 0.833918 -7.218205 496 0 4.0886E+00 7.785315 0.955336 -15.631081 5.105985 -5.339874 0.000000 0.862500 0.000002 0.000329 0.012331 10 3.9736E+06 0.700712 6.273207 -99.000000 -99.000000 -8.724565 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_jorb 2 270 7.776360 6.972E+04 6.227971 6.227971 64.138381 64.138381 0.168498 0.000218 0.799871 -7.186881 511 0 4.0886E+00 7.776360 0.949869 -16.047129 5.060678 -5.338738 0.000000 0.831172 0.000002 0.000329 0.011894 10 3.9736E+06 0.688908 6.227876 -99.000000 -99.000000 -8.723066 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_jorb bin 270 1.301E+02 22.951107 1.116630 0.000E+00 0.972353 0 2 -3.656E-07 -9.974E-01 1.074E+55 -2.735E+40 0.000E+00 4.088555 65.962064 9.022684 1.115611 0.000E+00 512.650749 8.752406 3.088E-02 -4.572E-06 1.000E+99 2.672E+53 -5.636E+38 -2.473E+39 3.9736E+06 64.138381 8.909828 1.116193 -3.496E+50 527.227244 8.640998 3.111E-02 -4.584E-06 0.000E+00 2.578E+53 -2.390E+40 26 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 271 1 2 1.5000 3.656E-07 3.656E-07 3.656E-07 3.656E-07 2.871E-02 2.914E-02 1.006E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 272 1 2 1.5000 3.656E-07 5.484E-07 1.798+308 3.656E-07 2.668E-02 2.750E-02 4.204E-04 redo 272 2 2 1.5000 5.484E-07 4.570E-07 5.484E-07 3.656E-07 2.709E-02 2.712E-02 -3.692E-04 redo 272 3 2 1.5000 4.570E-07 4.570E-07 5.484E-07 3.656E-07 2.690E-02 2.731E-02 1.109E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 273 1 2 1.3800 4.570E-07 6.307E-07 1.798+308 4.570E-07 2.451E-02 2.593E-02 1.063E-03 redo 273 2 2 1.3800 6.307E-07 8.704E-07 1.798+308 6.307E-07 2.459E-02 2.561E-02 6.519E-04 redo 273 3 2 1.3800 8.704E-07 1.201E-06 1.798+308 8.704E-07 2.482E-02 2.549E-02 2.963E-04 redo 273 4 2 1.3800 1.201E-06 1.201E-06 1.798+308 8.704E-07 2.526E-02 2.548E-02 -1.556E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 274 1 2 1.5000 1.201E-06 8.007E-07 1.201E-06 -1.798+308 2.467E-02 2.291E-02 -2.136E-03 redo 274 2 2 1.5000 8.007E-07 2.002E-07 8.007E-07 -1.798+308 2.399E-02 2.329E-02 -1.065E-03 redo 274 3 2 1.5000 2.002E-07 2.002E-07 8.007E-07 -1.798+308 2.363E-02 2.404E-02 4.865E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 275 1 2 1.5000 2.002E-07 3.003E-07 1.798+308 2.002E-07 2.097E-02 2.200E-02 7.069E-04 redo 275 2 2 1.5000 3.003E-07 4.504E-07 1.798+308 3.003E-07 2.120E-02 2.181E-02 2.879E-04 redo 275 3 2 1.5000 4.504E-07 4.504E-07 1.798+308 3.003E-07 2.154E-02 2.189E-02 2.108E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 276 1 2 1.5000 4.504E-07 6.756E-07 1.798+308 4.504E-07 1.951E-02 2.023E-02 4.176E-04 redo 276 2 2 1.5000 6.756E-07 6.756E-07 1.798+308 4.504E-07 1.971E-02 1.984E-02 -1.801E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 277 1 2 1.4600 6.756E-07 4.627E-07 6.756E-07 -1.798+308 1.799E-02 1.771E-02 -5.647E-04 redo 277 2 2 1.4600 4.627E-07 4.627E-07 6.756E-07 -1.798+308 1.785E-02 1.808E-02 -5.552E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 278 1 2 1.4232 4.627E-07 3.251E-07 4.627E-07 -1.798+308 1.595E-02 1.581E-02 -3.883E-04 redo 278 2 2 1.4232 3.251E-07 3.251E-07 4.627E-07 -1.798+308 1.561E-02 1.604E-02 1.797E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 279 1 2 1.3893 3.251E-07 3.251E-07 4.627E-07 -1.798+308 1.458E-02 1.498E-02 1.707E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 280 1 2 1.3893 3.251E-07 4.517E-07 1.798+308 3.251E-07 1.210E-02 1.310E-02 8.028E-04 redo 280 2 2 1.3893 4.517E-07 6.276E-07 1.798+308 4.517E-07 1.241E-02 1.290E-02 2.894E-04 redo 280 3 2 1.3893 6.276E-07 6.276E-07 1.798+308 4.517E-07 1.242E-02 1.263E-02 8.811E-06 OK (in tol) 1 280 7.795874 7.259E+04 6.299791 6.299791 65.489844 65.489844 0.102433 0.000217 0.869246 -7.225577 493 0 4.0355E+00 7.795874 0.950719 -15.143052 5.132468 -5.442133 0.000000 0.897238 0.000002 0.000329 0.013008 10 4.0902E+06 0.727027 6.299694 -99.000000 -99.000000 -8.719745 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_jorb 2 280 7.784336 7.107E+04 6.250669 6.250669 63.486155 63.486155 0.136379 0.000218 0.833429 -7.196920 513 0 4.0355E+00 7.784336 0.944644 -15.665818 5.083361 -5.186937 0.000000 0.863292 0.000002 0.000329 0.012451 10 4.0902E+06 0.708770 6.250656 -99.000000 -99.000000 -8.713405 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_jorb bin 280 1.290E+02 23.106456 1.132893 0.000E+00 0.969405 0 2 -6.276E-07 -5.557E-01 1.063E+55 -2.905E+40 0.000E+00 4.035483 65.489844 8.927282 1.130239 0.000E+00 507.928669 8.817734 1.242E-02 -3.613E-06 1.000E+99 2.515E+53 -5.294E+38 -1.266E+39 4.0902E+06 63.486155 8.803265 1.132697 -3.413E+50 523.959420 8.693426 1.263E-02 -6.502E-06 0.000E+00 2.432E+53 -2.657E+40 3 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 281 1 2 1.5000 6.276E-07 4.184E-07 6.276E-07 -1.798+308 1.213E-02 1.209E-02 -2.401E-04 redo 281 2 2 1.5000 4.184E-07 4.184E-07 6.276E-07 -1.798+308 1.204E-02 1.237E-02 1.302E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 282 1 2 1.4600 4.184E-07 6.109E-07 1.798+308 4.184E-07 9.861E-03 1.046E-02 4.366E-04 redo 282 2 2 1.4600 6.109E-07 6.109E-07 1.798+308 4.184E-07 1.007E-02 1.019E-02 -5.697E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 283 1 2 1.4232 6.109E-07 4.292E-07 6.109E-07 -1.798+308 1.031E-02 9.988E-03 -4.970E-04 redo 283 2 2 1.4232 4.292E-07 4.292E-07 6.109E-07 -1.798+308 9.895E-03 1.019E-02 1.287E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 284 1 2 1.3893 4.292E-07 4.292E-07 6.109E-07 -1.798+308 8.274E-03 8.616E-03 1.999E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 285 1 2 1.3893 4.292E-07 3.089E-07 4.292E-07 -1.798+308 7.904E-03 7.770E-03 -2.711E-04 redo 285 2 2 1.3893 3.089E-07 1.418E-07 3.089E-07 -1.798+308 7.992E-03 7.893E-03 -2.375E-04 redo 285 3 2 1.3893 1.418E-07 2.254E-07 3.089E-07 1.418E-07 7.623E-03 8.082E-03 3.266E-04 redo 285 4 2 1.3893 2.254E-07 2.254E-07 3.089E-07 1.418E-07 7.802E-03 7.988E-03 5.121E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 286 1 2 1.5000 2.254E-07 2.254E-07 3.089E-07 1.418E-07 5.674E-03 5.962E-03 1.888E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 287 1 2 1.5000 2.254E-07 3.381E-07 1.798+308 2.254E-07 5.826E-03 6.136E-03 2.068E-04 redo 287 2 2 1.5000 3.381E-07 5.071E-07 1.798+308 3.381E-07 5.661E-03 6.025E-03 2.635E-04 redo 287 3 2 1.5000 5.071E-07 5.071E-07 1.798+308 3.381E-07 5.708E-03 5.853E-03 4.399E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 288 1 2 1.5000 5.071E-07 3.381E-07 5.071E-07 -1.798+308 4.725E-03 4.494E-03 -3.153E-04 redo 288 2 2 1.5000 3.381E-07 3.381E-07 5.071E-07 -1.798+308 4.331E-03 4.422E-03 1.315E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 289 1 2 1.4600 3.381E-07 2.316E-07 3.381E-07 -1.798+308 3.485E-03 3.215E-03 -3.335E-04 redo 289 2 2 1.4600 2.316E-07 2.316E-07 3.381E-07 -1.798+308 3.246E-03 3.326E-03 2.114E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 290 1 2 1.4232 2.316E-07 2.316E-07 3.381E-07 -1.798+308 2.207E-03 2.391E-03 1.433E-04 OK (in tol) 1 290 7.803324 7.344E+04 6.315636 6.315636 65.287158 2.488287 0.082681 0.000217 0.888554 -7.225929 491 0 3.6950E+00 7.803324 0.948617 -14.808034 5.148308 -5.492832 62.798871 0.916989 0.000002 0.000329 0.013442 9 4.1531E+06 0.746048 6.315553 -9.632960 -99.000000 -8.720654 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_RL 2 290 7.789495 7.181E+04 6.262941 6.262941 63.047917 63.047917 0.118227 0.000217 0.852273 -7.199991 509 0 3.6950E+00 7.789495 0.941771 -15.424624 5.095625 -5.129406 0.000000 0.881444 0.000002 0.000329 0.012804 10 4.1531E+06 0.722266 6.262970 -8.854809 -99.000000 -8.709713 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_RL bin 290 1.283E+02 23.209079 1.143293 0.000E+00 0.965702 0 2 -2.316E-07 -4.331E-01 1.058E+55 -2.930E+40 0.000E+00 3.695013 65.287158 8.884167 1.141190 0.000E+00 504.561282 8.864604 2.207E-03 -3.215E-06 1.000E+99 2.414E+53 -5.088E+38 -4.064E+38 4.1531E+06 63.047917 8.745222 1.142968 -3.364E+50 522.481526 8.724366 2.391E-03 -7.423E-06 0.000E+00 2.338E+53 -2.814E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 291 1 2 1.4232 2.316E-07 3.296E-07 1.798+308 2.316E-07 1.193E-03 1.555E-03 3.408E-04 redo 291 2 2 1.4232 3.296E-07 3.296E-07 1.798+308 2.316E-07 1.388E-03 1.458E-03 4.488E-05 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 292 1 2 1.3893 3.296E-07 4.579E-07 1.798+308 3.296E-07 -1.866E-04 3.842E-05 2.768E-04 redo 292 2 2 1.3893 4.579E-07 4.579E-07 1.798+308 3.296E-07 8.678E-05 -8.252E-05 -1.709E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 293 1 2 1.3582 4.579E-07 3.371E-07 4.579E-07 -1.798+308 -1.412E-04 -2.657E-04 -3.314E-04 redo 293 2 2 1.3582 3.371E-07 3.371E-07 4.579E-07 -1.798+308 -3.846E-04 -1.585E-04 -1.169E-04 OK (in tol) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 294 1 2 1.3295 3.371E-07 2.536E-07 3.371E-07 -1.798+308 -1.598E-03 -1.776E-03 -3.352E-03 redo 294 2 2 1.3295 2.536E-07 1.907E-07 2.536E-07 -1.798+308 -1.772E-03 -1.702E-03 -3.203E-03 redo 294 3 2 1.3295 1.907E-07 1.434E-07 1.907E-07 -1.798+308 -1.526E-03 -1.633E-03 -3.066E-03 redo 294 4 2 1.3295 1.434E-07 1.079E-07 1.434E-07 -1.798+308 -1.618E-03 -1.586E-03 -2.972E-03 redo 294 5 2 1.3295 1.079E-07 8.115E-08 1.079E-07 -1.798+308 -1.688E-03 -1.553E-03 -2.906E-03 redo 294 6 2 1.3295 8.115E-08 6.103E-08 8.115E-08 -1.798+308 -1.741E-03 -1.527E-03 -2.854E-03 redo 294 7 2 1.3295 6.103E-08 4.591E-08 6.103E-08 -1.798+308 -1.780E-03 -1.508E-03 -2.816E-03 redo 294 8 2 1.3295 4.591E-08 3.453E-08 4.591E-08 -1.798+308 -1.810E-03 -1.494E-03 -2.788E-03 redo 294 9 2 1.3295 3.453E-08 2.597E-08 3.453E-08 -1.798+308 -1.832E-03 -1.484E-03 -2.769E-03 redo 294 10 2 1.3295 2.597E-08 1.953E-08 2.597E-08 -1.798+308 -1.849E-03 -1.476E-03 -2.751E-03 redo 294 11 2 1.3295 1.953E-08 1.469E-08 1.953E-08 -1.798+308 -1.862E-03 -1.470E-03 -2.740E-03 redo 294 12 2 1.3295 1.469E-08 1.105E-08 1.469E-08 -1.798+308 -1.871E-03 -1.465E-03 -2.730E-03 redo 294 13 2 1.3295 1.105E-08 8.311E-09 1.105E-08 -1.798+308 -1.878E-03 -1.462E-03 -2.724E-03 redo 294 14 2 1.3295 8.311E-09 6.251E-09 8.311E-09 -1.798+308 -1.883E-03 -1.459E-03 -2.718E-03 redo 294 15 2 1.3295 6.251E-09 4.702E-09 6.251E-09 -1.798+308 -1.888E-03 -1.457E-03 -2.714E-03 redo 294 16 2 1.3295 4.702E-09 3.536E-09 4.702E-09 -1.798+308 -1.891E-03 -1.455E-03 -2.711E-03 redo 294 17 2 1.3295 3.536E-09 2.660E-09 3.536E-09 -1.798+308 -1.893E-03 -1.454E-03 -2.709E-03 redo 294 18 2 1.3295 2.660E-09 2.001E-09 2.660E-09 -1.798+308 -1.895E-03 -1.454E-03 -2.707E-03 redo 294 19 2 1.3295 2.001E-09 1.505E-09 2.001E-09 -1.798+308 -1.896E-03 -1.453E-03 -2.706E-03 redo 294 20 2 1.4625 1.505E-09 1.132E-09 1.505E-09 -1.798+308 -1.897E-03 -1.453E-03 -2.705E-03 redo 294 21 2 1.4625 1.132E-09 7.738E-10 1.132E-09 -1.798+308 -1.898E-03 -1.452E-03 -2.705E-03 redo 294 22 2 1.4625 7.738E-10 5.291E-10 7.738E-10 -1.798+308 -1.899E-03 -1.452E-03 -2.704E-03 redo 294 23 2 1.4625 5.291E-10 3.618E-10 5.291E-10 -1.798+308 -1.899E-03 -1.452E-03 -2.704E-03 redo 294 24 2 1.4625 3.618E-10 2.474E-10 3.618E-10 -1.798+308 -1.899E-03 -1.452E-03 -2.703E-03 redo 294 25 2 1.4625 2.474E-10 1.692E-10 2.474E-10 -1.798+308 -1.900E-03 -1.452E-03 -2.703E-03 redo 294 26 2 1.4625 1.692E-10 1.157E-10 1.692E-10 -1.798+308 -1.900E-03 -1.452E-03 -2.703E-03 redo 294 27 2 1.4625 1.157E-10 7.908E-11 1.157E-10 -1.798+308 -1.900E-03 -1.452E-03 -2.703E-03 redo 294 28 2 1.4625 7.908E-11 5.407E-11 7.908E-11 -1.798+308 -1.900E-03 -1.452E-03 -2.703E-03 redo 294 29 2 1.4625 5.407E-11 3.697E-11 5.407E-11 -1.798+308 -1.900E-03 -1.452E-03 -2.703E-03 redo 294 30 2 1.4625 3.697E-11 2.528E-11 3.697E-11 -1.798+308 -1.900E-03 -1.451E-03 -2.703E-03 redo 294 31 2 1.4625 2.528E-11 1.729E-11 2.528E-11 -1.798+308 -1.900E-03 -1.451E-03 -2.703E-03 redo 294 32 2 1.4625 1.729E-11 1.182E-11 1.729E-11 -1.798+308 -1.900E-03 -1.451E-03 -2.703E-03 redo 294 33 2 1.4625 1.182E-11 8.082E-12 1.182E-11 -1.798+308 -1.900E-03 -1.451E-03 -2.703E-03 redo 294 34 2 1.4625 8.082E-12 5.526E-12 8.082E-12 -1.798+308 -1.900E-03 -1.451E-03 -2.703E-03 redo 294 35 2 1.4625 5.526E-12 3.779E-12 5.526E-12 -1.798+308 -1.900E-03 -1.451E-03 -2.703E-03 redo 294 36 2 1.4625 3.779E-12 2.584E-12 3.779E-12 -1.798+308 -1.900E-03 -1.451E-03 -2.703E-03 redo 294 37 2 1.4625 2.584E-12 1.767E-12 2.584E-12 -1.798+308 -1.900E-03 -1.451E-03 -2.703E-03 redo 294 38 2 1.4625 1.767E-12 1.208E-12 1.767E-12 -1.798+308 -1.900E-03 -1.451E-03 -2.703E-03 redo 294 39 2 1.4625 1.208E-12 0.000E+00 1.208E-12 -1.798+308 -1.900E-03 -1.451E-03 -2.703E-03 OK (detachment) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 295 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.112E-03 -2.290E-03 -4.381E-03 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 296 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.939E-03 -2.768E-03 -5.336E-03 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 297 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -5.601E-03 -4.138E-03 -8.076E-03 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 298 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -5.889E-03 -4.378E-03 -8.556E-03 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 299 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.882E-03 -5.418E-03 -1.064E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 300 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.729E-03 -5.988E-03 -1.178E-02 OK (detached) __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 1 300 7.809047 7.413E+04 6.325824 6.325824 65.129888 0.000000 0.069789 0.000217 0.901046 -7.223182 492 0 3.4641E+00 7.809047 0.945568 -14.554872 5.158493 -5.227449 65.129888 0.929882 0.000002 0.000329 0.013750 5 4.1928E+06 0.761142 6.325855 -99.000000 -99.000000 -8.719771 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_RL __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 2 300 7.793199 7.233E+04 6.270597 6.270597 62.737133 62.737133 0.106391 0.000217 0.864672 -7.200707 509 0 3.4641E+00 7.793199 0.939340 -15.253831 5.103276 -5.089316 0.000000 0.893279 0.000002 0.000329 0.013051 5 4.1928E+06 0.732204 6.270644 -99.000000 -99.000000 -8.706670 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_RL __________________________________________________________________________________________________________________________________________________ binary_step M1+M2 separ Porb e M2/M1 pm_i donor_i dot_Mmt eff Jorb dot_J dot_Jmb lg_dt M1 R1 P1 dot_e vorb1 RL1 Rl_gap1 dot_M1 dot_Medd spin1 dot_Jgr dot_Jls age_yr M2 R2 P2 Eorb vorb2 RL2 Rl_gap2 dot_M2 L_acc spin2 dot_Jml rlo_iters __________________________________________________________________________________________________________________________________________________ bin 300 1.279E+02 23.287587 1.151200 0.000E+00 0.963262 0 2 0.000E+00 -7.276E-01 1.054E+55 -3.879E+40 0.000E+00 3.464119 65.129888 8.822014 1.149743 0.000E+00 502.143637 8.899703 -8.729E-03 -5.923E-06 1.000E+99 2.336E+53 -4.943E+38 -1.336E+39 4.1928E+06 62.737133 8.696400 1.150751 -3.328E+50 521.295080 8.748791 -5.988E-03 -8.141E-06 0.000E+00 2.272E+53 -3.696E+40 1 save LOGS1/profile6.data for model 300 save LOGS2/profile6.data for model 300 save photos/b_x300, photos/1_x300, photos/2_x300 for model 300 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 301 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.036E-02 -7.279E-03 -1.436E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 302 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.103E-02 -7.250E-03 -1.430E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 303 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.263E-02 -8.411E-03 -1.662E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 304 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.401E-02 -9.308E-03 -1.842E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 305 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.565E-02 -1.014E-02 -2.009E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 306 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.705E-02 -1.084E-02 -2.148E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 307 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.917E-02 -1.205E-02 -2.390E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 308 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -2.081E-02 -1.269E-02 -2.519E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 309 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.639E-02 -8.947E-03 -1.769E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 310 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.500E-02 -8.008E-03 -1.582E-02 OK (detached) 1 310 7.812750 7.449E+04 6.330570 6.330570 64.918676 0.000000 0.062300 0.000217 0.908714 -7.219212 489 0 1.9115E+00 7.812750 0.943934 -14.392424 5.163237 -4.813523 64.918676 0.937371 0.000002 0.000329 0.013943 4 4.2154E+06 0.771547 6.330858 -99.000000 -99.000000 -8.718888 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_RL 2 310 7.795504 7.248E+04 6.274834 6.274834 62.546301 5.918868 0.099500 0.000217 0.871682 -7.200551 502 0 1.9115E+00 7.795504 0.939619 -15.148451 5.107512 -5.057185 56.627433 0.900171 0.000002 0.000329 0.013202 4 4.2154E+06 0.738488 6.274884 -99.000000 -99.000000 -8.707808 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_RL bin 310 1.275E+02 23.348937 1.157573 0.000E+00 0.963456 0 2 0.000E+00 -1.753E+00 1.050E+55 -6.498E+40 0.000E+00 1.911529 64.918676 8.788899 1.157916 0.000E+00 500.745957 8.922739 -1.500E-02 -1.536E-05 1.000E+99 2.274E+53 -4.822E+38 -2.108E+39 4.2154E+06 62.546301 8.701998 1.157818 -3.298E+50 519.739206 8.772246 -8.008E-03 -8.766E-06 0.000E+00 2.228E+53 -6.239E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 311 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.509E-02 -8.002E-03 -1.580E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 312 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.513E-02 -7.913E-03 -1.563E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 313 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.561E-02 -8.271E-03 -1.634E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 314 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.590E-02 -8.480E-03 -1.676E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 315 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.595E-02 -8.678E-03 -1.716E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 316 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.639E-02 -8.957E-03 -1.771E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 317 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.669E-02 -9.149E-03 -1.810E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 318 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.720E-02 -9.335E-03 -1.847E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 319 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.779E-02 -9.811E-03 -1.942E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 320 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.832E-02 -1.020E-02 -2.020E-02 OK (detached) 1 320 7.813130 7.462E+04 6.330935 6.330935 64.883583 0.000000 0.061566 0.000217 0.909424 -7.218625 485 0 2.6405E+00 7.813130 0.942583 -14.375794 5.163602 -4.798706 64.883583 0.938105 0.000002 0.000329 0.013963 5 4.2176E+06 0.772679 6.331314 -99.000000 -99.000000 -8.717288 0.000000 0.000005 0.000035 0.000329 0.000E+00 max increase 2 320 7.795740 7.257E+04 6.275302 6.275302 62.526997 5.899564 0.098827 0.000217 0.872256 -7.200495 497 0 2.6405E+00 7.795740 0.938820 -15.137723 5.107979 -5.056464 56.627433 0.900844 0.000002 0.000329 0.013217 5 4.2176E+06 0.739137 6.275385 -9.632960 -99.000000 -8.706899 0.000000 0.000005 0.000035 0.000329 0.000E+00 max increase bin 320 1.274E+02 23.356368 1.158373 0.000E+00 0.963680 0 2 0.000E+00 -1.810E+00 1.049E+55 -7.185E+40 0.000E+00 2.640518 64.883583 8.761597 1.158664 0.000E+00 500.618608 8.925109 -1.832E-02 -1.590E-05 1.000E+99 2.266E+53 -4.809E+38 -7.602E+39 4.2176E+06 62.526997 8.686002 1.158593 -3.294E+50 519.486471 8.775505 -1.020E-02 -8.781E-06 0.000E+00 2.223E+53 -6.377E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 321 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.891E-02 -1.064E-02 -2.108E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 322 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.981E-02 -1.104E-02 -2.189E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 323 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -2.035E-02 -1.154E-02 -2.289E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 324 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -2.151E-02 -1.234E-02 -2.448E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 325 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -2.266E-02 -1.284E-02 -2.549E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 326 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -2.391E-02 -1.343E-02 -2.667E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 327 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -2.515E-02 -1.483E-02 -2.947E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 328 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -2.696E-02 -1.583E-02 -3.145E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 329 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -2.894E-02 -1.707E-02 -3.394E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 330 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.121E-02 -1.825E-02 -3.630E-02 OK (detached) 1 330 7.815579 7.516E+04 6.333364 6.333364 64.663360 0.000000 0.057040 0.000217 0.914515 -7.214650 483 0 3.4232E+00 7.815579 0.937585 -14.268947 5.166030 -4.779170 64.663360 0.942631 0.000002 0.000329 0.014088 5 4.2310E+06 0.779984 6.333785 -99.000000 -99.000000 -8.710929 0.000000 0.000006 0.000035 0.000329 0.000E+00 max increase 2 330 7.797209 7.289E+04 6.277993 6.277993 62.406287 4.781149 0.094689 0.000217 0.876493 -7.200101 493 0 3.4232E+00 7.797209 0.936305 -15.071032 5.110669 -5.041458 57.625139 0.904982 0.000002 0.000329 0.013310 5 4.2310E+06 0.743179 6.278092 -99.000000 -99.000000 -8.703775 0.000000 0.000005 0.000035 0.000329 0.000E+00 max increase bin 330 1.271E+02 23.404017 1.163478 0.000E+00 0.965095 0 2 0.000E+00 -1.829E+00 1.046E+55 -7.438E+40 0.000E+00 3.423200 64.663360 8.661329 1.162658 0.000E+00 499.812423 8.940336 -3.121E-02 -1.663E-05 1.000E+99 2.218E+53 -4.727E+38 -7.451E+39 4.2310E+06 62.406287 8.635849 1.162695 -3.270E+50 517.889338 8.796373 -1.825E-02 -9.090E-06 0.000E+00 2.194E+53 -6.645E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 331 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.384E-02 -1.999E-02 -3.978E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 332 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.646E-02 -2.143E-02 -4.266E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 333 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.035E-02 -2.375E-02 -4.730E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 334 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.333E-02 -2.514E-02 -5.008E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 335 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.654E-02 -2.715E-02 -5.410E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 336 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.975E-02 -2.888E-02 -5.756E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 337 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -5.324E-02 -3.087E-02 -6.155E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 338 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -5.575E-02 -3.263E-02 -6.506E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 339 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -5.894E-02 -3.385E-02 -6.750E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 340 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.156E-02 -3.551E-02 -7.082E-02 OK (detached) 1 340 7.824078 7.645E+04 6.339971 6.339971 63.978753 0.000000 0.043557 0.000217 0.929776 -7.198432 491 0 3.5954E+00 7.824078 0.926223 -13.901725 5.172634 -4.738497 63.978753 0.956113 0.000002 0.000329 0.014480 5 4.2702E+06 0.805525 6.340537 -99.000000 -99.000000 -8.697137 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_envelope 2 340 7.801889 7.359E+04 6.285794 6.285794 62.029197 2.280755 0.082464 0.000217 0.888903 -7.197627 490 0 3.5954E+00 7.801889 0.931973 -14.860373 5.118466 -4.995228 59.748442 0.917207 0.000002 0.000329 0.013598 10 4.2702E+06 0.756242 6.285946 -99.000000 -99.000000 -8.699998 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_envelope bin 340 1.260E+02 23.561643 1.180192 0.000E+00 0.969528 0 2 0.000E+00 -1.806E+00 1.037E+55 -7.976E+40 0.000E+00 3.595383 63.978753 8.437676 1.178773 0.000E+00 497.209268 8.991179 -6.156E-02 -1.826E-05 1.000E+99 2.068E+53 -4.454E+38 -5.958E+39 4.2702E+06 62.029197 8.550135 1.178478 -3.194E+50 512.836386 8.864942 -3.551E-02 -1.011E-05 0.000E+00 2.103E+53 -7.336E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 341 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.551E-02 -3.802E-02 -7.584E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 342 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.904E-02 -3.951E-02 -7.881E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 343 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.080E-02 -4.045E-02 -8.070E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 344 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.385E-02 -4.254E-02 -8.487E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 345 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.628E-02 -4.398E-02 -8.777E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 346 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.753E-02 -4.423E-02 -8.827E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 347 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.835E-02 -4.469E-02 -8.917E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 348 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.972E-02 -4.581E-02 -9.141E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 349 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.172E-02 -4.664E-02 -9.309E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 350 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.177E-02 -4.634E-02 -9.249E-02 OK (detached) 1 350 7.831486 7.729E+04 6.344031 6.344031 63.482261 0.000000 0.034283 0.000217 0.939186 -7.181756 497 0 3.0519E+00 7.831486 0.918762 -13.585128 5.176693 -4.707874 63.482261 0.965387 0.000001 0.000329 0.014768 5 4.2963E+06 0.827910 6.344761 -99.000000 -99.000000 -8.690028 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_envelope 2 350 7.805458 7.400E+04 6.290855 6.290855 61.752447 0.676072 0.074047 0.000217 0.897313 -7.194628 496 0 3.0519E+00 7.805458 0.929721 -14.701406 5.123525 -4.960444 61.076375 0.925624 0.000002 0.000329 0.013807 5 4.2963E+06 0.766359 6.291047 -9.030900 -99.000000 -8.698780 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_envelope bin 350 1.252E+02 23.688007 1.193366 0.000E+00 0.972751 0 2 0.000E+00 -1.789E+00 1.030E+55 -8.159E+40 0.000E+00 3.051933 63.482261 8.293969 1.192321 0.000E+00 495.190582 9.032580 -8.177E-02 -1.959E-05 1.000E+99 1.952E+53 -4.241E+38 -2.134E+39 4.2963E+06 61.752447 8.505915 1.192645 -3.139E+50 509.061893 8.919277 -4.634E-02 -1.095E-05 0.000E+00 2.033E+53 -7.903E+40 1 save LOGS1/profile7.data for model 350 save LOGS2/profile7.data for model 350 save photos/b_x350, photos/1_x350, photos/2_x350 for model 350 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 351 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.265E-02 -4.696E-02 -9.372E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 352 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.323E-02 -4.721E-02 -9.423E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 353 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.419E-02 -4.748E-02 -9.476E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 354 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.428E-02 -4.742E-02 -9.464E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 355 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.471E-02 -4.767E-02 -9.514E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 356 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.482E-02 -4.746E-02 -9.471E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 357 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.484E-02 -4.707E-02 -9.394E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 358 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.556E-02 -4.765E-02 -9.510E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 359 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.579E-02 -4.799E-02 -9.578E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 360 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.565E-02 -4.764E-02 -9.508E-02 OK (detached) 1 360 7.833563 7.745E+04 6.345038 6.345038 63.359067 0.000000 0.032047 0.000217 0.941250 -7.176730 496 0 2.4775E+00 7.833563 0.917454 -13.496756 5.177700 -4.705433 63.359067 0.967624 0.000001 0.000329 0.014840 4 4.3026E+06 0.834192 6.345796 -99.000000 -99.000000 -8.689493 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_envelope 2 360 7.806374 7.404E+04 6.292082 6.292082 61.682999 0.180039 0.072015 0.000217 0.899162 -7.193699 490 0 2.4775E+00 7.806374 0.929824 -14.660833 5.124752 -4.953589 61.502960 0.927656 0.000002 0.000329 0.013859 4 4.3026E+06 0.768977 6.292282 -99.000000 -99.000000 -8.699770 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_envelope bin 360 1.250E+02 23.721364 1.196809 0.000E+00 0.973547 0 2 0.000E+00 -1.771E+00 1.028E+55 -8.249E+40 0.000E+00 2.477525 63.359067 8.269011 1.197159 0.000E+00 494.666386 9.043618 -8.565E-02 -1.970E-05 1.000E+99 1.921E+53 -4.187E+38 -2.284E+39 4.3026E+06 61.682999 8.507925 1.197082 -3.125E+50 508.107597 8.933512 -4.764E-02 -1.113E-05 0.000E+00 2.015E+53 -7.979E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 361 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.557E-02 -4.718E-02 -9.417E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 362 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.556E-02 -4.734E-02 -9.447E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 363 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.600E-02 -4.758E-02 -9.497E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 364 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.566E-02 -4.738E-02 -9.456E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 365 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.561E-02 -4.726E-02 -9.431E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 366 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.533E-02 -4.709E-02 -9.397E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 367 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.564E-02 -4.726E-02 -9.432E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 368 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.541E-02 -4.699E-02 -9.379E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 369 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.567E-02 -4.713E-02 -9.407E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 370 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.558E-02 -4.705E-02 -9.390E-02 OK (detached) 1 370 7.834050 7.745E+04 6.345306 6.345306 63.331519 0.000000 0.031546 0.000217 0.941687 -7.175536 488 0 1.9654E+00 7.834050 0.917611 -13.476069 5.177967 -4.707924 63.331519 0.968125 0.000001 0.000329 0.014856 4 4.3040E+06 0.835661 6.346075 -99.000000 -99.000000 -8.690139 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_envelope 2 370 7.806581 7.402E+04 6.292349 6.292349 61.667354 0.042931 0.071561 0.000217 0.899562 -7.193481 484 0 1.9654E+00 7.806581 0.930250 -14.651658 5.125018 -4.950005 61.624423 0.928110 0.000002 0.000329 0.013871 4 4.3040E+06 0.769571 6.292557 -99.000000 -99.000000 -8.700619 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_envelope bin 370 1.250E+02 23.728955 1.197590 0.000E+00 0.973723 0 2 0.000E+00 -1.746E+00 1.028E+55 -8.326E+40 0.000E+00 1.965426 63.331519 8.272003 1.198250 0.000E+00 494.547238 9.046139 -8.558E-02 -1.959E-05 1.000E+99 1.914E+53 -4.175E+38 -3.086E+39 4.3040E+06 61.667354 8.516278 1.198025 -3.121E+50 507.893162 8.936742 -4.705E-02 -1.122E-05 0.000E+00 2.011E+53 -7.975E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 371 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.574E-02 -4.715E-02 -9.410E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 372 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.580E-02 -4.695E-02 -9.371E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 373 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.585E-02 -4.700E-02 -9.379E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 