DATE: 2026-11-09 TIME: 16:43:46 run inlist_to_he_dep_header DATE: 2026-11-09 TIME: 16:43:46 reading user weak rate file /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/rate_tables/S13_r_be7_wk_li7.h5 version_number 7f47e7fa1 [WARNING]: Failed to read colors namelist from "inlist". Namelist colors is not found The 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, 'lg_Tcntr' is log10 center temperature (K), 'lg_Dcntr' is log10 center density (g/cm^3), 'lg_Tmax' is log10 max temperature (K), 'Teff' is the surface temperature (K), 'lg_R' is log10 surface radius (Rsun), 'lg_L' is log10 surface luminosity (Lsun), 'lg_LH' is log10 total PP and CNO hydrogen burning power (Lsun), 'lg_L3a' is log10 total triple-alpha helium burning power (Lsun), 'lg_gsurf' is log10 surface gravity, 'lg_Lnuc' is log10 nuclear power (Lsun), 'lg_Lneu' is log10 total neutrino power (Lsun), 'lg_Lphoto' is log10 total photodisintegration (Lsun), 'Mass' is the total stellar baryonic mass (Msun), 'lg_Mdot' is log10 magnitude of rate of change of mass (Msun/year), 'lg_Dsurf' is log10 surface density (g/cm^3), 'H_env' is the amount of mass where H is dominant, 'He_core' is the largest mass where He is dominant. 'CO_core' is the largest mass where CO is dominant. 'H_cntr' is the center H1 mass fraction, 'He_cntr' is the center He4 mass fraction, 'C_cntr' is the center C12 mass fraction, 'N_cntr' is the center N14 mass fraction, 'O_cntr' is the center O16 mass fraction, 'Ne_cntr' is the center Ne20 mass fraction, 'gam_cntr' is the center plasma interaction parameter, 'eta_cntr' is the center electron degeneracy parameter, 'zones' is the number of zones in the current model, 'iters' is the number of solver iterations for the current step, 'retry' is the number of step retries required during the run, 'dt_limit' is an indication of what limited the timestep. All this and more are saved in the LOGS directory during the run. create pre-main-sequence model set special rate factor for r_c12_ag_o16 3 1.0000000000000000 set special rate factor for r_he4_he4_he4_to_c12 6 1.0000000000000000 create rate data for r_c12_ag_o16 create rate data for r_he4_he4_he4_to_c12 write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_c12_ag_o16_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_he4_he4_he4_to_c12_0.bin set special rate factor for r_c12_ag_o16 3 1.0000000000000000 set special rate factor for r_he4_he4_he4_to_c12 6 1.0000000000000000 species mass 8 7.2500000000000000D+01 write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/eosDT_data/cache/mesa-FreeEOS_02z00x.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/kap_data/cache/gs98_z0.001_x0.0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/kap_data/cache/gs98_z0.002_x0.0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/kap_data/cache/lowT_fa05_gs98_z0.001_x0.0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/kap_data/cache/lowT_fa05_gs98_z0.002_x0.0.bin relax_num_steps 300 write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/kap_data/cache/lowT_fa05_gs98_z0.001_x0.1.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/kap_data/cache/lowT_fa05_gs98_z0.002_x0.1.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/kap_data/cache/gs98_z0.001_x0.1.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/kap_data/cache/gs98_z0.002_x0.1.bin 10 5.496775 7489.969 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401564 655 0 -5.0000E+00 5.496775 3.027373 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015265 3 9.8000E-05 -6.237990 6.507360 -99.000000 -99.000000 -7.613691 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 20 5.496781 7493.367 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401544 656 0 -5.0000E+00 5.496781 3.027379 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015265 3 1.9800E-04 -6.237972 6.508160 -99.000000 -99.000000 -7.614360 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 30 5.496775 7511.251 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401561 655 0 -5.0000E+00 5.496775 3.027412 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015265 3 2.9800E-04 -6.237989 6.512366 -99.000000 -99.000000 -7.617873 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 40 5.496769 7526.973 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401523 655 0 -5.0000E+00 5.496769 3.027440 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015265 3 3.9800E-04 -6.237982 6.516055 -99.000000 -99.000000 -7.620947 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 50 5.496764 7540.411 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401475 655 0 -5.0000E+00 5.496764 3.027464 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015265 3 4.9800E-04 -6.237968 6.519202 -99.000000 -99.000000 -7.623563 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 60 5.496762 7551.199 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401432 656 0 -5.0000E+00 5.496762 3.027484 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 3 5.9800E-04 -6.237952 6.521724 -99.000000 -99.000000 -7.625655 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 70 5.496762 7560.400 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401395 657 0 -5.0000E+00 5.496762 3.027500 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 3 6.9800E-04 -6.237936 6.523873 -99.000000 -99.000000 -7.627433 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 80 5.496764 7568.169 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401362 653 0 -5.0000E+00 5.496764 3.027514 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 3 7.9800E-04 -6.237919 6.525685 -99.000000 -99.000000 -7.628930 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 90 5.496766 7575.175 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401332 653 0 -5.0000E+00 5.496766 3.027527 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 3 8.9800E-04 -6.237903 6.527318 -99.000000 -99.000000 -7.630275 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 100 5.496769 7581.669 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401305 655 0 -5.0000E+00 5.496769 3.027538 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 3 9.9800E-04 -6.237887 6.528830 -99.000000 -99.000000 -7.631519 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 110 5.496772 7587.318 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401279 655 0 -5.0000E+00 5.496772 3.027549 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 3 1.0980E-03 -6.237871 6.530144 -99.000000 -99.000000 -7.632599 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 120 5.496776 7592.437 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401255 656 0 -5.0000E+00 5.496776 3.027558 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 3 1.1980E-03 -6.237854 6.531334 -99.000000 -99.000000 -7.633575 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 130 5.496781 7597.177 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401231 656 0 -5.0000E+00 5.496781 3.027566 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 1.2980E-03 -6.237837 6.532435 -99.000000 -99.000000 -7.634477 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 140 5.496786 7601.843 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401208 657 0 -5.0000E+00 5.496786 3.027574 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 1.3980E-03 -6.237820 6.533518 -99.000000 -99.000000 -7.635363 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 150 5.496791 7605.919 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401185 657 0 -5.0000E+00 5.496791 3.027581 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 1.4980E-03 -6.237802 6.534463 -99.000000 -99.000000 -7.636135 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 160 5.496796 7609.654 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401162 657 0 -5.0000E+00 5.496796 3.027588 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 1.5980E-03 -6.237784 6.535329 -99.000000 -99.000000 -7.636841 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 170 5.496802 7613.128 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401139 657 0 -5.0000E+00 5.496802 3.027593 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 1.6980E-03 -6.237765 6.536133 -99.000000 -99.000000 -7.637497 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 180 5.496808 7616.371 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401116 657 0 -5.0000E+00 5.496808 3.027599 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 1.7980E-03 -6.237747 6.536884 -99.000000 -99.000000 -7.638108 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 190 5.496814 7619.411 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401093 657 0 -5.0000E+00 5.496814 3.027604 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 1.8980E-03 -6.237728 6.537586 -99.000000 -99.000000 -7.638680 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 200 5.496819 7622.927 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401071 657 0 -5.0000E+00 5.496819 3.027609 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 1.9980E-03 -6.237710 6.538399 -99.000000 -99.000000 -7.639340 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 210 5.496825 7625.815 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401049 657 0 -5.0000E+00 5.496825 3.027614 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 2.0980E-03 -6.237691 6.539066 -99.000000 -99.000000 -7.639881 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 220 5.496832 7628.448 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401026 657 0 -5.0000E+00 5.496832 3.027617 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 2.1980E-03 -6.237671 6.539673 -99.000000 -99.000000 -7.640374 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 230 5.496838 7630.946 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.401003 656 0 -5.0000E+00 5.496838 3.027621 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 2.2980E-03 -6.237651 6.540249 -99.000000 -99.000000 -7.640841 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 240 5.496845 7633.313 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.400980 656 0 -5.0000E+00 5.496845 3.027624 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 2.3980E-03 -6.237631 6.540794 -99.000000 -99.000000 -7.641282 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 250 5.496852 7635.683 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.400957 656 0 -5.0000E+00 5.496852 3.027627 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 2.4980E-03 -6.237612 6.541340 -99.000000 -99.000000 -7.641724 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 260 5.496858 7637.878 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.400934 656 0 -5.0000E+00 5.496858 3.027630 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 2.5980E-03 -6.237591 6.541844 -99.000000 -99.000000 -7.642132 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 270 5.496865 7639.954 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.400910 656 0 -5.0000E+00 5.496865 3.027632 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 2.6980E-03 -6.237571 6.542321 -99.000000 -99.000000 -7.642517 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 280 5.496872 7642.443 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.400888 658 0 -5.0000E+00 5.496872 3.027635 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 2.7980E-03 -6.237551 6.542893 -99.000000 -99.000000 -7.642979 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt 290 5.496879 7644.514 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.400865 658 0 -5.0000E+00 5.496879 3.027638 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 2.8980E-03 -6.237531 6.543369 -99.000000 -99.000000 -7.643363 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 300 5.496886 7646.386 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.400842 657 0 -5.0000E+00 5.496886 3.027640 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015266 2 2.9980E-03 -6.237510 6.543798 -99.000000 -99.000000 -7.643708 0.000000 0.000252 0.000133 0.001420 0.000E+00 max_dt finished doing relax num steps relax_to_radiative_core 10 5.497680 7715.813 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.398302 654 0 -2.2907E+00 5.497680 3.027437 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015265 3 1.0230E-02 -6.235216 6.559095 -99.000000 -99.000000 -7.655943 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase waiting for fully convective core to develop 10 1.5286543361269040D-03 20 5.566472 7929.626 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -15.162434 666 0 -7.1821E-01 5.566472 2.978106 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015256 3 1.0633E+00 -6.029600 6.507917 -99.000000 -99.000000 -7.627198 0.000000 0.000252 0.000133 0.001420 0.000E+00 varcontrol relative mass of radiative core still tiny 20 7.8173674478154709D-08 30 5.678336 8189.867 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -14.758876 694 0 -4.9874E-01 5.678336 2.897168 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015344 4 3.6409E+00 -5.686549 6.402138 -99.000000 -99.000000 -7.557963 0.000000 0.000252 0.000133 0.001420 0.000E+00 varcontrol relative mass of radiative core still tiny 30 7.8173674922243919D-08 40 5.787666 8455.047 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -14.370773 701 0 -2.8766E-01 5.787666 2.814648 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015398 4 7.8284E+00 -5.354018 6.292454 -99.000000 -99.000000 -7.484746 0.000000 0.000252 0.000133 0.001420 0.000E+00 varcontrol relative mass of radiative core still tiny 40 7.8173673589976289D-08 50 5.894351 8727.101 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -13.995953 734 0 -7.6738E-02 5.894351 2.731140 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015430 4 1.4610E+01 -5.031217 6.180454 -99.000000 -99.000000 -7.415382 0.000000 0.000252 0.000133 0.001420 0.000E+00 varcontrol finished relax to begin radiative core 50 3.8943397372090938D-01 finished doing relax_to_radiative_core set_initial_number_retries 0 new_w_div_wc_flag T setting w_div_wc flag T new_rotation_flag T net name basic.net rotation_flag T w_div_wc_flag T set_cumulative_energy_error 0.0000000000000000D+00 kap_option gs98 kap_CO_option gs98_co kap_lowT_option lowT_fa05_gs98 OMP_NUM_THREADS 12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9849134888689905E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ save LOGS/profile1.data for model 1 10 5.894356 8693.872 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -13.995933 737 0 -4.2874E+00 5.894356 2.731122 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015430 4 2.5959E-04 -5.031201 6.173790 -99.000000 -99.000000 -7.410688 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.5318263562514307 rel_E_err 2.9388244458164209D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9849114865248042E-002 20 5.894376 8690.935 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -13.995857 736 0 -3.4956E+00 5.894376 2.731119 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015430 4 1.8669E-03 -5.031138 6.173197 -99.000000 -99.000000 -7.410255 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.5038191301540191 rel_E_err 3.1345909099814390D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9849099677113042E-002 30 5.894501 8694.464 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -13.995413 736 0 -2.7037E+00 5.894501 2.731074 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015430 4 1.1819E-02 -5.030757 6.173813 -99.000000 -99.000000 -7.410714 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.4963372734022062 rel_E_err 3.1890602667152525D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9849157777188335E-002 40 5.895273 8697.400 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -13.992693 738 0 -1.9119E+00 5.895273 2.730608 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015430 4 7.3439E-02 -5.028418 6.173467 -99.000000 -99.000000 -7.410551 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.5242653433885405 rel_E_err 2.9904369939140689D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9849288967129294E-002 50 5.899992 8709.384 -99.000000 -99.000000 72.500000 0.000000 0.000000 0.000074 0.998580 -13.976082 739 0 -1.1201E+00 5.899992 2.727087 -99.000000 -99.000000 -99.000000 72.500000 0.998580 0.000610 0.001420 0.015432 5 4.5497E-01 -5.014126 6.168817 -99.000000 -99.000000 -7.407836 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.5240517040404367 rel_E_err 2.9919084198725092D-12 save photos/x050 for model 50 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9849595149600976E-002 60 5.916881 8785.117 -99.000000 -99.000000 72.499973 0.000000 0.000000 0.000074 0.998580 -13.916510 742 0 -8.4820E-01 5.916881 2.713723 -99.000000 -99.000000 -4.736371 72.499973 0.998580 0.000610 0.001420 0.015438 4 1.8706E+00 -4.962920 6.157130 -99.000000 -99.000000 -7.402491 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.5446137306712284 rel_E_err 2.8535551424684182D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9850878344010212E-002 70 5.936010 8832.355 -99.000000 -99.000000 72.499943 0.000000 0.000000 0.000074 0.998580 -13.848642 740 0 -7.4234E-01 5.936010 2.699468 -99.000000 -99.000000 -4.771355 72.499943 0.998580 0.000610 0.001420 0.015448 4 3.6029E+00 -4.904751 6.137937 -99.000000 -99.000000 -7.392032 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.5656844857105323 rel_E_err 2.7184134749340743D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9852262427733331E-002 80 5.954021 8877.094 -99.000000 -99.000000 72.499914 0.000000 0.000000 0.000074 0.998580 -13.784333 741 0 -7.8034E-01 5.954021 2.686760 -99.000000 -99.000000 -4.802879 72.499914 0.998580 0.000610 0.001420 0.015459 5 5.3600E+00 -4.849802 6.121297 -99.000000 -99.000000 -7.383474 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -10.0252119927961392 rel_E_err 9.4360016293288887D-11 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9853295765717900E-002 90 5.972792 8922.033 -99.000000 -99.000000 72.499884 0.000000 0.000000 0.000074 0.998580 -13.716942 748 0 -6.0390E-01 5.972792 2.674464 -99.000000 -99.000000 -4.831858 72.499884 0.998580 0.000610 0.001420 0.015472 6 7.3234E+00 -4.792376 6.105478 -99.000000 -99.000000 -7.375854 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -9.9641195426366238 rel_E_err 1.0861266184116140D-10 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9853997643346195E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 100 5.991036 8964.914 -99.000000 -99.000000 72.499855 0.000000 0.000000 0.000074 0.998580 -13.651112 754 0 -7.1492E-01 5.991036 2.663649 -99.000000 -99.000000 -4.858313 72.499855 0.998580 0.000610 0.001420 0.015486 4 9.3604E+00 -4.736418 6.092177 -99.000000 -99.000000 -7.370087 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.5908338207679016 rel_E_err 2.5654655031265741D-12 save LOGS/profile2.data for model 100 save photos/x100 for model 100 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9854347450608483E-002 110 6.009114 9006.045 -99.000000 -99.000000 72.499827 0.000000 0.000000 0.000074 0.998580 -13.585606 759 0 -6.2864E-01 6.009114 2.654246 -99.000000 -99.000000 -4.879554 72.499827 0.998580 0.000610 0.001420 0.015502 4 1.1501E+01 -4.680848 6.081323 -99.000000 -99.000000 -7.366120 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.5873512965591345 rel_E_err 2.5861201815479831D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9854563273740377E-002 120 6.027812 9047.883 -99.000000 -99.000000 72.499796 0.000000 0.000000 0.000074 0.998580 -13.517629 762 0 -6.1036E-01 6.027812 2.646116 -99.000000 -99.000000 -4.897029 72.499796 0.998580 0.000610 0.001420 0.015520 3 1.3837E+01 -4.623274 6.073114 -99.000000 -99.000000 -7.364257 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6271026256811165 rel_E_err 2.3599205077732002D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9854944440797864E-002 130 6.045715 9086.414 -99.000000 -99.000000 72.499767 0.000000 0.000000 0.000074 0.998580 -13.452382 760 0 -6.4989E-01 6.045715 2.640034 -99.000000 -99.000000 -4.908370 72.499767 0.998580 0.000610 0.001420 0.015538 3 1.6180E+01 -4.568079 6.068331 -99.000000 -99.000000 -7.364657 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6288893724554576 rel_E_err 2.3502314174909309D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9855814134019768E-002 140 6.063472 9124.115 -99.000000 -99.000000 72.499738 0.000000 0.000000 0.000074 0.998580 -13.387593 764 0 -6.4849E-01 6.063472 2.635788 -99.000000 -99.000000 -4.913997 72.499738 0.998580 0.000610 0.001420 0.015556 3 1.8596E+01 -4.513301 6.067032 -99.000000 -99.000000 -7.367559 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6375430937492901 rel_E_err 2.3038643591078352D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9857569510794822E-002 150 6.081543 9160.957 -99.000000 -99.000000 72.499707 0.000000 0.000000 0.000074 0.998580 -13.321661 760 0 -5.5954E-01 6.081543 2.633422 -99.000000 -99.000000 -4.913734 72.499707 0.998580 0.000610 0.001420 0.015574 3 2.1134E+01 -4.457556 6.069301 -99.000000 -99.000000 -7.373030 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.6651795868513855 rel_E_err 2.1618243942047551D-12 save photos/x150 for model 150 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9860722734687760E-002 160 6.100029 9199.284 -99.000000 -99.000000 72.499674 0.000000 0.000000 0.000074 0.998580 -13.254295 764 0 -4.7182E-01 6.100029 2.633026 -99.000000 -99.000000 -4.906944 72.499674 0.998580 0.000610 0.001420 0.015592 3 2.3797E+01 -4.400565 6.075762 -99.000000 -99.000000 -7.381792 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6695903962886494 rel_E_err 2.1399794540743278D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9865845989540055E-002 170 6.118174 9234.954 -99.000000 -99.000000 72.499640 0.000000 0.000000 0.000074 0.998580 -13.188318 771 0 -5.4250E-01 6.118174 2.634600 -99.000000 -99.000000 -4.893852 72.499640 0.998580 0.000610 0.001420 0.015609 3 2.6460E+01 -4.344689 6.085633 -99.000000 -99.000000 -7.392882 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6696224420674088 rel_E_err 2.1398215548125139D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9873153730024949E-002 180 6.136049 9269.022 -99.000000 -99.000000 72.499606 0.000000 0.000000 0.000074 0.998580 -13.123524 768 0 -5.3694E-01 6.136049 2.637876 -99.000000 -99.000000 -4.875726 72.499606 0.998580 0.000610 0.001420 0.015625 3 2.9115E+01 -4.289731 6.098581 -99.000000 -99.000000 -7.406208 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6757189625047371 rel_E_err 2.1099931116825793D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9882910015674383E-002 190 6.153979 9300.742 -99.000000 -99.000000 72.499569 0.000000 0.000000 0.000074 0.998580 -13.058782 769 0 -5.3290E-01 6.153979 2.642642 -99.000000 -99.000000 -4.853089 72.499569 0.998580 0.000610 0.001420 0.015640 3 3.1800E+01 -4.234713 6.114047 -99.000000 -99.000000 -7.421292 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6843701863013596 rel_E_err 2.0683775422352850D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9895519421826082E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 200 6.171635 9328.742 -99.000000 -99.000000 72.499531 0.000000 0.000000 0.000074 0.998580 -12.995308 772 0 -4.5119E-01 6.171635 2.648494 -99.000000 -99.000000 -4.828219 72.499531 0.998580 0.000610 0.001420 0.015653 3 3.4455E+01 -4.180656 6.130974 -99.000000 -99.000000 -7.437183 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6768340904195824 rel_E_err 2.1045822806877597D-12 save LOGS/profile3.data for model 200 save photos/x200 for model 200 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9910777502369075E-002 210 6.188944 9351.822 -99.000000 -99.000000 72.499490 0.000000 0.000000 0.000074 0.998580 -12.933354 777 0 -5.2806E-01 6.188944 2.655115 -99.000000 -99.000000 -4.800684 72.499490 0.998580 0.000610 0.001420 0.015665 3 3.7064E+01 -4.127778 6.148509 -99.000000 -99.000000 -7.453031 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.7058811277834600 rel_E_err 1.9684250002645450D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9928330769325772E-002 220 6.206687 9370.050 -99.000000 -99.000000 72.499446 0.000000 0.000000 0.000074 0.998580 -12.870139 776 0 -6.0513E-01 6.206687 2.662540 -99.000000 -99.000000 -4.771594 72.499446 0.998580 0.000610 0.001420 0.015675 3 3.9744E+01 -4.073703 6.166741 -99.000000 -99.000000 -7.468821 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6957951108558049 rel_E_err 2.0146744981282919D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9948666962913566E-002 230 6.224794 9382.075 -99.000000 -99.000000 72.499398 0.000000 0.000000 0.000074 0.998580 -12.805913 777 0 -6.0261E-01 6.224794 2.670628 -99.000000 -99.000000 -4.742229 72.499398 0.998580 0.000610 0.001420 0.015684 3 4.2487E+01 -4.018641 6.185145 -99.000000 -99.000000 -7.483867 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7199249526277995 rel_E_err 1.9057900156674080D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9971454701560845E-002 240 6.242934 9387.450 -99.000000 -99.000000 72.499346 0.000000 0.000000 0.000074 0.998580 -12.741852 780 0 -5.9932E-01 6.242934 2.679133 -99.000000 -99.000000 -4.712992 72.499346 0.998580 0.000610 0.001420 0.015691 3 4.5244E+01 -3.963601 6.203150 -99.000000 -99.000000 -7.497588 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7325045284961185 rel_E_err 1.8513795893111377D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9995919509009704E-002 250 6.261110 9386.720 -99.000000 -99.000000 72.499291 0.000000 0.000000 0.000074 0.998580 -12.677928 786 0 -5.9607E-01 6.261110 2.687956 -99.000000 -99.000000 -4.684094 72.499291 0.998580 0.000610 0.001420 0.015697 3 4.8021E+01 -3.908566 6.220661 -99.000000 -99.000000 -7.509933 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7242066435831696 rel_E_err 1.8870932292469448D-12 save photos/x250 for model 250 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0021765178072041E-002 260 6.279315 9380.307 -99.000000 -99.000000 72.499231 0.000000 0.000000 0.000074 0.998580 -12.614155 787 0 -5.9225E-01 6.279315 2.697056 -99.000000 -99.000000 -4.655583 72.499231 0.998580 0.000610 0.001420 0.015702 3 5.0821E+01 -3.853553 6.237674 -99.000000 -99.000000 -7.520924 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7401293786462730 rel_E_err 1.8191588407419052D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0048837028714004E-002 270 6.297548 9370.298 -99.000000 -99.000000 72.499166 0.000000 0.000000 0.000074 0.998580 -12.550527 791 0 -5.8793E-01 6.297548 2.706284 -99.000000 -99.000000 -4.627500 72.499166 0.998580 0.000610 0.001420 0.015706 3 5.3647E+01 -3.798560 6.254276 -99.000000 -99.000000 -7.530980 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7511188540581806 rel_E_err 1.7737040020809868D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0076951773739395E-002 280 6.315808 9357.090 -99.000000 -99.000000 72.499096 0.000000 0.000000 0.000074 0.998580 -12.487034 785 0 -5.8311E-01 6.315808 2.715595 -99.000000 -99.000000 -4.599871 72.499096 0.998580 0.000610 0.001420 0.015708 3 5.6503E+01 -3.743586 6.270447 -99.000000 -99.000000 -7.540152 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7297852164444407 rel_E_err 1.8630082734191516D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0105766236280424E-002 290 6.334093 9342.154 -99.000000 -99.000000 72.499021 0.000000 0.000000 0.000074 0.998580 -12.423671 802 0 -5.7784E-01 6.334093 2.724891 -99.000000 -99.000000 -4.572664 72.499021 0.998580 0.000610 0.001420 0.015709 3 5.9392E+01 -3.688629 6.286264 -99.000000 -99.000000 -7.548768 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7470642001907475 rel_E_err 1.7903411747779352D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0134829051772663E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 300 6.352742 9325.350 -99.000000 -99.000000 72.498939 0.000000 0.000000 0.000074 0.998580 -12.359255 796 0 -4.9346E-01 6.352742 2.734262 -99.000000 -99.000000 -4.546071 72.498939 0.998580 0.000610 0.001420 0.015709 3 6.2373E+01 -3.632667 6.301879 -99.000000 -99.000000 -7.556916 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.7586019253769916 rel_E_err 1.7434041466976292D-12 save LOGS/profile4.data for model 300 save photos/x300 for model 300 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0164186110306862E-002 310 6.371810 9308.752 -99.000000 -99.000000 72.498848 0.000000 0.000000 0.000074 0.998580 -12.293604 803 0 -4.0865E-01 6.371810 2.743575 -99.000000 -99.000000 -4.519773 72.498848 0.998580 0.000610 0.001420 0.015708 4 6.5461E+01 -3.575540 6.317409 -99.000000 -99.000000 -7.565059 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7718724886807102 rel_E_err 1.6909373275424912D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0193410042931120E-002 320 6.390498 9292.325 -99.000000 -99.000000 72.498752 0.000000 0.000000 0.000074 0.998580 -12.229449 811 0 -4.8101E-01 6.390498 2.752410 -99.000000 -99.000000 -4.493851 72.498752 0.998580 0.000610 0.001420 0.015707 4 6.8531E+01 -3.519632 6.332012 -99.000000 -99.000000 -7.572589 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7570325566632690 rel_E_err 1.7497155171810639D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0220813678054319E-002 330 6.409030 9276.340 -99.000000 -99.000000 72.498649 0.000000 0.000000 0.000074 0.998580 -12.166005 813 0 -5.1314E-01 6.409030 2.760878 -99.000000 -99.000000 -4.469394 72.498649 0.998580 0.000610 0.001420 0.015704 3 7.1622E+01 -3.464267 6.345956 -99.000000 -99.000000 -7.579747 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7675807109354675 rel_E_err 1.7077303194805853D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0246404130725975E-002 340 6.427498 9261.771 -99.000000 -99.000000 72.498540 0.000000 0.000000 0.000074 0.998580 -12.102944 825 0 -5.2495E-01 6.427498 2.768907 -99.000000 -99.000000 -4.446209 72.498540 0.998580 0.000610 0.001420 0.015700 3 7.4755E+01 -3.409164 6.359283 -99.000000 -99.000000 -7.586733 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7757397022273711 rel_E_err 1.6759470669599095D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0269941410390077E-002 350 6.445942 9248.281 -99.000000 -99.000000 72.498423 0.000000 0.000000 0.000074 0.998580 -12.040117 837 0 -5.2637E-01 6.445942 2.776561 -99.000000 -99.000000 -4.423989 72.498423 0.998580 0.000610 0.001420 0.015696 3 7.7940E+01 -3.354197 6.372059 -99.000000 -99.000000 -7.593529 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7623615756459490 rel_E_err 1.7283767849172591D-12 save photos/x350 for model 350 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0291224677016746E-002 360 6.464380 9236.093 -99.000000 -99.000000 72.498297 0.000000 0.000000 0.000074 0.998580 -11.977449 839 0 -5.2233E-01 6.464380 2.783806 -99.000000 -99.000000 -4.402864 72.498297 0.998580 0.000610 0.001420 0.015691 3 8.1186E+01 -3.299307 6.384258 -99.000000 -99.000000 -7.600152 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7588872608122657 rel_E_err 1.7422590904711974D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0310080924691103E-002 370 6.482821 9224.817 -99.000000 -99.000000 72.498163 0.000000 0.000000 0.000074 0.998580 -11.914901 835 0 -5.1535E-01 6.482821 2.790673 -99.000000 -99.000000 -4.382790 72.498163 0.998580 0.000610 0.001420 0.015685 3 8.4499E+01 -3.244464 6.395871 -99.000000 -99.000000 -7.606526 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7707993060167233 rel_E_err 1.6951209602571740D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0326317027070177E-002 380 6.501269 9215.200 -99.000000 -99.000000 72.498019 0.000000 0.000000 0.000074 0.998580 -11.852449 845 0 -5.0667E-01 6.501269 2.797146 -99.000000 -99.000000 -4.363685 72.498019 0.998580 0.000610 0.001420 0.015678 3 8.7886E+01 -3.189652 6.407005 -99.000000 -99.000000 -7.612850 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7931336633752029 rel_E_err 1.6101500009598891D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0339806710321540E-002 390 6.520058 9206.613 -99.000000 -99.000000 72.497863 0.000000 0.000000 0.000074 0.998580 -11.788955 848 0 -4.1812E-01 6.520058 2.803335 -99.000000 -99.000000 -4.345552 72.497863 0.998580 0.000610 0.001420 0.015671 3 9.1416E+01 -3.133875 6.417764 -99.000000 -99.000000 -7.619089 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.7413616767294560 rel_E_err 1.8140043462526733D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0350584191328896E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 400 6.539592 9199.427 -99.000000 -99.000000 72.497689 0.000000 0.000000 0.000074 0.998580 -11.723042 850 0 -4.0731E-01 6.539592 2.809359 -99.000000 -99.000000 -4.327295 72.497689 0.998580 0.000610 0.001420 0.015664 3 9.5176E+01 -3.075928 6.428455 -99.000000 -99.000000 -7.625521 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7651132230251250 rel_E_err 1.7174605771109948D-12 save LOGS/profile5.data for model 400 save photos/x400 for model 400 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0358522949547848E-002 410 6.558309 9193.898 -99.000000 -99.000000 72.497511 0.000000 0.000000 0.000074 0.998580 -11.659960 852 0 -4.5546E-01 6.558309 2.814775 -99.000000 -99.000000 -4.310480 72.497511 0.998580 0.000610 0.001420 0.015656 3 9.8873E+01 -3.020436 6.438242 -99.000000 -99.000000 -7.631592 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7610010107839074 rel_E_err 1.7337999624757380D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0362999249154323E-002 420 6.576850 9190.128 -99.000000 -99.000000 72.497324 0.000000 0.000000 0.000074 0.998580 -11.597523 861 0 -4.5885E-01 6.576850 2.819747 -99.000000 -99.000000 -4.294875 72.497324 0.998580 0.000610 0.001420 0.015648 3 1.0263E+02 -2.965486 6.447473 -99.000000 -99.000000 -7.637564 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7538286473552223 rel_E_err 1.7626713783528221D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0364337527863542E-002 430 6.595688 9187.697 -99.000000 -99.000000 72.497121 0.000000 0.000000 0.000074 0.998580 -11.534131 875 0 -3.7161E-01 6.595688 2.824430 -99.000000 -99.000000 -4.280182 72.497121 0.998580 0.000610 0.001420 0.015639 5 1.0655E+02 -2.909676 6.456381 -99.000000 -99.000000 -7.643534 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.7656132132872102 rel_E_err 1.7154844538033426D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0362538794394738E-002 440 6.615244 9186.901 -99.000000 -86.081453 72.496897 0.000000 0.000000 0.000074 0.998580 -11.468346 885 0 -3.6081E-01 6.615244 2.828919 -99.000000 -99.000000 -4.265512 72.496897 0.998580 0.000610 0.001420 0.015630 3 1.1073E+02 -2.851748 6.465208 -86.081453 -99.000000 -7.649728 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7113083977368380 rel_E_err 1.9439791483896678D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0357305135229029E-002 450 6.633964 9187.918 -99.000000 -84.115369 72.496670 0.000000 0.000000 0.000074 0.998580 -11.405386 891 0 -4.0775E-01 6.633964 2.832889 -99.000000 -99.000000 -4.251960 72.496670 0.998580 0.000610 0.001420 0.015622 3 1.1485E+02 -2.796299 6.473341 -84.115369 -99.000000 -7.655739 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7793613936228017 rel_E_err 1.6620290346454758D-12 save photos/x450 for model 450 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0349117297202930E-002 460 6.652501 9191.175 -99.000000 -82.553763 72.496431 0.000000 0.000000 0.000074 0.998580 -11.343050 907 0 -4.0988E-01 6.652501 2.836356 -99.000000 -99.000000 -4.239699 72.496431 0.998580 0.000610 0.001420 0.015613 3 1.1905E+02 -2.741396 6.480890 -82.553763 -99.000000 -7.661726 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7555912952678892 rel_E_err 1.7555318160711228D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0337949956019585E-002 470 6.671329 9196.097 -99.000000 -80.989639 72.496174 0.000000 0.000000 0.000074 0.998580 -11.279746 917 0 -3.2154E-01 6.671329 2.839607 -82.672909 -99.000000 -4.227982 72.496174 0.998580 0.000610 0.001420 0.015605 3 1.2344E+02 -2.685634 6.488321 -80.998739 -99.000000 -7.667932 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.7421376378484243 rel_E_err 1.8107661284965908D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0323544372584241E-002 480 6.690870 9204.205 -99.000000 -79.397536 72.495892 0.000000 0.000000 