374 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.595E-02 -4.733E-02 -9.447E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 375 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.600E-02 -4.719E-02 -9.417E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 376 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.621E-02 -4.743E-02 -9.466E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 377 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.654E-02 -4.747E-02 -9.473E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 378 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.675E-02 -4.787E-02 -9.554E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 379 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.714E-02 -4.812E-02 -9.603E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 380 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.749E-02 -4.834E-02 -9.648E-02 OK (detached) 1 380 7.834461 7.753E+04 6.345477 6.345477 63.308258 0.000000 0.031126 0.000217 0.942071 -7.174521 488 0 2.3036E+00 7.834461 0.916801 -13.458599 5.178138 -4.701385 63.308258 0.968545 0.000001 0.000329 0.014869 4 4.3052E+06 0.836904 6.346269 -99.000000 -99.000000 -8.689267 0.000000 0.000006 0.000035 0.000329 0.000E+00 max increase 2 380 7.806757 7.407E+04 6.292588 6.292588 61.654205 0.000000 0.071179 0.000217 0.899913 -7.193293 479 0 2.3036E+00 7.806757 0.929791 -14.643873 5.125257 -4.952166 61.654205 0.928492 0.000002 0.000329 0.013881 4 4.3052E+06 0.770075 6.292797 -8.854809 -99.000000 -8.700073 0.000000 0.000005 0.000035 0.000329 0.000E+00 max increase bin 380 1.250E+02 23.735181 1.198236 0.000E+00 0.973873 0 2 0.000E+00 -1.781E+00 1.028E+55 -8.482E+40 0.000E+00 2.303645 63.308258 8.256605 1.198723 0.000E+00 494.448952 9.048195 -8.749E-02 -1.989E-05 1.000E+99 1.908E+53 -4.166E+38 -4.043E+39 4.3052E+06 61.654205 8.507286 1.198620 -3.119E+50 507.713977 8.939403 -4.834E-02 -1.116E-05 0.000E+00 2.008E+53 -8.036E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 381 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.802E-02 -4.870E-02 -9.720E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 382 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.845E-02 -4.901E-02 -9.782E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 383 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.912E-02 -4.943E-02 -9.866E-02 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 384 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -9.001E-02 -5.023E-02 -1.003E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 385 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -9.062E-02 -5.048E-02 -1.008E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 386 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -9.170E-02 -5.108E-02 -1.020E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 387 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -9.250E-02 -5.187E-02 -1.035E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 388 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -9.360E-02 -5.238E-02 -1.046E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 389 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -9.525E-02 -5.334E-02 -1.065E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 390 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -9.699E-02 -5.434E-02 -1.085E-01 OK (detached) 1 390 7.836785 7.794E+04 6.346399 6.346399 63.182944 0.000000 0.028847 0.000217 0.944346 -7.168686 491 0 3.0955E+00 7.836785 0.912792 -13.359802 5.179060 -4.694624 63.182944 0.970824 0.000001 0.000329 0.014944 5 4.3115E+06 0.843935 6.347251 -99.000000 -99.000000 -8.684671 0.000000 0.000006 0.000035 0.000329 0.000E+00 max increase 2 390 7.807709 7.430E+04 6.293812 6.293812 61.583330 0.000000 0.069140 0.000217 0.901931 -7.192242 481 0 3.0955E+00 7.807709 0.927742 -14.601834 5.126481 -4.944024 61.583330 0.930531 0.000002 0.000329 0.013933 5 4.3115E+06 0.772806 6.294039 -99.000000 -99.000000 -8.697488 0.000000 0.000005 0.000035 0.000329 0.000E+00 max increase bin 390 1.248E+02 23.768971 1.201739 0.000E+00 0.974683 0 2 0.000E+00 -1.776E+00 1.026E+55 -8.540E+40 0.000E+00 3.095457 63.182944 8.180721 1.200871 0.000E+00 493.917245 9.059364 -9.699E-02 -2.020E-05 1.000E+99 1.877E+53 -4.122E+38 -3.253E+39 4.3115E+06 61.583330 8.467241 1.201281 -3.105E+50 506.746641 8.953836 -5.434E-02 -1.138E-05 0.000E+00 1.991E+53 -8.173E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 391 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -9.881E-02 -5.550E-02 -1.108E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 392 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.011E-01 -5.678E-02 -1.134E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 393 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.038E-01 -5.852E-02 -1.168E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 394 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.068E-01 -6.013E-02 -1.201E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 395 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.114E-01 -6.242E-02 -1.246E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 396 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.165E-01 -6.482E-02 -1.294E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 397 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.214E-01 -6.755E-02 -1.349E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 398 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.266E-01 -6.967E-02 -1.391E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 399 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.319E-01 -7.262E-02 -1.450E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 400 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.380E-01 -7.499E-02 -1.498E-01 OK (detached) __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 1 400 7.851373 7.973E+04 6.351051 6.351051 62.560311 0.000000 0.017857 0.000217 0.955217 -7.128977 499 0 3.5813E+00 7.851373 0.895567 -12.737992 5.183710 -4.671409 62.560311 0.981814 0.000001 0.000329 0.015317 5 4.3415E+06 0.888040 6.352333 -99.000000 -99.000000 -8.667900 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_jorb __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 2 400 7.812716 7.506E+04 6.299779 6.299779 61.227540 0.000000 0.059264 0.000217 0.911558 -7.185752 492 0 3.5813E+00 7.812716 0.921917 -14.382279 5.132446 -4.910244 61.227540 0.940406 0.000002 0.000329 0.014198 10 4.3415E+06 0.787265 6.300070 -99.000000 -99.000000 -8.691859 0.000000 0.000005 0.000035 0.000329 0.000E+00 b_jorb __________________________________________________________________________________________________________________________________________________ binary_step M1+M2 separ Porb e M2/M1 pm_i donor_i dot_Mmt eff Jorb dot_J dot_Jmb lg_dt M1 R1 P1 dot_e vorb1 RL1 Rl_gap1 dot_M1 dot_Medd spin1 dot_Jgr dot_Jls age_yr M2 R2 P2 Eorb vorb2 RL2 Rl_gap2 dot_M2 L_acc spin2 dot_Jml rlo_iters __________________________________________________________________________________________________________________________________________________ bin 400 1.238E+02 23.953170 1.220531 0.000E+00 0.978696 0 2 0.000E+00 -1.733E+00 1.018E+55 -8.458E+40 0.000E+00 3.581278 62.560311 7.862609 1.213878 0.000E+00 491.101338 9.121034 -1.380E-01 -2.131E-05 1.000E+99 1.707E+53 -3.888E+38 2.898E+39 4.3415E+06 61.227540 8.354429 1.217612 -3.033E+50 501.791393 9.031730 -7.499E-02 -1.230E-05 0.000E+00 1.903E+53 -8.709E+40 1 save LOGS1/profile8.data for model 400 save LOGS2/profile8.data for model 400 save photos/b_x400, photos/1_x400, photos/2_x400 for model 400 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 401 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.440E-01 -7.786E-02 -1.555E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 402 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.508E-01 -8.078E-02 -1.614E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 403 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.584E-01 -8.351E-02 -1.668E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 404 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.659E-01 -8.668E-02 -1.732E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 405 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.753E-01 -8.960E-02 -1.790E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 406 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.861E-01 -9.268E-02 -1.852E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 407 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -1.966E-01 -9.534E-02 -1.905E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 408 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -2.072E-01 -9.792E-02 -1.956E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 409 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -2.181E-01 -1.000E-01 -1.998E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 410 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -2.289E-01 -1.019E-01 -2.037E-01 OK (detached) 1 410 7.892580 8.415E+04 6.355075 6.355075 61.802427 0.000000 0.004559 0.000216 0.966395 -7.001119 508 0 3.3617E+00 7.892580 0.852390 -10.832074 5.187735 -4.669241 61.802427 0.995112 0.000001 0.000329 0.015800 5 4.3767E+06 1.012032 6.359629 -9.030900 -99.000000 -8.630625 0.000000 0.000006 0.000035 0.000329 0.000E+00 lg_XH_cntr 2 410 7.819857 7.594E+04 6.306594 6.306594 60.775198 0.000000 0.047360 0.000217 0.923064 -7.174029 496 0 3.3617E+00 7.819857 0.915247 -14.072846 5.139258 -4.872891 60.775198 0.952311 0.000002 0.000329 0.014536 5 4.3767E+06 0.808122 6.306982 -99.000000 -99.000000 -8.686139 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion bin 410 1.226E+02 24.269628 1.250928 0.000E+00 0.983379 0 2 0.000E+00 -1.598E+00 1.010E+55 -4.980E+40 0.000E+00 3.361686 61.802427 7.118522 1.230079 0.000E+00 486.669395 9.231495 -2.289E-01 -2.142E-05 1.000E+99 1.366E+53 -3.553E+38 4.108E+40 4.3767E+06 60.775198 8.227105 1.247168 -2.935E+50 494.895131 9.161068 -1.019E-01 -1.340E-05 0.000E+00 1.779E+53 -9.052E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 411 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -2.395E-01 -1.041E-01 -2.079E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 412 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -2.498E-01 -1.055E-01 -2.109E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 413 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -2.602E-01 -1.071E-01 -2.139E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 414 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -2.704E-01 -1.082E-01 -2.162E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 415 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -2.806E-01 -1.093E-01 -2.183E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 416 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -2.905E-01 -1.100E-01 -2.199E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 417 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.000E-01 -1.106E-01 -2.211E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 418 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.092E-01 -1.115E-01 -2.227E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 419 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.181E-01 -1.119E-01 -2.235E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 420 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.266E-01 -1.125E-01 -2.249E-01 OK (detached) 1 420 7.946320 8.996E+04 6.335873 6.335873 61.598810 0.000000 0.000759 0.000216 0.968731 -6.822608 504 0 2.5923E+00 7.946320 0.796957 -7.981585 5.168536 -4.707918 61.598810 0.998912 0.000001 0.000329 0.015943 4 4.3866E+06 1.173180 6.364852 -8.009711 -99.000000 -8.588181 0.000000 0.000007 0.000035 0.000329 0.000E+00 lg_XH_cntr 2 420 7.822225 7.615E+04 6.308514 6.308514 60.641394 0.000000 0.043928 0.000217 0.926045 -7.169624 499 0 2.5923E+00 7.822225 0.913718 -13.971121 5.141177 -4.866418 60.641394 0.955743 0.000002 0.000329 0.014638 5 4.3866E+06 0.815060 6.308895 -9.632960 -99.000000 -8.685584 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion bin 420 1.222E+02 24.466988 1.267964 0.000E+00 0.984457 0 2 0.000E+00 -1.440E+00 1.010E+55 7.653E+40 0.000E+00 2.592277 61.598810 6.265516 1.215977 0.000E+00 484.302494 9.304241 -3.266E-01 -1.959E-05 1.000E+99 1.074E+53 -3.399E+38 1.635E+41 4.3866E+06 60.641394 8.198193 1.267013 -2.896E+50 491.948742 9.237884 -1.125E-01 -1.360E-05 0.000E+00 1.729E+53 -8.663E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 421 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.349E-01 -1.129E-01 -2.256E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 422 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.429E-01 -1.134E-01 -2.266E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 423 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.507E-01 -1.136E-01 -2.270E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 424 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.581E-01 -1.139E-01 -2.276E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 425 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.651E-01 -1.142E-01 -2.282E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 426 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.718E-01 -1.143E-01 -2.284E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 427 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.782E-01 -1.146E-01 -2.289E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 428 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.842E-01 -1.147E-01 -2.291E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 429 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.899E-01 -1.149E-01 -2.295E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 430 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -3.953E-01 -1.149E-01 -2.295E-01 OK (detached) 1 430 7.992497 9.503E+04 6.232206 6.232206 61.564911 0.000000 0.000139 0.000215 0.969026 -6.666461 521 0 1.8993E+00 7.992497 0.751406 -5.624054 5.064882 -4.712066 61.564911 0.999532 0.000001 0.000329 0.015969 4 4.3884E+06 1.311841 6.368874 -6.509108 -99.000000 -8.557713 0.000000 0.000008 0.000035 0.000329 0.000E+00 lg_XH_cntr 2 430 7.822665 7.616E+04 6.308923 6.308923 60.617664 0.000000 0.043323 0.000217 0.926537 -7.168790 496 0 1.8993E+00 7.822665 0.913801 -13.952247 5.141587 -4.870520 60.617664 0.956348 0.000002 0.000329 0.014656 4 4.3884E+06 0.816344 6.309273 -9.632960 -99.000000 -8.686130 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion bin 430 1.222E+02 24.535061 1.273560 0.000E+00 0.984614 0 2 0.000E+00 -1.440E+00 1.010E+55 1.659E+41 0.000E+00 1.899281 61.564911 5.641649 1.101239 0.000E+00 483.554913 9.329790 -3.953E-01 -1.941E-05 1.000E+99 9.596E+52 -3.355E+38 2.522E+41 4.3884E+06 60.617664 8.199752 1.273701 -2.885E+50 491.111225 9.263923 -1.149E-01 -1.347E-05 0.000E+00 1.716E+53 -8.592E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 431 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.004E-01 -1.149E-01 -2.297E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 432 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.052E-01 -1.149E-01 -2.296E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 433 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.098E-01 -1.149E-01 -2.297E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 434 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.141E-01 -1.150E-01 -2.299E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 435 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.181E-01 -1.151E-01 -2.300E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 436 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.220E-01 -1.151E-01 -2.301E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 437 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.256E-01 -1.152E-01 -2.302E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 438 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.291E-01 -1.151E-01 -2.301E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 439 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.323E-01 -1.152E-01 -2.302E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 440 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.354E-01 -1.151E-01 -2.301E-01 OK (detached) 1 440 8.023957 9.847E+04 5.997187 5.997187 61.556503 0.000000 0.000031 0.000215 0.969091 -6.559597 527 0 1.4041E+00 8.023957 0.721952 -4.134320 4.829892 -4.702417 61.556503 0.999641 0.000001 0.000329 0.015976 4 4.3888E+06 1.406463 6.371873 -5.052018 -99.000000 -8.543462 0.000000 0.000008 0.000035 0.000329 0.000E+00 lg_XH_cntr 2 440 7.822773 7.615E+04 6.309013 6.309013 60.611858 0.000000 0.043174 0.000217 0.926654 -7.168586 488 0 1.4041E+00 7.822773 0.914027 -13.947614 5.141676 -4.867264 60.611858 0.956497 0.000002 0.000329 0.014660 4 4.3888E+06 0.816659 6.309359 -99.000000 -99.000000 -8.686556 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion bin 440 1.222E+02 24.554749 1.275167 0.000E+00 0.984654 0 2 0.000E+00 -1.462E+00 1.011E+55 1.632E+41 0.000E+00 1.404103 61.556503 5.271715 0.988495 0.000E+00 483.342846 9.337189 -4.354E-01 -1.984E-05 1.000E+99 9.258E+52 -3.342E+38 2.509E+41 4.3888E+06 60.611858 8.204023 1.275636 -2.882E+50 490.875813 9.271443 -1.151E-01 -1.357E-05 0.000E+00 1.712E+53 -8.735E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 441 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.383E-01 -1.152E-01 -2.302E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 442 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.410E-01 -1.152E-01 -2.301E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 443 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.437E-01 -1.152E-01 -2.302E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 444 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.462E-01 -1.152E-01 -2.303E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 445 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.485E-01 -1.153E-01 -2.304E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 446 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.508E-01 -1.153E-01 -2.304E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 447 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.530E-01 -1.152E-01 -2.302E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 448 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.551E-01 -1.153E-01 -2.305E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 449 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.570E-01 -1.152E-01 -2.303E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 450 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.594E-01 -1.154E-01 -2.306E-01 OK (detached) 1 450 8.044479 1.007E+05 5.662576 5.662576 61.552993 0.000000 0.000008 0.000214 0.969117 -6.489975 536 0 1.2018E+00 8.044479 0.703223 -3.211362 4.495350 -4.692756 61.552993 0.999664 0.000001 0.000329 0.015978 4 4.3890E+06 1.468169 6.373921 -4.047110 -99.000000 -8.534457 0.000000 0.000008 0.000035 0.000329 0.000E+00 max increase 2 450 7.822817 7.615E+04 6.309046 6.309046 60.609505 0.000000 0.043114 0.000217 0.926702 -7.168503 483 0 1.2018E+00 7.822817 0.914043 -13.945737 5.141710 -4.868349 60.609505 0.956557 0.000002 0.000329 0.014662 4 4.3890E+06 0.816786 6.309401 -9.632960 -99.000000 -8.686630 0.000000 0.000006 0.000035 0.000329 0.000E+00 max increase bin 450 1.222E+02 24.562367 1.275791 0.000E+00 0.984672 0 2 0.000E+00 -1.498E+00 1.011E+55 1.429E+41 0.000E+00 1.201802 61.552993 5.049205 0.913539 0.000E+00 483.260715 9.340048 -4.594E-01 -2.029E-05 1.000E+99 9.128E+52 -3.338E+38 2.317E+41 4.3890E+06 60.609505 8.204328 1.276339 -2.881E+50 490.783476 9.274359 -1.154E-01 -1.354E-05 0.000E+00 1.711E+53 -8.843E+40 1 save LOGS1/profile9.data for model 450 save LOGS2/profile9.data for model 450 save photos/b_x450, photos/1_x450, photos/2_x450 for model 450 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 451 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.624E-01 -1.154E-01 -2.307E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 452 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.661E-01 -1.156E-01 -2.310E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 453 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.705E-01 -1.157E-01 -2.312E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 454 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.760E-01 -1.158E-01 -2.315E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 455 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.827E-01 -1.161E-01 -2.321E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 456 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -4.906E-01 -1.162E-01 -2.323E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 457 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -5.001E-01 -1.164E-01 -2.327E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 458 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -5.111E-01 -1.166E-01 -2.331E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 459 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -5.226E-01 -1.166E-01 -2.331E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 460 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -5.329E-01 -1.167E-01 -2.332E-01 OK (detached) 1 460 8.112398 1.087E+05 2.636805 2.637302 61.543194 0.000000 0.000000 0.000214 0.969195 -6.259994 546 0 1.8492E+00 8.112398 0.640051 -0.419450 1.570424 -4.657498 61.543194 0.999672 0.000001 0.000329 0.015984 4 4.3894E+06 1.672395 6.379953 -0.938215 -99.000000 -8.498568 0.000000 0.000009 0.000035 0.000328 0.000E+00 lgT_cntr 2 460 7.822934 7.619E+04 6.309158 6.309158 60.603296 0.000000 0.042955 0.000217 0.926835 -7.168278 485 0 1.8492E+00 7.822934 0.913685 -13.940711 5.141821 -4.869838 60.603296 0.956716 0.000002 0.000329 0.014667 4 4.3894E+06 0.817129 6.309603 -99.000000 -99.000000 -8.686404 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion bin 460 1.221E+02 24.579041 1.277174 0.000E+00 0.984728 0 2 0.000E+00 -1.631E+00 1.011E+55 5.762E+40 0.000E+00 1.849184 61.543194 4.365674 0.691335 0.000E+00 483.078934 9.346267 -5.329E-01 -2.200E-05 1.000E+99 8.853E+52 -3.329E+38 1.507E+41 4.3894E+06 60.603296 8.197563 1.277558 -2.878E+50 490.571016 9.280775 -1.167E-01 -1.349E-05 0.000E+00 1.708E+53 -9.276E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 461 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -5.425E-01 -1.170E-01 -2.338E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 462 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -5.532E-01 -1.171E-01 -2.341E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 463 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -5.641E-01 -1.174E-01 -2.346E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 464 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -5.736E-01 -1.175E-01 -2.348E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 465 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -5.824E-01 -1.175E-01 -2.349E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 466 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -5.922E-01 -1.177E-01 -2.353E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 467 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.020E-01 -1.178E-01 -2.353E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 468 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.106E-01 -1.179E-01 -2.356E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 469 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.170E-01 -1.180E-01 -2.359E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 470 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.219E-01 -1.180E-01 -2.357E-01 OK (detached) 1 470 8.212700 1.214E+05 2.468702 3.356176 61.524849 0.000000 0.000000 0.000214 0.969330 -5.922106 556 0 1.7439E+00 8.212700 0.548474 3.060864 1.813249 -4.606719 61.524849 0.999671 0.000001 0.000329 0.015993 5 4.3902E+06 1.973986 6.388812 2.917036 -99.000000 -8.451363 0.000000 0.000009 0.000036 0.000329 0.000E+00 Lnuc_He 2 470 7.823131 7.622E+04 6.309279 6.309279 60.592717 0.000000 0.042684 0.000217 0.927063 -7.167905 481 0 1.7439E+00 7.823131 0.913367 -13.932308 5.141942 -4.870482 60.592717 0.956987 0.000002 0.000329 0.014675 4 4.3902E+06 0.817702 6.309686 -99.000000 -99.000000 -8.685965 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion bin 470 1.221E+02 24.595193 1.278585 0.000E+00 0.984849 0 2 0.000E+00 -1.836E+00 1.011E+55 -5.199E+40 0.000E+00 1.743852 61.524849 3.535689 0.451578 0.000E+00 482.893159 9.352146 -6.219E-01 -2.473E-05 1.000E+99 8.631E+52 -3.317E+38 4.812E+40 4.3902E+06 60.592717 8.191563 1.279265 -2.875E+50 490.321781 9.287137 -1.180E-01 -1.347E-05 0.000E+00 1.704E+53 -9.978E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 471 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.257E-01 -1.179E-01 -2.356E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 472 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.287E-01 -1.178E-01 -2.354E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 473 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.311E-01 -1.178E-01 -2.354E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 474 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.331E-01 -1.177E-01 -2.352E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 475 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.350E-01 -1.177E-01 -2.352E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 476 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.366E-01 -1.177E-01 -2.352E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 477 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.381E-01 -1.177E-01 -2.351E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 478 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.395E-01 -1.176E-01 -2.351E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 479 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.408E-01 -1.176E-01 -2.351E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 480 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.420E-01 -1.175E-01 -2.349E-01 OK (detached) 1 480 8.240572 1.250E+05 2.884833 4.201870 61.518596 0.000000 0.000000 0.000213 0.969372 -5.828394 578 0 1.2065E+00 8.240572 0.524892 3.909384 2.099318 -4.593322 61.518596 0.999669 0.000001 0.000329 0.015997 5 4.3905E+06 2.057899 6.391816 3.847169 -99.000000 -8.441396 0.000000 0.000011 0.000037 0.000331 0.000E+00 Lnuc_He 2 480 7.823193 7.620E+04 6.309311 6.309311 60.589357 0.000000 0.042598 0.000217 0.927132 -7.167785 474 0 1.2065E+00 7.823193 0.913638 -13.929642 5.141974 -4.868284 60.589357 0.957073 0.000002 0.000329 0.014677 4 4.3905E+06 0.817884 6.309724 -99.000000 -99.000000 -8.686393 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion bin 480 1.221E+02 24.598603 1.278901 0.000E+00 0.984895 0 2 0.000E+00 -1.883E+00 1.011E+55 -6.937E+40 0.000E+00 1.206497 61.518596 3.348824 0.400233 0.000E+00 482.851917 9.353344 -6.420E-01 -2.551E-05 1.000E+99 8.595E+52 -3.314E+38 3.293E+40 4.3905E+06 60.589357 8.196686 1.279787 -2.874E+50 490.257263 9.288523 -1.175E-01 -1.354E-05 0.000E+00 1.702E+53 -1.020E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 481 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.431E-01 -1.176E-01 -2.351E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 482 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.442E-01 -1.176E-01 -2.350E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 483 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.453E-01 -1.176E-01 -2.350E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 484 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.462E-01 -1.175E-01 -2.349E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 485 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.472E-01 -1.175E-01 -2.349E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 486 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.481E-01 -1.176E-01 -2.350E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 487 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.491E-01 -1.175E-01 -2.347E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 488 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.500E-01 -1.176E-01 -2.350E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 489 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.508E-01 -1.175E-01 -2.349E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 490 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.517E-01 -1.176E-01 -2.349E-01 OK (detached) 1 490 8.254715 1.268E+05 3.089634 4.622749 61.515153 0.000000 0.000000 0.000210 0.969394 -5.780951 584 0 1.0710E+00 8.254715 0.512995 4.322295 2.250181 -4.580766 61.515153 0.999663 0.000001 0.000329 0.015998 4 4.3906E+06 2.100463 6.393437 4.294879 -99.000000 -8.437869 0.000000 0.000015 0.000041 0.000337 0.000E+00 Lnuc_He 2 490 7.823226 7.620E+04 6.309329 6.309329 60.587566 0.000000 0.042552 0.000217 0.927170 -7.167720 471 0 1.0710E+00 7.823226 0.913662 -13.928214 5.141992 -4.870703 60.587566 0.957119 0.000002 0.000329 0.014679 4 4.3906E+06 0.817982 6.309756 -99.000000 -99.000000 -8.686463 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion bin 490 1.221E+02 24.600262 1.279058 0.000E+00 0.984921 0 2 0.000E+00 -1.950E+00 1.011E+55 -7.628E+40 0.000E+00 1.070996 61.515153 3.258333 0.376444 0.000E+00 482.831712 9.353918 -6.517E-01 -2.626E-05 1.000E+99 8.579E+52 -3.312E+38 2.775E+40 4.3906E+06 60.587566 8.197133 1.279989 -2.873E+50 490.223801 9.289205 -1.176E-01 -1.347E-05 0.000E+00 1.702E+53 -1.037E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 491 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.525E-01 -1.176E-01 -2.351E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 492 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.532E-01 -1.176E-01 -2.350E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 493 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.539E-01 -1.176E-01 -2.349E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 494 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.546E-01 -1.175E-01 -2.348E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 495 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.554E-01 -1.174E-01 -2.346E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 496 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.561E-01 -1.174E-01 -2.346E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 497 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.568E-01 -1.175E-01 -2.347E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 498 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.575E-01 -1.174E-01 -2.347E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 499 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.582E-01 -1.175E-01 -2.347E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 500 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.589E-01 -1.175E-01 -2.348E-01 OK (detached) __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 1 500 8.265859 1.282E+05 3.247718 4.945446 61.512256 0.000000 0.000000 0.000205 0.969413 -5.743597 579 0 1.0156E+00 8.265859 0.503914 4.639625 2.371213 -4.567407 61.512256 0.999653 0.000001 0.000329 0.016000 6 4.3907E+06 2.134008 6.394589 4.631571 -99.000000 -8.435380 0.000000 0.000024 0.000048 0.000347 0.000E+00 Lnuc_He __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 2 500 7.823255 7.620E+04 6.309374 6.309374 60.586095 0.000000 0.042514 0.000217 0.927201 -7.167661 471 0 1.0156E+00 7.823255 0.913710 -13.926960 5.142037 -4.869214 60.586095 0.957156 0.000002 0.000329 0.014680 4 4.3907E+06 0.818068 6.309845 -99.000000 -99.000000 -8.686679 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion __________________________________________________________________________________________________________________________________________________ binary_step M1+M2 separ Porb e M2/M1 pm_i donor_i dot_Mmt eff Jorb dot_J dot_Jmb lg_dt M1 R1 P1 dot_e vorb1 RL1 Rl_gap1 dot_M1 dot_Medd spin1 dot_Jgr dot_Jls age_yr M2 R2 P2 Eorb vorb2 RL2 Rl_gap2 dot_M2 L_acc spin2 dot_Jml rlo_iters __________________________________________________________________________________________________________________________________________________ bin 500 1.221E+02 24.601573 1.279183 0.000E+00 0.984943 0 2 0.000E+00 -2.004E+00 1.011E+55 -8.128E+40 0.000E+00 1.015606 61.512256 3.190909 0.355654 0.000E+00 482.815759 9.354368 -6.589E-01 -2.708E-05 1.000E+99 8.567E+52 -3.311E+38 2.500E+40 4.3907E+06 60.586095 8.198036 1.280073 -2.873E+50 490.196412 9.289749 -1.175E-01 -1.351E-05 0.000E+00 1.701E+53 -1.059E+41 1 save LOGS1/profile10.data for model 500 save LOGS2/profile10.data