0.000074 0.998580 -11.214060 936 0 -3.0939E-01 6.690870 2.842432 -81.025275 -99.000000 -4.216697 72.495892 0.998580 0.000610 0.001420 0.015595 3 1.2814E+02 -2.627767 6.495502 -79.407893 -99.000000 -7.674544 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7335085387486746 rel_E_err 1.8471044782704967D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0305283861182793E-002 490 6.709576 9214.434 -99.000000 -77.897126 72.495606 0.000000 0.000000 0.000074 0.998580 -11.151192 947 0 -3.5482E-01 6.709576 2.844778 -79.570987 -99.000000 -4.206343 72.495606 0.998580 0.000610 0.001420 0.015587 3 1.3279E+02 -2.572374 6.502124 -77.906428 -99.000000 -7.681172 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7632682980669312 rel_E_err 1.7247720346259279D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0284726364153982E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 500 6.728101 9227.750 -99.000000 -76.431578 72.495307 0.000000 0.000000 0.000074 0.998580 -11.088949 959 0 -3.5550E-01 6.728101 2.846580 -78.152840 -99.000000 -4.197209 72.495307 0.998580 0.000610 0.001420 0.015578 3 1.3754E+02 -2.517525 6.508237 -76.439908 -99.000000 -7.688048 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7639894137542775 rel_E_err 1.7219105473037747D-12 save LOGS/profile6.data for model 500 save photos/x500 for model 500 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0261421747757143E-002 510 6.746914 9245.043 -99.000000 -74.963486 72.494987 0.000000 0.000000 0.000074 0.998580 -11.025751 966 0 -2.6579E-01 6.746914 2.847832 -76.731630 -99.000000 -4.189007 72.494987 0.998580 0.000610 0.001420 0.015569 4 1.4253E+02 -2.461826 6.513994 -74.970957 -99.000000 -7.695487 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.7635588517927800 rel_E_err 1.7236185054838460D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0234788479145977E-002 520 6.766437 9268.585 -99.000000 -73.461321 72.494637 0.000000 0.000000 0.000074 0.998580 -10.960183 977 0 -2.5211E-01 6.766437 2.848302 -75.276625 -99.000000 -4.181956 72.494637 0.998580 0.000610 0.001420 0.015560 4 1.4789E+02 -2.404030 6.519352 -73.468017 -99.000000 -7.703960 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7706891938598943 rel_E_err 1.6955508001402449D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0203794137027825E-002 530 6.785124 9297.120 -99.000000 -72.043646 72.494285 0.000000 0.000000 0.000074 0.998580 -10.897431 992 0 -2.9547E-01 6.785124 2.847861 -73.902655 -99.000000 -4.176541 72.494285 0.998580 0.000610 0.001420 0.015551 4 1.5320E+02 -2.348712 6.523809 -72.049697 -99.000000 -7.712955 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7723166081966646 rel_E_err 1.6892090200328714D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0171304872566403E-002 540 6.803623 9333.983 -99.000000 -70.659241 72.493920 0.000000 0.000000 0.000074 0.998580 -10.835307 1004 0 -2.9398E-01 6.803623 2.846207 -72.560137 -99.000000 -4.173247 72.493920 0.998580 0.000610 0.001420 0.015542 4 1.5866E+02 -2.293947 6.527376 -70.664731 -99.000000 -7.723292 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7546034675131157 rel_E_err 1.7595294187291546D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0136435335234793E-002 550 6.822400 9384.634 -99.000000 -69.273268 72.493533 0.000000 0.000000 0.000074 0.998580 -10.772246 1025 0 -2.0194E-01 6.822400 2.842598 -71.215274 -99.000000 -4.172653 72.493533 0.998580 0.000610 0.001420 0.015534 4 1.6442E+02 -2.238357 6.529560 -69.278260 -99.000000 -7.736043 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.7617156593312053 rel_E_err 1.7309492729640062D-12 save photos/x550 for model 550 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0098232942744030E-002 560 6.841609 9456.247 -99.000000 -67.875004 72.493122 0.000000 0.000000 0.000074 0.998580 -10.707704 1020 0 -1.9747E-01 6.841609 2.835974 -69.857603 -99.000000 -4.177863 72.493122 0.998580 0.000610 0.001420 0.015525 4 1.7058E+02 -2.181471 6.529517 -67.879549 -99.000000 -7.752759 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7428323689310652 rel_E_err 1.8078718023929130D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0056731492388160E-002 570 6.859837 9549.632 -99.000000 -66.566371 72.492720 0.000000 0.000000 0.000074 0.998580 -10.646413 1037 0 -2.3502E-01 6.859837 2.826516 -68.586112 -99.000000 -4.187459 72.492720 0.998580 0.000610 0.001420 0.015517 5 1.7670E+02 -2.127470 6.527672 -66.570541 -99.000000 -7.774975 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7621875561124725 rel_E_err 1.7290694752486333D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0016080848154400E-002 580 6.877924 9688.018 -99.000000 -65.285132 72.492313 0.000000 0.000000 0.000074 0.998580 -10.585524 1050 0 -1.9123E-01 6.877924 2.811125 -67.340400 -99.000000 -4.206206 72.492313 0.998580 0.000610 0.001420 0.015509 5 1.8309E+02 -2.073855 6.521884 -65.288973 -99.000000 -7.809444 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7626944144746499 rel_E_err 1.7270526821619777D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9975082922146726E-002 590 6.895044 9900.992 -99.000000 -64.087992 72.491928 0.000000 0.000000 0.000074 0.998580 -10.527790 1053 0 -1.8558E-01 6.895044 2.787891 -66.175662 -99.000000 -4.234200 72.491928 0.998580 0.000610 0.001420 0.015502 5 1.8948E+02 -2.023060 6.513191 -64.091556 -99.000000 -7.872823 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7499189401168973 rel_E_err 1.7786113520282402D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9937174947849101E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 600 6.910013 1.031E+04 -99.000000 -63.053545 72.491599 0.000000 0.000000 0.000074 0.998580 -10.477215 1041 0 -3.0230E-01 6.910013 2.750403 -65.168568 -99.000000 -4.270652 72.491599 0.998580 0.000610 0.001420 0.015497 5 1.9538E+02 -1.978604 6.507899 -63.056890 -99.000000 -8.036279 0.000000 0.000252 0.000133 0.001420 0.000E+00 varcontrol log_rel_run_E_err -11.7911580663781219 rel_E_err 1.6174912263105260D-12 save LOGS/profile7.data for model 600 save photos/x600 for model 600 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9904965730731313E-002 retry: logRho < hydro_mtx_min_allowed_logRho 41 606 610 6.918732 1.103E+04 -99.000000 -62.456259 72.491418 0.000000 0.000000 0.000074 0.998580 -10.447732 1032 1 -4.9192E-01 6.918732 2.690503 -64.586800 -99.000000 -4.317410 72.491418 0.998580 0.000610 0.001420 0.015494 7 1.9893E+02 -1.952698 6.505995 -62.459486 -99.000000 -8.401239 0.000000 0.000252 0.000133 0.001420 0.000E+00 varcontrol log_rel_run_E_err -11.7587330592512327 rel_E_err 1.7428778106798544D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9886382093907856E-002 620 6.926522 1.342E+04 -99.000000 -61.925914 72.491282 0.000000 0.000000 0.000074 0.998580 -10.421359 1048 1 -4.9340E-01 6.926522 2.514366 -64.070056 -99.000000 -4.434567 72.491282 0.998580 0.000610 0.001420 0.015491 5 2.0220E+02 -1.929541 6.494426 -61.929042 -99.000000 -9.970715 0.000000 0.000252 0.000133 0.001420 0.000E+00 varcontrol log_rel_run_E_err -11.7887801957424561 rel_E_err 1.6263716834783939D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9871859336943972E-002 630 6.933950 1.834E+04 -99.000000 -61.422962 72.491147 0.000000 0.000000 0.000074 0.998580 -10.396089 1036 1 -4.2223E-01 6.933950 2.222731 -63.579805 -99.000000 -4.371358 72.491147 0.998580 0.000610 0.001420 0.015490 5 2.0553E+02 -1.907403 6.453388 -61.425999 -99.000000 -9.854693 0.000000 0.000252 0.000133 0.001420 0.000E+00 varcontrol log_rel_run_E_err -11.7487404378203362 rel_E_err 1.7834443494800261D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9864243366123816E-002 640 6.949545 2.075E+04 -99.000000 -60.376127 72.490822 0.000000 0.000000 0.000074 0.998580 -10.342589 1030 1 -5.4945E-02 6.949545 2.100089 -62.558749 -99.000000 -4.382277 72.490822 0.998580 0.000610 0.001420 0.015488 3 2.1335E+02 -1.860734 6.423042 -60.378989 -99.000000 -9.607207 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7651876063817458 rel_E_err 1.7171664459433873D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9859955678507812E-002 650 6.967805 2.140E+04 -99.000000 -59.165545 72.490416 0.000000 0.000000 0.000074 0.998580 -10.279851 1031 1 -4.8980E-02 6.967805 2.073421 -61.377127 -99.000000 -4.368986 72.490416 0.998580 0.000610 0.001420 0.015487 3 2.2298E+02 -1.806045 6.422833 -59.168222 -99.000000 -9.553017 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7890545919366456 rel_E_err 1.6253444329209745D-12 save photos/x650 for model 650 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9855575766654366E-002 660 6.987088 2.192E+04 -99.000000 -57.904646 72.489954 0.000000 0.000000 0.000074 0.998580 -10.213601 1032 1 1.2275E-01 6.987088 2.053665 -60.145434 -99.000000 -4.353054 72.489954 0.998580 0.000610 0.001420 0.015486 3 2.3356E+02 -1.748292 6.425281 -57.907147 -99.000000 -9.514113 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6977500326612365 rel_E_err 2.0056260755571869D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9850787109982165E-002 670 7.005807 2.238E+04 -99.000000 -51.481907 72.489471 0.000000 0.000000 0.000074 0.998580 -10.149302 1029 1 2.0506E-02 7.005807 2.037188 -58.965346 -13.341470 -4.335913 72.489471 0.998580 0.000610 0.001420 0.015485 3 2.4422E+02 -1.692230 6.428448 -51.481907 -99.000000 -9.482000 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7489163605281544 rel_E_err 1.7827220634857772D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9845969039555948E-002 680 7.024165 2.281E+04 -99.000000 -50.047999 72.488961 0.000000 0.000000 0.000074 0.998580 -10.086272 1029 1 6.5670E-03 7.024165 2.022444 -57.822807 -11.074935 -4.319203 72.488961 0.998580 0.000610 0.001420 0.015484 3 2.5505E+02 -1.637260 6.431967 -50.047999 -99.000000 -9.453685 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7714140766786830 rel_E_err 1.6927231093975386D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9841092903313874E-002 690 7.042443 2.322E+04 -99.000000 -48.965419 72.488414 0.000000 0.000000 0.000074 0.998580 -10.023542 1029 1 1.4374E-02 7.042443 2.008606 -56.699486 -10.129636 -4.302540 72.488414 0.998580 0.000610 0.001420 0.015482 3 2.6622E+02 -1.582539 6.435702 -48.965419 -99.000000 -9.428055 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7459381693446829 rel_E_err 1.7949891618684296D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9836095968244150E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 700 7.061757 2.367E+04 -99.000000 -47.867069 72.487818 0.000000 0.000000 0.000074 0.998580 -9.957290 1029 1 1.8495E-01 7.061757 1.994168 -55.527689 -9.462774 -4.209824 72.487818 0.998580 0.000610 0.001420 0.015481 3 2.7844E+02 -1.524725 6.439715 -47.867069 -99.000000 -9.402864 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7601261677343985 rel_E_err 1.7372960501772114D-12 save LOGS/profile8.data for model 700 save photos/x700 for model 700 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9830653591062752E-002 710 7.080496 2.412E+04 -99.000000 -46.819224 72.486923 0.000000 0.000000 0.000074 0.998580 -9.893041 1037 1 8.2067E-02 7.080496 1.979645 -54.405575 -8.962606 -4.135297 72.486923 0.998580 0.000610 0.001420 0.015479 3 2.9073E+02 -1.468646 6.443504 -46.819224 -99.000000 -9.379664 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7545398228231726 rel_E_err 1.7597872919347729D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9825321686857696E-002 720 7.098867 2.458E+04 -99.000000 -45.805978 72.486003 0.000000 0.000000 0.000074 0.998580 -9.830081 1036 1 6.8044E-02 7.098867 1.964976 -53.319305 -8.551847 -4.129838 72.486003 0.998580 0.000610 0.001420 0.015477 3 3.0321E+02 -1.413675 6.447101 -45.805979 -99.000000 -9.359146 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7659183118102550 rel_E_err 1.7142797229291518D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9819931427051699E-002 730 7.117153 2.508E+04 -99.000000 -44.810828 72.485043 0.000000 0.000000 0.000074 0.998580 -9.767437 1041 1 7.6173E-02 7.117153 1.949285 -52.251377 -8.194118 -4.124796 72.485043 0.998580 0.000610 0.001420 0.015476 3 3.1607E+02 -1.358966 6.450429 -44.810828 -99.000000 -9.341146 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7724050982006538 rel_E_err 1.6888648690208955D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9814390941206746E-002 740 7.136469 2.566E+04 -99.000000 -43.773947 72.483978 0.000000 0.000000 0.000074 0.998580 -9.701291 1042 1 2.4727E-01 7.136469 1.931091 -51.137320 -7.855604 -4.120173 72.483978 0.998580 0.000610 0.001420 0.015474 4 3.3017E+02 -1.301185 6.453587 -43.773947 -99.000000 -9.325832 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7739524531694126 rel_E_err 1.6828582913601684D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9808332593497507E-002 750 7.155205 2.628E+04 -99.000000 -42.782039 72.482895 0.000000 0.000000 0.000074 0.998580 -9.637149 1041 1 1.4535E-01 7.155205 1.911658 -50.069830 -7.556352 -4.116005 72.482895 0.998580 0.000610 0.001420 0.015472 3 3.4438E+02 -1.245142 6.456235 -42.782039 -99.000000 -9.316206 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7616715332026338 rel_E_err 1.7311251535559819D-12 save photos/x750 for model 750 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9802231251790391E-002 760 7.173568 2.695E+04 -99.000000 -41.822916 72.481784 0.000000 0.000000 0.000074 0.998580 -9.574298 1049 1 1.3254E-01 7.173568 1.890726 -49.035252 -7.284838 -4.112660 72.481784 0.998580 0.000610 0.001420 0.015470 3 3.5883E+02 -1.190218 6.458411 -41.822916 -99.000000 -9.327125 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7729761526408296 rel_E_err 1.6866456375256648D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9796018208967024E-002 770 7.191842 2.769E+04 -99.000000 -40.881081 72.480627 0.000000 0.000000 0.000074 0.998580 -9.511761 1049 1 1.4201E-01 7.191842 1.868154 -48.016010 -7.031870 -4.110012 72.480627 0.998580 0.000610 0.001420 0.015468 3 3.7378E+02 -1.135561 6.460132 -40.881081 -99.000000 -9.340704 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7575300452789726 rel_E_err 1.7477123483295360D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9789587466373639E-002 780 7.211138 2.855E+04 -99.000000 -39.900032 72.479348 0.000000 0.000000 0.000074 0.998580 -9.445730 1051 1 3.1424E-01 7.211138 1.842249 -46.949392 -6.779876 -4.108017 72.479348 0.998580 0.000610 0.001420 0.015466 4 3.9021E+02 -1.077843 6.461453 -39.900032 -99.000000 -9.387758 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7542135844798423 rel_E_err 1.7611097259098553D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9782508171224623E-002 790 7.229852 2.945E+04 -99.000000 -38.961624 72.478050 0.000000 0.000000 0.000074 0.998580 -9.381688 1058 1 2.1401E-01 7.229852 1.815614 -45.922835 -6.547539 -4.106670 72.478050 0.998580 0.000610 0.001420 0.015464 3 4.0682E+02 -1.021862 6.462282 -38.961624 -99.000000 -9.480487 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7501987305880693 rel_E_err 1.7774658660418647D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9775330906928631E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 800 7.248192 3.039E+04 -99.000000 -38.054274 72.476722 0.000000 0.000000 0.000074 0.998580 -9.318920 1054 1 2.0270E-01 7.248192 1.788616 -44.922976 -6.329218 -4.105990 72.476722 0.998580 0.000610 0.001420 0.015462 4 4.2379E+02 -0.966993 6.462697 -38.054274 -99.000000 -9.706043 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7590775231083065 rel_E_err 1.7414959824235105D-12 save LOGS/profile9.data for model 800 save photos/x800 for model 800 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9767974652944859E-002 810 7.266441 3.140E+04 -99.000000 -37.163310 72.475343 0.000000 0.000000 0.000074 0.998580 -9.256452 1056 1 2.1351E-01 7.266441 1.760127 -43.933120 -6.119564 -4.105838 72.475343 0.998580 0.000610 0.001420 0.015460 3 4.4138E+02 -0.912386 6.462771 -37.163310 -99.000000 -9.889747 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7307290195546372 rel_E_err 1.8589640041784280D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9760311729091388E-002 820 7.285709 3.255E+04 -99.000000 -36.235337 72.473823 0.000000 0.000000 0.000074 0.998580 -9.190485 1056 1 3.8670E-01 7.285709 1.728711 -42.892842 -5.905126 -4.106117 72.473823 0.998580 0.000610 0.001420 0.015459 4 4.6078E+02 -0.854721 6.462542 -36.235337 -99.000000 -10.002877 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7543038626504455 rel_E_err 1.7607436764959173D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9751822245766639E-002 830 7.304397 3.374E+04 -99.000000 -35.347602 72.472284 0.000000 0.000000 0.000074 0.998580 -9.126487 1063 1 2.8766E-01 7.304397 1.697449 -41.888164 -5.703059 -4.106754 72.472284 0.998580 0.000610 0.001420 0.015457 3 4.8044E+02 -0.798781 6.462117 -35.347603 -99.000000 -10.054037 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7663060874659369 rel_E_err 1.7127497489511415D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9743162778502126E-002 840 7.322715 3.496E+04 -99.000000 -34.488971 72.470712 0.000000 0.000000 0.000074 0.998580 -9.063734 1077 1 2.7749E-01 7.322715 1.666419 -40.906814 -5.510107 -4.107562 72.470712 0.998580 0.000610 0.001420 0.015456 3 5.0057E+02 -0.743956 6.461572 -34.488971 -99.000000 -10.053449 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7424392307269709 rel_E_err 1.8095090906730682D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9734265185689937E-002 850 7.340957 3.620E+04 -99.000000 -33.645115 72.469080 0.000000 0.000000 0.000074 0.998580 -9.001218 1080 1 2.8949E-01 7.340957 1.635709 -39.931737 -5.322665 -4.108475 72.469080 0.998580 0.000610 0.001420 0.015454 3 5.2150E+02 -0.689394 6.460960 -33.645115 -99.000000 -10.045779 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7629401321452836 rel_E_err 1.7260758165744165D-12 save photos/x850 for model 850 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9725176009517836E-002 860 7.360227 3.754E+04 -99.000000 -32.765701 72.467281 0.000000 0.000000 0.000074 0.998580 -8.935145 1081 1 4.6337E-01 7.360227 1.603698 -38.901309 -5.129529 -4.109435 72.467281 0.998580 0.000610 0.001420 0.015452 4 5.4463E+02 -0.631762 6.460290 -32.765701 -99.000000 -9.982631 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7518264496125244 rel_E_err 1.7708164609405950D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9715660276270677E-002 870 7.378914 3.887E+04 -99.000000 -31.924508 72.465459 0.000000 0.000000 0.000074 0.998580 -8.871035 1084 1 3.6454E-01 7.378914 1.573289 -37.896476 -4.946842 -4.110398 72.465459 0.998580 0.000610 0.001420 0.015450 4 5.6809E+02 -0.575823 6.459679 -31.924508 -99.000000 -9.911191 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7589506859873296 rel_E_err 1.7420046662871967D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9706663058940984E-002 880 7.397217 4.017E+04 -99.000000 -31.111608 72.463599 0.000000 0.000000 0.000074 0.998580 -8.808220 1085 1 3.5370E-01 7.397217 1.544339 -36.898431 -4.772139 -4.111218 72.463599 0.998580 0.000610 0.001420 0.015450 3 5.9210E+02 -0.520969 6.459143 -31.111609 -99.000000 -9.839138 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7678904209748723 rel_E_err 1.7065129135435035D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9697894492855258E-002 890 7.415424 4.148E+04 -99.000000 -30.313586 72.461672 0.000000 0.000000 0.000074 0.998580 -8.745725 1083 1 3.6478E-01 7.415424 1.516336 -35.878625 -4.602261 -4.111913 72.461672 0.998580 0.000610 0.001420 0.015449 3 6.1702E+02 -0.466372 6.458688 -30.313587 -99.000000 -9.763675 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7835263992083767 rel_E_err 1.6461658987491915D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9688880252741161E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 900 7.434650 4.287E+04 -99.000000 -29.482161 72.459549 0.000000 0.000000 0.000074 0.998580 -8.679723 1088 1 5.3804E-01 7.434650 1.487487 -34.754101 -4.426786 -4.112484 72.459549 0.998580 0.000610 0.001420 0.015449 3 6.4450E+02 -0.408709 6.458297 -29.482163 -99.000000 -9.682975 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7673740552907145 rel_E_err 1.7085431230125284D-12 save LOGS/profile10.data for model 900 save photos/x900 for model 900 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9678809764420096E-002 910 7.453303 4.422E+04 -99.000000 -28.686501 72.457401 0.000000 0.000000 0.000074 0.998580 -8.615692 1091 1 4.3881E-01 7.453303 1.460342 -33.609222 -4.260124 -4.112935 72.457401 0.998580 0.000610 0.001420 0.015449 3 6.7236E+02 -0.352760 6.458022 -28.686506 -99.000000 -9.610249 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7829733436871749 rel_E_err 1.6482635562477189D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9668372051075669E-002 920 7.471588 4.557E+04 -99.000000 -27.916807 72.455205 0.000000 0.000000 0.000074 0.998580 -8.552923 1092 1 4.2799E-01 7.471588 1.434265 -32.455918 -4.099956 -4.113216 72.455205 0.998580 0.000610 0.001420 0.015449 3 7.0084E+02 -0.297907 6.457845 -27.916820 -99.000000 -9.541788 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7764513735174035 rel_E_err 1.6732029687818269D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9657428393804376E-002 930 7.489789 4.691E+04 -99.000000 -27.160656 72.452928 0.000000 0.000000 0.000074 0.998580 -8.490451 1091 1 4.3892E-01 7.489789 1.408919 -31.305198 -3.943560 -4.113369 72.452928 0.998580 0.000610 0.001420 0.015449 3 7.3041E+02 -0.243304 6.457750 -27.160687 -99.000000 -9.474690 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7736997580615359 rel_E_err 1.6838377507258636D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9645787704517957E-002 940 7.509012 4.835E+04 -99.000000 -26.372679 72.450418 0.000000 0.000000 0.000074 0.998580 -8.424481 1092 1 6.1200E-01 7.509012 1.382657 -30.099659 -3.781590 -4.113421 72.450418 0.998580 0.000610 0.001420 0.015449 3 7.6300E+02 -0.185630 6.457714 -26.372760 -99.000000 -9.404686 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7528792061362104 rel_E_err 1.7665290914959973D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9632647008736536E-002 950 7.527661 4.977E+04 -99.000000 -25.618457 72.447875 0.000000 0.000000 0.000074 0.998580 -8.360488 1090 1 5.1251E-01 7.527661 1.357656 -28.946373 -3.627349 -4.113386 72.447875 0.998580 0.000610 0.001420 0.015449 3 7.9601E+02 -0.129673 6.457749 -25.618662 -99.000000 -9.337327 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7547163458725752 rel_E_err 1.7590721552966430D-12 save photos/x950 for model 950 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9619033475523414E-002 960 7.545944 5.116E+04 -99.000000 -24.888639 72.445276 0.000000 0.000000 0.000074 0.998580 -8.297765 1103 1 5.0150E-01 7.545944 1.333650 -27.838174 -3.478345 -4.113273 72.445276 0.998580 0.000610 0.001420 0.015449 3 8.2975E+02 -0.074812 6.457829 -24.889127 -99.000000 -9.366872 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7529335391931387 rel_E_err 1.7663081010712400D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9604836973213809E-002 970 7.564143 5.258E+04 -99.000000 -24.171283 72.442578 0.000000 0.000000 0.000074 0.998580 -8.235344 1105 1 5.1225E-01 7.564143 1.309909 -26.761191 -3.331650 -4.113097 72.442578 0.998580 0.000610 0.001420 0.015449 3 8.6477E+02 -0.020202 6.457949 -24.172401 -99.000000 -9.309706 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7718387664585755 rel_E_err 1.6910686310253710D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9589848969878782E-002 980 7.583364 5.412E+04 -99.000000 -23.422934 72.439604 0.000000 0.000000 0.000074 0.998580 -8.169433 1109 1 6.8522E-01 7.583364 1.285059 -25.653556 -3.177961 -4.112875 72.439604 0.998580 0.000610 0.001420 0.015450 3 9.0334E+02 0.037478 6.458098 -23.425495 -99.000000 -9.249119 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7801034219937328 rel_E_err 1.6591917438819978D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9573071491765696E-002 990 7.602012 5.563E+04 -99.000000 -22.705174 72.436590 0.000000 0.000000 0.000074 0.998580 -8.105504 1109 1 5.8559E-01 7.602012 1.261202 -24.608337 -3.029675 -4.112608 72.436590 0.998580 0.000610 0.001420 0.015450 3 9.4241E+02 0.093440 6.458281 -22.710636 -99.000000 -9.190685 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7427855354301656 rel_E_err 1.8080667704034381D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9555840300438624E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 1000 7.620294 5.713E+04 -99.000000 -22.008069 72.433508 0.000000 0.000000 0.000074 0.998580 -8.042850 1107 1 5.7447E-01 7.620294 1.238184 -23.611180 -2.884788 -4.112296 72.433508 0.998580 0.000610 0.001420 0.015450 3 9.8233E+02 0.148304 6.458491 -22.019037 -99.000000 -9.133741 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7709270832397781 rel_E_err 1.6946222986399852D-12 save LOGS/profile11.data for model 1000 save photos/1000 for model 1000 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9538016408266510E-002 1010 7.638491 5.864E+04 -99.000000 -21.318565 72.430309 0.000000 0.000000 0.000074 0.998580 -7.980501 1122 1 5.8513E-01 7.638491 1.215640 -22.644869 -2.740855 -4.111951 72.430309 0.998580 0.000610 0.001420 0.015450 3 1.0237E+03 0.202918 6.458723 -21.339551 -99.000000 -9.158801 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7098877015449876 rel_E_err 1.9503488494254966D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9519338030728841E-002 1020 7.657711 6.028E+04 -99.000000 -20.591825 72.426782 0.000000 0.000000 0.000074 0.998580 -7.914669 1121 1 7.5801E-01 7.657711 1.191836 -21.651720 -2.589036 -4.111558 72.426782 0.998580 0.000610 0.001420 0.015451 3 1.0694E+03 0.260604 6.458991 -20.631410 -99.000000 -9.106471 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6156244058297826 rel_E_err 2.4231237491929262D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9498571897234905E-002 1030 7.676358 6.189E+04 -99.000000 -19.884123 72.423208 0.000000 0.000000 0.000074 0.998580 -7.850820 1126 1 6.5822E-01 7.676358 1.169033 -20.714194 -2.441933 -4.111116 72.423208 0.998580 0.000610 0.001420 0.015451 3 1.1155E+03 0.316572 6.459287 -19.953626 -99.000000 -9.056012 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7446485112549102 rel_E_err 1.8003273895707945D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9477373699729622E-002 1040 7.694638 6.350E+04 -99.000000 -19.183539 72.419553 0.000000 0.000000 0.000074 0.998580 -7.788245 1134 1 6.4693E-01 7.694638 1.146887 -19.819048 -2.297944 -4.110639 72.419553 0.998580 0.000610 0.001420 0.015451 3 1.1627E+03 0.371442 6.459607 -19.297877 -99.000000 -9.007115 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7927114138376510 rel_E_err 1.6117162555249113D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9455557687735798E-002 1050 7.712834 6.512E+04 -99.000000 -13.692326 72.415758 0.000000 0.000000 0.000074 0.998580 -7.725978 1142 1 6.5742E-01 7.712834 1.125172 -18.950722 -2.154884 -4.110116 72.415758 0.998580 0.000610 0.001420 0.015452 3 1.2117E+03 0.426062 6.459958 -13.692329 -99.000000 -9.020836 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7171981503712992 rel_E_err 1.9177935322088177D-12 save photos/x050 for model 1050 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9432796748070747E-002 1060 7.732053 6.687E+04 -99.000000 -12.321854 72.411574 0.000000 0.000000 0.000074 0.998580 -7.660235 1144 1 8.3017E-01 7.732053 1.102427 -18.057256 -2.004084 -4.109517 72.411574 0.998580 0.000610 0.001420 0.015452 3 1.2655E+03 0.483755 6.460371 -12.321854 -99.000000 -8.977864 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7904717096329907 rel_E_err 1.6200495220757072D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9407596162506529E-002 1070 7.750698 6.858E+04 -99.000000 -11.600238 72.407334 0.000000 0.000000 0.000074 0.998580 -7.596479 1144 1 7.3020E-01 7.750698 1.080670 -17.212794 -1.858028 -4.108811 72.407334 0.998580 0.000610 0.001420 0.015453 3 1.3200E+03 0.539730 6.460842 -11.600239 -99.000000 -8.938271 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7641170560008153 rel_E_err 1.7214045398728545D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9381973959257511E-002 1080 7.768977 7.029E+04 -99.000000 -11.098877 72.402996 0.000000 0.000000 0.000074 0.998580 -7.534000 1149 1 7.1873E-01 7.768977 1.059588 -16.405412 -1.714974 -4.108023 72.402996 0.998580 0.000610 0.001420 0.015453 3 1.3757E+03 0.594607 6.461371 -11.098879 -99.000000 -8.901123 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7533691476143609 rel_E_err 1.7645373372898361D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9355701832745383E-002 1090 7.787173 7.202E+04 -99.000000 -10.696230 72.398491 0.000000 0.000000 0.000074 0.998580 -7.471835 1154 1 7.2902E-01 7.787173 1.038769 -15.620761 -1.572578 -4.107149 72.398491 0.998580 0.000610 0.001420 0.015454 3 1.4334E+03 0.649235 6.461958 -10.696235 -99.000000 -8.865379 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7574504366766242 rel_E_err 1.7480327431212229D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9328381621689817E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 1100 7.806393 7.387E+04 -31.578569 -10.236499 72.393522 0.000000 0.000000 0.000074 0.998580 -7.406203 1156 1 9.0157E-01 7.806393 1.017062 -14.810202 -1.422051 -4.106190 72.393522 0.998580 0.000610 0.001420 0.015454 3 1.4969E+03 0.706939 6.462620 -10.236510 -99.000000 -8.875493 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7692732258099539 rel_E_err 1.7010879735567417D-12 save LOGS/profile12.data for model 1100 save photos/x100 for model 1100 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9298217118963055E-002 1110 7.825039 7.570E+04 -29.747240 -9.741669 72.388485 0.000000 0.000000 0.000074 0.998580 -7.342559 1157 1 8.0130E-01 7.825039 0.996168 -14.035626 -1.275857 -4.105131 72.388485 0.998580 0.000610 0.001420 0.015455 3 1.5612E+03 0.762924 6.463316 -9.741691 -99.000000 -8.845440 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7669654824064107 rel_E_err 1.7101512319896904D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9267620149511910E-002 1120 7.843318 7.752E+04 -30.088248 -9.239440 72.383332 0.000000 0.000000 0.000074 0.998580 -7.280196 1160 1 7.8958E-01 7.843318 0.975885 -13.272114 -1.132449 -4.104051 72.383332 0.998580 0.000610 0.001420 0.015455 3 1.6267E+03 0.817811 6.464035 -9.239480 -99.000000 -8.817829 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7777812127271577 rel_E_err 1.6680873438059751D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9236307734822816E-002 1130 7.861514 7.937E+04 -29.542768 -8.737817 72.377980 0.000000 0.000000 0.000074 0.998580 -7.218154 1160 1 7.9966E-01 7.861514 0.955782 -12.476062 -0.989771 -4.102934 72.377980 0.998580 0.000610 0.001420 0.015456 3 1.6947E+03 0.872447 6.464782 -8.737897 -99.000000 -8.792353 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7791540976242732 rel_E_err 1.6628225381809631D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9203801647210834E-002 1140 7.880733 8.135E+04 -26.243532 -8.212109 72.372076 0.000000 0.000000 0.000074 0.998580 -7.152659 1165 1 9.7208E-01 7.880733 0.934755 -11.552920 -0.839370 -4.101747 72.372076 0.998580 0.000610 0.001420 0.015456 3 1.7694E+03 0.930158 6.465601 -8.212307 -99.000000 -8.798327 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7611983756377398 rel_E_err 1.7330122171832698D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9167968395257328E-002 1150 7.899378 8.331E+04 -25.340256 -7.707823 72.366090 0.000000 0.000000 0.000074 0.998580 -7.089156 1162 1 8.7164E-01 7.899378 0.914521 -10.571211 -0.693969 -4.100465 72.366090 0.998580 0.000610 0.001420 0.015457 3 1.8449E+03 0.986149 6.466441 -7.708418 -99.000000 -8.778104 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7488860143426148 rel_E_err 1.7828466349617455D-12 save photos/x150 for model 1150 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9131676158778561E-002 1160 7.917657 8.526E+04 -27.322404 -7.218725 72.359964 0.000000 0.000000 0.000074 0.998580 -7.026940 1164 1 8.5976E-01 7.917657 0.894808 -9.565229 -0.552031 -4.099167 72.359964 0.998580 0.000610 0.001420 0.015458 3 1.9220E+03 1.041042 6.467305 -7.220685 -99.000000 -8.759707 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7627316625204941 rel_E_err 1.7269045647403168D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9094583356938776E-002 1170 7.935852 8.724E+04 -26.646753 -6.734939 72.353602 0.000000 0.000000 0.000074 0.998580 -6.965049 1169 1 8.6968E-01 7.935852 0.875338 -8.566155 -0.411298 -4.097832 72.353602 0.998580 0.000610 0.001420 0.015458 3 2.0018E+03 1.095684 6.468196 -6.741392 -99.000000 -8.743393 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7645492222601575 rel_E_err 1.7196924229318135D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9056118034251939E-002 1180 7.955071 8.937E+04 -23.552990 -6.220120 72.346582 0.000000 0.000000 0.000074 0.998580 -6.899722 1172 1 1.0420E+00 7.955071 0.854847 -7.535609 -0.263015 -4.096439 72.346582 0.998580 0.000610 0.001420 0.015459 3 2.0896E+03 1.153402 6.469156 -6.241649 -99.000000 -8.748176 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7552545375729860 rel_E_err 1.7568936066059779D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9013755131906286E-002 1190 7.973717 9.148E+04 -21.093966 -5.699488 72.339465 0.000000 0.000000 0.000074 0.998580 -6.836388 1172 1 9.4133E-01 7.973717 0.835086 -6.568481 -0.119152 -4.094968 72.339465 0.998580 0.000610 0.001420 0.015460 3 2.1783E+03 1.209401 6.470116 -5.762578 -99.000000 -8.737580 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7773578250625910 rel_E_err 1.6697143319479446D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8970885196002049E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 1200 7.991995 9.358E+04 -18.629081 -5.138433 72.332181 0.000000 0.000000 0.000074 0.998580 -6.774346 1177 1 9.2929E-01 7.991995 0.815814 -5.654062 0.022278 -4.093518 72.332181 0.998580 0.000610 0.001420 0.015461 3 2.2687E+03 1.264299 6.471079 -5.296480 -99.000000 -8.728862 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7649961238515548 rel_E_err 1.7179237198360265D-12 save LOGS/profile13.data for model 1200 save photos/x200 for model 1200 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8927100869469305E-002 1210 8.010189 9.572E+04 -20.707622 -4.501883 72.324617 0.000000 0.000000 0.000074 0.998580 -6.712635 1179 1 9.3905E-01 8.010189 0.796716 -4.777074 0.163509 -4.092058 72.324617 0.998580 0.000610 0.001420 0.015461 3 2.3624E+03 1.318947 6.472052 -4.830386 -99.000000 -8.721120 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7697134847106533 rel_E_err 1.6993643973234989D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8881722759101397E-002 1220 8.029406 9.802E+04 -18.425214 -3.749681 72.316272 0.000000 0.000000 0.000074 0.998580 -6.647503 1181 1 1.1112E+00 8.029406 0.776530 -3.885883 0.312227 -4.090557 72.316272 0.998580 0.000610 0.001420 0.015462 3 2.4654E+03 1.376673 6.473086 -4.319604 -99.000000 -8.713754 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.5211772291278187 rel_E_err 3.0117767120266068D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8831770945663955E-002 1230 8.048050 1.003E+05 -17.614379 -2.978867 72.307811 0.000000 0.000000 0.000074 0.998580 -6.584365 1181 1 1.0104E+00 8.048050 0.757093 -3.054647 0.456145 -4.088989 72.307811 0.998580 0.000610 0.001420 0.015463 3 2.5694E+03 1.432678 6.474108 -3.774436 -99.000000 -8.707849 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7724145524087280 rel_E_err 1.6888281043214713D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8781243896520188E-002 1240 8.066325 1.026E+05 -18.000856 -2.217709 72.299155 0.000000 0.000000 0.000074 0.998580 -6.522521 1182 1 9.9816E-01 8.066325 0.738154 -2.270450 0.597101 -4.087449 72.299155 0.998580 0.000610 0.001420 0.015464 3 2.6754E+03 1.487584 6.475130 -3.159448 -99.000000 -8.704103 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7529314720519924 rel_E_err 1.7663165083087115D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8729658856376231E-002 1250 8.084444 1.049E+05 -18.261506 -1.473637 72.290186 0.000000 0.000000 0.000074 0.998580 -6.460830 1190 1 1.0095E+00 8.084444 0.719456 -1.519935 0.737247 -4.085895 72.290186 0.998580 0.000610 0.001420 0.015467 3 