for model 500 save photos/b_x500, photos/1_x500, photos/2_x500 for model 500 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 501 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.595E-01 -1.176E-01 -2.350E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 502 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.602E-01 -1.176E-01 -2.350E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 503 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.608E-01 -1.176E-01 -2.349E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 504 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.615E-01 -1.176E-01 -2.351E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 505 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.621E-01 -1.176E-01 -2.349E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 506 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.628E-01 -1.176E-01 -2.351E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 507 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.634E-01 -1.177E-01 -2.351E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 508 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.640E-01 -1.176E-01 -2.351E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 509 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.646E-01 -1.177E-01 -2.351E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 510 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.652E-01 -1.177E-01 -2.351E-01 OK (detached) 1 510 8.275671 1.295E+05 3.386469 5.220609 61.509522 0.000000 0.000000 0.000197 0.969431 -5.710729 572 0 9.9527E-01 8.275671 0.495828 4.913295 2.480125 -4.560136 61.509522 0.999637 0.000001 0.000329 0.016002 4 4.3908E+06 2.163545 6.395718 4.913044 -99.000000 -8.433738 0.000000 0.000037 0.000059 0.000363 0.000E+00 Lnuc_He 2 510 7.823281 7.620E+04 6.309395 6.309395 60.584736 0.000000 0.042480 0.000217 0.927231 -7.167611 467 0 9.9527E-01 7.823281 0.913661 -13.925857 5.142059 -4.868881 60.584736 0.957191 0.000002 0.000329 0.014681 4 4.3908E+06 0.818144 6.309822 -99.000000 -99.000000 -8.686551 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion bin 510 1.221E+02 24.602757 1.279297 0.000E+00 0.984965 0 2 0.000E+00 -2.036E+00 1.011E+55 -8.507E+40 0.000E+00 0.995266 61.509522 3.132046 0.341077 0.000E+00 482.801408 9.354772 -6.652E-01 -2.753E-05 1.000E+99 8.556E+52 -3.310E+38 2.242E+40 4.3908E+06 60.584736 8.197111 1.280213 -2.873E+50 490.171050 9.290243 -1.177E-01 -1.352E-05 0.000E+00 1.701E+53 -1.072E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 511 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.658E-01 -1.177E-01 -2.353E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 512 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.664E-01 -1.177E-01 -2.352E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 513 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.670E-01 -1.178E-01 -2.353E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 514 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.675E-01 -1.177E-01 -2.352E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 515 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.681E-01 -1.178E-01 -2.354E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 516 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.688E-01 -1.178E-01 -2.355E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 517 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.696E-01 -1.179E-01 -2.357E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 518 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.704E-01 -1.179E-01 -2.355E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 519 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.712E-01 -1.180E-01 -2.357E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 520 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.719E-01 -1.179E-01 -2.357E-01 OK (detached) 1 520 8.286133 1.309E+05 3.533813 5.496757 61.506342 0.000000 0.000000 0.000179 0.969451 -5.675723 574 0 1.1176E+00 8.286133 0.487089 5.199327 2.598492 -4.550774 61.506342 0.999599 0.000001 0.000329 0.016005 4 4.3909E+06 2.195035 6.396889 5.182451 -99.000000 -8.431827 0.000000 0.000066 0.000086 0.000401 0.000E+00 Lnuc_He 2 520 7.823310 7.621E+04 6.309409 6.309409 60.583183 0.000000 0.042440 0.000217 0.927264 -7.167555 473 0 1.1176E+00 7.823310 0.913555 -13.924624 5.142072 -4.868722 60.583183 0.957231 0.000002 0.000329 0.014682 4 4.3909E+06 0.818228 6.309832 -99.000000 -99.000000 -8.686394 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion bin 520 1.221E+02 24.604075 1.279425 0.000E+00 0.984991 0 2 0.000E+00 -2.079E+00 1.011E+55 -8.927E+40 0.000E+00 1.117604 61.506342 3.069649 0.326055 0.000E+00 482.785457 9.355217 -6.719E-01 -2.813E-05 1.000E+99 8.545E+52 -3.309E+38 1.978E+40 4.3909E+06 60.583183 8.195107 1.280370 -2.872E+50 490.142084 9.290796 -1.179E-01 -1.353E-05 0.000E+00 1.700E+53 -1.087E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 521 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.726E-01 -1.179E-01 -2.356E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 522 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.732E-01 -1.179E-01 -2.357E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 523 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.739E-01 -1.180E-01 -2.357E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 524 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.746E-01 -1.180E-01 -2.357E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 525 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.753E-01 -1.179E-01 -2.355E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 526 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.759E-01 -1.179E-01 -2.356E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 527 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.765E-01 -1.180E-01 -2.358E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 528 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.771E-01 -1.179E-01 -2.356E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 529 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.778E-01 -1.180E-01 -2.357E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 530 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.783E-01 -1.180E-01 -2.358E-01 OK (detached) 1 530 8.296393 1.323E+05 3.679430 5.738913 61.502798 0.000000 0.000000 0.000145 0.969473 -5.641440 581 0 1.0940E+00 8.296393 0.478496 5.474146 2.717719 -4.547050 61.502798 0.999523 0.000001 0.000329 0.016009 4 4.3910E+06 2.225911 6.398082 5.389937 -99.000000 -8.430070 0.000000 0.000128 0.000134 0.000477 0.000E+00 Lnuc_He 2 530 7.823342 7.621E+04 6.309423 6.309423 60.581480 0.000000 0.042396 0.000217 0.927301 -7.167494 475 0 1.0940E+00 7.823342 0.913542 -13.923270 5.142086 -4.869023 60.581480 0.957275 0.000002 0.000329 0.014683 4 4.3910E+06 0.818321 6.309861 -99.000000 -99.000000 -8.686410 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion bin 530 1.221E+02 24.605485 1.279562 0.000E+00 0.985020 0 2 0.000E+00 -2.099E+00 1.011E+55 -9.214E+40 0.000E+00 1.093987 61.502798 3.009512 0.311886 0.000E+00 482.768426 9.355690 -6.783E-01 -2.838E-05 1.000E+99 8.534E+52 -3.307E+38 1.752E+40 4.3910E+06 60.581480 8.194877 1.280517 -2.872E+50 490.110329 9.291391 -1.180E-01 -1.352E-05 0.000E+00 1.700E+53 -1.093E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 531 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.789E-01 -1.181E-01 -2.359E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 532 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.796E-01 -1.180E-01 -2.358E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 533 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.804E-01 -1.181E-01 -2.360E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 534 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.812E-01 -1.182E-01 -2.361E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 535 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.819E-01 -1.182E-01 -2.361E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 536 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.826E-01 -1.182E-01 -2.361E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 537 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.832E-01 -1.182E-01 -2.362E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 538 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.838E-01 -1.183E-01 -2.364E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 539 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.844E-01 -1.183E-01 -2.364E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 540 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.850E-01 -1.183E-01 -2.364E-01 OK (detached) 1 540 8.307375 1.338E+05 3.836990 5.944511 61.498172 0.000000 0.000000 0.000085 0.969502 -5.604820 589 0 1.2110E+00 8.307375 0.469459 5.762102 2.849087 -4.532356 61.498172 0.999347 0.000001 0.000329 0.016016 4 4.3912E+06 2.258941 6.399170 5.469756 -99.000000 -8.427377 0.000000 0.000278 0.000220 0.000653 0.000E+00 Lnuc_He 2 540 7.823382 7.622E+04 6.309450 6.309450 60.579303 0.000000 0.042340 0.000217 0.927348 -7.167413 480 0 1.2110E+00 7.823382 0.913432 -13.921516 5.142114 -4.868872 60.579303 0.957330 0.000002 0.000329 0.014685 4 4.3912E+06 0.818441 6.309883 -99.000000 -99.000000 -8.686262 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion bin 540 1.221E+02 24.607253 1.279736 0.000E+00 0.985059 0 2 0.000E+00 -2.170E+00 1.011E+55 -9.658E+40 0.000E+00 1.210989 61.498172 2.947537 0.294868 0.000E+00 482.747189 9.356279 -6.850E-01 -2.935E-05 1.000E+99 8.520E+52 -3.306E+38 1.561E+40 4.3912E+06 60.579303 8.192789 1.280675 -2.871E+50 490.069517 9.292142 -1.183E-01 -1.352E-05 0.000E+00 1.699E+53 -1.119E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 541 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.855E-01 -1.183E-01 -2.365E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 542 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.861E-01 -1.183E-01 -2.363E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 543 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.868E-01 -1.183E-01 -2.364E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 544 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.877E-01 -1.185E-01 -2.367E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 545 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.884E-01 -1.185E-01 -2.369E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 546 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.891E-01 -1.186E-01 -2.369E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 547 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.898E-01 -1.186E-01 -2.371E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 548 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.905E-01 -1.186E-01 -2.370E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 549 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.910E-01 -1.186E-01 -2.371E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 550 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.916E-01 -1.186E-01 -2.371E-01 OK (detached) 1 550 8.318258 1.353E+05 3.995555 6.104882 61.492071 0.000000 0.000000 0.000023 0.969539 -5.568631 603 0 1.3324E+00 8.318258 0.460252 6.041147 2.983634 -4.523907 61.492071 0.998961 0.000001 0.000329 0.016028 4 4.3914E+06 2.291645 6.400595 5.214526 -99.000000 -8.425782 0.000000 0.000638 0.000308 0.001039 0.000E+00 Lnuc_He 2 550 7.823435 7.623E+04 6.309489 6.309489 60.576523 0.000000 0.042269 0.000217 0.927408 -7.167309 478 0 1.3324E+00 7.823435 0.913314 -13.919262 5.142152 -4.870377 60.576523 0.957402 0.000002 0.000329 0.014687 4 4.3914E+06 0.818596 6.309925 -99.000000 -99.000000 -8.686135 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion bin 550 1.221E+02 24.609495 1.279957 0.000E+00 0.985111 0 2 0.000E+00 -2.221E+00 1.011E+55 -9.967E+40 0.000E+00 1.332437 61.492071 2.885707 0.281217 0.000E+00 482.720601 9.357017 -6.916E-01 -2.993E-05 1.000E+99 8.503E+52 -3.304E+38 1.390E+40 4.3914E+06 60.576523 8.190566 1.280893 -2.871E+50 490.016398 9.293102 -1.186E-01 -1.348E-05 0.000E+00 1.698E+53 -1.132E+41 1 save LOGS1/profile11.data for model 550 save LOGS2/profile11.data for model 550 save photos/b_x550, photos/1_x550, photos/2_x550 for model 550 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 551 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.924E-01 -1.187E-01 -2.372E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 552 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.932E-01 -1.188E-01 -2.374E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 553 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.939E-01 -1.188E-01 -2.375E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 554 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.947E-01 -1.188E-01 -2.374E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 555 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.953E-01 -1.189E-01 -2.376E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 556 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.960E-01 -1.189E-01 -2.376E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 557 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.968E-01 -1.192E-01 -2.381E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 558 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.975E-01 -1.191E-01 -2.381E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 559 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.982E-01 -1.192E-01 -2.383E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 560 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.989E-01 -1.193E-01 -2.385E-01 OK (detached) 1 560 8.328889 1.370E+05 4.150208 6.312998 61.481066 0.000000 0.000000 0.000001 0.969605 -5.533449 603 0 1.7545E+00 8.328889 0.449923 6.306913 3.117469 -4.520723 61.481066 0.997730 0.000002 0.000329 0.016063 10 4.3918E+06 2.323535 6.401516 4.160533 -99.000000 -8.420702 0.000000 0.001858 0.000340 0.002270 0.000E+00 max increase 2 560 7.823529 7.626E+04 6.309568 6.309568 60.571589 0.000000 0.042143 0.000217 0.927517 -7.167123 487 0 1.7545E+00 7.823529 0.913049 -13.915231 5.142231 -4.867065 60.571589 0.957528 0.000002 0.000329 0.014691 4 4.3918E+06 0.818873 6.310042 -9.030900 -99.000000 -8.685901 0.000000 0.000006 0.000035 0.000329 0.000E+00 max increase bin 560 1.221E+02 24.613399 1.280345 0.000E+00 0.985207 0 2 0.000E+00 -2.220E+00 1.010E+55 -1.026E+41 0.000E+00 1.754511 61.481066 2.817882 0.268516 0.000E+00 482.674515 9.358294 -6.989E-01 -3.015E-05 1.000E+99 8.474E+52 -3.300E+38 1.185E+40 4.3918E+06 60.571589 8.185580 1.281160 -2.869E+50 489.921825 9.294784 -1.193E-01 -1.358E-05 0.000E+00 1.697E+53 -1.141E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 561 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -6.998E-01 -1.195E-01 -2.389E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 562 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.005E-01 -1.198E-01 -2.394E-01 OK (detached) max_residual > tol_max_residual 563 2.8860708419703448D-05 1.0000000000000001D-05 retry: max resid -- give up in solver 563 retry 563 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 563 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.007E-01 -1.195E-01 -2.388E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 564 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.010E-01 -1.196E-01 -2.389E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 565 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.014E-01 -1.197E-01 -2.392E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 566 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.020E-01 -1.197E-01 -2.392E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 567 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.024E-01 -1.200E-01 -2.397E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 568 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.030E-01 -1.200E-01 -2.399E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 569 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.034E-01 -1.201E-01 -2.400E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 570 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.037E-01 -1.200E-01 -2.398E-01 OK (detached) 1 570 8.332354 1.380E+05 4.202364 6.393229 61.461503 0.000000 0.000000 0.000000 0.969721 -5.522430 611 1 1.7757E+00 8.332354 0.443082 6.388762 3.162689 -4.533053 61.461503 0.994753 0.000007 0.000329 0.016144 15 4.3924E+06 2.333738 6.400745 3.971617 -99.000000 -8.411217 0.000000 0.004830 0.000341 0.005247 0.000E+00 solver 2 570 7.823696 7.628E+04 6.309683 6.309683 60.562789 0.000000 0.041918 0.000217 0.927710 -7.166792 485 1 1.7757E+00 7.823696 0.912855 -13.908094 5.142346 -4.865234 60.562789 0.957752 0.000002 0.000329 0.014698 4 4.3924E+06 0.819364 6.310133 -99.000000 -99.000000 -8.685672 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion bin 570 1.220E+02 24.620204 1.281025 0.000E+00 0.985378 0 2 0.000E+00 -2.149E+00 1.010E+55 -1.013E+41 0.000E+00 1.775673 61.461503 2.773845 0.265029 0.000E+00 482.593764 9.360512 -7.037E-01 -2.931E-05 1.000E+99 8.427E+52 -3.294E+38 1.106E+40 4.3924E+06 60.562789 8.181914 1.281859 -2.867E+50 489.755157 9.297722 -1.200E-01 -1.364E-05 0.000E+00 1.695E+53 -1.121E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 571 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.040E-01 -1.199E-01 -2.396E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 572 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.043E-01 -1.202E-01 -2.402E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 573 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.048E-01 -1.204E-01 -2.405E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 574 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.052E-01 -1.205E-01 -2.408E-01 OK (detached) max_residual > tol_max_residual 575 1.0434448783076815D-04 1.0000000000000001D-05 retry: max resid -- give up in solver 575 retry 575 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 575 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.053E-01 -1.202E-01 -2.402E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 576 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.056E-01 -1.203E-01 -2.404E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 577 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.058E-01 -1.203E-01 -2.405E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 578 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.062E-01 -1.205E-01 -2.408E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 579 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.066E-01 -1.207E-01 -2.412E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 580 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.069E-01 -1.209E-01 -2.416E-01 OK (detached) 1 580 8.332723 1.386E+05 4.198785 6.397469 61.441854 0.000000 0.000000 0.000000 0.969842 -5.521479 601 2 1.9919E+00 8.332723 0.438350 6.393322 3.160769 -4.560617 61.441854 0.991444 0.000016 0.000329 0.016236 10 4.3931E+06 2.334728 6.398902 3.899074 -99.000000 -8.398827 0.000000 0.008129 0.000341 0.008556 0.000E+00 max increase 2 580 7.823875 7.632E+04 6.309825 6.309825 60.553458 0.000000 0.041680 0.000217 0.927916 -7.166433 478 2 1.9919E+00 7.823875 0.912551 -13.900425 5.142488 -4.867200 60.553458 0.957991 0.000002 0.000329 0.014705 4 4.3931E+06 0.819891 6.310288 -99.000000 -99.000000 -8.685397 0.000000 0.000006 0.000035 0.000329 0.000E+00 max increase bin 580 1.220E+02 24.627086 1.281714 0.000E+00 0.985541 0 2 0.000E+00 -2.026E+00 1.010E+55 -9.822E+40 0.000E+00 1.991868 61.441854 2.743787 0.265509 0.000E+00 482.509293 9.362775 -7.069E-01 -2.750E-05 1.000E+99 8.381E+52 -3.287E+38 9.357E+39 4.3931E+06 60.553458 8.176199 1.282423 -2.865E+50 489.588317 9.300674 -1.209E-01 -1.358E-05 0.000E+00 1.692E+53 -1.072E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 581 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.075E-01 -1.210E-01 -2.417E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 582 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.080E-01 -1.215E-01 -2.427E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 583 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.085E-01 -1.217E-01 -2.432E-01 OK (detached) max_residual > tol_max_residual 584 1.0020448309818599D-04 1.0000000000000001D-05 retry: max resid -- give up in solver 584 retry 584 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 584 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.087E-01 -1.215E-01 -2.429E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 585 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.090E-01 -1.216E-01 -2.430E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 586 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.092E-01 -1.218E-01 -2.433E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 587 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.096E-01 -1.220E-01 -2.437E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 588 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.099E-01 -1.222E-01 -2.442E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 589 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.102E-01 -1.224E-01 -2.445E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 590 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.106E-01 -1.228E-01 -2.453E-01 OK (detached) 1 590 8.333023 1.393E+05 4.186557 6.396015 61.402368 0.000000 0.000000 0.000000 0.970098 -5.520788 600 3 2.3627E+00 8.333023 0.433045 6.391074 3.152157 -4.574495 61.402368 0.984442 0.000054 0.000329 0.016434 8 4.3946E+06 2.335497 6.396661 4.106981 -99.000000 -8.384474 0.000000 0.015092 0.000342 0.015558 0.000E+00 max increase 2 590 7.824256 7.639E+04 6.310090 6.310090 60.533556 0.000000 0.041174 0.000217 0.928363 -7.165669 489 3 2.3627E+00 7.824256 0.911902 -13.884126 5.142753 -4.860976 60.533556 0.958497 0.000002 0.000329 0.014720 4 4.3946E+06 0.821013 6.310557 -99.000000 -99.000000 -8.684684 0.000000 0.000006 0.000035 0.000329 0.000E+00 max increase bin 590 1.219E+02 24.640948 1.283109 0.000E+00 0.985851 0 2 0.000E+00 -1.934E+00 1.010E+55 -9.798E+40 0.000E+00 2.362690 61.402368 2.710473 0.267327 0.000E+00 482.332425 9.367375 -7.106E-01 -2.664E-05 1.000E+99 8.293E+52 -3.274E+38 7.897E+39 4.3946E+06 60.533556 8.163979 1.283554 -2.861E+50 489.255134 9.306579 -1.228E-01 -1.377E-05 0.000E+00 1.686E+53 -1.055E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 591 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.110E-01 -1.231E-01 -2.460E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 592 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.114E-01 -1.236E-01 -2.471E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 593 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.117E-01 -1.241E-01 -2.479E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 594 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.120E-01 -1.248E-01 -2.494E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 595 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.123E-01 -1.255E-01 -2.507E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 596 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.126E-01 -1.262E-01 -2.521E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 597 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.129E-01 -1.271E-01 -2.540E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 598 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.132E-01 -1.280E-01 -2.559E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 599 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.135E-01 -1.293E-01 -2.585E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 600 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.137E-01 -1.303E-01 -2.604E-01 OK (detached) __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 1 600 8.334682 1.399E+05 4.172795 6.395892 61.224037 0.000000 0.000000 0.000000 0.971399 -5.515614 600 3 3.0642E+00 8.334682 0.429467 6.386083 3.143926 -4.596593 61.224037 0.951622 0.000563 0.000329 0.017394 12 4.4015E+06 2.340339 6.396368 4.609448 -99.000000 -8.382740 0.000000 0.047403 0.000343 0.048378 0.000E+00 solver __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 2 600 7.826131 7.667E+04 6.311424 6.311424 60.438464 0.000000 0.038773 0.000217 0.930581 -7.161793 489 3 3.0642E+00 7.826131 0.909396 -13.803966 5.144087 -4.859695 60.438464 0.960898 0.000002 0.000329 0.014794 5 4.4015E+06 0.826551 6.311922 -99.000000 -99.000000 -8.682200 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion __________________________________________________________________________________________________________________________________________________ binary_step M1+M2 separ Porb e M2/M1 pm_i donor_i dot_Mmt eff Jorb dot_J dot_Jmb lg_dt M1 R1 P1 dot_e vorb1 RL1 Rl_gap1 dot_M1 dot_Medd spin1 dot_Jgr dot_Jls age_yr M2 R2 P2 Eorb vorb2 RL2 Rl_gap2 dot_M2 L_acc spin2 dot_Jml rlo_iters __________________________________________________________________________________________________________________________________________________ bin 600 1.217E+02 24.703788 1.289467 0.000E+00 0.987169 0 2 0.000E+00 -1.833E+00 1.007E+55 -9.507E+40 0.000E+00 3.064177 61.224037 2.688236 0.276603 0.000E+00 481.501992 9.388403 -7.137E-01 -2.532E-05 1.000E+99 7.920E+52 -3.218E+38 7.542E+39 4.4015E+06 60.438464 8.117010 1.288417 -2.841E+50 487.760512 9.333167 -1.303E-01 -1.381E-05 0.000E+00 1.661E+53 -1.023E+41 1 save LOGS1/profile12.data for model 600 save LOGS2/profile12.data for model 600 save photos/b_x600, photos/1_x600, photos/2_x600 for model 600 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 601 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.138E-01 -1.313E-01 -2.624E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 602 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.141E-01 -1.331E-01 -2.659E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 603 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.144E-01 -1.348E-01 -2.693E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 604 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.147E-01 -1.369E-01 -2.736E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 605 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.151E-01 -1.394E-01 -2.786E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 606 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.154E-01 -1.418E-01 -2.834E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 607 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.156E-01 -1.439E-01 -2.877E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 608 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.159E-01 -1.457E-01 -2.912E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 609 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.162E-01 -1.480E-01 -2.958E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 610 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.165E-01 -1.501E-01 -3.000E-01 OK (detached) 1 610 8.339855 1.403E+05 4.141700 6.398036 60.725746 0.000000 0.000000 0.000000 0.975028 -5.499203 609 3 3.3387E+00 8.339855 0.428000 6.371950 3.131329 -4.617010 60.725746 0.857360 0.005308 0.000329 0.020442 10 4.4216E+06 2.355559 6.398542 5.120311 -99.000000 -8.400830 0.000000 0.136916 0.000346 0.142640 0.000E+00 XHe_cntr 2 610 7.832399 7.742E+04 6.315232 6.315232 60.152605 0.000000 0.031669 0.000217 0.936874 -7.147863 500 3 3.3387E+00 7.832399 0.902907 -13.537191 5.147894 -4.838024 60.152605 0.968002 0.000001 0.000329 0.015017 5 4.4216E+06 0.845113 6.315856 -8.787862 -99.000000 -8.676744 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion bin 610 1.209E+02 24.885358 1.307931 0.000E+00 0.990562 0 2 0.000E+00 -1.663E+00 1.001E+55 -9.430E+40 0.000E+00 3.338720 60.725746 2.679170 0.303970 0.000E+00 479.019338 9.450009 -7.165E-01 -2.415E-05 1.000E+99 6.975E+52 -3.052E+38 7.294E+39 4.4216E+06 60.152605 7.996632 1.304701 -2.784E+50 483.583484 9.409151 -1.501E-01 -1.452E-05 0.000E+00 1.583E+53 -1.013E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 611 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.168E-01 -1.522E-01 -3.042E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 612 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.171E-01 -1.546E-01 -3.090E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 613 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.175E-01 -1.573E-01 -3.145E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 614 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.177E-01 -1.598E-01 -3.194E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 615 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.180E-01 -1.621E-01 -3.240E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 616 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.184E-01 -1.647E-01 -3.292E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 617 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.187E-01 -1.670E-01 -3.339E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 618 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.190E-01 -1.695E-01 -3.388E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 619 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.194E-01 -1.726E-01 -3.449E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 620 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.198E-01 -1.758E-01 -3.514E-01 OK (detached) 1 620 8.346413 1.407E+05 4.036279 6.400256 60.166201 0.000000 0.000000 0.000000 0.979018 -5.478493 643 3 3.4260E+00 8.346413 0.426280 6.350699 3.076850 -4.631907 60.166201 0.749971 0.017713 0.000329 0.024552 5 4.4453E+06 2.374819 6.400785 5.415257 -99.000000 -8.421640 0.000000 0.231893 0.000354 0.250029 0.000E+00 XHe_cntr 2 620 7.841951 7.845E+04 6.319618 6.319618 59.801201 0.000000 0.023185 0.000217 0.944082 -7.124145 498 3 3.4260E+00 7.841951 0.893679 -13.131945 5.152279 -4.818652 59.801201 0.976486 0.000001 0.000329 0.015296 5 4.4453E+06 0.873530 6.320487 -9.632960 -99.000000 -8.669354 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion bin 620 1.200E+02 25.101090 1.329997 0.000E+00 0.993933 0 2 0.000E+00 -1.537E+00 9.944E+54 -9.370E+40 0.000E+00 3.426039 60.166201 2.668576 0.336314 0.000E+00 475.966956 9.524543 -7.198E-01 -2.334E-05 1.000E+99 6.055E+52 -2.865E+38 7.628E+39 4.4453E+06 59.801201 7.828514 1.324334 -2.719E+50 478.872045 9.498099 -1.758E-01 -1.518E-05 0.000E+00 1.479E+53 -1.010E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 621 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.202E-01 -1.786E-01 -3.569E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 622 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.205E-01 -1.816E-01 -3.631E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 623 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.208E-01 -1.845E-01 -3.688E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 624 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.211E-01 -1.875E-01 -3.748E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 625 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.215E-01 -1.905E-01 -3.807E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 626 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.219E-01 -1.943E-01 -3.885E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 627 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.223E-01 -1.984E-01 -3.965E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 628 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.227E-01 -2.023E-01 -4.044E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 629 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.230E-01 -2.060E-01 -4.118E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 630 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.234E-01 -2.099E-01 -4.196E-01 OK (detached) 1 630 8.353749 1.412E+05 3.858405 6.402252 59.614407 0.000000 0.000000 0.000000 0.982855 -5.455316 641 3 3.3702E+00 8.353749 0.424426 6.321924 3.000904 -4.642730 59.614407 0.644080 0.039507 0.000333 0.029491 5 4.4694E+06 2.396374 6.402832 5.622375 -99.000000 -8.444614 0.000000 0.315983 0.000361 0.355920 0.000E+00 XHe_cntr 2 630 7.856468 7.996E+04 6.324124 6.324124 59.426410 0.000000 0.014374 0.000217 0.951265 -7.083868 501 3 3.3702E+00 7.856468 0.879621 -12.510306 5.156784 -4.802326 59.426410 0.985297 0.000001 0.000329 0.015600 5 4.4694E+06 0.916870 6.325534 -99.000000 -99.000000 -8.658009 0.000000 0.000006 0.000035 0.000329 0.000E+00 b_companion bin 630 1.190E+02 25.333626 1.353759 0.000E+00 0.996846 0 2 0.000E+00 -1.444E+00 9.874E+54 -8.938E+40 0.000E+00 3.370163 59.614407 2.657209 0.369425 0.000E+00 472.636960 9.606359 -7.234E-01 -2.277E-05 1.000E+99 5.277E+52 -2.678E+38 1.210E+40 4.4694E+06 59.426410 7.579158 1.345695 -2.652E+50 474.132164 9.592505 -2.099E-01 -1.576E-05 0.000E+00 1.349E+53 -1.012E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 631 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.237E-01 -2.139E-01 -4.275E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 632 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.241E-01 -2.185E-01 -4.368E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 633 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.245E-01 -2.239E-01 -4.477E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 634 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.249E-01 -2.299E-01 -4.596E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 635 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.253E-01 -2.357E-01 -4.711E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 636 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.258E-01 -2.418E-01 -4.834E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 637 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.262E-01 -2.483E-01 -4.963E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 638 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.266E-01 -2.555E-01 -5.109E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 639 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.270E-01 -2.636E-01 -5.270E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 640 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.275E-01 -2.721E-01 -5.440E-01 OK (detached) 1 640 8.362025 1.417E+05 3.614650 6.404106 59.062601 0.000000 0.000000 0.000000 0.986388 -5.428879 623 3 3.3522E+00 8.362025 0.422444 6.282380 2.938328 -4.649046 59.062601 0.540404 0.073374 0.000385 0.035515 5 4.4939E+06 2.420827 6.404733 5.789368 -99.000000 -8.470240 0.000000 0.385788 0.000364 0.459596 0.000E+00 b_companion 2 640 7.887151 8.312E+04 6.327599 6.327599 59.033982 0.000000 0.005200 0.000217 0.958085 -6.989088 500 3 3.3522E+00 7.887151 0.848987 -11.096425 5.160258 -4.793825 59.033982 0.994471 0.000001 0.000329 0.015934 5 4.4939E+06 1.008702 6.331495 -99.000000 -99.000000 -8.631515 0.000000 0.000006 0.000035 0.000329 0.000E+00 lg_XH_cntr bin 640 1.181E+02 25.611031 1.381546 0.000E+00 0.999515 0 2 0.000E+00 -1.396E+00 9.810E+54 -7.174E+40 0.000E+00 3.352183 59.062601 2.645109 0.403533 0.000E+00 468.829249 9.705620 -7.275E-01 -2.244E-05 1.000E+99 4.606E+52 -2.489E+38 2.986E+40 4.4939E+06 59.033982 7.062970 1.362693 -2.582E+50 469.056537 9.703470 -2.721E-01 -1.608E-05 0.000E+00 1.147E+53 -1.013E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 641 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.278E-01 -2.816E-01 -5.630E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 642 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.281E-01 -2.909E-01 -5.815E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 643 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.285E-01 -3.000E-01 -5.997E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 644 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.288E-01 -3.092E-01 -6.183E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 645 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.290E-01 -3.181E-01 -6.360E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 646 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.292E-01 -3.271E-01 -6.540E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 647 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.294E-01 -3.358E-01 -6.715E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 648 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.296E-01 -3.444E-01 -6.885E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 649 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.296E-01 -3.527E-01 -7.053E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 650 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.298E-01 -3.609E-01 -7.216E-01 OK (detached) 1 650 8.366111 1.418E+05 3.483878 6.404943 58.812986 0.000000 0.000000 0.000000 0.987790 -5.415736 616 3 2.6765E+00 8.366111 0.421938 6.259892 2.922855 -4.651258 58.812986 0.494750 0.093289 0.000468 0.038665 4 4.5051E+06 2.432944 6.405595 5.856331 -99.000000 -8.481519 0.000000 0.411527 0.000365 0.505250 0.000E+00 b_companion 2 650 7.939314 8.862E+04 6.312747 6.312747 58.856262 0.000000 0.000915 0.000216 0.960604 -6.816506 515 3 2.6765E+00 7.939314 0.795968 -8.348357 5.145409 -4.809588 58.856262 0.998756 0.000001 0.000329 0.016096 5 4.5051E+06 1.165062 6.336751 -8.217987 -99.000000 -8.587830 0.000000 0.000007 0.000035 0.000329 0.000E+00 lg_XH_cntr bin 650 1.177E+02 25.810343 1.400240 0.000E+00 1.000736 0 2 0.000E+00 -1.440E+00 9.795E+54 -3.813E+38 0.000E+00 2.676519 58.812986 2.642031 0.420253 0.000E+00 466.454309 9.778425 -7.298E-01 -2.232E-05 1.000E+99 4.334E+52 -2.375E+38 9.963E+40 4.5051E+06 58.856262 6.251267 1.328612 -2.544E+50 466.111338 9.781712 -3.609E-01 -1.550E-05 0.000E+00 9.226E+52 -9.977E+40 1 save LOGS1/profile13.data for model 650 save LOGS2/profile13.data for model 650 save photos/b_x650, photos/1_x650, photos/2_x650 for model 650 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 651 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.299E-01 -3.687E-01 -7.372E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 652 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.299E-01 -3.764E-01 -7.525E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 653 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.301E-01 -3.836E-01 -7.670E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 654 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.301E-01 -3.908E-01 -7.813E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 655 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.302E-01 -3.975E-01 -7.948E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 656 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.302E-01 -4.040E-01 -8.078E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 657 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.302E-01 -4.102E-01 -8.202E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 658 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.302E-01 -4.160E-01 -8.318E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 659 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.303E-01 -4.215E-01 -8.428E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 660 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.303E-01 -4.268E-01 -8.535E-01 OK (detached) 1 660 8.366906 1.418E+05 3.457666 6.405119 58.766183 0.000000 0.000000 0.000000 0.988026 -5.413170 603 3 1.9674E+00 8.366906 0.422188 6.255302 2.921027 -4.653728 58.766183 0.486271 0.097368 0.000491 0.039291 4 4.5072E+06 2.435306 6.405746 5.868454 -99.000000 -8.484058 0.000000 0.415927 0.000365 0.513729 0.000E+00 b_companion 2 660 7.986756 9.369E+04 6.220463 6.220463 58.823489 0.000000 0.000165 0.000215 0.960949 -6.656165 528 3 1.9674E+00 7.986756 0.749742 -5.900027 5.053137 -4.805210 58.823489 0.999507 0.000001 0.000329 0.016127 4 4.5072E+06 1.307513 6.340881 -6.749298 -99.000000 -8.554387 0.000000 0.000008 0.000035 0.000329 0.000E+00 lg_XH_cntr bin 660 1.176E+02 25.871125 1.405665 0.000E+00 1.000975 0 2 0.000E+00 -1.417E+00 9.797E+54 4.245E+40 0.000E+00 1.967362 58.766183 2.643556 0.423534 0.000E+00 465.804146 9.800917 -7.303E-01 -2.220E-05 1.000E+99 4.286E+52 -2.345E+38 1.426E+41 4.5072E+06 58.823489 5.620079 1.178073 -2.534E+50 465.350354 9.805283 -4.268E-01 -1.566E-05 0.000E+00 8.372E+52 -9.995E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 661 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.304E-01 -4.318E-01 -8.635E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 662 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.304E-01 -4.365E-01 -8.728E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 663 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.303E-01 -4.410E-01 -8.819E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 664 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.304E-01 -4.452E-01 -8.902E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 665 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.304E-01 -4.492E-01 -8.981E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 666 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.304E-01 -4.529E-01 -9.056E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 667 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.303E-01 -4.565E-01 -9.128E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 668 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.303E-01 -4.598E-01 -9.194E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 669 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.303E-01 -4.630E-01 -9.258E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 670 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.304E-01 -4.659E-01 -9.316E-01 OK (detached) 1 670 8.367093 1.418E+05 3.451591 6.405143 58.755302 0.000000 0.000000 0.000000 0.988079 -5.412570 600 3 1.4500E+00 8.367093 0.422292 6.254194 2.920673 -4.654289 58.755302 0.484296 0.098336 0.000496 0.039438 4 4.5077E+06 2.435858 6.405828 5.871249 -99.000000 -8.484961 0.000000 0.416933 0.000365 0.515704 0.000E+00 b_companion 2 670 8.019643 9.720E+04 5.998319 5.998319 58.815644 0.000000 0.000036 0.000215 0.961024 -6.544432 520 3 1.4500E+00 8.019643 0.719360 -4.326550 4.831019 -4.787840 58.815644 0.999636 0.000001 0.000329 0.016135 4 4.5077E+06 1.406433 6.344116 -5.268953 -99.000000 -8.538328 0.000000 0.000008 0.000035 0.000329 0.000E+00 lg_XH_cntr bin 670 1.176E+02 25.886778 1.407053 0.000E+00 1.001027 0 2 0.000E+00 -1.360E+00 9.797E+54 3.358E+40 0.000E+00 1.449991 58.755302 2.644187 0.424248 0.000E+00 465.638266 9.806731 -7.304E-01 -2.217E-05 1.000E+99 4.274E+52 -2.338E+38 1.354E+41 4.5077E+06 58.815644 5.240343 1.041729 -2.532E+50 465.160544 9.811332 -4.659E-01 -1.630E-05 0.000E+00 8.147E+52 -1.016E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 671 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.304E-01 -4.688E-01 -9.374E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 672 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.304E-01 -4.715E-01 -9.428E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 673 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.304E-01 -4.741E-01 -9.479E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 674 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.304E-01 -4.765E-01 -9.528E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 675 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.303E-01 -4.788E-01 -9.575E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 676 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.304E-01 -4.811E-01 -9.620E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 677 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.304E-01 -4.832E-01 -9.661E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 678 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.304E-01 -4.852E-01 -9.702E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 679 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.304E-01 -4.871E-01 -9.739E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 680 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.304E-01 -4.889E-01 -9.775E-01 OK (detached) 1 680 8.367164 1.418E+05 3.449326 6.405169 58.751170 0.000000 0.000000 0.000000 0.988099 -5.412339 594 3 1.1285E+00 8.367164 0.422368 6.253790 2.920559 -4.655209 58.751170 0.483547 0.098705 0.000498 0.039494 4 4.5079E+06 2.436070 6.405860 5.872323 -99.000000 -8.485363 0.000000 0.417313 0.000365 0.516453 0.000E+00 b_companion 2 680 8.040585 9.947E+04 5.680349 5.680349 58.812569 0.000000 0.000009 0.000215 0.961053 -6.473345 528 3 1.1285E+00 8.040585 0.700353 -3.376795 4.513110 -4.776165 58.812569 0.999662 0.000001 0.000329 0.016138 4 4.5079E+06 1.469411 6.346146 -4.243118 -99.000000 -8.529043 0.000000 0.000008 0.000035 0.000329 0.000E+00 lg_XH_cntr bin 680 1.176E+02 25.892358 1.407551 0.000E+00 1.001045 0 2 0.000E+00 -1.321E+00 9.797E+54 1.889E+40 0.000E+00 1.128485 58.751170 2.644650 0.424524 0.000E+00 465.578021 9.808804 -7.304E-01 -2.212E-05 1.000E+99 4.270E+52 -2.335E+38 1.218E+41 4.5079E+06 58.812569 5.015952 0.957077 -2.531E+50 465.091968 9.813487 -4.889E-01 -1.674E-05 0.000E+00 8.068E+52 -1.026E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 681 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.304E-01 -4.912E-01 -9.821E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 682 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.304E-01 -4.939E-01 -9.876E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 683 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.305E-01 -4.973E-01 -9.944E-01 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 684 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.305E-01 -5.015E-01 -1.003E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 685 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.305E-01 -5.066E-01 -1.013E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 686 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.305E-01 -5.128E-01 -1.025E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 687 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.305E-01 -5.202E-01 -1.040E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 688 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.306E-01 -5.290E-01 -1.058E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 689 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.306E-01 -5.393E-01 -1.078E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 690 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.307E-01 -5.500E-01 -1.100E+00 OK (detached) 1 690 8.367321 1.418E+05 3.444402 6.405201 58.742075 0.000000 0.000000 0.000000 0.988145 -5.411834 594 3 1.8798E+00 8.367321 0.422095 6.252865 2.920329 -4.654653 58.742075 0.481896 0.099523 0.000503 0.039619 4 4.5083E+06 2.436536 6.405858 5.874665 -99.000000 -8.485288 0.000000 0.418146 0.000365 0.518104 0.000E+00 b_companion 2 690 8.100558 1.063E+05 3.323666 3.323701 58.805412 0.000000 0.000000 0.000214 0.961123 -6.270126 546 3 1.8798E+00 8.100558 0.645176 -0.871919 2.174927 -4.744661 58.805412 0.999671 0.000001 0.000329 0.016143 5 4.5083E+06 1.649768 6.351795 -1.456217 -99.000000 -8.497400 0.000000 0.000009 0.000035 0.000328 0.000E+00 lgT_cntr bin 690 1.175E+02 25.902996 1.408516 0.000E+00 1.001078 0 2 0.000E+00 -1.230E+00 9.797E+54 -2.088E+40 0.000E+00 1.879792 58.742075 2.642985 0.425063 0.000E+00 465.457936 9.812760 -7.307E-01 -2.215E-05 1.000E+99 4.261E+52 -2.331E+38 8.541E+40 4.5083E+06 58.805412 4.417497 0.740686 -2.529E+50 464.956606 9.817593 -5.500E-01 -1.800E-05 0.000E+00 7.928E+52 -1.061E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 691 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.307E-01 -5.597E-01 -1.119E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 692 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.307E-01 -5.687E-01 -1.137E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 693 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.307E-01 -5.787E-01 -1.157E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 694 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.307E-01 -5.889E-01 -1.178E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 695 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.308E-01 -5.978E-01 -1.195E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 696 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.308E-01 -6.061E-01 -1.212E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 697 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.152E-01 -1.230E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 698 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.245E-01 -1.249E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 699 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.326E-01 -1.265E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 700 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.386E-01 -1.277E+00 OK (detached) __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 1 700 8.367631 1.418E+05 3.434981 6.405264 58.724119 0.000000 0.000000 0.000000 0.988239 -5.410836 584 3 1.8478E+00 8.367631 0.422006 6.251030 2.919986 -4.653336 58.724119 0.478646 0.101149 0.000514 0.039865 4 4.5091E+06 2.437456 6.405887 5.879263 -99.000000 -8.485899 0.000000 0.419770 0.000365 0.521354 0.000E+00 b_companion __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 2 700 8.204995 1.193E+05 2.606871 3.179449 58.789576 0.000000 0.000000 0.000214 0.961270 -5.917977 549 3 1.8478E+00 8.204995 0.550203 2.824469 1.812544 -4.684707 58.789576 0.999671 0.000001 0.000329 0.016153 5 4.5091E+06 1.963836 6.361197 2.643116 -99.000000 -8.447431 0.000000 0.000009 0.000036 0.000329 0.000E+00 Lnuc_He __________________________________________________________________________________________________________________________________________________ binary_step M1+M2 separ Porb e M2/M1 pm_i donor_i dot_Mmt eff Jorb dot_J dot_Jmb lg_dt M1 R1 P1 dot_e vorb1 RL1 Rl_gap1 dot_M1 dot_Medd spin1 dot_Jgr dot_Jls age_yr M2 R2 P2 Eorb vorb2 RL2 Rl_gap2 dot_M2 L_acc spin2 dot_Jml rlo_iters __________________________________________________________________________________________________________________________________________________ bin 700 1.175E+02 25.916880 1.409851 0.000E+00 1.001115 0 2 0.000E+00 -1.075E+00 9.796E+54 -8.691E+40 0.000E+00 1.847775 58.724119 2.642445 0.426167 0.000E+00 465.274813 9.817938 -7.309E-01 -2.222E-05 1.000E+99 4.242E+52 -2.323E+38 2.660E+40 4.5091E+06 58.789576 3.549790 0.470654 -2.526E+50 464.756770 9.822937 -6.386E-01 -2.067E-05 0.000E+00 7.790E+52 -1.133E+41 1 save LOGS1/profile14.data for model 700 save LOGS2/profile14.data for model 700 save photos/b_x700, photos/1_x700, photos/2_x700 for model 700 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 701 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.431E-01 -1.286E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 702 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.467E-01 -1.293E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 703 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.495E-01 -1.299E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 704 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.517E-01 -1.303E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 705 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.536E-01 -1.307E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 706 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.308E-01 -6.554E-01 -1.311E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 707 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.569E-01 -1.314E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 708 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.308E-01 -6.583E-01 -1.316E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 709 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.308E-01 -6.596E-01 -1.319E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 710 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.308E-01 -6.608E-01 -1.321E+00 OK (detached) 1 710 8.367742 1.418E+05 3.431492 6.405276 58.717643 0.000000 0.000000 0.000000 0.988271 -5.410476 587 3 1.2343E+00 8.367742 0.422079 6.250353 2.919855 -4.654364 58.717643 0.477476 0.101739 0.000518 0.039954 4 4.5094E+06 2.437787 6.405921 5.880908 -99.000000 -8.486384 0.000000 0.420350 0.000365 0.522524 0.000E+00 b_companion 2 710 8.237628 1.234E+05 3.088321 4.131180 58.783356 0.000000 0.000000 0.000213 0.961321 -5.808237 575 3 1.2343E+00 8.237628 0.522788 3.828575 2.175722 -4.664003 58.783356 0.999669 0.000001 0.000329 0.016157 4 4.5094E+06 2.062070 6.364888 3.745241 -99.000000 -8.435295 0.000000 0.000011 0.000037 0.000331 0.000E+00 Lnuc_He bin 710 1.175E+02 25.920687 1.410238 0.000E+00 1.001119 0 2 0.000E+00 -1.022E+00 9.795E+54 -9.852E+40 0.000E+00 1.234288 58.717643 2.642891 0.426613 0.000E+00 465.216554 9.819370 -7.308E-01 -2.216E-05 1.000E+99 4.235E+52 -2.321E+38 1.752E+40 4.5094E+06 58.783356 3.332636 0.407817 -2.525E+50 464.696493 9.824390 -6.608E-01 -2.168E-05 0.000E+00 7.765E+52 -1.158E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 711 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.308E-01 -6.619E-01 -1.324E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 712 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.630E-01 -1.326E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 713 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.308E-01 -6.640E-01 -1.328E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 714 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.308E-01 -6.650E-01 -1.330E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 715 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.308E-01 -6.659E-01 -1.332E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 716 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.308E-01 -6.669E-01 -1.334E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 717 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.678E-01 -1.335E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 718 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.308E-01 -6.686E-01 -1.337E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 719 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.308E-01 -6.694E-01 -1.339E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 720 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.308E-01 -6.702E-01 -1.340E+00 OK (detached) 1 720 8.367796 1.418E+05 3.429862 6.405291 58.714581 0.000000 0.000000 0.000000 0.988286 -5.410304 589 3 1.0839E+00 8.367796 0.422151 6.250040 2.919803 -4.656156 58.714581 0.476922 0.102020 0.000519 0.039996 4 4.5095E+06 2.437945 6.405956 5.881693 -99.000000 -8.486759 0.000000 0.420624 0.000365 0.523078 0.000E+00 b_companion 2 720 8.252282 1.252E+05 3.297799 4.561309 58.780298 0.000000 0.000000 0.000211 0.961346 -5.759021 592 3 1.0839E+00 8.252282 0.510551 4.258698 2.344806 -4.649032 58.780298 0.999664 0.000001 0.000329 0.016159 4 4.5095E+06 2.106193 6.366465 4.211911 -99.000000 -8.430171 0.000000 0.000015 0.000040 0.000336 0.000E+00 Lnuc_He bin 720 1.175E+02 25.922404 1.410415 0.000E+00 1.001119 0 2 0.000E+00 -9.837E-01 9.794E+54 -1.028E+41 0.000E+00 1.083949 58.714581 2.643326 0.426810 0.000E+00 465.189054 9.820021 -7.308E-01 -2.207E-05 1.000E+99 4.232E+52 -2.320E+38 1.502E+40 4.5095E+06 58.780298 3.240045 0.382500 -2.525E+50 464.668971 9.825041 -6.702E-01 -2.244E-05 0.000E+00 7.754E+52 -1.176E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 721 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.308E-01 -6.710E-01 -1.342E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 722 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.718E-01 -1.343E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 723 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.725E-01 -1.345E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 724 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.732E-01 -1.346E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 725 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.739E-01 -1.348E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 726 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.746E-01 -1.349E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 727 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.753E-01 -1.350E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 728 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.759E-01 -1.352E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 729 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.766E-01 -1.353E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 730 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.773E-01 -1.354E+00 OK (detached) 1 730 8.367838 1.418E+05 3.428548 6.405298 58.712116 0.000000 0.000000 0.000000 0.988298 -5.410167 591 3 1.0235E+00 8.367838 0.422092 6.249783 2.919761 -4.655048 58.712116 0.476476 0.102246 0.000521 0.040030 4 4.5096E+06 2.438072 6.405936 5.882320 -99.000000 -8.486660 0.000000 0.420844 0.000365 0.523524 0.000E+00 b_companion 2 730 8.263605 1.267E+05 3.458814 4.888105 58.777793 0.000000 0.000000 0.000207 0.961367 -5.721019 583 3 1.0235E+00 8.263605 0.501223 4.582648 2.478527 -4.637927 58.777793 0.999655 0.000001 0.000329 0.016161 4 4.5096E+06 2.140294 6.367743 4.558219 -99.000000 -8.427163 0.000000 0.000022 0.000046 0.000345 0.000E+00 Lnuc_He bin 730 1.175E+02 25.923759 1.410555 0.000E+00 1.001119 0 2 0.000E+00 -9.613E-01 9.794E+54 -1.061E+41 0.000E+00 1.023513 58.712116 2.642967 0.426973 0.000E+00 465.166911 9.820535 -7.309E-01 -2.213E-05 1.000E+99 4.230E+52 -2.319E+38 1.342E+40 4.5096E+06 58.777793 3.171197 0.363965 -2.525E+50 464.647149 9.825553 -6.773E-01 -2.302E-05 0.000E+00 7.747E+52 -1.193E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 731 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.779E-01 -1.356E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 732 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.785E-01 -1.357E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 733 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.308E-01 -6.790E-01 -1.358E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 734 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.796E-01 -1.359E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 735 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.308E-01 -6.802E-01 -1.360E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 736 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.808E-01 -1.361E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 737 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.814E-01 -1.363E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 738 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.819E-01 -1.364E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 739 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.825E-01 -1.365E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 740 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.830E-01 -1.366E+00 OK (detached) 1 740 8.367877 1.418E+05 3.427338 6.405302 58.709865 0.000000 0.000000 0.000000 0.988310 -5.410041 580 3 1.0000E+00 8.367877 0.422128 6.249546 2.919720 -4.655230 58.709865 0.476068 0.102453 0.000522 0.040061 4 4.5097E+06 2.438188 6.405954 5.882892 -99.000000 -8.486859 0.000000 0.421044 0.000365 0.523932 0.000E+00 b_companion 2 740 8.273501 1.279E+05 3.599499 5.164987 58.775437 0.000000 0.000000 0.000199 0.961386 -5.687906 585 3 1.0000E+00 8.273501 0.493382 4.860010 2.597751 -4.629485 58.775437 0.999638 0.000001 0.000329 0.016163 6 4.5097E+06 2.170065 6.368746 4.843804 -99.000000 -8.424758 0.000000 0.000035 0.000058 0.000362 0.000E+00 Lnuc_He bin 740 1.175E+02 25.924989 1.410683 0.000E+00 1.001117 0 2 0.000E+00 -9.424E-01 9.794E+54 -1.084E+41 0.000E+00 1.000021 58.709865 2.643189 0.427114 0.000E+00 465.146359 9.821005 -7.309E-01 -2.212E-05 1.000E+99 4.227E+52 -2.318E+38 1.224E+40 4.5097E+06 58.775437 3.114457 0.344696 -2.524E+50 464.627425 9.826015 -6.830E-01 -2.347E-05 0.000E+00 7.740E+52 -1.204E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 741 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.836E-01 -1.367E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 742 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.841E-01 -1.368E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 743 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.847E-01 -1.369E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 744 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.852E-01 -1.370E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 745 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.857E-01 -1.371E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 746 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.864E-01 -1.373E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 747 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.872E-01 -1.374E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 748 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.879E-01 -1.376E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 749 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.886E-01 -1.377E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 750 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.892E-01 -1.378E+00 OK (detached) 1 750 8.367922 1.418E+05 3.425951 6.405304 58.707302 0.000000 0.000000 0.000000 0.988323 -5.409898 580 3 1.1205E+00 8.367922 0.422057 6.249272 2.919673 -4.654805 58.707302 0.475604 0.102689 0.000524 0.040097 4 4.5098E+06 2.438319 6.405948 5.883539 -99.000000 -8.486829 0.000000 0.421272 0.000365 0.524396 0.000E+00 b_companion 2 750 8.284030 1.292E+05 3.751516 5.445348 58.772692 0.000000 0.000000 0.000182 0.961408 -5.652640 588 3 1.1205E+00 8.284030 0.484835 5.149083 2.728507 -4.621254 58.772692 0.999603 0.000001 0.000329 0.016166 4 4.5098E+06 2.201769 6.370059 5.121351 -99.000000 -8.423184 0.000000 0.000063 0.000081 0.000397 0.000E+00 Lnuc_He bin 750 1.175E+02 25.926381 1.410828 0.000E+00 1.001114 0 2 0.000E+00 -9.257E-01 9.793E+54 -1.108E+41 0.000E+00 1.120530 58.707302 2.642755 0.427272 0.000E+00 465.122654 9.821539 -7.309E-01 -2.214E-05 1.000E+99 4.225E+52 -2.317E+38 1.111E+40 4.5098E+06 58.772692 3.053758 0.329279 -2.524E+50 464.605160 9.826536 -6.892E-01 -2.392E-05 0.000E+00 7.733E+52 -1.217E+41 1 save LOGS1/profile15.data for model 750 save LOGS2/profile15.data for model 750 save photos/b_x750, photos/1_x750, photos/2_x750 for model 750 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 751 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.899E-01 -1.380E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 752 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.906E-01 -1.381E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 753 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.912E-01 -1.382E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 754 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.918E-01 -1.383E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 755 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.924E-01 -1.385E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 756 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.930E-01 -1.386E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 757 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.936E-01 -1.387E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 758 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.942E-01 -1.388E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 759 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.947E-01 -1.389E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 760 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.953E-01 -1.390E+00 OK (detached) 1 760 8.367970 1.418E+05 3.424457 6.405313 58.704501 0.000000 0.000000 0.000000 0.988338 -5.409741 569 3 1.0949E+00 8.367970 0.422122 6.248980 2.919629 -4.654473 58.704501 0.475098 0.102947 0.000526 0.040136 4 4.5100E+06 2.438464 6.405933 5.884252 -99.000000 -8.486914 0.000000 0.421520 0.000365 0.524902 0.000E+00 b_companion 2 760 8.294345 1.306E+05 3.902193 5.693087 58.769624 0.000000 0.000000 0.000150 0.961432 -5.618162 597 3 1.0949E+00 8.294345 0.476316 5.426498 2.860161 -4.611700 58.769624 0.999531 0.000001 0.000329 0.016169 4 4.5100E+06 2.232811 6.371223 5.339049 -99.000000 -8.421185 0.000000 0.000122 0.000127 0.000469 0.000E+00 Lnuc_He bin 760 1.175E+02 25.927894 1.410987 0.000E+00 1.001109 0 2 0.000E+00 -9.062E-01 9.793E+54 -1.133E+41 0.000E+00 1.094891 58.704501 2.643154 0.427445 0.000E+00 465.096427 9.822122 -7.309E-01 -2.216E-05 1.000E+99 4.222E+52 -2.316E+38 1.005E+40 4.5100E+06 58.769624 2.994446 0.314579 -2.524E+50 464.581044 9.827100 -6.953E-01 -2.445E-05 0.000E+00 7.725E+52 -1.231E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 761 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.310E-01 -6.958E-01 -1.391E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 762 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.310E-01 -6.965E-01 -1.393E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 763 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.310E-01 -6.973E-01 -1.394E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 764 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.979E-01 -1.396E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 765 