2.7849E+03 1.542207 6.476167 -2.468803 -99.000000 -8.717366 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6934386422174246 rel_E_err 2.0256357715012472D-12 save photos/x250 for model 1250 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8676252048744791E-002 1260 8.103736 1.074E+05 -17.738101 -0.705518 72.280233 0.000000 0.000000 0.000074 0.998580 -6.396146 1194 1 1.1802E+00 8.103736 0.699689 -0.753352 0.886344 -4.084265 72.280233 0.998580 0.000610 0.001420 0.015466 3 2.9059E+03 1.599963 6.477293 -1.687268 -99.000000 -8.720640 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7456018709742906 rel_E_err 1.7963796601044046D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8617224602897255E-002 1270 8.122376 1.098E+05 -17.385337 0.012719 72.270181 0.000000 0.000000 0.000074 0.998580 -6.333226 1195 1 1.0787E+00 8.122376 0.680756 -0.040702 1.030596 -4.082528 72.270181 0.998580 0.000610 0.001420 0.015467 3 3.0277E+03 1.655982 6.478427 -0.923790 -99.000000 -8.727853 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7578957008458165 rel_E_err 1.7462414758641037D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8557758645325850E-002 1280 8.140648 1.122E+05 -16.659779 0.693043 72.259898 0.000000 0.000000 0.000074 0.998580 -6.271611 1198 1 1.0663E+00 8.140648 0.662383 0.631891 1.172023 -4.080785 72.259898 0.998580 0.000610 0.001420 0.015468 3 3.1518E+03 1.710896 6.479587 -0.188550 -99.000000 -8.739608 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6909179113725052 rel_E_err 2.0374271477439377D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8497084082519100E-002 1290 8.158835 1.147E+05 -16.655094 1.347244 72.249221 0.000000 0.000000 0.000074 0.998580 -6.210342 1198 1 1.0756E+00 8.158835 0.644270 1.276908 1.312672 -4.078980 72.249221 0.998580 0.000610 0.001420 0.015470 3 3.2801E+03 1.765561 6.480793 0.521941 -99.000000 -8.756753 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7463649085108237 rel_E_err 1.7932262659530944D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8434257805247185E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 1300 8.178045 1.173E+05 -15.271546 2.014082 72.237443 0.000000 0.000000 0.000074 0.998580 -6.145690 1203 1 1.2474E+00 8.178045 0.625248 1.932834 1.460965 -4.077062 72.237443 0.998580 0.000610 0.001420 0.015471 3 3.4210E+03 1.823308 6.482123 1.246119 -99.000000 -8.781324 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6056808809635843 rel_E_err 2.4792431332101966D-12 save LOGS/profile14.data for model 1300 save photos/x300 for model 1300 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8365160493901905E-002 1310 8.196681 1.199E+05 -14.711569 2.638027 72.225504 0.000000 0.000000 0.000074 0.998580 -6.083038 1208 1 1.1460E+00 8.196681 0.607024 2.545244 1.604463 -4.074979 72.225504 0.998580 0.000610 0.001420 0.015472 3 3.5632E+03 1.879334 6.483481 1.922145 -99.000000 -8.813994 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7493227313933470 rel_E_err 1.7810547443976260D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8295340055270234E-002 1320 8.214947 1.224E+05 -14.039226 3.228435 72.213288 0.000000 0.000000 0.000074 0.998580 -6.021693 1212 1 1.1332E+00 8.214947 0.589404 3.123630 1.744755 -4.072895 72.213288 0.998580 0.000610 0.001420 0.015474 3 3.7080E+03 1.934257 6.484867 2.559684 -99.000000 -8.848307 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6304115995507686 rel_E_err 2.3420081413738227D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8224137674643212E-002 1330 8.233123 1.250E+05 -13.556147 3.795746 72.200597 0.000000 0.000000 0.000074 0.998580 -5.960718 1212 1 1.1427E+00 8.233123 0.572030 3.678536 1.884033 -4.070755 72.200597 0.998579 0.000610 0.001420 0.015475 3 3.8577E+03 1.988916 6.486296 3.169640 -99.000000 -8.887847 0.000000 0.000253 0.000133 0.001421 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7469109204070286 rel_E_err 1.7909731688570625D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8150468045450959E-002 retry: check_lgL_nuc_change hard limit 1334 1340 8.246283 1.269E+05 -14.686037 4.194061 72.191047 0.000000 0.000000 0.000073 0.998580 -5.916613 1213 2 9.1950E-01 8.246283 0.559607 4.067928 1.984703 -4.069072 72.191047 0.998577 0.000610 0.001420 0.015477 3 3.9699E+03 2.028496 6.487366 3.595565 -99.000000 -8.920718 0.000000 0.000254 0.000133 0.001423 0.000E+00 Lnuc log_rel_run_E_err -11.7804474857637960 rel_E_err 1.6578777928208865D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8095310986399168E-002 1350 8.255516 1.282E+05 -14.300434 4.467149 72.184144 0.000000 0.000000 0.000073 0.998580 -5.885687 1210 2 9.0029E-01 8.255516 0.550878 4.335122 2.055265 -4.067918 72.184144 0.998575 0.000610 0.001420 0.015478 3 4.0507E+03 2.056269 6.488131 3.885684 -99.000000 -8.948400 0.000000 0.000257 0.000134 0.001425 0.000E+00 Lnuc log_rel_run_E_err -11.7772012744747272 rel_E_err 1.6703163241200997D-12 save photos/x350 for model 1350 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8055669343051348E-002 1360 8.264479 1.295E+05 -12.656009 4.726822 72.177258 0.000000 0.000000 0.000072 0.998580 -5.855687 1210 2 9.7461E-01 8.264479 0.542526 4.589850 2.123714 -4.066804 72.177258 0.998570 0.000610 0.001420 0.015479 3 4.1311E+03 2.083230 6.488885 4.158982 -99.000000 -8.977238 0.000000 0.000261 0.000135 0.001430 0.000E+00 max increase log_rel_run_E_err -11.7848094519742510 rel_E_err 1.6413097448891435D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8016432036759283E-002 1370 8.275616 1.311E+05 -12.823548 5.040867 72.168382 0.000000 0.000000 0.000069 0.998580 -5.818439 1212 2 9.9306E-01 8.275616 0.532121 4.900153 2.208719 -4.065406 72.168382 0.998558 0.000610 0.001420 0.015480 3 4.2344E+03 2.116732 6.489816 4.482962 -99.000000 -9.016876 0.000000 0.000272 0.000139 0.001442 0.000E+00 Lnuc log_rel_run_E_err -11.7797669562507750 rel_E_err 1.6604776858312012D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.7966606941357975E-002 1380 8.285477 1.326E+05 -12.329955 5.308664 72.160119 0.000000 0.000000 0.000065 0.998580 -5.785489 1213 2 9.7660E-01 8.285477 0.522924 5.169256 2.283937 -4.064155 72.160119 0.998537 0.000610 0.001420 0.015482 3 4.3303E+03 2.146395 6.490643 4.747328 -99.000000 -9.054176 0.000000 0.000291 0.000146 0.001463 0.000E+00 Lnuc log_rel_run_E_err -11.7817879058793888 rel_E_err 1.6527687551854770D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.7921461264627348E-002 1390 8.297138 1.344E+05 -11.476463 5.606934 72.149564 0.000000 0.000000 0.000054 0.998580 -5.746565 1212 2 1.0876E+00 8.297138 0.511977 5.480796 2.372840 -4.062719 72.149564 0.998484 0.000610 0.001420 0.015484 3 4.4525E+03 2.181470 6.491613 5.008450 -99.000000 -9.098427 0.000000 0.000339 0.000161 0.001516 0.000E+00 Lnuc log_rel_run_E_err -11.7983499640641849 rel_E_err 1.5909262069818321D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.7866740657491096E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 1400 8.309305 1.362E+05 -10.565852 5.886533 72.136915 0.000000 0.000000 0.000034 0.998580 -5.706007 1212 2 1.2093E+00 8.309305 0.500426 5.798274 2.465547 -4.061234 72.136915 0.998357 0.000610 0.001420 0.015489 3 4.5983E+03 2.218064 6.492611 5.151128 -99.000000 -9.142886 0.000000 0.000457 0.000190 0.001643 0.000E+00 Lnuc log_rel_run_E_err -12.1055269672765213 rel_E_err 7.8428341772332166D-13 save LOGS/profile15.data for model 1400 save photos/x400 for model 1400 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.7807877630672931E-002 1410 8.322651 1.384E+05 -9.382394 6.162106 72.118679 0.000000 0.000000 0.000008 0.998580 -5.661603 1210 2 1.4141E+00 8.322651 0.487347 6.137650 2.567169 -4.059697 72.118679 0.997984 0.000610 0.001420 0.015501 3 4.8078E+03 2.258189 6.493635 4.900538 -99.000000 -9.188408 0.000000 0.000819 0.000226 0.002016 0.000E+00 max increase log_rel_run_E_err -11.0508478330908133 rel_E_err -8.8951272829372878D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.7740368582070913E-002 write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/kap_data/cache/gs98_co_z0.001_x0.0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/kap_data/cache/gs98_co_z0.004_x0.0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/kap_data/cache/gs98_co_z0.001_x0.03.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/kap_data/cache/gs98_co_z0.004_x0.03.bin 1420 8.333839 1.404E+05 -8.556734 6.415286 72.086190 0.000000 0.000000 0.000000 0.998580 -5.624505 1210 2 1.7626E+00 8.333839 0.474754 6.414078 2.652290 -4.058844 72.086190 0.996678 0.000611 0.001420 0.015537 3 5.1801E+03 2.291791 6.494061 3.858848 -99.000000 -9.218665 0.000000 0.002121 0.000238 0.003322 0.000E+00 max increase log_rel_run_E_err -11.7037618728728141 rel_E_err 1.9780539255625053D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.7676992824182462E-002 num_steps_to_relax_rotation 100 1430 8.337038 1.417E+05 -7.986116 6.488991 72.026094 0.000000 0.000000 0.000000 0.998580 -5.613990 1210 2 0.0000E+00 8.337038 0.467500 6.488044 2.676544 -99.000000 72.026094 0.993387 0.000617 0.001420 0.015626 2 6.0803E+03 2.301362 6.494678 3.827013 -99.000000 -9.242476 0.000000 0.005406 0.000238 0.006613 0.000E+00 max_dt log_rel_run_E_err -6.8718641824518594 rel_E_err 6.6736138170432043D-12 relax to omega: wanted-current, current, wanted 1430 1.8260184259660506D-05 5.6473981962266122D-07 1.8824924079283167D-05 1440 8.337049 1.417E+05 -7.986010 6.489252 72.026094 0.000000 0.000000 0.000000 0.998580 -5.613957 1210 2 0.0000E+00 8.337049 0.467450 6.488306 2.676628 -99.000000 72.026094 0.993387 0.000617 0.001420 0.015626 2 6.0903E+03 2.301393 6.494669 3.827241 -99.000000 -9.242383 0.000000 0.005406 0.000238 0.006613 0.000E+00 max_dt log_rel_run_E_err -6.8717381805312749 rel_E_err 1.6140140867679848D-12 relax to omega: wanted-current, current, wanted 1440 1.6383760577536467D-05 2.4480820939011792D-06 1.8831842671437647D-05 1450 8.337059 1.417E+05 -7.985917 6.489483 72.026094 0.000000 0.000000 0.000000 0.998580 -5.613928 1210 2 0.0000E+00 8.337059 0.467398 6.488536 2.676701 -99.000000 72.026094 0.993387 0.000617 0.001420 0.015626 2 6.1003E+03 2.301420 6.494656 3.827441 -99.000000 -9.242230 0.000000 0.005406 0.000238 0.006613 0.000E+00 max_dt log_rel_run_E_err -6.8716444695719208 rel_E_err -7.4103699481075146D-12 relax to omega: wanted-current, current, wanted 1450 1.4507113135932370D-05 4.3331217490994053D-06 1.8840234885031776D-05 1460 8.337067 1.417E+05 -7.985835 6.489683 72.026094 0.000000 0.000000 0.000000 0.998580 -5.613903 1210 2 0.0000E+00 8.337067 0.467345 6.488737 2.676765 -99.000000 72.026094 0.993387 0.000617 0.001420 0.015626 2 6.1103E+03 2.301444 6.494641 3.827615 -99.000000 -9.242039 0.000000 0.005406 0.000238 0.006613 0.000E+00 max_dt log_rel_run_E_err -6.8712172613673825 rel_E_err -1.8931846175598016D-11 relax to omega: wanted-current, current, wanted 1460 1.2629603002636033D-05 6.2202080483880433D-06 1.8849811051024076D-05 1470 8.337074 1.417E+05 -7.985766 6.489856 72.026094 0.000000 0.000000 0.000000 0.998580 -5.613881 1210 2 0.0000E+00 8.337074 0.467293 6.488909 2.676820 -99.000000 72.026094 0.993387 0.000617 0.001420 0.015626 2 6.1203E+03 2.301464 6.494624 3.827765 -99.000000 -9.241818 0.000000 0.005406 0.000238 0.006613 0.000E+00 max_dt log_rel_run_E_err -6.8703936708150826 rel_E_err -3.1646535968940873D-11 relax to omega: wanted-current, current, wanted 1470 1.0750807840941011D-05 8.1096475010497815D-06 1.8860455341990793D-05 1480 8.337080 1.417E+05 -7.985707 6.490001 72.026094 0.000000 0.000000 0.000000 0.998580 -5.613863 1210 2 0.0000E+00 8.337080 0.467242 6.489054 2.676867 -99.000000 72.026094 0.993387 0.000617 0.001420 0.015626 2 6.1303E+03 2.301481 6.494605 3.827892 -99.000000 -9.241572 0.000000 0.005406 0.000238 0.006613 0.000E+00 max_dt log_rel_run_E_err -6.8691569135443622 rel_E_err -4.4470570269234179D-11 relax to omega: wanted-current, current, wanted 1480 8.8703767013957845D-06 1.0001727549227454D-05 1.8872104250623238D-05 1490 8.337085 1.417E+05 -7.985658 6.490120 72.026094 0.000000 0.000000 0.000000 0.998580 -5.613848 1210 2 0.0000E+00 8.337085 0.467192 6.489174 2.676905 -99.000000 72.026094 0.993387 0.000617 0.001420 0.015626 2 6.1403E+03 2.301496 6.494584 3.827996 -99.000000 -9.241304 0.000000 0.005406 0.000238 0.006613 0.000E+00 max_dt log_rel_run_E_err -6.8675274756229463 rel_E_err -5.6321347967753380D-11 relax to omega: wanted-current, current, wanted 1490 6.9879932195575763D-06 1.1896725170415425D-05 1.8884718389973001D-05 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 1500 8.337089 1.417E+05 -7.985620 6.490215 72.026094 0.000000 0.000000 0.000000 0.998580 -5.613836 1210 2 0.0000E+00 8.337089 0.467144 6.489269 2.676936 -99.000000 72.026094 0.993387 0.000617 0.001420 0.015626 2 6.1503E+03 2.301507 6.494562 3.828078 -99.000000 -9.241018 0.000000 0.005406 0.000238 0.006613 0.000E+00 max_dt log_rel_run_E_err -6.8655587683011943 rel_E_err -6.6195745425589809D-11 relax to omega: wanted-current, current, wanted 1500 5.1033605327852636D-06 1.3794911209842615D-05 1.8898271742627879D-05 1510 8.337092 1.417E+05 -7.985590 6.490287 72.026094 0.000000 0.000000 0.000000 0.998580 -5.613827 1210 2 0.0000E+00 8.337092 0.467099 6.489341 2.676959 -99.000000 72.026094 0.993387 0.000617 0.001420 0.015626 2 6.1603E+03 2.301515 6.494539 3.828141 -99.000000 -9.240713 0.000000 0.005406 0.000238 0.006613 0.000E+00 max_dt log_rel_run_E_err -6.8633341673992589 rel_E_err -7.3186834968524831D-11 relax to omega: wanted-current, current, wanted 1510 3.2161937846705385D-06 1.5696552858265241D-05 1.8912746642935780D-05 1520 8.337094 1.417E+05 -7.985570 6.490336 72.026094 0.000000 0.000000 0.000000 0.998580 -5.613821 1210 2 0.0000E+00 8.337094 0.467055 6.489390 2.676975 -99.000000 72.026094 0.993387 0.000617 0.001420 0.015626 2 6.1703E+03 2.301521 6.494515 3.828184 -99.000000 -9.240393 0.000000 0.005406 0.000238 0.006613 0.000E+00 max_dt log_rel_run_E_err -6.8609629097587037 rel_E_err -7.6429394009569265D-11 relax to omega: wanted-current, current, wanted 1520 1.3262155754978897D-06 1.7601915381177565D-05 1.8928130956675455D-05 final step: wanted-current, current, wanted 1527 1.4119419541526619D-09 1.8938024634339657D-05 1.8939436576293809D-05 finished doing relax uniform omega 1430 8.337116 1.426E+05 -7.071905 6.484192 71.925687 0.000000 0.000000 0.000000 0.998580 -5.613334 1209 2 2.5544E+00 8.337116 0.458630 6.482617 2.676635 -4.047410 71.925687 0.987941 0.000638 0.001420 0.015777 3 6.9833E+03 2.301768 6.488789 4.043101 -99.000000 -9.166064 0.000000 0.010831 0.000238 0.012059 0.000E+00 max increase log_rel_run_E_err -11.3991788257825597 rel_E_err 3.9886063305963573D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.7614571908768397E-002 1440 8.339589 1.424E+05 -10.349858 6.478250 70.938735 0.000000 0.000000 0.000000 0.998580 -5.599292 1188 2 3.3462E+00 8.339589 0.456927 6.468752 2.689161 -4.056931 70.938735 0.934202 0.001637 0.001420 0.017347 5 1.8149E+04 2.311731 6.482942 4.813345 -99.000000 -9.167625 0.000000 0.063571 0.000238 0.065798 0.000E+00 max increase log_rel_run_E_err -11.7855235070513249 rel_E_err 1.6386133656816015D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.7307804733930233E-002 1450 8.345409 1.415E+05 -10.081205 6.468480 68.903226 0.000000 0.000000 0.000000 0.998580 -5.567888 1222 2 3.4067E+00 8.345409 0.457522 6.438745 2.720219 -4.079720 68.903226 0.821222 0.008815 0.001420 0.021129 5 4.2051E+04 2.334474 6.472794 5.289178 -99.000000 -9.200634 0.000000 0.169373 0.000238 0.178778 0.000E+00 XHe_cntr log_rel_run_E_err -11.7267927084077641 rel_E_err 1.8758896688062123D-12 save photos/x450 for model 1450 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.6616178302085644E-002 1460 8.351946 1.407E+05 -10.019484 6.458934 66.943438 0.000000 0.000000 0.000000 0.998580 -5.534605 1233 2 3.3609E+00 8.351946 0.457272 6.403117 2.756961 -4.098198 66.943438 0.710400 0.024086 0.001420 0.025640 5 6.6169E+04 2.359159 6.462947 5.540305 -99.000000 -9.237273 0.000000 0.264924 0.000238 0.289600 0.000E+00 XHe_cntr log_rel_run_E_err -11.7286217308157994 rel_E_err 1.8680060100744124D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.5879533127498771E-002 1470 8.359403 1.403E+05 -10.032437 6.449288 65.012462 0.000000 0.000000 0.000000 0.998580 -5.498320 1246 2 3.3618E+00 8.359403 0.454817 6.358811 2.800588 -4.108729 65.012462 0.601374 0.049905 0.001420 0.031146 5 9.0795E+04 2.386597 6.453125 5.723588 -99.000000 -9.280916 0.000000 0.348131 0.000238 0.398626 0.000E+00 adjust_J_q log_rel_run_E_err -11.6761074925239878 rel_E_err 2.1081063065225508D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.5107877882554689E-002 1480 8.368498 1.416E+05 -9.709795 6.438957 62.999204 0.000000 0.000000 0.000000 0.847540 -5.455668 1250 2 3.5342E+00 8.368498 0.442282 6.298400 2.855581 -4.128568 62.999204 0.489469 0.092181 0.152460 0.038388 5 1.1735E+05 2.419376 6.443470 5.880641 -99.000000 -9.010763 0.000000 0.417760 0.000239 0.510531 0.000E+00 XHe_cntr log_rel_run_E_err -11.6728246218549607 rel_E_err 2.1241020503113590D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.4277964848520113E-002 1490 8.379034 1.420E+05 -10.365771 6.428505 61.029344 0.000000 0.000000 0.000000 0.722922 -5.408051 1265 2 3.3956E+00 8.379034 0.435044 6.218274 2.921301 -4.142124 61.029344 0.383760 0.153604 0.277078 0.047477 5 1.4430E+05 2.456588 6.433352 6.012534 -99.000000 -8.888810 0.000000 0.462041 0.000243 0.616240 0.000E+00 adjust_J_q log_rel_run_E_err -11.6733161315461942 rel_E_err 2.1216994727288167D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.3458312275119893E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 1500 8.391772 1.421E+05 -10.329225 6.417668 59.052758 0.000000 0.000000 0.000000 0.616250 -5.352499 1267 2 3.4343E+00 8.391772 0.428696 6.106097 3.003063 -4.160245 59.052758 0.283829 0.241252 0.383750 0.059335 5 1.7240E+05 2.500722 6.422773 6.126930 -99.000000 -8.809882 0.000000 0.474311 0.000256 0.716171 0.000E+00 adjust_J_q log_rel_run_E_err -11.6726205423897156 rel_E_err 2.1251004223705465D-12 save LOGS/profile16.data for model 1500 save photos/x500 for model 1500 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.2646285765155565E-002 1510 8.405083 1.426E+05 -10.428722 6.408085 