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.310E-01 -6.986E-01 -1.397E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 766 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.992E-01 -1.398E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 767 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -6.998E-01 -1.399E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 768 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -7.004E-01 -1.401E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 769 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -7.010E-01 -1.402E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 770 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -7.016E-01 -1.403E+00 OK (detached) 1 770 8.368032 1.418E+05 3.422532 6.405316 58.700939 0.000000 0.000000 0.000000 0.988357 -5.409543 574 3 1.2104E+00 8.368032 0.422138 6.248599 2.919568 -4.655774 58.700939 0.474455 0.103276 0.000528 0.040185 4 4.5101E+06 2.438647 6.405954 5.885149 -99.000000 -8.487139 0.000000 0.421835 0.000365 0.525545 0.000E+00 b_companion 2 770 8.305371 1.321E+05 4.064187 5.907713 58.765642 0.000000 0.000000 0.000091 0.961463 -5.581370 619 3 1.2104E+00 8.305371 0.467255 5.716801 3.004009 -4.602188 58.765642 0.999362 0.000001 0.000329 0.016176 4 4.5101E+06 2.265983 6.372638 5.440930 -99.000000 -8.419761 0.000000 0.000265 0.000211 0.000638 0.000E+00 Lnuc_He bin 770 1.175E+02 25.929808 1.411189 0.000E+00 1.001102 0 2 0.000E+00 -8.839E-01 9.792E+54 -1.155E+41 0.000E+00 1.210413 58.700939 2.643246 0.427666 0.000E+00 465.062675 9.822864 -7.309E-01 -2.209E-05 1.000E+99 4.218E+52 -2.315E+38 9.081E+39 4.5101E+06 58.765642 2.932613 0.299512 -2.523E+50 464.550623 9.827809 -7.016E-01 -2.499E-05 0.000E+00 7.716E+52 -1.244E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 771 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.310E-01 -7.022E-01 -1.404E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 772 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.310E-01 -7.027E-01 -1.405E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 773 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -7.034E-01 -1.407E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 774 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.310E-01 -7.042E-01 -1.408E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 775 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.310E-01 -7.048E-01 -1.409E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 776 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.310E-01 -7.055E-01 -1.411E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 777 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.309E-01 -7.061E-01 -1.412E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 778 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.310E-01 -7.067E-01 -1.413E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 779 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.310E-01 -7.073E-01 -1.414E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 780 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.310E-01 -7.078E-01 -1.415E+00 OK (detached) 1 780 8.368111 1.418E+05 3.420128 6.405333 58.696429 0.000000 0.000000 0.000000 0.988381 -5.409289 582 3 1.3278E+00 8.368111 0.422067 6.248130 2.919504 -4.655377 58.696429 0.473641 0.103693 0.000531 0.040248 4 4.5103E+06 2.438880 6.406015 5.886295 -99.000000 -8.487507 0.000000 0.422232 0.000365 0.526359 0.000E+00 b_companion 2 780 8.316233 1.336E+05 4.223490 6.071649 58.760457 0.000000 0.000000 0.000028 0.961502 -5.545216 617 3 1.3278E+00 8.316233 0.458149 5.996430 3.147755 -4.585530 58.760457 0.998993 0.000001 0.000329 0.016189 4 4.5103E+06 2.298635 6.373809 5.232548 -99.000000 -8.417149 0.000000 0.000608 0.000301 0.001007 0.000E+00 Lnuc_He bin 780 1.175E+02 25.932232 1.411445 0.000E+00 1.001091 0 2 0.000E+00 -8.514E-01 9.792E+54 -1.190E+41 0.000E+00 1.327765 58.696429 2.642816 0.427933 0.000E+00 465.019095 9.823808 -7.310E-01 -2.211E-05 1.000E+99 4.214E+52 -2.313E+38 8.185E+39 4.5103E+06 58.760457 2.871768 0.285369 -2.522E+50 464.512387 9.828703 -7.078E-01 -2.597E-05 0.000E+00 7.704E+52 -1.270E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 781 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.310E-01 -7.083E-01 -1.416E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 782 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.310E-01 -7.090E-01 -1.418E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 783 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.310E-01 -7.098E-01 -1.419E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 784 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.310E-01 -7.104E-01 -1.421E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 785 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.311E-01 -7.110E-01 -1.422E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 786 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.311E-01 -7.115E-01 -1.423E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 787 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.311E-01 -7.122E-01 -1.424E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 788 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.311E-01 -7.129E-01 -1.426E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 789 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.311E-01 -7.134E-01 -1.427E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 790 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.311E-01 -7.141E-01 -1.428E+00 OK (detached) 1 790 8.368237 1.419E+05 3.416302 6.405356 58.689177 0.000000 0.000000 0.000000 0.988419 -5.408881 586 3 1.6781E+00 8.368237 0.421878 6.247367 2.919417 -4.655152 58.689177 0.472331 0.104367 0.000536 0.040349 4 4.5107E+06 2.439255 6.406017 5.888134 -99.000000 -8.487523 0.000000 0.422867 0.000365 0.527669 0.000E+00 max increase 2 790 8.326573 1.351E+05 4.373281 6.267159 58.751922 0.000000 0.000000 0.000002 0.961564 -5.510967 632 3 1.6781E+00 8.326573 0.448740 6.256234 3.284924 -4.581585 58.751922 0.997950 0.000002 0.000329 0.016219 10 4.5107E+06 2.329661 6.375053 4.348983 -99.000000 -8.414369 0.000000 0.001639 0.000339 0.002050 0.000E+00 max increase bin 790 1.174E+02 25.936127 1.411858 0.000E+00 1.001069 0 2 0.000E+00 -8.442E-01 9.790E+54 -1.205E+41 0.000E+00 1.678143 58.689177 2.641667 0.428345 0.000E+00 464.947882 9.825332 -7.311E-01 -2.212E-05 1.000E+99 4.206E+52 -2.311E+38 7.375E+39 4.5107E+06 58.751922 2.810219 0.272527 -2.521E+50 464.451334 9.830130 -7.141E-01 -2.621E-05 0.000E+00 7.686E+52 -1.277E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 791 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.311E-01 -7.148E-01 -1.429E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 792 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.312E-01 -7.154E-01 -1.431E+00 OK (detached) max_residual > tol_max_residual 793 2.2543740392862404D-05 1.0000000000000001D-05 retry 793 retry: max resid -- give up in solver 793 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 793 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.312E-01 -7.156E-01 -1.431E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 794 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.312E-01 -7.159E-01 -1.432E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 795 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.312E-01 -7.163E-01 -1.432E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 796 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.312E-01 -7.167E-01 -1.433E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 797 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.312E-01 -7.172E-01 -1.434E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 798 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.312E-01 -7.175E-01 -1.435E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 799 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.312E-01 -7.177E-01 -1.435E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 800 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.312E-01 -7.181E-01 -1.436E+00 OK (detached) __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 1 800 8.368450 1.419E+05 3.409956 6.405404 58.676988 0.000000 0.000000 0.000000 0.988484 -5.408196 583 4 1.7889E+00 8.368450 0.421877 6.246089 2.919312 -4.655136 58.676988 0.470135 0.105506 0.000545 0.040519 4 4.5112E+06 2.439887 6.406096 5.891220 -99.000000 -8.488291 0.000000 0.423925 0.000365 0.529865 0.000E+00 max increase __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 2 800 8.330708 1.360E+05 4.429202 6.362476 58.737519 0.000000 0.000000 0.000000 0.961668 -5.497624 624 4 1.7889E+00 8.330708 0.442816 6.355842 3.336858 -4.583751 58.737519 0.995500 0.000005 0.000329 0.016287 14 4.5112E+06 2.341920 6.374942 3.906469 -99.000000 -8.408818 0.000000 0.004084 0.000341 0.004500 0.000E+00 max increase __________________________________________________________________________________________________________________________________________________ binary_step M1+M2 separ Porb e M2/M1 pm_i donor_i dot_Mmt eff Jorb dot_J dot_Jmb lg_dt M1 R1 P1 dot_e vorb1 RL1 Rl_gap1 dot_M1 dot_Medd spin1 dot_Jgr dot_Jls age_yr M2 R2 P2 Eorb vorb2 RL2 Rl_gap2 dot_M2 L_acc spin2 dot_Jml rlo_iters __________________________________________________________________________________________________________________________________________________ bin 800 1.174E+02 25.942623 1.412548 0.000E+00 1.001032 0 2 0.000E+00 -8.484E-01 9.788E+54 -1.208E+41 0.000E+00 1.788879 58.676988 2.641658 0.429026 0.000E+00 464.828334 9.827877 -7.312E-01 -2.212E-05 1.000E+99 4.194E+52 -2.306E+38 6.757E+39 4.5112E+06 58.737519 2.772145 0.267827 -2.520E+50 464.349310 9.832508 -7.181E-01 -2.608E-05 0.000E+00 7.657E+52 -1.273E+41 1 save LOGS1/profile16.data for model 800 save LOGS2/profile16.data for model 800 save photos/b_x800, photos/1_x800, photos/2_x800 for model 800 max_residual > tol_max_residual 801 3.4452824551270078D-05 1.0000000000000001D-05 retry 801 retry: max resid -- give up in solver 801 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 801 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.312E-01 -7.181E-01 -1.436E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 802 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.312E-01 -7.183E-01 -1.436E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 803 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.312E-01 -7.185E-01 -1.437E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 804 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.313E-01 -7.188E-01 -1.437E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 805 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.313E-01 -7.192E-01 -1.438E+00 OK (detached) max_residual > tol_max_residual 806 2.0780244889524055D-05 1.0000000000000001D-05 retry 806 retry: max resid -- give up in solver 806 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 806 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.312E-01 -7.192E-01 -1.438E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 807 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.313E-01 -7.194E-01 -1.439E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 808 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.313E-01 -7.196E-01 -1.439E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 809 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.313E-01 -7.199E-01 -1.440E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 810 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.313E-01 -7.202E-01 -1.440E+00 OK (detached) 1 810 8.368636 1.419E+05 3.404385 6.405449 58.666370 0.000000 0.000000 0.000000 0.988541 -5.407598 582 6 1.8203E+00 8.368636 0.421813 6.244976 2.919231 -4.653165 58.666370 0.468231 0.106501 0.000553 0.040668 4 4.5117E+06 2.440439 6.406102 5.893893 -99.000000 -8.488569 0.000000 0.424834 0.000365 0.531769 0.000E+00 max increase 2 810 8.331199 1.365E+05 4.431434 6.371236 58.725312 0.000000 0.000000 0.000000 0.961757 -5.496252 614 6 1.8203E+00 8.331199 0.439580 6.364884 3.339298 -4.599859 58.725312 0.993233 0.000010 0.000329 0.016350 10 4.5117E+06 2.343284 6.373941 3.853042 -99.000000 -8.401720 0.000000 0.006346 0.000341 0.006767 0.000E+00 max increase bin 810 1.174E+02 25.948173 1.413139 0.000E+00 1.001005 0 2 0.000E+00 -8.845E-01 9.786E+54 -1.189E+41 0.000E+00 1.820269 58.666370 2.641272 0.429715 0.000E+00 464.727197 9.830040 -7.313E-01 -2.222E-05 1.000E+99 4.183E+52 -2.303E+38 6.404E+39 4.5117E+06 58.725312 2.751569 0.267627 -2.518E+50 464.260759 9.834551 -7.202E-01 -2.513E-05 0.000E+00 7.633E+52 -1.251E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 811 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.314E-01 -7.206E-01 -1.441E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 812 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.314E-01 -7.209E-01 -1.442E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 813 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.314E-01 -7.213E-01 -1.442E+00 OK (detached) max_residual > tol_max_residual 814 4.9347659644889764D-05 1.0000000000000001D-05 retry 814 retry: max resid -- give up in solver 814 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 814 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.314E-01 -7.215E-01 -1.443E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 815 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.314E-01 -7.216E-01 -1.443E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 816 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.314E-01 -7.219E-01 -1.444E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 817 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.315E-01 -7.222E-01 -1.444E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 818 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.315E-01 -7.226E-01 -1.445E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 819 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.315E-01 -7.230E-01 -1.446E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 820 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.316E-01 -7.234E-01 -1.447E+00 OK (detached) 1 820 8.368982 1.419E+05 3.393955 6.405508 58.646578 0.000000 0.000000 0.000000 0.988647 -5.406479 588 7 2.1580E+00 8.368982 0.421586 6.242856 2.919120 -4.654609 58.646578 0.464685 0.108375 0.000568 0.040946 4 4.5126E+06 2.441468 6.406164 5.898836 -99.000000 -8.489228 0.000000 0.426505 0.000365 0.535315 0.000E+00 max increase 2 820 8.331433 1.371E+05 4.423837 6.371287 58.703448 0.000000 0.000000 0.000000 0.961924 -5.495836 614 7 2.1580E+00 8.331433 0.434717 6.364756 3.333181 -4.621012 58.703448 0.988964 0.000027 0.000329 0.016470 10 4.5126E+06 2.343829 6.372030 3.932436 -99.000000 -8.389345 0.000000 0.010598 0.000341 0.011036 0.000E+00 max increase bin 820 1.174E+02 25.958265 1.414214 0.000E+00 1.000970 0 2 0.000E+00 -9.256E-01 9.783E+54 -1.160E+41 0.000E+00 2.157952 58.646578 2.639892 0.430900 0.000E+00 464.546293 9.833941 -7.316E-01 -2.215E-05 1.000E+99 4.163E+52 -2.296E+38 5.917E+39 4.5126E+06 58.703448 2.720931 0.268250 -2.515E+50 464.096261 9.838297 -7.234E-01 -2.393E-05 0.000E+00 7.591E+52 -1.217E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 821 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.316E-01 -7.239E-01 -1.448E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 822 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.317E-01 -7.244E-01 -1.449E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 823 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.317E-01 -7.248E-01 -1.449E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 824 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.318E-01 -7.253E-01 -1.450E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 825 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.319E-01 -7.258E-01 -1.451E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 826 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.320E-01 -7.262E-01 -1.452E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 827 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.322E-01 -7.267E-01 -1.453E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 828 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.322E-01 -7.270E-01 -1.454E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 829 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.324E-01 -7.273E-01 -1.454E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 830 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.326E-01 -7.275E-01 -1.455E+00 OK (detached) 1 830 8.370599 1.421E+05 3.348091 6.405778 58.555420 0.000000 0.000000 0.000000 0.989146 -5.401266 598 7 2.8626E+00 8.370599 0.420647 6.232774 2.919908 -4.654060 58.555420 0.448438 0.117336 0.000658 0.042257 4 4.5167E+06 2.446269 6.406459 5.921257 -99.000000 -8.492410 0.000000 0.433791 0.000366 0.551562 0.000E+00 max increase 2 830 8.332377 1.378E+05 4.378997 6.369861 58.608200 0.000000 0.000000 0.000000 0.962727 -5.493170 613 7 2.8626E+00 8.332377 0.428972 6.361040 3.297026 -4.645943 58.608200 0.969422 0.000216 0.000329 0.017036 6 4.5167E+06 2.346465 6.370219 4.365164 -99.000000 -8.377650 0.000000 0.029952 0.000342 0.030578 0.000E+00 max increase bin 830 1.172E+02 26.003168 1.419013 0.000E+00 1.000901 0 2 0.000E+00 -9.815E-01 9.768E+54 -1.133E+41 0.000E+00 2.862570 58.555420 2.634187 0.436010 0.000E+00 463.760413 9.851106 -7.326E-01 -2.218E-05 1.000E+99 4.073E+52 -2.269E+38 5.198E+39 4.5167E+06 58.608200 2.685172 0.272360 -2.503E+50 463.342771 9.855162 -7.275E-01 -2.260E-05 0.000E+00 7.419E+52 -1.183E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 831 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.328E-01 -7.278E-01 -1.455E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 832 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.331E-01 -7.282E-01 -1.456E+00 OK (detached) max_residual > tol_max_residual 833 1.3926251685875779D-05 1.0000000000000001D-05 retry 833 retry: max resid -- give up in solver 833 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 833 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.332E-01 -7.282E-01 -1.456E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 834 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.333E-01 -7.282E-01 -1.456E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 835 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.334E-01 -7.284E-01 -1.457E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 836 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.336E-01 -7.287E-01 -1.457E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 837 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.339E-01 -7.290E-01 -1.458E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 838 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.343E-01 -7.292E-01 -1.458E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 839 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.346E-01 -7.296E-01 -1.459E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 840 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.351E-01 -7.299E-01 -1.460E+00 OK (detached) 1 840 8.374923 1.425E+05 3.219095 6.406399 58.319243 0.000000 0.000000 0.000000 0.990285 -5.387275 611 8 3.2742E+00 8.374923 0.418519 6.204255 2.926547 -4.656980 58.319243 0.407384 0.142869 0.001039 0.045852 5 4.5274E+06 2.459132 6.407127 5.976357 -99.000000 -8.500766 0.000000 0.449311 0.000367 0.592616 0.000E+00 max increase 2 840 8.335032 1.382E+05 4.309070 6.370731 58.369219 0.000000 0.000000 0.000000 0.964792 -5.484971 619 8 3.2742E+00 8.335032 0.427011 6.354702 3.243371 -4.656271 58.369219 0.919330 0.001579 0.000329 0.018569 17 4.5274E+06 2.354177 6.371073 4.811009 -99.000000 -8.383493 0.000000 0.078678 0.000342 0.080670 0.000E+00 max increase bin 840 1.167E+02 26.117351 1.431275 0.000E+00 1.000857 0 2 0.000E+00 -9.984E-01 9.730E+54 -1.122E+41 0.000E+00 3.274171 58.319243 2.621312 0.449370 0.000E+00 461.796014 9.894463 -7.351E-01 -2.203E-05 1.000E+99 3.848E+52 -2.199E+38 4.545E+39 4.5274E+06 58.369219 2.673072 0.283286 -2.472E+50 461.400625 9.898337 -7.299E-01 -2.207E-05 0.000E+00 7.011E+52 -1.165E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 841 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.355E-01 -7.303E-01 -1.460E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 842 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.359E-01 -7.306E-01 -1.461E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 843 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.364E-01 -7.310E-01 -1.462E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 844 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.368E-01 -7.313E-01 -1.462E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 845 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.373E-01 -7.317E-01 -1.463E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 846 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.378E-01 -7.321E-01 -1.464E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 847 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.382E-01 -7.323E-01 -1.464E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 848 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.388E-01 -7.325E-01 -1.465E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 849 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.392E-01 -7.328E-01 -1.465E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 850 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.397E-01 -7.331E-01 -1.466E+00 OK (detached) 1 850 8.384830 1.432E+05 2.854187 6.407877 57.820370 0.000000 0.000000 0.000000 0.991241 -5.354993 607 8 3.3440E+00 8.384830 0.414854 6.131235 2.960899 -4.655741 57.820370 0.325626 0.208496 0.003101 0.054514 5 4.5500E+06 2.488712 6.408704 6.080750 -99.000000 -8.521485 0.000000 0.465435 0.000373 0.674374 0.000E+00 b_companion 2 850 8.340980 1.386E+05 4.232828 6.373229 57.877279 0.000000 0.000000 0.000000 0.969043 -5.466508 624 8 3.3440E+00 8.340980 0.425860 6.338240 3.193662 -4.666438 57.877279 0.815396 0.009005 0.000329 0.022171 6 4.5500E+06 2.371502 6.373602 5.219357 -99.000000 -8.402567 0.000000 0.175185 0.000345 0.184604 0.000E+00 XHe_cntr bin 850 1.157E+02 26.355567 1.457101 0.000E+00 1.000984 0 2 0.000E+00 -1.025E+00 9.650E+54 -1.120E+41 0.000E+00 3.343951 57.820370 2.599283 0.479087 0.000E+00 457.777528 9.984421 -7.397E-01 -2.209E-05 1.000E+99 3.415E+52 -2.051E+38 3.549E+39 4.5500E+06 57.877279 2.666000 0.306871 -2.408E+50 457.327406 9.988910 -7.331E-01 -2.156E-05 0.000E+00 6.248E+52 -1.154E+41 1 save LOGS1/profile17.data for model 850 save LOGS2/profile17.data for model 850 save photos/b_x850, photos/1_x850, photos/2_x850 for model 850 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 851 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.403E-01 -7.335E-01 -1.467E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 852 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.409E-01 -7.339E-01 -1.468E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 853 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.415E-01 -7.342E-01 -1.468E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 854 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.420E-01 -7.346E-01 -1.469E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 855 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.425E-01 -7.350E-01 -1.470E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 856 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.430E-01 -7.353E-01 -1.470E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 857 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.436E-01 -7.356E-01 -1.471E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 858 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.442E-01 -7.360E-01 -1.472E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 859 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.450E-01 -7.365E-01 -1.473E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 860 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.456E-01 -7.368E-01 -1.473E+00 OK (detached) 1 860 8.397024 1.443E+05 2.270062 6.409093 57.283407 0.000000 0.000000 0.000000 0.988500 -5.314955 627 8 3.3946E+00 8.397024 0.408972 6.026010 3.031051 -4.657786 57.283407 0.245145 0.298464 0.008698 0.065858 5 4.5744E+06 2.525274 6.410066 6.176995 -99.000000 -8.541812 0.000000 0.455927 0.000395 0.754855 0.000E+00 b_companion 2 860 8.347948 1.391E+05 4.109021 6.375722 57.359594 0.000000 0.000000 0.000000 0.973500 -5.444890 643 8 3.3946E+00 8.347948 0.423967 6.314910 3.120743 -4.676560 57.359594 0.707109 0.024854 0.000330 0.026681 5 4.5744E+06 2.391797 6.376133 5.473506 -99.000000 -8.422617 0.000000 0.267617 0.000351 0.292891 0.000E+00 XHe_cntr bin 860 1.146E+02 26.610252 1.485057 0.000E+00 1.001330 0 2 0.000E+00 -1.044E+00 9.564E+54 -1.113E+41 0.000E+00 3.394613 57.283407 2.564321 0.511659 0.000E+00 453.578660 10.080109 -7.456E-01 -2.199E-05 1.000E+99 3.004E+52 -1.904E+38 2.694E+39 4.5744E+06 57.359594 2.654403 0.332392 -2.342E+50 452.976202 10.086233 -7.368E-01 -2.106E-05 0.000E+00 5.535E+52 -1.138E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 861 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.462E-01 -7.372E-01 -1.474E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 862 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.467E-01 -7.375E-01 -1.475E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 863 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.473E-01 -7.379E-01 -1.476E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 864 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.479E-01 -7.383E-01 -1.476E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 865 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.486E-01 -7.387E-01 -1.477E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 866 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.492E-01 -7.390E-01 -1.478E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 867 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.498E-01 -7.394E-01 -1.479E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 868 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.504E-01 -7.397E-01 -1.479E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 869 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.509E-01 -7.400E-01 -1.480E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 870 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.516E-01 -7.403E-01 -1.480E+00 OK (detached) 1 870 8.410622 1.455E+05 1.531962 6.410189 56.778918 0.000000 0.000000 0.000000 0.980929 -5.269939 610 8 3.3281E+00 8.410622 0.402559 5.891539 3.125273 -4.659055 56.778918 0.177111 0.402658 0.018088 0.078949 5 4.5974E+06 2.566234 6.411407 6.253454 -99.000000 -8.559996 0.000000 0.419692 0.000468 0.822889 0.000E+00 XO_cntr 2 870 8.355203 1.396E+05 3.941373 6.377849 56.877616 0.000000 0.000000 0.000000 0.977548 -5.422159 642 8 3.3281E+00 8.355203 0.422096 6.285256 3.039888 -4.677968 56.877616 0.607897 0.048927 0.000332 0.031729 5 4.5974E+06 2.413034 6.378326 5.652808 -99.000000 -8.442989 0.000000 0.342754 0.000354 0.392103 0.000E+00 b_companion bin 870 1.137E+02 26.850054 1.511694 0.000E+00 1.001738 0 2 0.000E+00 -1.045E+00 9.484E+54 -1.116E+41 0.000E+00 3.328087 56.778918 2.526732 0.536124 0.000E+00 449.693300 10.170000 -7.516E-01 -2.193E-05 1.000E+99 2.661E+52 -1.773E+38 2.078E+39 4.5974E+06 56.877616 2.642994 0.356669 -2.281E+50 448.912965 10.178073 -7.403E-01 -2.099E-05 0.000E+00 4.946E+52 -1.135E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 871 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.524E-01 -7.407E-01 -1.481E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 872 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.532E-01 -7.410E-01 -1.482E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 873 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.539E-01 -7.414E-01 -1.483E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 874 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.545E-01 -7.416E-01 -1.483E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 875 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.550E-01 -7.419E-01 -1.484E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 876 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.555E-01 -7.421E-01 -1.484E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 877 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.561E-01 -7.425E-01 -1.485E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 878 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.566E-01 -7.427E-01 -1.485E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 879 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.571E-01 -7.431E-01 -1.486E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 880 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.576E-01 -7.434E-01 -1.487E+00 OK (detached) 1 880 8.424763 1.469E+05 0.780827 6.411230 56.359652 0.000000 0.000000 0.000000 0.970851 -5.223102 599 8 3.2646E+00 8.424763 0.395037 5.735030 3.227644 -4.675336 56.359652 0.125361 0.506154 0.028870 0.092387 5 4.6169E+06 2.608870 6.412807 6.308434 -99.000000 -8.430836 0.000000 0.367728 0.000684 0.874639 0.000E+00 XO_cntr 2 880 8.361929 1.400E+05 3.759098 6.379616 56.471481 0.000000 0.000000 0.000000 0.980892 -5.400892 638 8 3.2646E+00 8.361929 0.420222 6.252571 2.978659 -4.681491 56.471481 0.526947 0.077656 0.000352 0.036735 5 4.6169E+06 2.432812 6.380138 5.779692 -99.000000 -8.463595 0.000000 0.394973 0.000355 0.473053 0.000E+00 b_companion bin 880 1.128E+02 27.052339 1.534391 0.000E+00 1.001984 0 2 0.000E+00 -1.014E+00 9.416E+54 -1.094E+41 0.000E+00 3.264631 56.359652 2.483346 0.551738 0.000E+00 446.433841 10.246045 -7.576E-01 -2.112E-05 1.000E+99 2.404E+52 -1.671E+38 1.654E+39 4.6169E+06 56.471481 2.631615 0.377534 -2.231E+50 445.549776 10.255329 -7.434E-01 -2.082E-05 0.000E+00 4.498E+52 -1.109E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 881 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.581E-01 -7.437E-01 -1.487E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 882 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.586E-01 -7.440E-01 -1.488E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 883 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.592E-01 -7.442E-01 -1.488E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 884 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.597E-01 -7.445E-01 -1.489E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 885 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.602E-01 -7.448E-01 -1.489E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 886 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.608E-01 -7.451E-01 -1.490E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 887 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.614E-01 -7.454E-01 -1.491E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 888 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.620E-01 -7.457E-01 -1.491E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 889 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.625E-01 -7.460E-01 -1.492E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 890 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.631E-01 -7.464E-01 -1.493E+00 OK (detached) 1 890 8.440697 1.482E+05 0.019875 6.412018 55.995277 0.000000 0.000000 0.000000 0.959601 -5.170347 595 8 3.2204E+00 8.440697 0.387901 5.537443 3.344233 -4.677568 55.995277 0.084090 0.608606 0.040336 0.106529 5 4.6343E+06 2.656944 6.414275 6.349795 -99.000000 -8.396667 50.609843 0.305865 0.001354 0.915910 0.000E+00 XO_cntr 2 890 8.368417 1.405E+05 3.575605 6.381106 56.111753 0.000000 0.000000 0.000000 0.983752 -5.380207 638 8 3.2204E+00 8.368417 0.418016 6.215903 2.945567 -4.681039 56.111753 0.457792 0.110745 0.000430 0.041863 5 4.6343E+06 2.451973 6.381696 5.879200 -99.000000 -8.478481 0.000000 0.431037 0.000357 0.542208 0.000E+00 b_companion bin 890 1.121E+02 27.231280 1.554637 0.000E+00 1.002080 0 2 0.000E+00 -1.008E+00 9.356E+54 -1.095E+41 0.000E+00 3.220402 55.995277 2.442873 0.557702 0.000E+00 443.555735 10.313593 -7.631E-01 -2.101E-05 1.000E+99 2.196E+52 -1.585E+38 1.356E+39 4.6343E+06 56.111753 2.618277 0.396193 -2.188E+50 442.635004 10.323390 -7.464E-01 -2.084E-05 0.000E+00 4.134E+52 -1.107E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 891 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.638E-01 -7.466E-01 -1.493E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 892 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.643E-01 -7.469E-01 -1.494E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 