57.372581 0.000000 0.000000 0.000000 0.516364 -5.296500 1266 2 3.3889E+00 8.405083 0.421204 5.971217 3.090808 -4.176345 57.372581 0.205311 0.340994 0.483636 0.072399 5 1.9719E+05 2.545979 6.413472 6.210375 -99.000000 -8.763552 0.000000 0.453041 0.000302 0.794689 0.000E+00 XO_cntr log_rel_run_E_err -11.6682906469792353 rel_E_err 2.1463935422283959D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.1972406942786313E-002 write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/eosDT_data/cache/mesa-FreeEOS_60z00x.bin 1520 8.420116 1.431E+05 -11.103467 6.399165 55.865135 0.000000 0.000000 0.000000 0.426424 -5.235518 1262 2 3.3340E+00 8.420116 0.413911 5.799420 3.192288 -4.188684 55.865135 0.141165 0.453270 0.573576 0.087282 5 2.2015E+05 2.596145 6.405075 6.273452 -99.000000 -8.706668 0.000000 0.404746 0.000465 0.858835 0.000E+00 adjust_J_q log_rel_run_E_err -11.6451419027273424 rel_E_err 2.2639044715558476D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.1385915365962806E-002 1530 8.435406 1.441E+05 -12.135733 6.391803 54.678614 0.000000 0.000000 0.000000 0.369187 -5.175849 1261 2 3.2416E+00 8.435406 0.404466 5.603386 3.297812 -4.198324 54.678614 0.095493 0.557047 0.630813 0.101712 5 2.3869E+05 2.646185 6.398476 6.314646 -99.000000 -8.681032 48.978758 0.346157 0.000943 0.904507 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6524233530587953 rel_E_err 2.2262639147692675D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.0931150791343527E-002 1540 8.452027 1.454E+05 -12.078847 6.385540 53.713031 0.000000 0.000000 0.000000 0.311054 -5.113349 1276 2 3.1329E+00 8.452027 0.394358 5.359626 3.414666 -4.206167 53.713031 0.061434 0.650830 0.688946 0.115771 5 2.5407E+05 2.699600 6.393452 6.342569 -99.000000 -8.659456 48.961214 0.285030 0.002316 0.938566 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6321486493641135 rel_E_err 2.3326595080374604D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.0548308972498270E-002 1550 8.469063 1.468E+05 -10.249499 6.380492 52.995422 0.000000 0.000000 0.000000 0.278458 -5.051472 1282 2 3.0055E+00 8.469063 0.384619 5.053201 3.536277 -4.211688 52.995422 0.037720 0.723496 0.721542 0.128007 4 2.6569E+05 2.753455 6.390275 6.359555 -99.000000 -8.648662 48.961214 0.232624 0.005630 0.962280 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6198555477796841 rel_E_err 2.3996309360107910D-12 save photos/x550 for model 1550 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.0231555355904005E-002 1560 8.486498 1.483E+05 -10.668805 6.375812 52.473697 0.000000 0.000000 0.000000 0.248178 -4.989997 1290 2 2.8627E+00 8.486498 0.374485 4.623079 3.662139 -4.214552 52.473697 0.021104 0.772691 0.751822 0.138212 4 2.7422E+05 2.807823 6.388637 6.368069 -99.000000 -8.642600 48.961214 0.192795 0.012356 0.978896 0.000E+00 lgRho_cntr log_rel_run_E_err -11.5835338174543043 rel_E_err 2.6089525623181491D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.9955397999121506E-002 1570 8.504771 1.505E+05 -7.821453 6.368391 52.116524 0.000000 0.000000 0.000000 0.230106 -4.927298 1305 2 2.6696E+00 8.504771 0.361963 3.943448 3.795272 -4.215019 52.116524 0.009714 0.797609 0.769894 0.146179 3 2.8007E+05 2.864116 6.388510 6.366756 -99.000000 -8.642714 48.978830 0.167430 0.022829 0.990286 0.000E+00 lgRho_cntr log_rel_run_E_err -11.3116414553309799 rel_E_err -4.8793114987511473D-12 set special rate factor for r_c12_ag_o16 1 1.0000000000000000 set special rate factor for r_he4_he4_he4_to_c12 10 1.0000000000000000 create rate data for r_c12_ag_o16 create rate data for r_o16_ga_c12 create rate data for r_c12_to_he4_he4_he4 create rate data for r_he4_he4_he4_to_c12 write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_c12_ag_o16_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_o16_ga_c12_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_c12_to_he4_he4_he4_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_he4_he4_he4_to_c12_0.bin set special rate factor for r_c12_ag_o16 1 1.0000000000000000 set special rate factor for r_he4_he4_he4_to_c12 10 1.0000000000000000 change to "co_burn.net" number of species 9 new net = co_burn.net Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.9701311914137694E-002 1580 8.515964 1.521E+05 -7.755116 6.358485 51.984205 0.000000 0.000000 0.000000 0.227871 -4.889695 1301 2 2.5260E+00 8.515964 0.352910 3.380994 3.877377 -4.214403 51.984205 0.005420 0.802416 0.772129 0.149421 3 2.8224E+05 2.898284 6.389172 6.358027 -59.522325 -8.643660 48.978830 0.159519 0.029138 0.000000 0.000E+00 lgRho_cntr log_rel_run_E_err -11.5927797058471995 rel_E_err -2.5539964787273883D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.9562707094243097E-002 1590 8.537138 1.553E+05 -8.421678 6.301780 51.859454 0.000000 0.000000 0.000000 0.223521 -4.819754 1313 2 2.0947E+00 8.537138 0.336034 2.006035 4.033415 -4.210904 51.859454 0.001427 0.802283 0.776479 0.152581 3 2.8428E+05 2.962471 6.391429 6.301758 -55.273468 -8.639590 48.978830 0.153987 0.037208 0.000000 0.000E+00 lgRho_cntr log_rel_run_E_err -11.8323196839939371 rel_E_err 1.4712291325731837D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.9329679374424618E-002 stop because have dropped below central lower limit for he4 0.8824838527E-03 0.1000000000E-02 1593 8.543608 1.563E+05 -11.067200 6.262908 51.840777 0.000000 0.000000 0.000000 0.222590 -4.798576 1311 2 1.9566E+00 8.543608 0.330834 1.487844 4.081171 -4.209723 51.840777 0.000882 0.801694 0.777410 0.153030 4 2.8458E+05 2.982019 6.392252 6.262901 -54.030813 -8.636585 48.978830 0.153459 0.038593 0.000000 0.000E+00 lgRho_cntr log_rel_run_E_err -11.5459074276167737 rel_E_err -2.8450674854255646D-12 save LOGS/profile17.data for model 1593 solver retries 1 Lnuc retries 1 varcontrol dt limit 85 max increase dt limit 657 max decrease dt limit 1 Lnuc dt limit 78 lgRho_cntr dt limit 1141 XHe_cntr dt limit 29 XO_cntr dt limit 18 adjust_J_q dt limit 32 model saved to he_dep.mod save photos/x593 for model 1593 termination code: xa_central_lower_limit runtime (minutes), retries, steps 5.05 2 1593 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 1593 8.543608 1.563E+05 -11.067200 6.262908 51.840777 0.000000 0.000000 0.000000 0.222590 -4.798576 1311 2 1.9566E+00 8.543608 0.330834 1.487844 4.081171 -4.209723 51.840777 0.000882 0.801694 0.777410 0.153030 4 2.8458E+05 2.982019 6.392252 6.262901 -54.030813 -8.636585 48.978830 0.153459 0.038593 0.000000 0.000E+00 lgRho_cntr log_rel_run_E_err -11.5459074276167737 rel_E_err -2.8450674854255646D-12 DATE: 2026-11-09 TIME: 16:49:11 finished inlist_to_he_dep_header run inlist_pulses_header DATE: 2026-11-09 TIME: 16:49:11 reading user weak rate file /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/rate_tables/S13_r_be7_wk_li7.h5 version_number 7f47e7fa1 [WARNING]: Failed to read colors namelist from "inlist". Namelist colors is not found The 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, 'lg_Tcntr' is log10 center temperature (K), 'lg_Dcntr' is log10 center density (g/cm^3), 'lg_Tmax' is log10 max temperature (K), 'Teff' is the surface temperature (K), 'lg_R' is log10 surface radius (Rsun), 'lg_L' is log10 surface luminosity (Lsun), 'lg_LH' is log10 total PP and CNO hydrogen burning power (Lsun), 'lg_L3a' is log10 total triple-alpha helium burning power (Lsun), 'lg_gsurf' is log10 surface gravity, 'lg_Lnuc' is log10 nuclear power (Lsun), 'lg_Lneu' is log10 total neutrino power (Lsun), 'lg_Lphoto' is log10 total photodisintegration (Lsun), 'Mass' is the total stellar baryonic mass (Msun), 'lg_Mdot' is log10 magnitude of rate of change of mass (Msun/year), 'lg_Dsurf' is log10 surface density (g/cm^3), 'H_env' is the amount of mass where H is dominant, 'He_core' is the largest mass where He is dominant. 'CO_core' is the largest mass where CO is dominant. 'H_cntr' is the center H1 mass fraction, 'He_cntr' is the center He4 mass fraction, 'C_cntr' is the center C12 mass fraction, 'N_cntr' is the center N14 mass fraction, 'O_cntr' is the center O16 mass fraction, 'Ne_cntr' is the center Ne20 mass fraction, 'gam_cntr' is the center plasma interaction parameter, 'eta_cntr' is the center electron degeneracy parameter, 'zones' is the number of zones in the current model, 'iters' is the number of solver iterations for the current step, 'retry' is the number of step retries required during the run, 'dt_limit' is an indication of what limited the timestep. All this and more are saved in the LOGS directory during the run. load saved model he_dep.mod set special rate factor for r_c12_ag_o16 1 1.0000000000000000 set special rate factor for r_he4_he4_he4_to_c12 10 1.0000000000000000 create rate data for r_c12_ag_o16 create rate data for r_o16_ga_c12 create rate data for r_c12_to_he4_he4_he4 create rate data for r_he4_he4_he4_to_c12 write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_c12_ag_o16_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_o16_ga_c12_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_c12_to_he4_he4_he4_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_he4_he4_he4_to_c12_0.bin set special rate factor for r_c12_ag_o16 1 1.0000000000000000 set special rate factor for r_he4_he4_he4_to_c12 10 1.0000000000000000 set_initial_number_retries 0 new_v_flag T new_w_div_wc_flag T setting w_div_wc flag T new_rotation_flag T net name co_burn.net v_flag T rotation_flag T w_div_wc_flag T set_cumulative_energy_error 0.0000000000000000D+00 kap_option gs98 kap_CO_option gs98_co kap_lowT_option lowT_fa05_gs98 OMP_NUM_THREADS 12 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ save LOGS/profile18.data for model 1594 1600 8.567431 1.592E+05 -12.296401 5.912567 51.840777 0.000000 0.000000 0.000000 0.222590 -4.721373 1309 0 1.6814E+00 8.567431 0.319014 -1.115022 4.257250 -99.000000 51.840777 0.000089 0.800303 0.777410 0.153695 4 2.8515E+05 3.053739 6.400246 5.912567 -49.639705 -8.708508 48.978830 0.152899 0.040906 0.000000 -0.132E-07 lgRho_cntr log_rel_run_E_err -11.0864682001676140 rel_E_err 8.1946762389442992D-12 save LOGS/profile19.data for model 1600 save photos/x600 for model 1600 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.9008002769637210E-002 1610 8.583191 1.616E+05 -16.180935 4.943447 51.840777 0.000000 0.000000 0.000000 0.222590 -4.670347 1311 0 1.0218E+00 8.583191 0.307059 -5.078501 4.373501 -99.000000 51.840777 0.000003 0.800088 0.777410 0.153790 5 2.8536E+05 3.101236 6.402778 4.943447 -46.875141 -8.703529 48.978830 0.152863 0.041194 0.000000 -0.189E-07 lg_XHe_cntr log_rel_run_E_err -11.6230692167000189 rel_E_err 2.3819398118699030D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.8842608755164246E-002 1620 8.592201 1.630E+05 -18.548848 3.458824 51.840777 0.000000 0.000000 0.000000 0.222590 -4.641183 1312 0 1.2365E+00 8.592201 0.300440 -7.023914 4.439886 -99.000000 51.840777 0.000000 0.800078 0.777410 0.153810 4 2.8546E+05 3.128412 6.404242 3.458824 -45.339936 -8.699878 48.978830 0.152862 0.041207 0.000000 -0.182E-07 max increase log_rel_run_E_err -11.6130323567737062 rel_E_err 2.4376291979293617D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.8746781300020865E-002 1630 8.610911 1.658E+05 -24.403983 -0.553667 51.840777 0.000000 0.000000 0.000000 0.222590 -4.580747 1381 0 1.4401E+00 8.610911 0.287342 -6.295787 4.577717 -99.000000 51.840777 0.000000 0.800078 0.777410 0.153846 5 2.8568E+05 3.184851 6.407407 -0.553668 -42.250389 -8.692107 48.978830 0.152862 0.041207 0.000000 -0.157E-07 lgRho_cntr log_rel_run_E_err -11.5638618813893501 rel_E_err 2.7298458172368455D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.8542583230636455E-002 1640 8.629386 1.684E+05 -23.037106 -0.224361 51.840777 0.000000 0.000000 0.000000 0.222590 -4.521169 1532 0 1.3714E+00 8.629386 0.275366 -5.604013 4.713900 -99.000000 51.840777 0.000000 0.800078 0.777410 0.153887 4 2.8589E+05 3.240625 6.410677 -0.224363 -39.326884 -8.685072 48.978830 0.152862 0.041207 0.000000 -0.134E-07 lgRho_cntr log_rel_run_E_err -11.5366799491402361 rel_E_err 2.9061635462812434D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.8333944899134396E-002 1650 8.647654 1.719E+05 -22.827598 0.126854 51.830148 0.000000 0.000000 0.000000 0.221928 -4.462330 1598 0 1.3222E+00 8.647654 0.256542 -4.955466 4.849346 -4.183308 51.830148 0.000000 0.800078 0.778072 0.153935 5 2.8612E+05 3.295826 6.409049 0.126850 -36.551411 -8.657545 48.978830 0.152862 0.041207 0.000000 -0.145E-07 lgRho_cntr log_rel_run_E_err -11.4936472680103936 rel_E_err 3.2088744995820226D-12 save photos/x650 for model 1650 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.8124594567971697E-002 1660 8.665786 1.747E+05 -22.586903 0.470008 51.815050 0.000000 0.000000 0.000000 0.220867 -4.403842 1605 0 1.3259E+00 8.665786 0.244104 -4.340351 4.985584 -4.179207 51.815050 0.000000 0.800078 0.779133 0.153996 5 2.8635E+05 3.350743 6.411689 0.470001 -33.906781 -8.643045 48.978830 0.152862 0.041207 0.000000 -0.118E-07 lgRho_cntr log_rel_run_E_err -11.5117591267815751 rel_E_err 3.0778033868607643D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.7911290639213087E-002 1670 8.683891 1.772E+05 -22.883317 0.807912 51.799550 0.000000 0.000000 0.000000 0.219976 -4.345295 1621 0 1.3293E+00 8.683891 0.232827 -3.749570 5.125507 -4.174471 51.799550 0.000000 0.800078 0.780024 0.154075 5 2.8658E+05 3.405729 6.414517 0.807900 -31.371439 -8.630744 49.013989 0.152862 0.041207 0.000000 -0.102E-07 lgRho_cntr log_rel_run_E_err -11.5222346057907661 rel_E_err 3.0044528593524786D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.7691018119672773E-002 1680 8.701848 1.797E+05 -22.713947 1.139463 51.783765 0.000000 0.000000 0.000000 0.219092 -4.285943 1637 0 1.3233E+00 8.701848 0.222446 -3.184311 5.272365 -4.169320 51.783765 0.000000 0.800078 0.780908 0.154231 5 2.8681E+05 3.460913 6.417405 1.139442 -28.950819 -8.619669 49.013989 0.152862 0.041207 0.000000 -0.909E-08 lgRho_cntr log_rel_run_E_err -11.4160188675593091 rel_E_err 3.8369057601510131D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.7464402673903332E-002 1690 8.719745 1.820E+05 -25.062085 1.464581 51.767840 0.000000 0.000000 0.000000 0.218582 -4.226997 1672 0 1.3266E+00 8.719745 0.212795 -2.644185 5.431825 -4.164046 51.767840 0.000000 0.800078 0.781418 0.154386 5 2.8705E+05 3.515915 6.420306 1.464548 -26.638415 -8.609769 49.013989 0.152862 0.041207 0.000000 -0.822E-08 lgRho_cntr log_rel_run_E_err -11.5126433945804827 rel_E_err 3.0715430411982520D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.7231717301551797E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 1700 8.735928 1.840E+05 -25.333366 1.754999 51.753411 0.000000 0.000000 0.000000 0.218341 -4.172390 1691 0 1.3145E+00 8.735928 0.204626 -2.174071 5.594289 -4.159187 51.753411 0.000000 0.800078 0.781659 0.154603 5 2.8726E+05 3.566297 6.422929 1.754948 -24.625316 -8.601893 49.013989 0.152862 0.041207 0.000000 -0.762E-08 lgRho_cntr log_rel_run_E_err -11.5098226976341476 rel_E_err 3.0915573148859292D-12 save LOGS/profile20.data for model 1700 save photos/x700 for model 1700 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.7014592578254147E-002 1710 8.751901 1.859E+05 -24.791784 2.038224 51.739438 0.000000 0.000000 0.000000 0.218244 -4.116157 1706 0 1.2888E+00 8.751901 0.197002 -1.726720 5.777675 -4.154363 51.739438 0.000000 0.800078 0.781756 0.154947 5 2.8746E+05 3.617113 6.425491 2.038150 -22.708026 -8.594946 49.013989 0.152862 0.041207 0.000000 -0.733E-08 lgRho_cntr log_rel_run_E_err -11.5065103338926598 rel_E_err 3.1152267693076399D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.6793716384069338E-002 1720 8.767526 1.877E+05 -23.768526 2.310972 51.726466 0.000000 0.000000 0.000000 0.218185 -4.057157 1707 0 1.2407E+00 8.767526 0.189847 -1.305150 5.982441 -4.149594 51.726466 0.000000 0.800078 0.781815 0.155500 5 2.8764E+05 3.668622 6.427934 2.310867 -20.896746 -8.588448 49.013989 0.152862 0.041207 0.000000 -0.751E-08 lgRho_cntr log_rel_run_E_err -11.5100114005302068 rel_E_err 3.0902143111881308D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.6570968476357770E-002 1730 8.782631 1.894E+05 -19.555430 2.569321 51.715153 0.000000 0.000000 0.000000 0.218150 -3.994144 1723 0 1.1620E+00 8.782631 0.183004 -0.912745 6.203456 -4.145139 51.715153 0.000000 0.800078 0.781850 0.156354 3 2.8780E+05 3.721074 6.430195 2.569178 -19.203404 -8.581483 49.013989 0.152861 0.041208 0.000000 -0.849E-08 lgRho_cntr log_rel_run_E_err -11.5122230216492945 rel_E_err 3.0745175635760613D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.6348864182363912E-002 1740 8.797087 1.911E+05 -19.132161 2.814641 51.706014 0.000000 0.000000 0.000000 0.218125 -3.926360 1725 0 1.0491E+00 8.797087 0.176271 -0.551182 6.432132 -4.141146 51.706014 0.000000 0.800077 0.781875 0.157574 3 2.8793E+05 3.774563 6.432223 2.814454 -17.634127 -8.573038 49.013989 0.152860 0.041211 0.000000 -0.108E-07 lgRho_cntr log_rel_run_E_err -11.5049874804584764 rel_E_err 3.1261694848808836D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.6129609325299900E-002 1750 8.810869 1.928E+05 -18.545522 3.060441 51.699171 0.000000 0.000000 0.000000 0.218107 -3.854009 1724 0 9.0612E-01 8.810869 0.169421 -0.218733 6.660801 -4.137701 51.699171 0.000000 0.800075 0.781893 0.159160 3 2.8802E+05 3.828956 6.434000 3.060213 -16.182849 -8.562224 49.013989 0.152856 0.041216 0.000000 -0.151E-07 lgRho_cntr log_rel_run_E_err -11.5202278837984196 rel_E_err 3.0183675014605828D-12 save photos/x750 for model 1750 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.5913825812183409E-002 1760 8.824075 1.946E+05 -18.342654 3.327009 51.694345 0.000000 0.000000 0.000000 0.218095 -3.778059 1733 0 7.4185E-01 8.824075 0.162296 0.089290 6.885261 -4.134783 51.694345 0.000000 0.800070 0.781905 0.161055 3 2.8809E+05 3.883981 6.435548 3.326758 -14.832447 -8.548632 49.013989 0.152849 0.041228 0.000000 -0.227E-07 lgRho_cntr log_rel_run_E_err -11.5155400663446645 rel_E_err 3.0511245310990791D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.5700162587857147E-002 1770 8.836858 1.964E+05 -17.907904 3.627110 51.691074 0.000000 0.000000 0.000000 0.218087 -3.699695 1731 0 5.6485E-01 8.836858 0.154839 0.378526 7.104298 -4.132661 51.691074 0.000000 0.800061 0.781913 0.163178 3 2.8813E+05 