893 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.649E-01 -7.473E-01 -1.494E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 894 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.655E-01 -7.475E-01 -1.495E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 895 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.661E-01 -7.479E-01 -1.496E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 896 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.668E-01 -7.482E-01 -1.496E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 897 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.675E-01 -7.486E-01 -1.497E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 898 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.682E-01 -7.488E-01 -1.497E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 899 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.690E-01 -7.492E-01 -1.498E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 900 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.697E-01 -7.494E-01 -1.499E+00 OK (detached) __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 1 900 8.460678 1.501E+05 -0.783823 6.412655 55.661340 0.000000 0.000000 0.000000 0.948392 -5.104341 573 8 3.1831E+00 8.460678 0.378238 5.243973 3.491220 -4.678203 55.661340 0.049677 0.709333 0.051596 0.121906 5 4.6502E+06 2.717229 6.416334 6.382157 -99.000000 -8.384103 50.693188 0.237077 0.003756 0.950323 0.000E+00 Lnuc_He __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 2 900 8.374843 1.410E+05 3.397679 6.382242 55.781260 0.000000 0.000000 0.000000 0.986188 -5.359570 633 8 3.1831E+00 8.374843 0.415381 6.174279 2.938433 -4.684352 55.781260 0.397074 0.148264 0.000643 0.047230 5 4.6502E+06 2.471019 6.382880 5.961421 -99.000000 -8.490975 0.000000 0.454234 0.000358 0.602926 0.000E+00 b_companion __________________________________________________________________________________________________________________________________________________ binary_step M1+M2 separ Porb e M2/M1 pm_i donor_i dot_Mmt eff Jorb dot_J dot_Jmb lg_dt M1 R1 P1 dot_e vorb1 RL1 Rl_gap1 dot_M1 dot_Medd spin1 dot_Jgr dot_Jls age_yr M2 R2 P2 Eorb vorb2 RL2 Rl_gap2 dot_M2 L_acc spin2 dot_Jml rlo_iters __________________________________________________________________________________________________________________________________________________ bin 900 1.114E+02 27.396777 1.573501 0.000E+00 1.002154 0 2 0.000E+00 -1.014E+00 9.301E+54 -1.092E+41 0.000E+00 3.183088 55.661340 2.389120 0.550809 0.000E+00 440.917948 10.376097 -7.697E-01 -2.098E-05 1.000E+99 2.016E+52 -1.511E+38 1.108E+39 4.6502E+06 55.781260 2.602441 0.413606 -2.149E+50 439.970048 10.386306 -7.494E-01 -2.068E-05 0.000E+00 3.824E+52 -1.102E+41 1 save LOGS1/profile18.data for model 900 save LOGS2/profile18.data for model 900 save photos/b_x900, photos/1_x900, photos/2_x900 for model 900 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 901 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.705E-01 -7.498E-01 -1.499E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 902 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.713E-01 -7.501E-01 -1.500E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 903 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.722E-01 -7.504E-01 -1.501E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 904 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.730E-01 -7.506E-01 -1.501E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 905 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.738E-01 -7.509E-01 -1.502E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 906 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.747E-01 -7.511E-01 -1.502E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 907 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.756E-01 -7.514E-01 -1.503E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 908 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.764E-01 -7.516E-01 -1.503E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 909 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.773E-01 -7.518E-01 -1.503E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 910 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.782E-01 -7.521E-01 -1.504E+00 OK (detached) 1 910 8.484982 1.528E+05 -1.517068 6.412353 55.388734 0.000000 0.000000 0.000000 0.938916 -5.024358 567 8 3.0191E+00 8.484982 0.364083 4.734576 3.670565 -4.673273 55.388734 0.023626 0.787941 0.061082 0.136787 4 4.6631E+06 2.790520 6.419147 6.403135 -99.000000 -8.374191 50.693188 0.175838 0.011876 0.976374 0.000E+00 Lnuc_He 2 910 8.380416 1.415E+05 3.245451 6.383190 55.513825 0.000000 0.000000 0.000000 0.987951 -5.341554 627 8 3.0191E+00 8.380416 0.412961 6.134195 2.947646 -4.682590 55.513825 0.350213 0.184047 0.001031 0.052095 5 4.6631E+06 2.487595 6.383894 6.022306 -99.000000 -8.501434 0.000000 0.465310 0.000361 0.649787 0.000E+00 b_companion bin 910 1.109E+02 27.532265 1.589042 0.000E+00 1.002258 0 2 0.000E+00 -1.022E+00 9.256E+54 -1.103E+41 0.000E+00 3.019129 55.388734 2.312509 0.527643 0.000E+00 438.787467 10.427164 -7.782E-01 -2.122E-05 1.000E+99 1.876E+52 -1.452E+38 9.237E+38 4.6631E+06 55.513825 2.587979 0.427276 -2.118E+50 437.798731 10.437917 -7.521E-01 -2.077E-05 0.000E+00 3.591E+52 -1.111E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 911 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.791E-01 -7.522E-01 -1.504E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 912 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.799E-01 -7.525E-01 -1.505E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 913 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.806E-01 -7.527E-01 -1.505E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 914 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.814E-01 -7.528E-01 -1.505E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 915 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.822E-01 -7.529E-01 -1.506E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 916 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.829E-01 -7.532E-01 -1.506E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 917 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.836E-01 -7.532E-01 -1.506E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 918 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.843E-01 -7.534E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 919 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.848E-01 -7.534E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 920 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.855E-01 -7.536E-01 -1.507E+00 OK (detached) 1 920 8.506569 1.554E+05 -1.914571 6.407709 55.239716 0.000000 0.000000 0.000000 0.933907 -4.953640 561 8 2.6528E+00 8.506569 0.350785 3.957322 3.830130 -4.667699 55.239716 0.009635 0.817919 0.066092 0.146371 4 4.6701E+06 2.855574 6.421938 6.406166 -99.000000 -8.365217 50.693188 0.145035 0.024947 0.990365 0.000E+00 Lnuc_He 2 920 8.383591 1.418E+05 3.155880 6.383600 55.369212 0.000000 0.000000 0.000000 0.988740 -5.331259 622 8 2.6528E+00 8.383591 0.411505 6.109521 2.957309 -4.685560 55.369212 0.325694 0.205562 0.001361 0.054950 4 4.6701E+06 2.497054 6.384338 6.053285 -99.000000 -8.506639 0.000000 0.468311 0.000363 0.674306 0.000E+00 b_companion bin 920 1.106E+02 27.606307 1.597573 0.000E+00 1.002344 0 2 0.000E+00 -1.042E+00 9.232E+54 -1.107E+41 0.000E+00 2.652821 55.239716 2.242773 0.494879 0.000E+00 437.636877 10.455001 -7.855E-01 -2.149E-05 1.000E+99 1.801E+52 -1.419E+38 8.198E+38 4.6701E+06 55.369212 2.579322 0.434386 -2.101E+50 436.613347 10.466192 -7.536E-01 -2.063E-05 0.000E+00 3.470E+52 -1.114E+41 1 change to "co_burn.net" number of species 9 new net = co_burn.net binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 921 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.855E-01 -7.534E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 922 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.855E-01 -7.534E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 923 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.858E-01 -7.534E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 924 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.860E-01 -7.535E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 925 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.862E-01 -7.535E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 926 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.865E-01 -7.536E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 927 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.867E-01 -7.536E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 928 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.870E-01 -7.536E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 929 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.872E-01 -7.537E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 930 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.874E-01 -7.537E-01 -1.507E+00 OK (detached) 1 930 8.512929 1.561E+05 -1.974009 6.402956 55.211308 0.000000 0.000000 0.000000 0.933006 -4.932869 551 8 2.1433E+00 8.512929 0.347047 3.643662 3.877180 -4.664900 55.211308 0.006947 0.820933 0.066994 0.148365 4 4.6714E+06 2.874730 6.422797 6.402200 -60.126096 -8.362839 50.693188 0.140089 0.028877 0.000000 0.000E+00 Lnuc_He 2 930 8.384201 1.418E+05 3.137267 6.383676 55.342021 0.000000 0.000000 0.000000 0.988867 -5.329278 613 8 2.1433E+00 8.384201 0.411411 6.104639 2.959364 -4.685565 55.342021 0.321160 0.209766 0.001431 0.055504 4 4.6714E+06 2.498872 6.384398 6.058960 -99.000000 -8.507751 0.000000 0.468640 0.000364 0.678840 0.000E+00 b_companion bin 930 1.106E+02 27.620356 1.599195 0.000E+00 1.002368 0 2 0.000E+00 -1.049E+00 9.228E+54 -1.111E+41 0.000E+00 2.143292 55.211308 2.223552 0.487791 0.000E+00 437.420650 10.460266 -7.874E-01 -2.163E-05 1.000E+99 1.787E+52 -1.413E+38 7.984E+38 4.6714E+06 55.342021 2.578762 0.436113 -2.098E+50 436.387501 10.471574 -7.537E-01 -2.063E-05 0.000E+00 3.447E+52 -1.118E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 931 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.877E-01 -7.537E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 932 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.880E-01 -7.537E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 933 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.882E-01 -7.538E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 934 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.885E-01 -7.538E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 935 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.887E-01 -7.538E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 936 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.890E-01 -7.539E-01 -1.508E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 937 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.893E-01 -7.539E-01 -1.508E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 938 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.898E-01 -7.539E-01 -1.508E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 939 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.903E-01 -7.540E-01 -1.508E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 940 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.909E-01 -7.541E-01 -1.508E+00 OK (detached) 1 940 8.523282 1.575E+05 -2.009605 6.390286 55.178654 0.000000 0.000000 0.000000 0.931935 -4.899109 550 8 2.3788E+00 8.523282 0.340074 3.056263 3.953793 -4.663283 55.178654 0.003853 0.822347 0.068065 0.150733 4 4.6729E+06 2.905907 6.424193 6.390085 -57.985686 -8.356810 50.693188 0.135205 0.034371 0.000000 0.000E+00 max increase 2 940 8.384903 1.419E+05 3.116217 6.383762 55.310912 0.000000 0.000000 0.000000 0.989008 -5.326993 611 8 2.3788E+00 8.384903 0.411069 6.098963 2.961902 -4.684264 55.310912 0.316008 0.214640 0.001516 0.056145 4 4.6729E+06 2.500968 6.384511 6.065384 -99.000000 -8.508949 0.000000 0.468917 0.000365 0.683992 0.000E+00 max increase bin 940 1.105E+02 27.636479 1.601057 0.000E+00 1.002397 0 2 0.000E+00 -1.049E+00 9.222E+54 -1.115E+41 0.000E+00 2.378769 55.178654 2.188135 0.470125 0.000E+00 437.173313 10.466302 -7.909E-01 -2.171E-05 1.000E+99 1.771E+52 -1.406E+38 7.755E+38 4.6729E+06 55.310912 2.576731 0.437949 -2.094E+50 436.127955 10.477757 -7.541E-01 -2.069E-05 0.000E+00 3.422E+52 -1.122E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 941 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.920E-01 -7.541E-01 -1.508E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 942 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.933E-01 -7.542E-01 -1.508E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 943 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.950E-01 -7.544E-01 -1.509E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 944 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.971E-01 -7.545E-01 -1.509E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 945 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -7.993E-01 -7.545E-01 -1.509E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 946 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.017E-01 -7.545E-01 -1.509E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 947 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.044E-01 -7.545E-01 -1.509E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 948 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.072E-01 -7.546E-01 -1.509E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 949 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.099E-01 -7.545E-01 -1.509E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 950 1 2 1.4625 0.000E+00 0.000E+00 1.208E-12 -1.798+308 -8.121E-01 -7.546E-01 -1.509E+00 OK (detached) 1 950 8.587293 1.669E+05 -1.456409 5.229434 55.127712 0.000000 0.000000 0.000000 0.930263 -4.691372 555 8 1.9339E+00 8.587293 0.294086 -4.552348 4.426672 -4.638765 55.127712 0.000005 0.818479 0.069737 0.153876 4 4.6752E+06 3.098753 6.432266 5.229434 -46.133035 -8.304949 50.693188 0.131373 0.043974 0.000000 0.000E+00 lg_XHe_cntr 2 950 8.385989 1.420E+05 3.084333 6.383922 55.263439 0.000000 0.000000 0.000000 0.989218 -5.323459 612 8 1.9339E+00 8.385989 0.410592 6.090116 2.966153 -4.686239 55.263439 0.308195 0.222240 0.001661 0.057140 4 4.6752E+06 2.504209 6.384687 6.075103 -99.000000 -8.510909 0.000000 0.469130 0.000366 0.691805 0.000E+00 b_companion bin 950 1.104E+02 27.661381 1.603936 0.000E+00 1.002462 1 2 0.000E+00 -1.116E+00 9.214E+54 -1.147E+41 0.000E+00 1.933853 55.127712 1.968276 0.000000 0.000E+00 436.796005 10.475577 -8.121E-01 -2.297E-05 1.000E+99 0.000E+00 -1.396E+38 7.003E+38 4.6752E+06 55.263439 2.573901 0.440442 -2.089E+50 435.723238 10.487354 -7.546E-01 -2.059E-05 0.000E+00 3.384E+52 -1.153E+41 1 save LOGS2/profile19.data for model 950 save photos/b_x950, photos/1_x950, photos/2_x950 for model 950 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 960 8.387272 1.422E+05 3.046540 6.384089 55.208207 0.000000 0.000000 0.000000 0.989450 -5.319280 616 8 2.7257E+00 8.387272 0.409550 6.079466 2.971538 -4.684678 55.208207 0.299180 0.231320 0.001855 0.058323 4 4.6779E+06 2.508040 6.384869 6.086227 -99.000000 -8.512441 0.000000 0.469063 0.000367 0.700820 0.000E+00 max increase bin 960 1.103E+02 27.675464 1.605563 0.000E+00 1.001460 1 2 0.000E+00 0.000E+00 9.209E+54 -5.413E+40 0.000E+00 2.725665 55.127712 0.000000 0.000000 0.000E+00 436.357602 10.483306 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.391E+38 6.001E+38 4.6779E+06 55.208207 2.567733 0.442945 -2.086E+50 435.721380 10.490297 -7.552E-01 -2.067E-05 0.000E+00 3.340E+52 -5.459E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 970 8.395451 1.431E+05 2.798215 6.385016 54.874982 0.000000 0.000000 0.000000 0.990262 -5.292538 633 8 3.4598E+00 8.395451 0.404213 6.007707 3.013131 -4.684660 54.874982 0.247104 0.291748 0.003701 0.066031 5 4.6941E+06 2.532515 6.385901 6.148655 -99.000000 -8.522583 0.000000 0.460696 0.000382 0.752896 0.000E+00 XO_cntr bin 970 1.100E+02 27.760495 1.615409 0.000E+00 0.995416 1 2 0.000E+00 0.000E+00 9.182E+54 -5.455E+40 0.000E+00 3.459819 55.127712 0.000000 0.000000 0.000E+00 433.714502 10.530065 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.360E+38 5.043E+38 4.6941E+06 54.874982 2.536373 0.457382 -2.067E+50 435.712002 10.507980 -7.586E-01 -2.067E-05 0.000E+00 3.084E+52 -5.492E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 980 8.409367 1.445E+05 2.274251 6.386353 54.382074 0.000000 0.000000 0.000000 0.988983 -5.246729 624 8 3.3337E+00 8.409367 0.396873 5.870601 3.100684 -4.684871 54.382074 0.177155 0.397841 0.007906 0.079503 5 4.7179E+06 2.574316 6.387488 6.228312 -99.000000 -8.541772 0.000000 0.424484 0.000449 0.822845 0.000E+00 XO_cntr bin 980 1.095E+02 27.886716 1.630095 0.000E+00 0.986474 1 2 0.000E+00 0.000E+00 9.141E+54 -5.514E+40 0.000E+00 3.333665 55.127712 0.000000 0.000000 0.000E+00 429.808921 10.599740 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.311E+38 3.843E+38 4.7179E+06 54.382074 2.493865 0.479142 -2.039E+50 435.702077 10.533990 -7.633E-01 -2.066E-05 0.000E+00 2.737E+52 -5.539E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 990 8.423514 1.459E+05 1.706103 6.387248 53.972046 0.000000 0.000000 0.000000 0.985752 -5.199937 627 8 3.2711E+00 8.423514 0.388729 5.713111 3.200421 -4.684709 53.972046 0.125226 0.501331 0.012909 0.093063 5 4.7377E+06 2.616938 6.388790 6.283890 -99.000000 -8.557879 0.000000 0.372722 0.000648 0.874774 0.000E+00 XO_cntr bin 990 1.091E+02 27.992240 1.642434 0.000E+00 0.979037 1 2 0.000E+00 0.000E+00 9.106E+54 -5.566E+40 0.000E+00 3.271102 55.127712 0.000000 0.000000 0.000E+00 426.562801 10.658212 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.272E+38 2.996E+38 4.7377E+06 53.972046 2.447538 0.491638 -2.016E+50 435.696493 10.555534 -7.681E-01 -2.067E-05 0.000E+00 2.473E+52 -5.583E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 2 1000 8.439439 1.480E+05 1.113405 6.388135 53.613355 0.000000 0.000000 0.000000 0.981824 -5.147237 620 8 3.2255E+00 8.439439 0.377435 5.514332 3.316300 -4.696496 53.613355 0.083890 0.603879 0.017690 0.107319 5 4.7553E+06 2.664970 6.390351 6.325790 -99.000000 -8.460475 48.380341 0.310885 0.001263 0.916110 0.000E+00 XO_cntr __________________________________________________________________________________________________________________________________________________ binary_step M1+M2 separ Porb e M2/M1 pm_i donor_i dot_Mmt eff Jorb dot_J dot_Jmb lg_dt M1 R1 P1 dot_e vorb1 RL1 Rl_gap1 dot_M1 dot_Medd spin1 dot_Jgr dot_Jls age_yr M2 R2 P2 Eorb vorb2 RL2 Rl_gap2 dot_M2 L_acc spin2 dot_Jml rlo_iters __________________________________________________________________________________________________________________________________________________ bin 1000 1.087E+02 28.084975 1.653322 0.000E+00 0.972530 1 2 0.000E+00 0.000E+00 9.075E+54 -5.459E+40 0.000E+00 3.225535 55.127712 0.000000 0.000000 0.000E+00 423.724901 10.709762 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.238E+38 2.271E+38 4.7553E+06 53.613355 2.384708 0.497919 -1.996E+50 435.693390 10.574321 -7.745E-01 -2.011E-05 0.000E+00 2.259E+52 -5.470E+40 1 save LOGS2/profile20.data for model 1000 save photos/b_1000, photos/1_1000, photos/2_1000 for model 1000 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 1010 8.459357 1.503E+05 0.522681 6.388875 53.293571 0.000000 0.000000 0.000000 0.978023 -5.081498 609 8 3.1865E+00 8.459357 0.365218 5.219770 3.462713 -4.703263 53.293571 0.049531 0.704757 0.021823 0.122771 5 4.7714E+06 2.725031 6.392538 6.358408 -99.000000 -8.399433 48.507426 0.242101 0.003466 0.950469 0.000E+00 Lnuc_He bin 1010 1.084E+02 28.167996 1.663106 0.000E+00 0.966729 1 2 0.000E+00 0.000E+00 9.048E+54 -5.412E+40 0.000E+00 3.186454 55.127712 0.000000 0.000000 0.000E+00 421.196151 10.756040 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.209E+38 1.745E+38 4.7714E+06 53.293571 2.318560 0.489354 -1.978E+50 435.691955 10.591025 -7.811E-01 -1.980E-05 0.000E+00 2.081E+52 -5.417E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 1020 8.483672 1.531E+05 0.011529 6.388637 53.034776 0.000000 0.000000 0.000000 0.975012 -5.001548 601 8 3.0231E+00 8.483672 0.350608 4.711775 3.642190 -4.699941 53.034776 0.023558 0.784243 0.024939 0.137689 4 4.7844E+06 2.798320 6.395479 6.379400 -99.000000 -8.375398 48.507426 0.180616 0.010954 0.976442 0.000E+00 Lnuc_He bin 1020 1.082E+02 28.235444 1.671079 0.000E+00 0.962035 1 2 0.000E+00 0.000E+00 9.025E+54 -5.483E+40 0.000E+00 3.023109 55.127712 0.000000 0.000000 0.000E+00 419.150425 10.793725 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.185E+38 1.346E+38 4.7844E+06 53.034776 2.241856 0.466592 -1.964E+50 435.691555 10.604518 -7.886E-01 -1.996E-05 0.000E+00 1.943E+52 -5.485E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 1030 8.505560 1.558E+05 -0.243890 6.383830 52.892808 0.000000 0.000000 0.000000 0.973495 -4.929868 598 8 2.6595E+00 8.505560 0.336605 3.937466 3.804014 -4.695329 52.892808 0.009582 0.815644 0.026480 0.147304 4 4.7915E+06 2.864263 6.398392 6.382273 -99.000000 -8.363527 48.507426 0.149260 0.023334 0.990418 0.000E+00 Lnuc_He bin 1030 1.080E+02 28.272546 1.675473 0.000E+00 0.959460 1 2 0.000E+00 0.000E+00 9.013E+54 -5.559E+40 0.000E+00 2.659499 55.127712 0.000000 0.000000 0.000E+00 418.028461 10.814487 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.172E+38 1.078E+38 4.7915E+06 52.892808 2.170728 0.441156 -1.956E+50 435.691610 10.611912 -7.954E-01 -2.017E-05 0.000E+00 1.868E+52 -5.558E+40 1 change to "co_burn.net" number of species 9 new net = co_burn.net binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 1040 8.512128 1.566E+05 -0.275170 6.378941 52.865397 0.000000 0.000000 0.000000 0.973218 -4.908416 595 8 2.1556E+00 8.512128 0.332877 3.619310 3.852611 -4.692448 52.865397 0.006865 0.819015 0.026760 0.149329 4 4.7929E+06 2.884044 6.399239 6.378184 -60.334643 -8.361015 48.507426 0.144123 0.027182 0.000000 0.000E+00 Lnuc_He bin 1040 1.080E+02 28.279718 1.676324 0.000E+00 0.958962 1 2 0.000E+00 0.000E+00 9.011E+54 -5.599E+40 0.000E+00 2.155612 55.127712 0.000000 0.000000 0.000E+00 417.811856 10.818503 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.169E+38 1.006E+38 4.7929E+06 52.865397 2.152172 0.429248 -1.954E+50 435.691641 10.613339 -7.972E-01 -2.030E-05 0.000E+00 1.854E+52 -5.598E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 1050 8.522991 1.580E+05 -0.272535 6.365487 52.833708 0.000000 0.000000 0.000000 0.972902 -4.872997 594 8 2.3939E+00 8.522991 0.325622 3.010162 3.933020 -4.687992 52.833708 0.003719 0.820758 0.027079 0.151749 4 4.7944E+06 2.916754 6.400943 6.365295 -58.085337 -8.356045 48.507426 0.139023 0.032675 0.000000 0.000E+00 max increase bin 1050 1.080E+02 28.288012 1.677307 0.000E+00 0.958387 1 2 0.000E+00 0.000E+00 9.008E+54 -5.661E+40 0.000E+00 2.393916 55.127712 0.000000 0.000000 0.000E+00 417.561453 10.823149 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.167E+38 9.295E+37 4.7944E+06 52.833708 2.116518 0.411136 -1.953E+50 435.691693 10.614988 -8.006E-01 -2.051E-05 0.000E+00 1.837E+52 -5.659E+40 1 save LOGS2/profile21.data for model 1050 save photos/b_x050, photos/1_x050, photos/2_x050 for model 1050 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass Terminate due to helium depletion save LOGS2/profile22.data for model 1059 solver retries 5 varcontrol dt limit 20 max increase dt limit 832 solver dt limit 7 Lnuc_He dt limit 122 lgT_cntr dt limit 8 lg_XH_cntr dt limit 42 lg_XHe_cntr dt limit 7 XHe_cntr dt limit 20 XO_cntr dt limit 37 delta_HR dt limit 74 delta mdot dt limit 17 model saved to final.mod bin 1059 1.079E+02 28.300257 1.678760 0.000E+00 0.957539 1 2 0.000E+00 0.000E+00 9.004E+54 -5.976E+40 0.000E+00 2.026993 55.127712 0.000000 0.000000 0.000E+00 417.191862 10.830010 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.163E+38 5.603E+37 4.7967E+06 52.786928 1.911850 0.318132 -1.950E+50 435.691828 10.617419 -8.199E-01 -2.162E-05 0.000E+00 1.813E+52 -5.970E+40 1 save photos/b_x059, photos/1_x059, photos/2_x059 for model 1059 runtime (minutes), retries, steps 8.34 8 950 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Si_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 2 1059 8.584573 1.670E+05 0.292762 5.387500 52.786928 0.000000 0.000000 0.000000 0.972426 -4.673107 592 8 2.0270E+00 8.584573 0.281454 -3.864221 4.388020 -4.665136 52.786928 0.000009 0.817213 0.027560 0.154792 5 4.7967E+06 3.102271 6.408645 5.387496 -46.638844 -8.308506 48.507426 0.135235 0.041939 0.000000 0.000E+00 varcontrol DATE: 2024-11-06 TIME: 02:27:23 finished double_bh run: test string matches after ./rn restart from x700 DATE: 2024-11-06 TIME: 02:27:23 reading user weak rate file /n/netscratch/conroy_lab/Lab/ebauer/mesa-git-tests/tmp.swRvFAj7Ti/data/rates_data/rate_tables/S13_r_be7_wk_li7.h5 version_number 59e14de read photos/1_x700 WARNING -- inlist initial_z ignored 2.0000000000000000D-02 using saved initial_z instead 3.4000000000000024D-04 new_rotation_flag T net name basic.net rotation_flag T kap_option gs98 kap_CO_option gs98_co kap_lowT_option lowT_fa05_gs98 OMP_NUM_THREADS 8 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ read photos/2_x700 WARNING -- inlist initial_z ignored 2.0000000000000000D-02 using saved initial_z instead 3.4000000000000024D-04 new_rotation_flag T net name basic.net rotation_flag T kap_option gs98 kap_CO_option gs98_co kap_lowT_option lowT_fa05_gs98 OMP_NUM_THREADS 8 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 701 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.431E-01 -1.286E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 702 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.467E-01 -1.293E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 703 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.495E-01 -1.299E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 704 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.517E-01 -1.303E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 705 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.536E-01 -1.307E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 706 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.308E-01 -6.554E-01 -1.311E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 707 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.569E-01 -1.314E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 708 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.308E-01 -6.583E-01 -1.316E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 709 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.308E-01 -6.596E-01 -1.319E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 710 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.308E-01 -6.608E-01 -1.321E+00 OK (detached) 1 710 8.367742 1.418E+05 3.431492 6.405276 58.717643 0.000000 0.000000 0.000000 0.988271 -5.410476 587 3 1.2343E+00 8.367742 0.422079 6.250353 2.919855 -4.654364 58.717643 0.477476 0.101739 0.000518 0.039954 4 4.5094E+06 2.437787 6.405921 5.880908 -99.000000 -8.486384 0.000000 0.420350 0.000365 0.522524 0.000E+00 b_companion 2 710 8.237628 1.234E+05 3.088321 4.131180 58.783356 0.000000 0.000000 0.000213 0.961321 -5.808237 575 3 1.2343E+00 8.237628 0.522788 3.828575 2.175722 -4.664003 58.783356 0.999669 0.000001 0.000329 0.016157 4 4.5094E+06 2.062070 6.364888 3.745241 -99.000000 -8.435295 0.000000 0.000011 0.000037 0.000331 0.000E+00 Lnuc_He bin 710 1.175E+02 25.920687 1.410238 0.000E+00 1.001119 0 2 0.000E+00 -1.022E+00 9.795E+54 -9.852E+40 0.000E+00 1.234288 58.717643 2.642891 0.426613 0.000E+00 465.216554 9.819370 -7.308E-01 -2.216E-05 1.000E+99 4.235E+52 -2.321E+38 1.752E+40 4.5094E+06 58.783356 3.332636 0.407817 -2.525E+50 464.696493 9.824390 -6.608E-01 -2.168E-05 0.000E+00 7.765E+52 -1.158E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 711 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.308E-01 -6.619E-01 -1.324E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 712 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.630E-01 -1.326E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 713 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.308E-01 -6.640E-01 -1.328E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 714 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.308E-01 -6.650E-01 -1.330E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 715 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.308E-01 -6.659E-01 -1.332E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 716 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.308E-01 -6.669E-01 -1.334E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 717 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.678E-01 -1.335E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 718 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.308E-01 -6.686E-01 -1.337E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 719 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.308E-01 -6.694E-01 -1.339E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 720 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.308E-01 -6.702E-01 -1.340E+00 OK (detached) 1 720 8.367796 1.418E+05 3.429862 6.405291 58.714581 0.000000 0.000000 0.000000 0.988286 -5.410304 589 3 1.0839E+00 8.367796 0.422151 6.250040 2.919803 -4.656156 58.714581 0.476922 0.102020 0.000519 0.039996 4 4.5095E+06 2.437945 6.405956 5.881693 -99.000000 -8.486759 0.000000 0.420624 0.000365 0.523078 0.000E+00 b_companion 2 720 8.252282 1.252E+05 3.297799 4.561309 58.780298 0.000000 0.000000 0.000211 0.961346 -5.759021 592 3 1.0839E+00 8.252282 0.510551 4.258698 2.344806 -4.649032 58.780298 0.999664 0.000001 0.000329 0.016159 4 4.5095E+06 2.106193 6.366465 4.211911 -99.000000 -8.430171 0.000000 0.000015 0.000040 0.000336 0.000E+00 Lnuc_He bin 720 1.175E+02 25.922404 1.410415 0.000E+00 1.001119 0 2 0.000E+00 -9.837E-01 9.794E+54 -1.028E+41 0.000E+00 1.083949 58.714581 2.643326 0.426810 0.000E+00 465.189054 9.820021 -7.308E-01 -2.207E-05 1.000E+99 4.232E+52 -2.320E+38 1.502E+40 4.5095E+06 58.780298 3.240045 0.382500 -2.525E+50 464.668971 9.825041 -6.702E-01 -2.244E-05 0.000E+00 7.754E+52 -1.176E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 721 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.308E-01 -6.710E-01 -1.342E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 722 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.718E-01 -1.343E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 723 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.725E-01 -1.345E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 724 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.732E-01 -1.346E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 725 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.739E-01 -1.348E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 726 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.746E-01 -1.349E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 727 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.753E-01 -1.350E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 728 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.759E-01 -1.352E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 729 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.766E-01 -1.353E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 730 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.773E-01 -1.354E+00 OK (detached) 1 730 8.367838 1.418E+05 3.428548 6.405298 58.712116 0.000000 0.000000 0.000000 0.988298 -5.410167 591 3 1.0235E+00 8.367838 0.422092 6.249783 2.919761 -4.655048 58.712116 0.476476 0.102246 0.000521 0.040030 4 4.5096E+06 2.438072 6.405936 5.882320 -99.000000 -8.486660 0.000000 0.420844 0.000365 0.523524 0.000E+00 b_companion 2 730 8.263605 1.267E+05 3.458814 4.888105 58.777793 0.000000 0.000000 0.000207 0.961367 -5.721019 583 3 1.0235E+00 8.263605 0.501223 4.582648 2.478527 -4.637927 58.777793 0.999655 0.000001 0.000329 0.016161 4 4.5096E+06 2.140294 6.367743 4.558219 -99.000000 -8.427163 0.000000 0.000022 0.000046 0.000345 0.000E+00 Lnuc_He bin 730 1.175E+02 25.923759 1.410555 0.000E+00 1.001119 0 2 0.000E+00 -9.613E-01 9.794E+54 -1.061E+41 0.000E+00 1.023513 58.712116 2.642967 0.426973 0.000E+00 465.166911 9.820535 -7.309E-01 -2.213E-05 1.000E+99 4.230E+52 -2.319E+38 1.342E+40 4.5096E+06 58.777793 3.171197 0.363965 -2.525E+50 464.647149 9.825553 -6.773E-01 -2.302E-05 0.000E+00 7.747E+52 -1.193E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 731 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.779E-01 -1.356E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 732 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.785E-01 -1.357E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 733 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.308E-01 -6.790E-01 -1.358E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 734 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.796E-01 -1.359E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 735 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.308E-01 -6.802E-01 -1.360E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 736 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.808E-01 -1.361E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 737 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.814E-01 -1.363E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 738 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.819E-01 -1.364E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 739 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.825E-01 -1.365E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 740 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.830E-01 -1.366E+00 OK (detached) 1 740 8.367877 1.418E+05 3.427338 6.405302 58.709865 0.000000 0.000000 0.000000 0.988310 -5.410041 580 3 1.0000E+00 8.367877 0.422128 6.249546 2.919720 -4.655230 58.709865 0.476068 0.102453 0.000522 0.040061 4 4.5097E+06 2.438188 6.405954 5.882892 -99.000000 -8.486859 0.000000 0.421044 0.000365 0.523932 0.000E+00 b_companion 2 740 8.273501 1.279E+05 3.599499 5.164987 58.775437 0.000000 0.000000 0.000199 0.961386 -5.687906 585 3 1.0000E+00 8.273501 0.493382 4.860010 2.597751 -4.629485 58.775437 0.999638 0.000001 0.000329 0.016163 6 4.5097E+06 2.170065 6.368746 4.843804 -99.000000 -8.424758 0.000000 0.000035 0.000058 0.000362 0.000E+00 Lnuc_He bin 740 1.175E+02 25.924989 1.410683 0.000E+00 1.001117 0 2 0.000E+00 -9.424E-01 9.794E+54 -1.084E+41 0.000E+00 1.000021 58.709865 2.643189 0.427114 0.000E+00 465.146359 9.821005 -7.309E-01 -2.212E-05 1.000E+99 4.227E+52 -2.318E+38 1.224E+40 4.5097E+06 58.775437 3.114457 0.344696 -2.524E+50 464.627425 9.826015 -6.830E-01 -2.347E-05 0.000E+00 7.740E+52 -1.204E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 741 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.836E-01 -1.367E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 742 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.841E-01 -1.368E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 743 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.847E-01 -1.369E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 744 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.852E-01 -1.370E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 745 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.857E-01 -1.371E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 746 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.864E-01 -1.373E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 747 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.872E-01 -1.374E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 748 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.879E-01 -1.376E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 749 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.886E-01 -1.377E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 750 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.892E-01 -1.378E+00 OK (detached) 1 750 8.367922 1.418E+05 3.425951 6.405304 58.707302 0.000000 0.000000 0.000000 0.988323 -5.409898 580 3 1.1205E+00 8.367922 0.422057 6.249272 2.919673 -4.654805 58.707302 0.475604 0.102689 0.000524 0.040097 4 4.5098E+06 2.438319 6.405948 5.883539 -99.000000 -8.486829 0.000000 0.421272 0.000365 0.524396 0.000E+00 b_companion 2 750 8.284030 1.292E+05 3.751516 5.445348 58.772692 0.000000 0.000000 0.000182 0.961408 -5.652640 588 3 1.1205E+00 8.284030 0.484835 5.149083 2.728507 -4.621254 58.772692 0.999603 0.000001 0.000329 0.016166 4 4.5098E+06 2.201769 6.370059 5.121351 -99.000000 -8.423184 0.000000 0.000063 0.000081 0.000397 0.000E+00 Lnuc_He bin 750 1.175E+02 25.926381 1.410828 0.000E+00 1.001114 0 2 0.000E+00 -9.257E-01 9.793E+54 -1.108E+41 0.000E+00 1.120530 58.707302 2.642755 0.427272 0.000E+00 465.122654 9.821539 -7.309E-01 -2.214E-05 1.000E+99 4.225E+52 -2.317E+38 1.111E+40 4.5098E+06 58.772692 3.053758 0.329279 -2.524E+50 464.605160 9.826536 -6.892E-01 -2.392E-05 0.000E+00 7.733E+52 -1.217E+41 1 save LOGS1/profile15.data for model 750 save LOGS2/profile15.data for model 750 save photos/b_x750, photos/1_x750, photos/2_x750 for model 750 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 751 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.899E-01 -1.380E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 752 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.906E-01 -1.381E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 753 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.912E-01 -1.382E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 754 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.918E-01 -1.383E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 755 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.924E-01 -1.385E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 756 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.930E-01 -1.386E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 757 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.936E-01 -1.387E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 758 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.942E-01 -1.388E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 759 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.947E-01 -1.389E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 760 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.953E-01 -1.390E+00 OK (detached) 1 760 8.367970 1.418E+05 3.424457 6.405313 58.704501 0.000000 0.000000 0.000000 0.988338 -5.409741 569 3 1.0949E+00 8.367970 0.422122 6.248980 2.919629 -4.654473 58.704501 0.475098 0.102947 0.000526 0.040136 4 4.5100E+06 2.438464 6.405933 5.884252 -99.000000 -8.486914 0.000000 0.421520 0.000365 0.524902 0.000E+00 b_companion 2 760 8.294345 1.306E+05 3.902193 5.693087 58.769624 0.000000 0.000000 0.000150 0.961432 -5.618162 597 3 1.0949E+00 8.294345 0.476316 5.426498 2.860161 -4.611700 58.769624 0.999531 0.000001 0.000329 0.016169 4 4.5100E+06 2.232811 6.371223 5.339049 -99.000000 -8.421185 0.000000 0.000122 0.000127 0.000469 0.000E+00 Lnuc_He bin 760 1.175E+02 25.927894 1.410987 0.000E+00 1.001109 0 2 0.000E+00 -9.062E-01 9.793E+54 -1.133E+41 0.000E+00 1.094891 58.704501 2.643154 0.427445 0.000E+00 465.096427 9.822122 -7.309E-01 -2.216E-05 1.000E+99 4.222E+52 -2.316E+38 1.005E+40 4.5100E+06 58.769624 2.994446 0.314579 -2.524E+50 464.581044 9.827100 -6.953E-01 -2.445E-05 0.000E+00 7.725E+52 -1.231E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 761 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.310E-01 -6.958E-01 -1.391E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 762 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.310E-01 -6.965E-01 -1.393E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 763 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.310E-01 -6.973E-01 -1.394E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 764 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.979E-01 -1.396E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 765 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.310E-01 -6.986E-01 -1.397E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 766 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.992E-01 -1.398E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 767 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -6.998E-01 -1.399E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 768 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -7.004E-01 -1.401E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 769 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -7.010E-01 -1.402E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 770 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -7.016E-01 -1.403E+00 OK (detached) 1 770 8.368032 1.418E+05 3.422532 6.405316 58.700939 0.000000 0.000000 0.000000 0.988357 -5.409543 574 3 1.2104E+00 8.368032 0.422138 6.248599 2.919568 -4.655774 58.700939 0.474455 0.103276 0.000528 0.040185 4 4.5101E+06 2.438647 6.405954 5.885149 -99.000000 -8.487139 0.000000 0.421835 0.000365 0.525545 0.000E+00 b_companion 2 770 8.305371 1.321E+05 4.064187 5.907713 58.765642 0.000000 0.000000 0.000091 0.961463 -5.581370 619 3 1.2104E+00 8.305371 0.467255 5.716801 3.004009 -4.602188 58.765642 0.999362 0.000001 0.000329 0.016176 4 4.5101E+06 2.265983 6.372638 5.440930 -99.000000 -8.419761 0.000000 0.000265 0.000211 0.000638 0.000E+00 Lnuc_He bin 770 1.175E+02 25.929808 1.411189 0.000E+00 1.001102 0 2 0.000E+00 -8.839E-01 9.792E+54 -1.155E+41 0.000E+00 1.210413 58.700939 2.643246 0.427666 0.000E+00 465.062675 9.822864 -7.309E-01 -2.209E-05 1.000E+99 4.218E+52 -2.315E+38 9.081E+39 4.5101E+06 58.765642 2.932613 0.299512 -2.523E+50 464.550623 9.827809 -7.016E-01 -2.499E-05 0.000E+00 7.716E+52 -1.244E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 771 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.310E-01 -7.022E-01 -1.404E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 772 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.310E-01 -7.027E-01 -1.405E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 773 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -7.034E-01 -1.407E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 774 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.310E-01 -7.042E-01 -1.408E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 775 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.310E-01 -7.048E-01 -1.409E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 776 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.310E-01 -7.055E-01 -1.411E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 777 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.309E-01 -7.061E-01 -1.412E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 778 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.310E-01 -7.067E-01 -1.413E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 779 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.310E-01 -7.073E-01 -1.414E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 780 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.310E-01 -7.078E-01 -1.415E+00 OK (detached) 1 780 8.368111 1.418E+05 3.420128 6.405333 58.696429 0.000000 0.000000 0.000000 0.988381 -5.409289 582 3 1.3278E+00 8.368111 0.422067 6.248130 2.919504 -4.655377 58.696429 0.473641 0.103693 0.000531 0.040248 4 4.5103E+06 2.438880 6.406015 5.886295 -99.000000 -8.487507 0.000000 0.422232 0.000365 0.526359 0.000E+00 b_companion 2 780 8.316233 1.336E+05 4.223490 6.071649 58.760457 0.000000 0.000000 0.000028 0.961502 -5.545216 617 3 1.3278E+00 8.316233 0.458149 5.996430 3.147755 -4.585530 58.760457 0.998993 0.000001 0.000329 0.016189 4 4.5103E+06 2.298635 6.373809 5.232548 -99.000000 -8.417149 0.000000 0.000608 0.000301 0.001007 0.000E+00 Lnuc_He bin 780 1.175E+02 25.932232 1.411445 0.000E+00 1.001091 0 2 0.000E+00 -8.514E-01 9.792E+54 -1.190E+41 0.000E+00 1.327765 58.696429 2.642816 0.427933 0.000E+00 465.019095 9.823808 -7.310E-01 -2.211E-05 1.000E+99 4.214E+52 -2.313E+38 8.185E+39 4.5103E+06 58.760457 2.871768 0.285369 -2.522E+50 464.512387 9.828703 -7.078E-01 -2.597E-05 0.000E+00 7.704E+52 -1.270E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 781 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.310E-01 -7.083E-01 -1.416E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 782 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.310E-01 -7.090E-01 -1.418E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 783 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.310E-01 -7.098E-01 -1.419E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 784 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.310E-01 -7.104E-01 -1.421E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 785 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.311E-01 -7.110E-01 -1.422E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 786 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.311E-01 -7.115E-01 -1.423E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 787 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.311E-01 -7.122E-01 -1.424E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 788 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.311E-01 -7.129E-01 -1.426E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 789 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.311E-01 -7.134E-01 -1.427E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 790 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.311E-01 -7.141E-01 -1.428E+00 OK (detached) 1 790 8.368237 1.419E+05 3.416302 6.405356 58.689177 0.000000 0.000000 0.000000 0.988419 -5.408881 586 3 1.6781E+00 8.368237 0.421878 6.247367 2.919417 -4.655152 58.689177 0.472331 0.104367 0.000536 0.040349 4 4.5107E+06 2.439255 6.406017 5.888134 -99.000000 -8.487523 0.000000 0.422867 0.000365 0.527669 0.000E+00 max increase 2 790 8.326573 1.351E+05 4.373281 6.267159 58.751922 0.000000 0.000000 0.000002 0.961564 -5.510967 632 3 1.6781E+00 8.326573 0.448740 6.256234 3.284924 -4.581585 58.751922 0.997950 0.000002 0.000329 0.016219 10 4.5107E+06 2.329661 6.375053 4.348983 -99.000000 -8.414369 0.000000 0.001639 0.000339 0.002050 0.000E+00 max increase bin 790 1.174E+02 25.936127 1.411858 0.000E+00 1.001069 0 2 0.000E+00 -8.442E-01 9.790E+54 -1.205E+41 0.000E+00 1.678143 58.689177 2.641667 0.428345 0.000E+00 464.947882 9.825332 -7.311E-01 -2.212E-05 1.000E+99 4.206E+52 -2.311E+38 7.375E+39 4.5107E+06 58.751922 2.810219 0.272527 -2.521E+50 464.451334 9.830130 -7.141E-01 -2.621E-05 0.000E+00 7.686E+52 -1.277E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 791 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.311E-01 -7.148E-01 -1.429E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 792 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.312E-01 -7.154E-01 -1.431E+00 OK (detached) max_residual > tol_max_residual 793 2.2543740392862404D-05 1.0000000000000001D-05 retry 793 retry: max resid -- give up in solver 793 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 793 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.312E-01 -7.156E-01 -1.431E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 794 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.312E-01 -7.159E-01 -1.432E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 795 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.312E-01 -7.163E-01 -1.432E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 796 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.312E-01 -7.167E-01 -1.433E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 797 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.312E-01 -7.172E-01 -1.434E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 798 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.312E-01 -7.175E-01 -1.435E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 799 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.312E-01 -7.177E-01 -1.435E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 800 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.312E-01 -7.181E-01 -1.436E+00 OK (detached) __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 1 800 8.368450 1.419E+05 3.409956 6.405404 58.676988 0.000000 0.000000 0.000000 0.988484 -5.408196 583 4 1.7889E+00 8.368450 0.421877 6.246089 2.919312 -4.655136 58.676988 0.470135 0.105506 0.000545 0.040519 4 4.5112E+06 2.439887 6.406096 5.891220 -99.000000 -8.488291 0.000000 0.423925 0.000365 0.529865 0.000E+00 max increase __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 2 800 8.330708 1.360E+05 4.429202 6.362476 58.737519 0.000000 0.000000 0.000000 0.961668 -5.497624 624 4 1.7889E+00 8.330708 0.442816 6.355842 3.336858 -4.583751 58.737519 0.995500 0.000005 0.000329 0.016287 14 4.5112E+06 2.341920 6.374942 3.906469 -99.000000 -8.408818 0.000000 0.004084 0.000341 0.004500 0.000E+00 max increase __________________________________________________________________________________________________________________________________________________ binary_step M1+M2 separ Porb e M2/M1 pm_i donor_i dot_Mmt eff Jorb dot_J dot_Jmb lg_dt M1 R1 P1 dot_e vorb1 RL1 Rl_gap1 dot_M1 dot_Medd spin1 dot_Jgr dot_Jls age_yr M2 R2 P2 Eorb vorb2 RL2 Rl_gap2 dot_M2 L_acc spin2 dot_Jml rlo_iters __________________________________________________________________________________________________________________________________________________ bin 800 1.174E+02 25.942623 1.412548 0.000E+00 1.001032 0 2 0.000E+00 -8.484E-01 9.788E+54 -1.208E+41 0.000E+00 1.788879 58.676988 2.641658 0.429026 0.000E+00 464.828334 9.827877 -7.312E-01 -2.212E-05 1.000E+99 4.194E+52 -2.306E+38 6.757E+39 4.5112E+06 58.737519 2.772145 0.267827 -2.520E+50 464.349310 9.832508 -7.181E-01 -2.608E-05 0.000E+00 7.657E+52 -1.273E+41 1 save LOGS1/profile16.data for model 800 save LOGS2/profile16.data for model 800 save photos/b_x800, photos/1_x800, photos/2_x800 for model 800 max_residual > tol_max_residual 801 3.4452824551270078D-05 1.0000000000000001D-05 retry 801 retry: max resid -- give up in solver 801 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 801 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.312E-01 -7.181E-01 -1.436E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 802 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.312E-01 -7.183E-01 -1.436E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 803 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.312E-01 -7.185E-01 -1.437E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 804 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.313E-01 -7.188E-01 -1.437E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 805 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.313E-01 -7.192E-01 -1.438E+00 OK (detached) max_residual > tol_max_residual 806 2.0780244889524055D-05 1.0000000000000001D-05 retry 806 retry: max resid -- give up in solver 806 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 806 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.312E-01 -7.192E-01 -1.438E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 807 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.313E-01 -7.194E-01 -1.439E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 808 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.313E-01 -7.196E-01 -1.439E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 809 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.313E-01 -7.199E-01 -1.440E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 810 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.313E-01 -7.202E-01 -1.440E+00 OK (detached) 1 810 8.368636 1.419E+05 3.404385 6.405449 58.666370 0.000000 0.000000 0.000000 0.988541 -5.407598 582 6 1.8203E+00 8.368636 0.421813 6.244976 2.919231 -4.653165 58.666370 0.468231 0.106501 0.000553 0.040668 4 4.5117E+06 2.440439 6.406102 5.893893 -99.000000 -8.488569 0.000000 0.424834 0.000365 0.531769 0.000E+00 max increase 2 810 8.331199 1.365E+05 4.431434 6.371236 58.725312 0.000000 0.000000 0.000000 0.961757 -5.496252 614 6 1.8203E+00 8.331199 0.439580 6.364884 3.339298 -4.599859 58.725312 0.993233 0.000010 0.000329 0.016350 10 4.5117E+06 2.343284 6.373941 3.853042 -99.000000 -8.401720 0.000000 0.006346 0.000341 0.006767 0.000E+00 max increase bin 810 1.174E+02 25.948173 1.413139 0.000E+00 1.001005 0 2 0.000E+00 -8.845E-01 9.786E+54 -1.189E+41 0.000E+00 1.820269 58.666370 2.641272 0.429715 0.000E+00 464.727197 9.830040 -7.313E-01 -2.222E-05 1.000E+99 4.183E+52 -2.303E+38 6.404E+39 4.5117E+06 58.725312 2.751569 0.267627 -2.518E+50 464.260759 9.834551 -7.202E-01 -2.513E-05 0.000E+00 7.633E+52 -1.251E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 811 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.314E-01 -7.206E-01 -1.441E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 812 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.314E-01 -7.209E-01 -1.442E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 813 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.314E-01 -7.213E-01 -1.442E+00 OK (detached) max_residual > tol_max_residual 814 4.9347659644889764D-05 1.0000000000000001D-05 retry 814 retry: max resid -- give up in solver 814 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 814 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.314E-01 -7.215E-01 -1.443E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 815 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.314E-01 -7.216E-01 -1.443E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 816 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.314E-01 -7.219E-01 -1.444E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 817 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.315E-01 -7.222E-01 -1.444E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 818 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.315E-01 -7.226E-01 -1.445E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 819 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.315E-01 -7.230E-01 -1.446E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 820 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.316E-01 -7.234E-01 -1.447E+00 OK (detached) 1 820 8.368982 1.419E+05 3.393955 6.405508 58.646578 0.000000 0.000000 0.000000 0.988647 -5.406479 588 7 2.1580E+00 8.368982 0.421586 6.242856 2.919120 -4.654609 58.646578 0.464685 0.108375 0.000568 0.040946 4 4.5126E+06 2.441468 6.406164 5.898836 -99.000000 -8.489228 0.000000 0.426505 0.000365 0.535315 0.000E+00 max increase 2 820 8.331433 1.371E+05 4.423837 6.371287 58.703448 0.000000 0.000000 0.000000 0.961924 -5.495836 614 7 2.1580E+00 8.331433 0.434717 6.364756 3.333181 -4.621012 58.703448 0.988964 0.000027 0.000329 0.016470 10 4.5126E+06 2.343829 6.372030 3.932436 -99.000000 -8.389345 0.000000 0.010598 0.000341 0.011036 0.000E+00 max increase bin 820 1.174E+02 25.958265 1.414214 0.000E+00 1.000970 0 2 0.000E+00 -9.256E-01 9.783E+54 -1.160E+41 0.000E+00 2.157952 58.646578 2.639892 0.430900 0.000E+00 464.546293 9.833941 -7.316E-01 -2.215E-05 1.000E+99 4.163E+52 -2.296E+38 5.917E+39 4.5126E+06 58.703448 2.720931 0.268250 -2.515E+50 464.096261 9.838297 -7.234E-01 -2.393E-05 0.000E+00 7.591E+52 -1.217E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 821 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.316E-01 -7.239E-01 -1.448E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 822 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.317E-01 -7.244E-01 -1.449E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 823 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.317E-01 -7.248E-01 -1.449E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 824 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.318E-01 -7.253E-01 -1.450E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 825 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.319E-01 -7.258E-01 -1.451E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 826 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.320E-01 -7.262E-01 -1.452E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 827 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.322E-01 -7.267E-01 -1.453E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 828 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.322E-01 -7.270E-01 -1.454E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 829 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.324E-01 -7.273E-01 -1.454E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 830 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.326E-01 -7.275E-01 -1.455E+00 OK (detached) 1 830 8.370599 1.421E+05 3.348091 6.405778 58.555420 0.000000 0.000000 0.000000 0.989146 -5.401266 598 7 2.8626E+00 8.370599 0.420647 6.232774 2.919908 -4.654060 58.555420 0.448438 0.117336 0.000658 0.042257 4 4.5167E+06 2.446269 6.406459 5.921257 -99.000000 -8.492410 0.000000 0.433791 0.000366 0.551562 0.000E+00 max increase 2 830 8.332377 1.378E+05 4.378997 6.369861 58.608200 0.000000 0.000000 0.000000 0.962727 -5.493170 613 7 2.8626E+00 8.332377 0.428972 6.361040 3.297026 -4.645943 58.608200 0.969422 0.000216 0.000329 0.017036 6 4.5167E+06 2.346465 6.370219 4.365164 -99.000000 -8.377650 0.000000 0.029952 0.000342 0.030578 0.000E+00 max increase bin 830 1.172E+02 26.003168 1.419013 0.000E+00 1.000901 0 2 0.000E+00 -9.815E-01 9.768E+54 -1.133E+41 0.000E+00 2.862570 58.555420 2.634187 0.436010 0.000E+00 463.760413 9.851106 -7.326E-01 -2.218E-05 1.000E+99 4.073E+52 -2.269E+38 5.198E+39 4.5167E+06 58.608200 2.685172 0.272360 -2.503E+50 463.342771 9.855162 -7.275E-01 -2.260E-05 0.000E+00 7.419E+52 -1.183E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 831 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.328E-01 -7.278E-01 -1.455E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 832 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.331E-01 -7.282E-01 -1.456E+00 OK (detached) max_residual > tol_max_residual 833 1.3926251685875779D-05 1.0000000000000001D-05 retry 833 retry: max resid -- give up in solver 833 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 833 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.332E-01 -7.282E-01 -1.456E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 834 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.333E-01 -7.282E-01 -1.456E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 835 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.334E-01 -7.284E-01 -1.457E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 836 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.336E-01 -7.287E-01 -1.457E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 837 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.339E-01 -7.290E-01 -1.458E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 838 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.343E-01 -7.292E-01 -1.458E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 839 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.346E-01 -7.296E-01 -1.459E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 840 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.351E-01 -7.299E-01 -1.460E+00 OK (detached) 1 840 8.374923 1.425E+05 3.219095 6.406399 58.319243 0.000000 0.000000 0.000000 0.990285 -5.387275 611 8 3.2742E+00 8.374923 0.418519 6.204255 2.926547 -4.656980 58.319243 0.407384 0.142869 0.001039 0.045852 5 4.5274E+06 2.459132 6.407127 5.976357 -99.000000 -8.500766 0.000000 0.449311 0.000367 0.592616 0.000E+00 max increase 2 840 8.335032 1.382E+05 4.309070 6.370731 58.369219 0.000000 0.000000 0.000000 0.964792 -5.484971 619 8 3.2742E+00 8.335032 0.427011 6.354702 3.243371 -4.656271 58.369219 0.919330 0.001579 0.000329 0.018569 17 4.5274E+06 2.354177 6.371073 4.811009 -99.000000 -8.383493 0.000000 0.078678 0.000342 0.080670 0.000E+00 max increase bin 840 1.167E+02 26.117351 1.431275 0.000E+00 1.000857 0 2 0.000E+00 -9.984E-01 9.730E+54 -1.122E+41 0.000E+00 3.274171 58.319243 2.621312 0.449370 0.000E+00 461.796014 9.894463 -7.351E-01 -2.203E-05 1.000E+99 3.848E+52 -2.199E+38 4.545E+39 4.5274E+06 58.369219 2.673072 0.283286 -2.472E+50 461.400625 9.898337 -7.299E-01 -2.207E-05 0.000E+00 7.011E+52 -1.165E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 841 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.355E-01 -7.303E-01 -1.460E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 842 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.359E-01 -7.306E-01 -1.461E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 843 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.364E-01 -7.310E-01 -1.462E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 844 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.368E-01 -7.313E-01 -1.462E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 845 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.373E-01 -7.317E-01 -1.463E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 846 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.378E-01 -7.321E-01 -1.464E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 847 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.382E-01 -7.323E-01 -1.464E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 848 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.388E-01 -7.325E-01 -1.465E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 849 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.392E-01 -7.328E-01 -1.465E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 850 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.397E-01 -7.331E-01 -1.466E+00 OK (detached) 1 850 8.384830 1.432E+05 2.854187 6.407877 57.820370 0.000000 0.000000 0.000000 0.991241 -5.354993 607 8 3.3440E+00 8.384830 0.414854 6.131235 2.960899 -4.655741 57.820370 0.325626 0.208496 0.003101 0.054514 5 4.5500E+06 2.488712 6.408704 6.080750 -99.000000 -8.521485 0.000000 0.465435 0.000373 0.674374 0.000E+00 b_companion 2 850 8.340980 1.386E+05 4.232828 6.373229 57.877279 0.000000 0.000000 0.000000 0.969043 -5.466508 624 8 3.3440E+00 8.340980 0.425860 6.338240 3.193662 -4.666438 57.877279 0.815396 0.009005 0.000329 0.022171 6 4.5500E+06 2.371502 6.373602 5.219357 -99.000000 -8.402567 0.000000 0.175185 0.000345 0.184604 0.000E+00 XHe_cntr bin 850 1.157E+02 26.355567 1.457101 0.000E+00 1.000984 0 2 0.000E+00 -1.025E+00 9.650E+54 -1.120E+41 0.000E+00 3.343951 57.820370 2.599283 0.479087 0.000E+00 457.777528 9.984421 -7.397E-01 -2.209E-05 1.000E+99 3.415E+52 -2.051E+38 3.549E+39 4.5500E+06 57.877279 2.666000 0.306871 -2.408E+50 457.327406 9.988910 -7.331E-01 -2.156E-05 0.000E+00 6.248E+52 -1.154E+41 1 save LOGS1/profile17.data for model 850 save LOGS2/profile17.data for model 850 save photos/b_x850, photos/1_x850, photos/2_x850 for model 850 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 851 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.403E-01 -7.335E-01 -1.467E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 852 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.409E-01 -7.339E-01 -1.468E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 853 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.415E-01 -7.342E-01 -1.468E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 854 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.420E-01 -7.346E-01 -1.469E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 855 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.425E-01 -7.350E-01 -1.470E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 856 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.430E-01 -7.353E-01 -1.470E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 857 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.436E-01 -7.356E-01 -1.471E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 858 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.442E-01 -7.360E-01 -1.472E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 859 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.450E-01 -7.365E-01 -1.473E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 860 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.456E-01 -7.368E-01 -1.473E+00 OK (detached) 1 860 8.397024 1.443E+05 2.270062 6.409093 57.283407 0.000000 0.000000 0.000000 0.988500 -5.314955 627 8 3.3946E+00 8.397024 0.408972 6.026010 3.031051 -4.657786 57.283407 0.245145 0.298464 0.008698 0.065858 5 4.5744E+06 2.525274 6.410066 6.176995 -99.000000 -8.541812 0.000000 0.455927 0.000395 0.754855 0.000E+00 b_companion 2 860 8.347948 1.391E+05 4.109021 6.375722 57.359594 0.000000 0.000000 0.000000 0.973500 -5.444890 643 8 3.3946E+00 8.347948 0.423967 6.314910 3.120743 -4.676560 57.359594 0.707109 0.024854 0.000330 0.026681 5 4.5744E+06 2.391797 6.376133 5.473506 -99.000000 -8.422617 0.000000 0.267617 0.000351 0.292891 0.000E+00 XHe_cntr bin 860 1.146E+02 26.610252 1.485057 0.000E+00 1.001330 0 2 0.000E+00 -1.044E+00 9.564E+54 -1.113E+41 0.000E+00 3.394613 57.283407 2.564321 0.511659 0.000E+00 453.578660 10.080109 -7.456E-01 -2.199E-05 1.000E+99 3.004E+52 -1.904E+38 2.694E+39 4.5744E+06 57.359594 2.654403 0.332392 -2.342E+50 452.976202 10.086233 -7.368E-01 -2.106E-05 0.000E+00 5.535E+52 -1.138E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 861 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.462E-01 -7.372E-01 -1.474E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 862 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.467E-01 -7.375E-01 -1.475E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 863 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.473E-01 -7.379E-01 -1.476E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 864 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.479E-01 -7.383E-01 -1.476E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 865 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.486E-01 -7.387E-01 -1.477E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 866 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.492E-01 -7.390E-01 -1.478E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 867 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.498E-01 -7.394E-01 -1.479E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 868 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.504E-01 -7.397E-01 -1.479E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 869 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.509E-01 -7.400E-01 -1.480E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 870 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.516E-01 -7.403E-01 -1.480E+00 OK (detached) 1 870 8.410622 1.455E+05 1.531962 6.410189 56.778918 0.000000 0.000000 0.000000 0.980929 -5.269939 610 8 3.3281E+00 8.410622 0.402559 5.891539 3.125273 -4.659055 56.778918 0.177111 0.402658 0.018088 0.078949 5 4.5974E+06 2.566234 6.411407 6.253454 -99.000000 -8.559996 0.000000 0.419692 0.000468 0.822889 0.000E+00 XO_cntr 2 870 8.355203 1.396E+05 3.941373 6.377849 56.877616 0.000000 0.000000 0.000000 0.977548 -5.422159 642 8 3.3281E+00 8.355203 0.422096 6.285256 3.039888 -4.677968 56.877616 0.607897 0.048927 0.000332 0.031729 5 4.5974E+06 2.413034 6.378326 5.652808 -99.000000 -8.442989 0.000000 0.342754 0.000354 0.392103 0.000E+00 b_companion bin 870 1.137E+02 26.850054 1.511694 0.000E+00 1.001738 0 2 0.000E+00 -1.045E+00 9.484E+54 -1.116E+41 0.000E+00 3.328087 56.778918 2.526732 0.536124 0.000E+00 449.693300 10.170000 -7.516E-01 -2.193E-05 1.000E+99 2.661E+52 -1.773E+38 2.078E+39 4.5974E+06 56.877616 2.642994 0.356669 -2.281E+50 448.912965 10.178073 -7.403E-01 -2.099E-05 0.000E+00 4.946E+52 -1.135E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 871 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.524E-01 -7.407E-01 -1.481E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 872 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.532E-01 -7.410E-01 -1.482E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 873 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.539E-01 -7.414E-01 -1.483E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 874 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.545E-01 -7.416E-01 -1.483E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 875 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.550E-01 -7.419E-01 -1.484E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 876 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.555E-01 -7.421E-01 -1.484E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 877 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.561E-01 -7.425E-01 -1.485E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 878 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.566E-01 -7.427E-01 -1.485E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 879 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.571E-01 -7.431E-01 -1.486E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 880 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.576E-01 -7.434E-01 -1.487E+00 OK (detached) 1 880 8.424763 1.469E+05 0.780827 6.411230 56.359652 0.000000 0.000000 0.000000 0.970851 -5.223102 599 8 3.2646E+00 8.424763 0.395037 5.735030 3.227644 -4.675336 56.359652 0.125361 0.506154 0.028870 0.092387 5 4.6169E+06 2.608870 6.412807 6.308434 -99.000000 -8.430836 0.000000 0.367728 0.000684 0.874639 0.000E+00 XO_cntr 2 880 8.361929 1.400E+05 3.759098 6.379616 56.471481 0.000000 0.000000 0.000000 0.980892 -5.400892 638 8 3.2646E+00 8.361929 0.420222 6.252571 2.978659 -4.681491 56.471481 0.526947 0.077656 0.000352 0.036735 5 4.6169E+06 2.432812 6.380138 5.779692 -99.000000 -8.463595 0.000000 0.394973 0.000355 0.473053 0.000E+00 b_companion bin 880 1.128E+02 27.052339 1.534391 0.000E+00 1.001984 0 2 0.000E+00 -1.014E+00 9.416E+54 -1.094E+41 0.000E+00 3.264631 56.359652 2.483346 0.551738 0.000E+00 446.433841 10.246045 -7.576E-01 -2.112E-05 1.000E+99 2.404E+52 -1.671E+38 1.654E+39 4.6169E+06 56.471481 2.631615 0.377534 -2.231E+50 445.549776 10.255329 -7.434E-01 -2.082E-05 0.000E+00 4.498E+52 -1.109E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 881 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.581E-01 -7.437E-01 -1.487E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 882 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.586E-01 -7.440E-01 -1.488E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 883 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.592E-01 -7.442E-01 -1.488E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 884 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.597E-01 -7.445E-01 -1.489E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 885 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.602E-01 -7.448E-01 -1.489E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 886 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.608E-01 -7.451E-01 -1.490E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 887 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.614E-01 -7.454E-01 -1.491E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 888 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.620E-01 -7.457E-01 -1.491E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 889 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.625E-01 -7.460E-01 -1.492E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 890 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.631E-01 -7.464E-01 -1.493E+00 OK (detached) 1 890 8.440697 1.482E+05 0.019875 6.412018 55.995277 0.000000 0.000000 0.000000 0.959601 -5.170347 595 8 3.2204E+00 8.440697 0.387901 5.537443 3.344233 -4.677568 55.995277 0.084090 0.608606 0.040336 0.106529 5 4.6343E+06 2.656944 6.414275 6.349795 -99.000000 -8.396667 50.609843 0.305865 0.001354 0.915910 0.000E+00 XO_cntr 2 890 8.368417 1.405E+05 3.575605 6.381106 56.111753 0.000000 0.000000 0.000000 0.983752 -5.380207 638 8 3.2204E+00 8.368417 0.418016 6.215903 2.945567 -4.681039 56.111753 0.457792 0.110745 0.000430 0.041863 5 4.6343E+06 2.451973 6.381696 5.879200 -99.000000 -8.478481 0.000000 0.431037 0.000357 0.542208 0.000E+00 b_companion bin 890 1.121E+02 27.231280 1.554637 0.000E+00 1.002080 0 2 0.000E+00 -1.008E+00 9.356E+54 -1.095E+41 0.000E+00 3.220402 55.995277 2.442873 0.557702 0.000E+00 443.555735 10.313593 -7.631E-01 -2.101E-05 1.000E+99 2.196E+52 -1.585E+38 1.356E+39 4.6343E+06 56.111753 2.618277 0.396193 -2.188E+50 442.635004 10.323390 -7.464E-01 -2.084E-05 0.000E+00 4.134E+52 -1.107E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 891 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.638E-01 -7.466E-01 -1.493E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 892 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.643E-01 -7.469E-01 -1.494E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 893 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.649E-01 -7.473E-01 -1.494E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 894 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.655E-01 -7.475E-01 -1.495E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 895 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.661E-01 -7.479E-01 -1.496E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 896 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.668E-01 -7.482E-01 -1.496E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 897 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.675E-01 -7.486E-01 -1.497E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 898 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.682E-01 -7.488E-01 -1.497E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 899 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.690E-01 -7.492E-01 -1.498E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 900 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.697E-01 -7.494E-01 -1.499E+00 OK (detached) __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 1 900 8.460678 1.501E+05 -0.783823 6.412655 55.661340 0.000000 0.000000 0.000000 0.948392 -5.104341 573 8 3.1831E+00 8.460678 0.378238 5.243973 3.491220 -4.678203 55.661340 0.049677 0.709333 0.051596 0.121906 5 4.6502E+06 2.717229 6.416334 6.382157 -99.000000 -8.384103 50.693188 0.237077 0.003756 0.950323 0.000E+00 Lnuc_He __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 2 900 8.374843 1.410E+05 3.397679 6.382242 55.781260 0.000000 0.000000 0.000000 0.986188 -5.359570 633 8 3.1831E+00 8.374843 0.415381 6.174279 2.938433 -4.684352 55.781260 0.397074 0.148264 0.000643 0.047230 5 4.6502E+06 2.471019 6.382880 5.961421 -99.000000 -8.490975 0.000000 0.454234 0.000358 0.602926 0.000E+00 b_companion __________________________________________________________________________________________________________________________________________________ binary_step M1+M2 separ Porb e M2/M1 pm_i donor_i dot_Mmt eff Jorb dot_J dot_Jmb lg_dt M1 R1 P1 dot_e vorb1 RL1 Rl_gap1 dot_M1 dot_Medd spin1 dot_Jgr dot_Jls age_yr M2 R2 P2 Eorb vorb2 RL2 Rl_gap2 dot_M2 L_acc spin2 dot_Jml rlo_iters __________________________________________________________________________________________________________________________________________________ bin 900 1.114E+02 27.396777 1.573501 0.000E+00 1.002154 0 2 0.000E+00 -1.014E+00 9.301E+54 -1.092E+41 0.000E+00 3.183088 55.661340 2.389120 0.550809 0.000E+00 440.917948 10.376097 -7.697E-01 -2.098E-05 1.000E+99 2.016E+52 -1.511E+38 1.108E+39 4.6502E+06 55.781260 2.602441 0.413606 -2.149E+50 439.970048 10.386306 -7.494E-01 -2.068E-05 0.000E+00 3.824E+52 -1.102E+41 1 save LOGS1/profile18.data for model 900 save LOGS2/profile18.data for model 900 save photos/b_x900, photos/1_x900, photos/2_x900 for model 900 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 901 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.705E-01 -7.498E-01 -1.499E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 902 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.713E-01 -7.501E-01 -1.500E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 903 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.722E-01 -7.504E-01 -1.501E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 904 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.730E-01 -7.506E-01 -1.501E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 905 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.738E-01 -7.509E-01 -1.502E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 906 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.747E-01 -7.511E-01 -1.502E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 907 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.756E-01 -7.514E-01 -1.503E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 908 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.764E-01 -7.516E-01 -1.503E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 909 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.773E-01 -7.518E-01 -1.503E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 910 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.782E-01 -7.521E-01 -1.504E+00 OK (detached) 1 910 8.484982 1.528E+05 -1.517068 6.412353 55.388734 0.000000 0.000000 0.000000 0.938916 -5.024358 567 8 3.0191E+00 8.484982 0.364083 4.734576 3.670565 -4.673273 55.388734 0.023626 0.787941 0.061082 0.136787 4 4.6631E+06 2.790520 6.419147 6.403135 -99.000000 -8.374191 50.693188 0.175838 0.011876 0.976374 0.000E+00 Lnuc_He 2 910 8.380416 1.415E+05 3.245451 6.383190 55.513825 0.000000 0.000000 0.000000 0.987951 -5.341554 627 8 3.0191E+00 8.380416 0.412961 6.134195 2.947646 -4.682590 55.513825 0.350213 0.184047 0.001031 0.052095 5 4.6631E+06 2.487595 6.383894 6.022306 -99.000000 -8.501434 0.000000 0.465310 0.000361 0.649787 0.000E+00 b_companion bin 910 1.109E+02 27.532265 1.589042 0.000E+00 1.002258 0 2 0.000E+00 -1.022E+00 9.256E+54 -1.103E+41 0.000E+00 3.019129 55.388734 2.312509 0.527643 0.000E+00 438.787467 10.427164 -7.782E-01 -2.122E-05 1.000E+99 1.876E+52 -1.452E+38 9.237E+38 4.6631E+06 55.513825 2.587979 0.427276 -2.118E+50 437.798731 10.437917 -7.521E-01 -2.077E-05 0.000E+00 3.591E+52 -1.111E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 911 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.791E-01 -7.522E-01 -1.504E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 912 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.799E-01 -7.525E-01 -1.505E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 913 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.806E-01 -7.527E-01 -1.505E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 914 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.814E-01 -7.528E-01 -1.505E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 915 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.822E-01 -7.529E-01 -1.506E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 916 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.829E-01 -7.532E-01 -1.506E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 917 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.836E-01 -7.532E-01 -1.506E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 918 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.843E-01 -7.534E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 919 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.848E-01 -7.534E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 920 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.855E-01 -7.536E-01 -1.507E+00 OK (detached) 1 920 8.506569 1.554E+05 -1.914571 6.407709 55.239716 0.000000 0.000000 0.000000 0.933907 -4.953640 561 8 2.6528E+00 8.506569 0.350785 3.957322 3.830130 -4.667699 55.239716 0.009635 0.817919 0.066092 0.146371 4 4.6701E+06 2.855574 6.421938 6.406166 -99.000000 -8.365217 50.693188 0.145035 0.024947 0.990365 0.000E+00 Lnuc_He 2 920 8.383591 1.418E+05 3.155880 6.383600 55.369212 0.000000 0.000000 0.000000 0.988740 -5.331259 622 8 2.6528E+00 8.383591 0.411505 6.109521 2.957309 -4.685560 55.369212 0.325694 0.205562 0.001361 0.054950 4 4.6701E+06 2.497054 6.384338 6.053285 -99.000000 -8.506639 0.000000 0.468311 0.000363 0.674306 0.000E+00 b_companion bin 920 1.106E+02 27.606307 1.597573 0.000E+00 1.002344 0 2 0.000E+00 -1.042E+00 9.232E+54 -1.107E+41 0.000E+00 2.652821 55.239716 2.242773 0.494879 0.000E+00 437.636877 10.455001 -7.855E-01 -2.149E-05 1.000E+99 1.801E+52 -1.419E+38 8.198E+38 4.6701E+06 55.369212 2.579322 0.434386 -2.101E+50 436.613347 10.466192 -7.536E-01 -2.063E-05 0.000E+00 3.470E+52 -1.114E+41 1 change to "co_burn.net" number of species 9 new net = co_burn.net binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 921 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.855E-01 -7.534E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 922 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.855E-01 -7.534E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 923 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.858E-01 -7.534E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 924 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.860E-01 -7.535E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 925 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.862E-01 -7.535E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 926 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.865E-01 -7.536E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 927 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.867E-01 -7.536E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 928 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.870E-01 -7.536E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 929 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.872E-01 -7.537E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 930 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.874E-01 -7.537E-01 -1.507E+00 OK (detached) 1 930 8.512929 1.561E+05 -1.974009 6.402956 55.211308 0.000000 0.000000 0.000000 0.933006 -4.932869 551 8 2.1433E+00 8.512929 0.347047 3.643662 3.877180 -4.664900 55.211308 0.006947 0.820933 0.066994 0.148365 4 4.6714E+06 2.874730 6.422797 6.402200 -60.126096 -8.362839 50.693188 0.140089 0.028877 0.000000 0.000E+00 Lnuc_He 2 930 8.384201 1.418E+05 3.137267 6.383676 55.342021 0.000000 0.000000 0.000000 0.988867 -5.329278 613 8 2.1433E+00 8.384201 0.411411 6.104639 2.959364 -4.685565 55.342021 0.321160 0.209766 0.001431 0.055504 4 4.6714E+06 2.498872 6.384398 6.058960 -99.000000 -8.507751 0.000000 0.468640 0.000364 0.678840 0.000E+00 b_companion bin 930 1.106E+02 27.620356 1.599195 0.000E+00 1.002368 0 2 0.000E+00 -1.049E+00 9.228E+54 -1.111E+41 0.000E+00 2.143292 55.211308 2.223552 0.487791 0.000E+00 437.420650 10.460266 -7.874E-01 -2.163E-05 1.000E+99 1.787E+52 -1.413E+38 7.984E+38 4.6714E+06 55.342021 2.578762 0.436113 -2.098E+50 436.387501 10.471574 -7.537E-01 -2.063E-05 0.000E+00 3.447E+52 -1.118E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 931 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.877E-01 -7.537E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 932 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.880E-01 -7.537E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 933 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.882E-01 -7.538E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 934 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.885E-01 -7.538E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 935 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.887E-01 -7.538E-01 -1.507E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 936 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.890E-01 -7.539E-01 -1.508E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 937 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.893E-01 -7.539E-01 -1.508E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 938 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.898E-01 -7.539E-01 -1.508E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 939 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.903E-01 -7.540E-01 -1.508E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 940 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.909E-01 -7.541E-01 -1.508E+00 OK (detached) 1 940 8.523282 1.575E+05 -2.009605 6.390286 55.178654 0.000000 0.000000 0.000000 0.931935 -4.899109 550 8 2.3788E+00 8.523282 0.340074 3.056263 3.953793 -4.663283 55.178654 0.003853 0.822347 0.068065 0.150733 4 4.6729E+06 2.905907 6.424193 6.390085 -57.985686 -8.356810 50.693188 0.135205 0.034371 0.000000 0.000E+00 max increase 2 940 8.384903 1.419E+05 3.116217 6.383762 55.310912 0.000000 0.000000 0.000000 0.989008 -5.326993 611 8 2.3788E+00 8.384903 0.411069 6.098963 2.961902 -4.684264 55.310912 0.316008 0.214640 0.001516 0.056145 4 4.6729E+06 2.500968 6.384511 6.065384 -99.000000 -8.508949 0.000000 0.468917 0.000365 0.683992 0.000E+00 max increase bin 940 1.105E+02 27.636479 1.601057 0.000E+00 1.002397 0 2 0.000E+00 -1.049E+00 9.222E+54 -1.115E+41 0.000E+00 2.378769 55.178654 2.188135 0.470125 0.000E+00 437.173313 10.466302 -7.909E-01 -2.171E-05 1.000E+99 1.771E+52 -1.406E+38 7.755E+38 4.6729E+06 55.310912 2.576731 0.437949 -2.094E+50 436.127955 10.477757 -7.541E-01 -2.069E-05 0.000E+00 3.422E+52 -1.122E+41 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 941 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.920E-01 -7.541E-01 -1.508E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 942 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.933E-01 -7.542E-01 -1.508E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 943 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.950E-01 -7.544E-01 -1.509E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 944 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.971E-01 -7.545E-01 -1.509E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 945 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -7.993E-01 -7.545E-01 -1.509E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 946 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -8.017E-01 -7.545E-01 -1.509E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 947 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -8.044E-01 -7.545E-01 -1.509E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 948 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -8.072E-01 -7.546E-01 -1.509E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 949 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -8.099E-01 -7.545E-01 -1.509E+00 OK (detached) binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ 950 1 2 1.4625 0.000E+00 0.000E+00 1.798+308 -1.798+308 -8.121E-01 -7.546E-01 -1.509E+00 OK (detached) 1 950 8.587293 1.669E+05 -1.456409 5.229434 55.127712 0.000000 0.000000 0.000000 0.930263 -4.691372 555 8 1.9339E+00 8.587293 0.294086 -4.552348 4.426672 -4.638765 55.127712 0.000005 0.818479 0.069737 0.153876 4 4.6752E+06 3.098753 6.432266 5.229434 -46.133035 -8.304949 50.693188 0.131373 0.043974 0.000000 0.000E+00 lg_XHe_cntr 2 950 8.385989 1.420E+05 3.084333 6.383922 55.263439 0.000000 0.000000 0.000000 0.989218 -5.323459 612 8 1.9339E+00 8.385989 0.410592 6.090116 2.966153 -4.686239 55.263439 0.308195 0.222240 0.001661 0.057140 4 4.6752E+06 2.504209 6.384687 6.075103 -99.000000 -8.510909 0.000000 0.469130 0.000366 0.691805 0.000E+00 b_companion bin 950 1.104E+02 27.661381 1.603936 0.000E+00 1.002462 1 2 0.000E+00 -1.116E+00 9.214E+54 -1.147E+41 0.000E+00 1.933853 55.127712 1.968276 0.000000 0.000E+00 436.796005 10.475577 -8.121E-01 -2.297E-05 1.000E+99 0.000E+00 -1.396E+38 7.003E+38 4.6752E+06 55.263439 2.573901 0.440442 -2.089E+50 435.723238 10.487354 -7.546E-01 -2.059E-05 0.000E+00 3.384E+52 -1.153E+41 1 save LOGS2/profile19.data for model 950 save photos/b_x950, photos/1_x950, photos/2_x950 for model 950 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 960 8.387272 1.422E+05 3.046540 6.384089 55.208207 0.000000 0.000000 0.000000 0.989450 -5.319280 616 8 2.7257E+00 8.387272 0.409550 6.079466 2.971538 -4.684678 55.208207 0.299180 0.231320 0.001855 0.058323 4 4.6779E+06 2.508040 6.384869 6.086227 -99.000000 -8.512441 0.000000 0.469063 0.000367 0.700820 0.000E+00 max increase bin 960 1.103E+02 27.675464 1.605563 0.000E+00 1.001460 1 2 0.000E+00 0.000E+00 9.209E+54 -5.413E+40 0.000E+00 2.725665 55.127712 0.000000 0.000000 0.000E+00 436.357602 10.483306 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.391E+38 6.001E+38 4.6779E+06 55.208207 2.567733 0.442945 -2.086E+50 435.721380 10.490297 -7.552E-01 -2.067E-05 0.000E+00 3.340E+52 -5.459E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 970 8.395451 1.431E+05 2.798215 6.385016 54.874982 0.000000 0.000000 0.000000 0.990262 -5.292538 633 8 3.4598E+00 8.395451 0.404213 6.007707 3.013131 -4.684660 54.874982 0.247104 0.291748 0.003701 0.066031 5 4.6941E+06 2.532515 6.385901 6.148655 -99.000000 -8.522583 0.000000 0.460696 0.000382 0.752896 0.000E+00 XO_cntr bin 970 1.100E+02 27.760495 1.615409 0.000E+00 0.995416 1 2 0.000E+00 0.000E+00 9.182E+54 -5.455E+40 0.000E+00 3.459819 55.127712 0.000000 0.000000 0.000E+00 433.714502 10.530065 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.360E+38 5.043E+38 4.6941E+06 54.874982 2.536373 0.457382 -2.067E+50 435.712002 10.507980 -7.586E-01 -2.067E-05 0.000E+00 3.084E+52 -5.492E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 980 8.409367 1.445E+05 2.274251 6.386353 54.382074 0.000000 0.000000 0.000000 0.988983 -5.246729 624 8 3.3337E+00 8.409367 0.396873 5.870601 3.100684 -4.684871 54.382074 0.177155 0.397841 0.007906 0.079503 5 4.7179E+06 2.574316 6.387488 6.228312 -99.000000 -8.541772 0.000000 0.424484 0.000449 0.822845 0.000E+00 XO_cntr bin 980 1.095E+02 27.886716 1.630095 0.000E+00 0.986474 1 2 0.000E+00 0.000E+00 9.141E+54 -5.514E+40 0.000E+00 3.333665 55.127712 0.000000 0.000000 0.000E+00 429.808921 10.599740 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.311E+38 3.843E+38 4.7179E+06 54.382074 2.493865 0.479142 -2.039E+50 435.702077 10.533990 -7.633E-01 -2.066E-05 0.000E+00 2.737E+52 -5.539E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 990 8.423514 1.459E+05 1.706103 6.387248 53.972046 0.000000 0.000000 0.000000 0.985752 -5.199937 627 8 3.2711E+00 8.423514 0.388729 5.713111 3.200421 -4.684709 53.972046 0.125226 0.501331 0.012909 0.093063 5 4.7377E+06 2.616938 6.388790 6.283890 -99.000000 -8.557879 0.000000 0.372722 0.000648 0.874774 0.000E+00 XO_cntr bin 990 1.091E+02 27.992240 1.642434 0.000E+00 0.979037 1 2 0.000E+00 0.000E+00 9.106E+54 -5.566E+40 0.000E+00 3.271102 55.127712 0.000000 0.000000 0.000E+00 426.562801 10.658212 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.272E+38 2.996E+38 4.7377E+06 53.972046 2.447538 0.491638 -2.016E+50 435.696493 10.555534 -7.681E-01 -2.067E-05 0.000E+00 2.473E+52 -5.583E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Z_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 2 1000 8.439439 1.480E+05 1.113405 6.388135 53.613355 0.000000 0.000000 0.000000 0.981824 -5.147237 620 8 3.2255E+00 8.439439 0.377435 5.514332 3.316300 -4.696496 53.613355 0.083890 0.603879 0.017690 0.107319 5 4.7553E+06 2.664970 6.390351 6.325790 -99.000000 -8.460475 48.380341 0.310885 0.001263 0.916110 0.000E+00 XO_cntr __________________________________________________________________________________________________________________________________________________ binary_step M1+M2 separ Porb e M2/M1 pm_i donor_i dot_Mmt eff Jorb dot_J dot_Jmb lg_dt M1 R1 P1 dot_e vorb1 RL1 Rl_gap1 dot_M1 dot_Medd spin1 dot_Jgr dot_Jls age_yr M2 R2 P2 Eorb vorb2 RL2 Rl_gap2 dot_M2 L_acc spin2 dot_Jml rlo_iters __________________________________________________________________________________________________________________________________________________ bin 1000 1.087E+02 28.084975 1.653322 0.000E+00 0.972530 1 2 0.000E+00 0.000E+00 9.075E+54 -5.459E+40 0.000E+00 3.225535 55.127712 0.000000 0.000000 0.000E+00 423.724901 10.709762 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.238E+38 2.271E+38 4.7553E+06 53.613355 2.384708 0.497919 -1.996E+50 435.693390 10.574321 -7.745E-01 -2.011E-05 0.000E+00 2.259E+52 -5.470E+40 1 save LOGS2/profile20.data for model 1000 save photos/b_1000, photos/1_1000, photos/2_1000 for model 1000 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 1010 8.459357 1.503E+05 0.522681 6.388875 53.293571 0.000000 0.000000 0.000000 0.978023 -5.081498 609 8 3.1865E+00 8.459357 0.365218 5.219770 3.462713 -4.703263 53.293571 0.049531 0.704757 0.021823 0.122771 5 4.7714E+06 2.725031 6.392538 6.358408 -99.000000 -8.399433 48.507426 0.242101 0.003466 0.950469 0.000E+00 Lnuc_He bin 1010 1.084E+02 28.167996 1.663106 0.000E+00 0.966729 1 2 0.000E+00 0.000E+00 9.048E+54 -5.412E+40 0.000E+00 3.186454 55.127712 0.000000 0.000000 0.000E+00 421.196151 10.756040 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.209E+38 1.745E+38 4.7714E+06 53.293571 2.318560 0.489354 -1.978E+50 435.691955 10.591025 -7.811E-01 -1.980E-05 0.000E+00 2.081E+52 -5.417E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 1020 8.483672 1.531E+05 0.011529 6.388637 53.034776 0.000000 0.000000 0.000000 0.975012 -5.001548 601 8 3.0231E+00 8.483672 0.350608 4.711775 3.642190 -4.699941 53.034776 0.023558 0.784243 0.024939 0.137689 4 4.7844E+06 2.798320 6.395479 6.379400 -99.000000 -8.375398 48.507426 0.180616 0.010954 0.976442 0.000E+00 Lnuc_He bin 1020 1.082E+02 28.235444 1.671079 0.000E+00 0.962035 1 2 0.000E+00 0.000E+00 9.025E+54 -5.483E+40 0.000E+00 3.023109 55.127712 0.000000 0.000000 0.000E+00 419.150425 10.793725 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.185E+38 1.346E+38 4.7844E+06 53.034776 2.241856 0.466592 -1.964E+50 435.691555 10.604518 -7.886E-01 -1.996E-05 0.000E+00 1.943E+52 -5.485E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 1030 8.505560 1.558E+05 -0.243890 6.383830 52.892808 0.000000 0.000000 0.000000 0.973495 -4.929868 598 8 2.6595E+00 8.505560 0.336605 3.937466 3.804014 -4.695329 52.892808 0.009582 0.815644 0.026480 0.147304 4 4.7915E+06 2.864263 6.398392 6.382273 -99.000000 -8.363527 48.507426 0.149260 0.023334 0.990418 0.000E+00 Lnuc_He bin 1030 1.080E+02 28.272546 1.675473 0.000E+00 0.959460 1 2 0.000E+00 0.000E+00 9.013E+54 -5.559E+40 0.000E+00 2.659499 55.127712 0.000000 0.000000 0.000E+00 418.028461 10.814487 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.172E+38 1.078E+38 4.7915E+06 52.892808 2.170728 0.441156 -1.956E+50 435.691610 10.611912 -7.954E-01 -2.017E-05 0.000E+00 1.868E+52 -5.558E+40 1 change to "co_burn.net" number of species 9 new net = co_burn.net binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 1040 8.512128 1.566E+05 -0.275170 6.378941 52.865397 0.000000 0.000000 0.000000 0.973218 -4.908416 595 8 2.1556E+00 8.512128 0.332877 3.619310 3.852611 -4.692448 52.865397 0.006865 0.819015 0.026760 0.149329 4 4.7929E+06 2.884044 6.399239 6.378184 -60.334643 -8.361015 48.507426 0.144123 0.027182 0.000000 0.000E+00 Lnuc_He bin 1040 1.080E+02 28.279718 1.676324 0.000E+00 0.958962 1 2 0.000E+00 0.000E+00 9.011E+54 -5.599E+40 0.000E+00 2.155612 55.127712 0.000000 0.000000 0.000E+00 417.811856 10.818503 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.169E+38 1.006E+38 4.7929E+06 52.865397 2.152172 0.429248 -1.954E+50 435.691641 10.613339 -7.972E-01 -2.030E-05 0.000E+00 1.854E+52 -5.598E+40 1 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass 2 1050 8.522991 1.580E+05 -0.272535 6.365487 52.833708 0.000000 0.000000 0.000000 0.972902 -4.872997 594 8 2.3939E+00 8.522991 0.325622 3.010162 3.933020 -4.687992 52.833708 0.003719 0.820758 0.027079 0.151749 4 4.7944E+06 2.916754 6.400943 6.365295 -58.085337 -8.356045 48.507426 0.139023 0.032675 0.000000 0.000E+00 max increase bin 1050 1.080E+02 28.288012 1.677307 0.000E+00 0.958387 1 2 0.000E+00 0.000E+00 9.008E+54 -5.661E+40 0.000E+00 2.393916 55.127712 0.000000 0.000000 0.000E+00 417.561453 10.823149 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.167E+38 9.295E+37 4.7944E+06 52.833708 2.116518 0.411136 -1.953E+50 435.691693 10.614988 -8.006E-01 -2.051E-05 0.000E+00 1.837E+52 -5.659E+40 1 save LOGS2/profile21.data for model 1050 save photos/b_x050, photos/1_x050, photos/2_x050 for model 1050 binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass binary_step rlo_iter di ch_fact curr_mdot next_mdot mdot_up mdot_low rl_gap1 rl_gap2 f result ________________________________________________________________________________________________________________________________ WARNING: contact scheme requires evolve_both_stars=.true. Not transfering mass Terminate due to helium depletion save LOGS2/profile22.data for model 1059 solver retries 5 varcontrol dt limit 20 max increase dt limit 832 solver dt limit 7 Lnuc_He dt limit 122 lgT_cntr dt limit 8 lg_XH_cntr dt limit 42 lg_XHe_cntr dt limit 7 XHe_cntr dt limit 20 XO_cntr dt limit 37 delta_HR dt limit 74 delta mdot dt limit 17 model saved to final.mod bin 1059 1.079E+02 28.300257 1.678760 0.000E+00 0.957539 1 2 0.000E+00 0.000E+00 9.004E+54 -5.976E+40 0.000E+00 2.026993 55.127712 0.000000 0.000000 0.000E+00 417.191862 10.830010 -1.000E+00 0.000E+00 1.000E+99 0.000E+00 -1.163E+38 5.603E+37 4.7967E+06 52.786928 1.911850 0.318132 -1.950E+50 435.691828 10.617419 -8.199E-01 -2.162E-05 0.000E+00 1.813E+52 -5.970E+40 1 save photos/b_x059, photos/1_x059, photos/2_x059 for model 1059 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Si_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 2 1059 8.584573 1.670E+05 0.292762 5.387500 52.786928 0.000000 0.000000 0.000000 0.972426 -4.673107 592 8 2.0270E+00 8.584573 0.281454 -3.864221 4.388020 -4.665136 52.786928 0.000009 0.817213 0.027560 0.154792 5 4.7967E+06 3.102271 6.408645 5.387496 -46.638844 -8.308506 48.507426 0.135235 0.041939 0.000000 0.000E+00 varcontrol DATE: 2024-11-06 TIME: 02:29:14 double_bh restart: checksum for final.mod matches after ./re x700