3.939381 6.436907 3.626865 -13.561896 -8.532337 49.013989 0.152836 0.041250 0.000000 -0.350E-07 lgRho_cntr log_rel_run_E_err -11.5196217825583282 rel_E_err 3.0225828749833690D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.5485956153073090E-002 1780 8.849369 1.983E+05 -17.593129 3.961310 51.688905 0.000000 0.000000 0.000000 0.218081 -3.619932 1742 0 3.8127E-01 8.849369 0.147001 0.653953 7.318179 -4.130206 51.688905 0.000000 0.800045 0.781919 0.165459 3 2.8816E+05 3.994966 6.438108 3.961096 -12.352460 -8.513382 49.013989 0.152811 0.041290 0.000000 -0.554E-07 lgRho_cntr log_rel_run_E_err -11.5090193933091705 rel_E_err 3.0972809878370043D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.5268002644919397E-002 1790 8.861738 2.003E+05 -20.366466 4.322887 51.687476 0.000000 0.000000 0.000000 0.218078 -3.539490 1746 0 1.9494E-01 8.861738 0.138658 0.919341 7.527579 -4.115713 51.687476 0.000000 0.800016 0.781922 0.167842 4 2.8818E+05 4.050639 6.439046 4.322716 -11.189646 -8.520923 49.013989 0.152768 0.041361 0.000000 -0.102E-06 lgRho_cntr log_rel_run_E_err -11.5183928550504060 rel_E_err 3.0311480211798204D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.5042993191343285E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 1800 8.874048 2.024E+05 -17.050396 4.703296 51.686547 0.000000 0.000000 0.000000 0.218076 -3.458897 1756 0 8.1370E-03 8.874048 0.130340 1.177200 7.733023 -4.127175 51.686547 0.000000 0.799967 0.781924 0.170288 3 2.8819E+05 4.106314 6.440201 4.703166 -10.063844 -8.469439 49.013989 0.152693 0.041484 0.000000 -0.136E-06 lgRho_cntr log_rel_run_E_err -11.5224552584452145 rel_E_err 3.0029267701569611D-12 save LOGS/profile21.data for model 1800 save photos/x800 for model 1800 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.4807655740054124E-002 1810 8.886360 2.046E+05 -16.752682 5.095715 51.685941 0.000000 0.000000 0.000000 0.218074 -3.378475 1766 0 -1.7762E-01 8.886360 0.121583 1.429354 7.935026 -4.125824 51.685941 0.000000 0.799883 0.781926 0.172775 3 2.8820E+05 4.161955 6.441137 5.095622 -8.967569 -8.445174 49.013989 0.152564 0.041695 0.000000 -0.213E-06 lgRho_cntr log_rel_run_E_err -11.5267705773348847 rel_E_err 2.9732362742301568D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.4558366647115571E-002 1820 8.898726 2.068E+05 -16.586250 5.494896 51.685544 0.000000 0.000000 0.000000 0.218073 -3.298472 1778 0 -3.6200E-01 8.898726 0.112586 1.676748 8.133706 -4.124879 51.685544 0.000000 0.799740 0.781927 0.175286 3 2.8821E+05 4.217541 6.442023 5.494830 -7.897200 -8.419804 49.013989 0.152346 0.042054 0.000000 -0.329E-06 lgRho_cntr log_rel_run_E_err -11.5302891098000675 rel_E_err 2.9492452607109782D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.4291415778840798E-002 1830 8.911171 2.091E+05 -16.329377 5.897905 51.685283 0.000000 0.000000 0.000000 0.218072 -3.219051 1797 0 -5.4381E-01 8.911171 0.103378 1.920241 8.329332 -4.123433 51.685283 0.000000 0.799495 0.781928 0.177820 3 2.8821E+05 4.273047 6.442863 5.897860 -6.848664 -8.393497 49.013989 0.151974 0.042665 0.000000 -0.506E-06 lgRho_cntr log_rel_run_E_err -11.5401680546606116 rel_E_err 2.8829157137422285D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.4002207859565816E-002 1840 8.923725 2.115E+05 -16.059662 6.302776 51.685110 0.000000 0.000000 0.000000 0.218072 -3.140363 1802 0 -7.2280E-01 8.923725 0.094000 2.160371 8.522033 -4.122451 51.685110 0.000000 0.799079 0.781928 0.180384 3 2.8821E+05 4.328461 6.443679 6.302745 -5.818837 -8.366309 49.013989 0.151339 0.043708 0.000001 -0.765E-06 lgRho_cntr log_rel_run_E_err -11.8777282661024319 rel_E_err 1.3251704222947465D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.3685457840847819E-002 1850 8.936417 2.139E+05 -15.792873 6.708472 51.684994 0.000000 0.000000 0.000000 0.218072 -3.062567 1812 0 -8.9840E-01 8.936417 0.084535 2.397693 8.712047 -4.121620 51.684994 0.000000 0.798367 0.781928 0.183001 3 2.8821E+05 4.383764 6.444414 6.708451 -4.803920 -8.375954 49.013989 0.150256 0.045487 0.000001 -0.112E-05 lgRho_cntr log_rel_run_E_err -11.3229232267018052 rel_E_err -4.7541926173032119D-12 save photos/x850 for model 1850 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.3334625331072560E-002 1860 8.949288 2.164E+05 -16.885720 7.114317 51.684917 0.000000 0.000000 0.000000 0.218072 -2.985879 1818 0 -1.0699E+00 8.949288 0.074844 2.632844 8.899735 -4.120433 51.684917 0.000000 0.797152 0.781928 0.185717 5 2.8821E+05 4.438936 6.445199 7.114303 -3.798820 -8.348427 49.013989 0.148405 0.048527 0.000002 -0.166E-05 lgRho_cntr log_rel_run_E_err -11.0276257882974988 rel_E_err 9.3837020939478285D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.2941566531846935E-002 1870 8.962403 2.178E+05 -15.929604 7.519840 51.684883 0.000000 0.000000 0.000000 0.218071 -2.910632 1831 0 -1.2366E+00 8.962403 0.072143 2.866657 9.085625 -99.000000 51.684883 0.000000 0.795077 0.781929 0.188615 5 2.8822E+05 4.493948 6.450993 7.519830 -2.796140 -8.371261 49.013989 0.145238 0.053719 0.000005 -0.162E-05 lgRho_cntr log_rel_run_E_err -9.2061188447846529 rel_E_err 6.2213001585147094D-10 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.2495965953819805E-002 1880 8.975858 2.201E+05 -14.872915 7.924476 51.684883 0.000000 0.000000 0.000000 0.218071 -2.837350 1831 0 -1.3968E+00 8.975858 0.063443 3.100386 9.270603 -99.000000 51.684883 0.000000 0.791550 0.781929 0.191844 3 2.8822E+05 4.548746 6.452261 7.924469 -1.785314 -8.347974 49.013989 0.139843 0.062542 0.000009 -0.319E-05 lgRho_cntr log_rel_run_E_err -10.9988962327691624 rel_E_err -1.0025447503664748D-11 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.1984090218697680E-002 1890 8.989795 2.227E+05 -13.984383 8.327642 51.684883 0.000000 0.000000 0.000000 0.218071 -2.766753 1844 0 -1.5485E+00 8.989795 0.053716 3.336254 9.456345 -99.000000 51.684883 0.000000 0.785642 0.781929 0.195663 6 2.8822E+05 4.603273 6.453275 8.327637 -0.750343 -8.318458 49.013989 0.130761 0.077324 0.000017 -0.476E-05 lgRho_cntr log_rel_run_E_err -11.5160189143149090 rel_E_err 3.0477622511458980D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.1385885127615513E-002 set special rate factor for r_c12_ag_o16 3 1.0000000000000000 set special rate factor for r_he4_he4_he4_to_c12 24 1.0000000000000000 create rate data for r_c12_ag_o16 create rate data for r_o16_ga_c12 create rate data for r_c12_to_he4_he4_he4 create rate data for r_he4_he4_he4_to_c12 write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_c12_ag_o16_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_o16_ga_c12_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_c12_to_he4_he4_he4_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_he4_he4_he4_to_c12_0.bin set special rate factor for r_c12_ag_o16 3 1.0000000000000000 set special rate factor for r_he4_he4_he4_to_c12 24 1.0000000000000000 change to "approx21_plus_co56.net" number of species 22 new net = approx21_plus_co56.net __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 1900 9.002068 2.251E+05 -15.469329 8.663028 51.684883 0.000000 0.000000 0.000000 0.218071 -2.709906 1864 0 -2.2964E+00 9.002068 0.045079 3.538062 9.614455 -99.000000 51.684883 0.000000 0.777930 0.781929 0.199612 6 2.8822E+05 4.649047 6.454101 8.663025 0.149263 -8.290921 49.013989 0.118824 0.096620 0.000030 -0.652E-05 max increase log_rel_run_E_err -9.2812111115271101 rel_E_err 5.2334597508482305D-10 save LOGS/profile22.data for model 1900 save photos/x900 for model 1900 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.0796386983747469E-002 1910 9.012336 2.270E+05 -16.207462 8.925920 51.684883 0.000000 0.000000 0.000000 0.218071 -2.666013 1866 0 -1.7825E+00 9.012336 0.037880 3.702923 9.743041 -99.000000 51.684883 0.000000 0.769502 0.781929 0.203452 6 2.8822E+05 4.685797 6.454770 8.925917 0.892013 -8.267444 49.013989 0.105664 0.117705 0.000046 -0.825E-05 Lnuc log_rel_run_E_err -11.5075540016433440 rel_E_err 3.1077494506459275D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.0252723688120273E-002 1920 9.027712 2.300E+05 -13.291843 9.284986 51.684883 0.000000 0.000000 0.000000 0.218071 -2.603944 1833 0 -1.8941E+00 9.027712 0.026952 3.946837 9.931969 -99.000000 51.684883 0.000000 0.753918 0.781929 0.210274 5 2.8822E+05 4.739297 6.455745 9.284984 1.992437 -8.231239 49.013989 0.080970 0.156700 0.000085 -0.115E-04 lgRho_cntr log_rel_run_E_err -11.5296296714182454 rel_E_err 2.9537268345977899D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.9330922724631505E-002 1930 9.042983 2.331E+05 -12.143513 9.597756 51.684883 0.000000 0.000000 0.000000 0.218071 -2.539121 1797 0 -2.0426E+00 9.042983 0.015843 4.189382 10.118366 -99.000000 51.684883 0.000000 0.737714 0.781929 0.217965 3 2.8822E+05 4.793819 6.456720 9.597754 3.062493 -8.194346 49.013989 0.054727 0.197250 0.000142 -0.157E-04 lgRho_cntr log_rel_run_E_err -11.1860471722377053 rel_E_err -6.5155761927219522D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.8252842534945729E-002 1940 9.057151 2.361E+05 -16.411709 9.850714 51.684883 0.000000 0.000000 0.000000 0.218071 -2.469051 1745 0 -2.2028E+00 9.057151 0.005218 4.417044 10.291915 -99.000000 51.684883 0.000000 0.725278 0.781929 0.225189 5 2.8822E+05 4.848669 6.457649 9.850713 4.022881 -8.159354 49.013989 0.034104 0.228374 0.000202 -0.211E-04 lgRho_cntr log_rel_run_E_err -11.5601077259141825 rel_E_err 2.7535456069089372D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.7071171039539552E-002 1950 9.070230 2.390E+05 -16.414286 10.057040 51.684883 0.000000 0.000000 0.000000 0.218071 -2.394854 1714 0 -2.3604E+00 9.070230 -0.004743 4.627218 10.450833 -99.000000 51.684883 0.000000 0.717359 0.781929 0.231356 5 2.8822E+05 4.903387 6.458534 10.057038 4.867947 -8.126934 49.013989 0.020679 0.248196 0.000254 -0.281E-04 lgRho_cntr log_rel_run_E_err -11.5471062276724634 rel_E_err 2.8372249632861624D-12 save photos/x950 for model 1950 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.5815102181830205E-002 1960 9.082660 2.417E+05 -14.582224 10.234521 51.684883 0.000000 0.000000 0.000000 0.218071 -2.318707 1664 0 -2.5087E+00 9.082660 -0.014165 4.823878 10.598390 -99.000000 51.684883 0.000000 0.712631 0.781929 0.236596 4 2.8822E+05 4.957807 6.459389 10.234520 5.629231 -8.096623 49.013989 0.012508 0.260027 0.000293 -0.375E-04 lgRho_cntr log_rel_run_E_err -11.5511919097406928 rel_E_err 2.8106585582291240D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.4481068253606459E-002 1970 9.094796 2.443E+05 -15.631830 10.395467 51.684883 0.000000 0.000000 0.000000 0.218071 -2.241966 1628 0 -2.6481E+00 9.094796 -0.023210 5.011782 10.738385 -99.000000 51.684883 0.000000 0.709832 0.781929 0.241188 5 2.8822E+05 5.011974 6.460253 10.395465 6.337621 -8.067957 49.013989 0.007583 0.267023 0.000322 -0.498E-04 lgRho_cntr log_rel_run_E_err -11.5628483886474012 rel_E_err 2.7362237699513213D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.3051416432493430E-002 1980 9.106897 2.470E+05 -11.806363 10.546056 51.684883 0.000000 0.000000 0.000000 0.218071 -2.165445 1576 0 -2.7834E+00 9.106897 -0.031996 5.193192 10.872626 -99.000000 51.684883 0.000000 0.708177 0.781929 0.245320 3 2.8822E+05 5.065996 6.461147 10.546054 7.009106 -8.040573 49.013989 0.004609 0.271152 0.000345 -0.649E-04 lgRho_cntr log_rel_run_E_err -11.2539337921645384 rel_E_err 5.5727069791469790D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.1519231639630170E-002 1990 9.119071 2.495E+05 -11.359956 10.690455 51.684883 0.000000 0.000000 0.000000 0.218071 -2.089503 1541 0 -2.9148E+00 9.119071 -0.040639 5.370296 11.002862 -99.000000 51.684883 0.000000 0.707210 0.781929 0.249132 3 2.8822E+05 5.119908 6.462038 10.690453 7.656427 -8.013932 49.013989 0.002799 0.273552 0.000365 -0.880E-04 lgRho_cntr log_rel_run_E_err -11.1355441680786829 rel_E_err 7.3190688392858195D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 2.9874007787455328E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 2000 9.131434 2.522E+05 -11.224749 10.831069 51.684883 0.000000 0.000000 0.000000 0.218071 -2.014256 1495 0 -3.0440E+00 9.131434 -0.049233 5.544281 11.130032 -99.000000 51.684883 0.000000 0.706716 0.781929 0.252701 3 2.8822E+05 5.173869 6.462905 10.831067 8.285861 -7.987628 49.013989 0.001693 0.274765 0.000387 -0.115E-03 lgRho_cntr log_rel_run_E_err -11.0065461982117689 rel_E_err 9.8503985330717997D-12 save LOGS/profile23.data for model 2000 save photos/2000 for model 2000 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 2.8111835107597193E-002 2010 9.143941 2.547E+05 -10.981692 10.968691 51.684883 0.000000 0.000000 0.000000 0.218071 -1.940354 1469 0 -3.1704E+00 9.143941 -0.057585 5.714809 11.253942 -99.000000 51.684883 0.000000 0.706709 0.781929 0.256055 3 2.8822E+05 5.227527 6.463846 10.968689 8.897148 -7.962788 49.013989 0.001020 0.274761 0.000422 -0.148E-03 lgRho_cntr log_rel_run_E_err -10.9738865079204793 rel_E_err 1.0619730412264016D-11 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 2.6245514385731531E-002 2020 9.158239 2.577E+05 -10.893125 11.125422 51.684883 0.000000 0.000000 0.000000 0.218071 -1.858459 1434 0 -3.2912E+00 9.158239 -0.067256 5.908231 11.393695 -99.000000 51.684883 0.000000 0.707909 0.781929 0.259653 3 2.8822E+05 5.287781 6.464932 11.125419 9.584085 -7.934402 49.013989 0.000567 0.271768 0.000524 -0.207E-03 lgRho_cntr log_rel_run_E_err -11.4205078200097674 rel_E_err 3.7974510112913073D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 2.3967456889678176E-002 retry: check_lgL_power_photo_change hard limit 2028 2030 9.169748 2.601E+05 -10.653089 11.250598 51.684883 0.000000 0.000000 0.000000 0.218071 -1.796970 1400 1 -3.6622E+00 9.169748 -0.074727 6.057887 11.501259 -99.000000 51.684883 0.000000 0.711141 0.781929 0.262200 3 2.8822E+05 5.334410 6.465848 11.250596 10.106888 -7.913086 49.013989 0.000354 0.263802 0.000770 -0.247E-03lgL_power_phot log_rel_run_E_err -12.3839616893583138 rel_E_err -4.1308393996825625D-13 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 2.2094068532226611E-002 2040 9.177567 2.617E+05 -14.256198 11.337002 51.684883 0.000000 0.000000 0.000000 0.218071 -1.758310 1384 1 -3.7257E+00 9.177567 -0.079707 6.157044 11.572306 -99.000000 51.684883 0.000000 0.715821 0.781929 0.263707 4 2.8822E+05 5.364772 6.466465 11.336999 10.447189 -7.899042 49.013989 0.000256 0.252363 0.001198 -0.304E-03lgL_power_phot log_rel_run_E_err -11.5858588293167752 rel_E_err 2.5950227566731693D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 2.0803188423098730E-002 2050 9.185583 2.632E+05 -10.340438 11.426782 51.684883 0.000000 0.000000 0.000000 0.218071 -1.722489 1359 1 -3.7868E+00 9.185583 -0.084528 6.256425 11.643286 -99.000000 51.684883 0.000000 0.724434 0.781929 0.264992 3 2.8822E+05 5.394282 6.467037 11.426779 10.779489 -7.885444 49.013989 0.000181 0.231543 0.002266 -0.327E-03lgL_power_phot log_rel_run_E_err -11.7295353216750495 rel_E_err -1.8640805642479588D-12 save photos/x050 for model 2050 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 1.9473857255600795E-002 2060 9.193841 2.649E+05 -11.604432 11.521123 51.684883 0.000000 0.000000 0.000000 0.218071 -1.690768 1339 1 -3.8390E+00 9.193841 -0.089512 6.356234 11.714364 -99.000000 51.684883 0.000000 0.739150 0.781929 0.265975 5 2.8822E+05 5.422478 6.467720 11.521120 11.098619 -7.871866 49.018375 0.000125 0.196672 0.005017 -0.394E-03lgL_power_phot log_rel_run_E_err -11.5723638301396825 rel_E_err 2.6769247918316026D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 1.8106106125980646E-002 2070 9.202351 2.665E+05 -11.970351 11.619646 51.684883 0.000000 0.000000 0.000000 0.218071 -1.663328 1330 1 -3.8763E+00 9.202351 -0.094537 6.457148 11.786022 -99.000000 51.684883 0.000000 0.761234 0.781929 0.266677 6 2.8822E+05 5.449291 6.468387 11.619643 11.396298 -7.858177 49.018375 0.000081 0.146202 0.011660 -0.438E-03lgL_power_phot log_rel_run_E_err -11.4831852607120872 rel_E_err 3.2871137973900286D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 1.6693870520991215E-002 2080 9.211167 2.682E+05 -8.654334 11.720311 51.684883 0.000000 0.000000 0.000000 0.218071 -1.636523 1320 1 -3.8929E+00 9.211167 -0.099911 6.561853 11.860153 -99.000000 51.684883 0.000000 0.788201 0.781929 0.267384 3 2.8822E+05 5.476368 6.469005 11.720308 11.664930 -7.843243 49.018375 0.000047 0.088378 0.024862 -0.425E-03lgL_power_phot log_rel_run_E_err -11.7560421574094605 rel_E_err 1.7537102591309087D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 1.5201800815083601E-002 2090 9.223116 2.708E+05 -11.555083 11.850158 51.684883 0.000000 0.000000 0.000000 0.218071 -1.590917 1296 1 -3.7796E+00 9.223116 -0.107627 6.709565 11.964261 -99.000000 51.684883 0.000000 0.818470 0.781929 0.269128 4 2.8822E+05 5.517049 6.470052 11.850155 11.961771 -7.822661 49.018375 0.000018 0.030982 0.049312 -0.582E-03lgL_power_phot log_rel_run_E_err -11.5646772059866496 rel_E_err 2.7247257371585010D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 1.3060941993829065E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 2100 9.236726 2.739E+05 -12.619429 11.994849 51.684883 0.000000 0.000000 0.000000 0.218071 -1.522297 1280 1 -3.8858E+00 9.236726 -0.116995 6.884256 12.086651 -99.000000 51.684883 0.000000 0.834724 0.781929 0.272257 6 2.8822E+05 5.570598 6.471247 11.994846 12.220251 -7.797664 49.018375 0.000003 0.005603 0.068931 -0.760E-03 lgRho_cntr log_rel_run_E_err -11.5169126142641147 rel_E_err 3.0414969531189481D-12 save LOGS/profile24.data for model 2100 save photos/x100 for model 2100 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 1.0492354783251128E-002 Turning on Riemann hydro! save LOGS/prehydro_prof001.data for model 2102 2110 9.239987 2.730E+05 -6.920267 12.036818 51.684883 0.000000 0.000000 0.000000 0.218071 -1.504750 2509 1 -4.9448E+00 9.239987 -0.114773 6.929018 12.117942 -99.000000 51.684883 0.000000 0.836430 0.781929 0.273055 3 2.8822E+05 5.583913 6.469614 12.036815 12.280702 -7.861875 49.018375 0.000002 0.003277 0.071381 0.627E-02 max increase log_rel_run_E_err -10.6908065853954657 rel_E_err 1.7772188805593936D-12 check gamma integral 9.8296490926567861E-003 2120 9.244216 2.737E+05 -10.172555 12.079978 51.684883 0.000000 0.000000 0.000000 0.218071 -1.481258 2512 1 -4.1530E+00 9.244216 -0.115630 6.982689 12.155425 -99.000000 51.684883 0.000000 0.837839 0.781929 0.274137 5 2.8822E+05 5.601502 6.472382 12.079974 12.339116 -7.870951 49.018375 0.000001 0.001403 0.073489 -0.856E-03 max increase log_rel_run_E_err -10.3300125068216744 rel_E_err 2.7161215616674767D-12 check gamma integral 9.0337367984469601E-003 2130 9.257757 2.767E+05 -8.382724 12.216158 51.684883 0.000000 0.000000 0.000000 0.218071 -1.406000 2513 1 -4.1244E+00 9.257757 -0.124521 7.150534 12.272176 -99.000000 51.684883 0.000000 0.838795 0.781929 0.277545 5 2.8822E+05 5.657876 6.473698 12.216154 12.502043 -7.850244 49.018375 0.000000 0.000032 0.075277 -0.115E-02 lgRho_cntr log_rel_run_E_err -10.1343017896071270 rel_E_err 2.8231269261238385D-12 check gamma integral 6.5491419827559197E-003 2140 9.271088 2.796E+05 -7.070605 12.351171 51.684883 0.000000 0.000000 0.000000 0.218071 -1.335793 2512 1 -4.2569E+00 9.271088 -0.132927 7.309559 12.382479 -99.000000 51.684883 0.000000 0.838521 0.781929 0.280609 5 2.8822E+05 5.711769 6.474993 12.351168 12.644148 -7.831260 49.018375 0.000000 0.000011 0.075715 -0.150E-02 lgRho_cntr log_rel_run_E_err -9.9974044393682533 rel_E_err 2.7118816436114964D-12 check gamma integral 4.2151698455594067E-003 2150 9.284788 2.825E+05 -5.942955 12.488097 51.684883 0.000000 0.000000 0.000000 0.218071 -1.267604 2513 1 -4.3821E+00 9.284788 -0.141246 7.467668 12.492093 -99.000000 51.684883 0.000000 0.837804 0.781929 0.283564 5 2.8822E+05 5.765518 6.476341 12.488093 12.781519 -7.813144 49.018375 0.000000 0.000011 0.076730 -0.197E-02 lgRho_cntr log_rel_run_E_err -9.8906534468251852 rel_E_err 2.7029247198942962D-12 save photos/x150 for model 2150 check gamma integral 1.9341545331921920E-003 reached high velocities 0.40505740330740742 stopping in at least 1482.1546539973729 seconds save LOGS/gamma1_prof001.data for model 2159 2160 9.298888 2.854E+05 -4.264271 12.626495 51.684883 0.000000 0.000000 0.000000 0.218071 -1.201811 2513 1 -4.5021E+00 9.298888 -0.149516 7.625348 12.601601 -99.000000 51.684883 0.000000 0.835991 0.781929 0.286567 5 2.8822E+05 5.819034 6.477742 12.626490 12.916898 -7.795823 49.018375 0.000000 0.000010 0.079282 -0.252E-02 lgRho_cntr log_rel_run_E_err -9.6613265919087876 rel_E_err -4.8765452837889960D-11 check gamma integral -2.8168500325398291E-004 retry: check_lgL_power_photo_change hard limit 2165 residual_norm > tol_residual_norm 2165 5.1997381645102223D-05 9.9999999999999995D-07 max_residual > tol_max_residual 2165 1.3903373349821562D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 2165 residual_norm > tol_residual_norm 2166 4.3907714373625818D-05 9.9999999999999995D-07 max_residual > tol_max_residual 2166 3.8688063235840487D-03 1.0000000000000000D-03 correction_norm > tol_correction_norm*coeff 2166 2.4279978860810617D-03 6.0000000000000006D-04 2.0000000000000001D-01 max_abs_correction > tol_max_correction*coeff 2166 8.9181396206977917D-02 5.9999999999999998D-02 2.0000000000000001D-01 retry: avg+max corr+resid -- give up in solver 2166 retry: check_lgL_power_photo_change hard limit 2167 retry: check_lgL_power_photo_change hard limit 2167 retry: check_lgL_power_photo_change hard limit 2169 2170 9.294730 2.841E+05 -5.884032 12.379847 51.684883 0.000000 0.000000 0.000000 0.218071 -1.205745 2513 7 -6.0541E+00 9.294730 -0.146589 7.563448 12.562471 -99.000000 51.684883 0.000000 0.834824 0.781929 0.287660 3 2.8822E+05 5.809901 6.475171 12.379840 12.611202 -7.793077 49.018375 0.000000 0.000011 0.080916 -0.653E-01 max increase log_rel_run_E_err -9.0702097734657627 rel_E_err 2.6286466703538394D-12 check gamma integral 5.1240179280610798E-004 retry: check_lgL_power_photo_change hard limit 2171 retry: check_lgL_power_photo_change hard limit 2174 retry: check_lgL_power_photo_change hard limit 2179 2180 9.303953 2.853E+05 -5.678209 12.667981 51.684883 0.000000 0.000000 0.000000 0.218071 -1.178267 2513 10 -6.5718E+00 9.303953 -0.152336 7.679831 12.639462 -99.000000 51.684883 0.000000 0.834783 0.781929 0.287821 3 2.8822E+05 5.838240 6.471362 12.667976 12.958953 -7.761142 49.018375 0.000000 0.000010 0.080974 -0.183E+00 max increase log_rel_run_E_err -9.0548655319229638 rel_E_err 2.8040958435051117D-12 check gamma integral -1.0247567440542320E-003 retry: check_lgL_power_photo_change hard limit 2186 2190 9.314671 2.863E+05 -5.421497 13.010862 51.684883 0.000000 0.000000 0.000000 0.218071 -1.146376 2514 11 -6.7540E+00 9.314671 -0.158075 7.811687 12.727796 -99.000000 51.684883 0.000000 0.834735 0.781929 0.288009 3 2.8822E+05 5.871176 6.465565 13.010859 13.354449 -7.722638 49.018375 0.000000 0.000010 0.081042 -0.317E+00lgL_power_phot log_rel_run_E_err -9.0358735352239350 rel_E_err 4.4405525505257560D-12 check gamma integral -2.7216850541023421E-003 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 2200 9.327422 2.869E+05 -5.100719 13.425637 51.684883 0.000000 0.000000 0.000000 0.218071 -1.108350 2516 11 -6.8972E+00 9.327422 -0.163877 7.963888 12.831277 -99.000000 51.684883 0.000000 0.834650 0.781929 0.288257 3 2.8822E+05 5.910433 6.457828 13.425636 13.810260 -7.678945 49.018375 0.000000 0.000010 0.081161 -0.485E+00lgL_power_phot log_rel_run_E_err -9.0014236845896054 rel_E_err 7.8299776353951282D-12 save LOGS/profile25.data for model 2200 save photos/x200 for model 2200 check gamma integral -4.6028870056180711E-003 2210 9.341881 2.872E+05 -4.721609 13.896229 51.684883 0.000000 0.000000 0.000000 0.218071 -1.065171 2517 11 -7.0749E+00 9.341881 -0.169450 8.131257 12.946616 -99.000000 51.684883 0.000000 0.834469 0.781929 0.288582 3 2.8822E+05 5.955029 6.448354 13.896228 14.303154 -7.632921 49.018375 0.000000 0.000009 0.081414 -0.681E+00lgL_power_phot log_rel_run_E_err -8.9803759241132450 rel_E_err 3.0721062781201105D-12 check gamma integral -6.5448337155101632E-003 2220 9.356567 2.872E+05 -4.330559 14.358153 51.684883 0.000000 0.000000 0.000000 0.218071 -1.021430 2518 11 -7.2358E+00 9.356567 -0.174313 8.296879 13.061774 -99.000000 51.684883 0.000000 0.834067 0.781929 0.288985 3 2.8822E+05 6.000346 6.438558 14.358153 14.767024 -7.590917 49.018375 0.000000 0.000009 0.081975 -0.885E+00lgL_power_phot log_rel_run_E_err -8.9676856007552743 rel_E_err 2.1926769479433561D-12 check gamma integral -8.3039841263315220E-003 2230 9.371252 2.870E+05 -3.957782 14.778720 51.684883 0.000000 0.000000 0.000000 0.218071 -0.978236 2519 11 -7.3568E+00 9.371252 -0.178592 8.460061 13.175136 -99.000000 51.684883 0.000000 0.833123 0.781929 0.289520 3 2.8822E+05 6.045503 6.428892 14.778720 15.174067 -7.553445 49.018375 0.000001 0.000009 0.083294 -0.109E+01lgL_power_phot log_rel_run_E_err -8.9587278949747855 rel_E_err 1.8286424610646029D-12 check gamma integral -9.8503124572358412E-003 2240 9.386611 2.867E+05 -3.641912 15.145257 51.684883 0.000000 0.000000 0.000000 0.218071 -0.934695 2520 11 -7.4288E+00 9.386611 -0.182628 8.630808 13.291907 -99.000000 51.684883 0.000000 0.830624 0.781929 0.290409 3 2.8822E+05 6.092110 6.418880 15.145257 15.513118 -7.517937 49.018375 0.000001 0.000010 0.086790 -0.131E+01lgL_power_phot log_rel_run_E_err -8.9453257581698704 rel_E_err 3.3347845554089472D-12 check gamma integral -1.1247066451559533E-002 2250 9.403995 2.862E+05 -3.526831 15.460703 51.684883 0.000000 0.000000 0.000000 0.218071 -0.890829 2506 11 -7.4652E+00 9.403995 -0.186814 8.826898 13.421278 -99.000000 51.684883 0.000000 0.822545 0.781929 0.292534 3 2.8822E+05 6.142558 6.407523 15.460703 15.778095 -7.480994 49.018375 0.000003 0.000011 0.098054 -0.156E+01 lgRho_cntr log_rel_run_E_err -8.9226634935415259 rel_E_err 9.5609036728949411D-12 save photos/x250 for model 2250 check gamma integral -1.2557799868854315E-002 2260 9.426302 2.854E+05 -4.262465 15.769788 51.684883 0.000000 0.000000 0.000000 0.218071 -0.858711 2496 11 -7.4280E+00 9.426302 -0.191753 9.082981 13.580024 -99.000000 51.684883 0.000000 0.785634 0.781929 0.301228 4 2.8822E+05 6.196388 6.392840 15.769788 15.983708 -7.437492 49.018375 0.000006 0.000013 0.147982 -0.190E+01 lgRho_cntr log_rel_run_E_err -8.8939321319702369 rel_E_err 3.7830562112641882D-12 check gamma integral -1.3817170613548424E-002 2270 9.447110 2.845E+05 -6.445202 16.018015 51.684883 0.000000 0.000000 0.000000 0.218071 -0.880904 2486 11 -7.7075E+00 9.447110 -0.196122 9.327501 13.719265 -99.000000 51.684883 0.000000 0.676057 0.781929 0.329352 4 2.8822E+05 6.221598 6.378769 16.018015 16.119002 -7.402887 49.018375 0.000012 0.000030 0.256289 -0.222E+01 XO_cntr log_rel_run_E_err -8.8545264600652427 rel_E_err 4.1358777118555579D-12 check gamma integral -1.4617843244975419E-002 2280 9.457877 2.840E+05 -7.869510 16.138205 51.684883 0.000000 0.000000 0.000000 0.218071 -0.915196 2481 11 -7.9296E+00 9.457877 -0.198564 9.468408 13.792991 -99.000000 51.684883 0.000000 0.564169 0.781929 0.363600 4 2.8822E+05 6.222514 6.370550 16.138205 16.229512 -7.381737 49.018375 0.000018 0.000047 0.286472 -0.243E+01 XO_cntr log_rel_run_E_err -8.8205565580705674 rel_E_err 4.1658123725301725D-12 check gamma integral -1.4942276708971285E-002 2290 9.465142 2.835E+05 -4.977596 16.214747 51.684883 0.000000 0.000000 0.000000 0.218071 -0.946232 2478 11 -7.9998E+00 9.465142 -0.200477 9.579056 13.846730 -99.000000 51.684883 0.000000 0.460751 0.781929 0.400180 3 2.8822E+05 6.218256 6.363952 16.214747 16.362487 -7.365372 49.018375 0.000024 0.000051 0.314515 -0.260E+01 XO_cntr log_rel_run_E_err -8.7908534723456899 rel_E_err 2.4939346289360128D-12 check gamma integral -1.5145520491105641E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 2300 9.471479 2.830E+05 -4.901688 16.276246 51.684883 0.000000 0.000000 0.000000 0.218071 -0.976300 2475 11 -7.9826E+00 9.471479 -0.202564 9.698262 13.899824 -99.000000 51.684883 0.000001 0.352052 0.781929 0.444555 3 2.8822E+05 6.212106 6.356609 16.276246 16.535273 -7.347760 49.018375 0.000029 0.000048 0.350096 -0.279E+01 dX_nuc o16 log_rel_run_E_err -8.7472739675815134 rel_E_err -5.3909635531359789D-12 save LOGS/profile26.data for model 2300 save photos/x300 for model 2300 check gamma integral -1.5326697559311294E-002 2310 9.477071 2.823E+05 -8.226364 16.319498 51.684883 0.000000 0.000000 0.000000 0.218071 -1.002534 2469 11 -7.8711E+00 9.477071 -0.205128 9.839235 13.955429 -99.000000 51.684883 0.000001 0.244930 0.781929 0.495645 4 2.8822E+05 6.206014 6.347402 16.319498 16.739671 -7.326505 49.018375 0.000035 0.000039 0.386014 -0.303E+01 dX_nuc o16 log_rel_run_E_err -8.6832417678350051 rel_E_err 5.2015775009811952D-12 check gamma integral -1.5504733669289977E-002 2320 9.481086 2.815E+05 -8.040644 16.329691 51.684883 0.000000 0.000000 0.000000 0.218071 -1.020801 2468 11 -7.8086E+00 9.481086 -0.208084 9.987317 14.004852 -99.000000 51.684883 0.000001 0.161768 0.781929 0.541792 4 2.8822E+05 6.201429 6.336561 16.329690 16.923243 -7.302559 49.018375 0.000038 0.000029 0.413076 -0.333E+01 max increase log_rel_run_E_err -8.5603690893030642 rel_E_err 6.0360735536564139D-12 check gamma integral -1.5667755883430577E-002 2330 9.483210 2.804E+05 -7.708881 16.283005 51.684883 0.000000 0.000000 0.000000 0.218071 -1.036226 2469 11 -7.7054E+00 9.483210 -0.212119 10.145019 14.045184 -99.000000 51.684883 0.000002 0.098564 0.781929 0.581933 4 2.8822E+05 6.195504 6.321446 16.283004 17.056416 -7.270918 49.018375 0.000038 0.000019 0.431186 -0.377E+01 max increase log_rel_run_E_err -8.4567643226821989 rel_E_err 7.3383741078574621D-12 check gamma integral -1.5860465113177805E-002 2340 9.479070 2.784E+05 -10.266057 16.050290 51.684883 0.000000 0.000000 0.000000 0.218071 -1.064292 2480 11 -7.4954E+00 9.479070 -0.218925 10.247319 14.042443 -99.000000 51.684883 0.000001 0.057440 0.781929 0.610933 5 2.8822E+05 6.173815 6.295241 16.050289 16.967956 -7.220200 49.018375 0.000030 0.000011 0.438890 -0.457E+01 dX_nuc o16 log_rel_run_E_err -8.3620619869644681 rel_E_err 8.8895816297195980D-12 check gamma integral -1.6239833579412184E-002 2350 9.460360 2.755E+05 -11.565526 15.446165 51.684883 0.000000 0.000000 0.000000 0.218071 -1.132217 2514 11 -7.7186E+00 9.460360 -0.227931 10.102118 13.922328 -99.000000 51.684883 0.000000 0.045838 0.781929 0.617563 5 2.8822E+05 6.110334 6.259430 15.446163 16.314186 -7.157838 49.018375 0.000018 0.000006 0.438523 -0.578E+01 lgRho_cntr log_rel_run_E_err -8.3081861835245316 rel_E_err 1.0464263565066742D-11 save photos/x350 for model 2350 check gamma integral -1.6855935303026363E-002 2360 9.443816 2.738E+05 -12.309835 14.960793 51.684883 0.000000 0.000000 0.000000 0.218071 -1.190363 2524 11 -7.8822E+00 9.443816 -0.233218 9.922617 13.806349 -99.000000 51.684883 0.000000 0.044712 0.781929 0.616252 7 2.8822E+05 6.055857 6.237924 14.960789 15.700926 -7.123485 49.018375 0.000012 0.000004 0.437451 -0.656E+01 lgRho_cntr log_rel_run_E_err -8.2895142470320149 rel_E_err 9.6220340863004587D-12 check gamma integral -1.7087360782719163E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1287 2367 retry: logT > hydro_mtx_max_allowed_logT 1270 2369 retry: logT < hydro_mtx_min_allowed_logT 1300 2370 2370 9.431515 2.727E+05 -12.549565 14.614831 51.684883 0.000000 0.000000 0.000000 0.218071 -1.234061 2533 14 -8.6167E+00 9.431515 -0.236603 9.784311 13.718257 -99.000000 51.684883 0.000000 0.044522 0.781929 0.614732 6 2.8822E+05 6.015392 6.223993 14.614825 15.232960 -7.102253 49.018375 0.000009 0.000003 0.436877 -0.709E+01 retry log_rel_run_E_err -8.2802768056533544 rel_E_err 9.1805067285529574D-12 check gamma integral -1.7088408867636958E-002 retry: logT < hydro_mtx_min_allowed_logT 1274 2373 retry: logT < hydro_mtx_min_allowed_logT 1246 2378 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1240 2380 2380 9.428080 2.724E+05 -12.777991 14.520274 51.684883 0.000000 0.000000 0.000000 0.218071 -1.246342 2533 17 -8.8863E+00 9.428080 -0.237502 9.745463 13.693428 -99.000000 51.684883 0.000000 0.044497 0.781929 0.614285 6 2.8822E+05 6.004091 6.220274 14.520267 15.100674 -7.096708 49.018375 0.000009 0.000003 0.436758 -0.724E+01 retry log_rel_run_E_err -8.2725741424185717 rel_E_err 9.6075196235419343D-12 check gamma integral -1.7061647016384691E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1230 2383 retry: get_eos failed 2386 retry: logT > hydro_mtx_max_allowed_logT 1216 2389 2390 9.426141 2.722E+05 -12.971953 14.467290 51.684883 0.000000 0.000000 0.000000 0.218071 -1.253289 2533 20 -8.9976E+00 9.426141 -0.238001 9.723510 13.679371 -99.000000 51.684883 0.000000 0.044486 0.781929 0.614029 6 2.8822E+05 5.997713 6.218200 14.467283 15.025727 -7.093641 49.018375 0.000008 0.000003 0.436700 -0.732E+01 max increase log_rel_run_E_err -8.2651762940898408 rel_E_err 8.7975591357954181D-12 check gamma integral -1.7041161658232704E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1216 2392 retry: logT < hydro_mtx_min_allowed_logT 1218 2398 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 2400 9.424254 2.720E+05 -12.930257 14.415957 51.684883 0.000000 0.000000 0.000000 0.218071 -1.260066 2533 22 -8.8079E+00 9.424254 -0.238483 9.702116 13.665651 -99.000000 51.684883 0.000000 0.044477 0.781929 0.613778 7 2.8822E+05 5.991501 6.216202 14.415949 14.952549 -7.090696 49.018375 0.000008 0.000003 0.436648 -0.740E+01 max increase log_rel_run_E_err -8.2581108893487585 rel_E_err 8.6340397972176885D-12 save LOGS/profile27.data for model 2400 save photos/x400 for model 2400 check gamma integral -1.7017429542487209E-002 retry: logT < hydro_mtx_min_allowed_logT 1276 2401 retry: abs(dlogT) > hydro_mtx_max_allowe 1194 2403 retry: logT < hydro_mtx_min_allowed_logT 1190 2408 2410 9.422683 2.719E+05 -12.970030 14.373440 51.684883 0.000000 0.000000 0.000000 0.218071 -1.265714 2533 25 -8.9191E+00 9.422683 -0.238880 9.684305 13.654212 -99.000000 51.684883 0.000000 0.044470 0.781929 0.613568 6 2.8822E+05 5.986331 6.214553 14.373431 14.891518 -7.088274 49.018375 0.000008 0.000003 0.436609 -0.746E+01 max increase log_rel_run_E_err -8.2510560484608586 rel_E_err 8.9865443651395974D-12 check gamma integral -1.6994810373436340E-002 retry: logT < hydro_mtx_min_allowed_logT 1198 2412 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1179 2414 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1175 2417 retry: logT < hydro_mtx_min_allowed_logT 1174 2420 2420 9.421415 2.718E+05 -12.855238 14.339245 51.684883 0.000000 0.000000 0.000000 0.218071 -1.270280 2533 29 -9.3314E+00 9.421415 -0.239198 9.669921 13.644963 -99.000000 51.684883 0.000000 0.044466 0.781929 0.613397 6 2.8822E+05 5.982156 6.213229 14.339236 14.842156 -7.086339 49.018375 0.000008 0.000003 0.436579 -0.751E+01 retry log_rel_run_E_err -8.2442113812062114 rel_E_err 8.7258703065792888D-12 check gamma integral -1.6974633515135194E-002 retry: logT < hydro_mtx_min_allowed_logT 1178 2426 2430 9.419927 2.717E+05 -13.174179 14.299275 51.684883 0.000000 0.000000 0.000000 0.218071 -1.275643 2533 30 -8.8407E+00 9.419927 -0.239570 9.653040 13.634094 -99.000000 51.684883 0.000000 0.044461 0.781929 0.613196 9 2.8822E+05 5.977258 6.211687 14.299266 14.784143 -7.084090 49.018375 0.000007 0.000003 0.436548 -0.758E+01 max increase log_rel_run_E_err -8.2375194747817950 rel_E_err 8.8267865178558016D-12 check gamma integral -1.6948762813686628E-002 retry: logT < hydro_mtx_min_allowed_logT 1298 2431 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1150 2434 retry: logT > hydro_mtx_max_allowed_logT 1146 2436 retry: logT < hydro_mtx_min_allowed_logT 1143 2438 2440 9.418737 2.716E+05 -13.479165 14.267403 51.684883 0.000000 0.000000 0.000000 0.218071 -1.279941 2533 34 -9.2530E+00 9.418737 -0.239865 9.639529 13.625384 -99.000000 51.684883 0.000000 0.044458 0.781929 0.613035 6 2.8822E+05 5.973338 6.210454 14.267393 14.737641 -7.082303 49.018375 0.000007 0.000002 0.436524 -0.763E+01 max increase log_rel_run_E_err -8.2309504789770696 rel_E_err 8.9570433864321683D-12 check gamma integral -1.6926338374140353E-002 retry: logT < hydro_mtx_min_allowed_logT 1138 2442 retry: logT < hydro_mtx_min_allowed_logT 1136 2447 2450 9.417706 2.715E+05 -13.127802 14.239882 51.684883 0.000000 0.000000 0.000000 0.218071 -1.283666 2533 36 -9.0632E+00 9.417706 -0.240119 9.627826 13.617831 -99.000000 51.684883 0.000000 0.044455 0.781929 0.612895 7 2.8822E+05 5.969942 6.209396 14.239871 14.697312 -7.080767 49.018375 0.000007 0.000002 0.436505 -0.767E+01 max increase log_rel_run_E_err -8.2244776962279502 rel_E_err 8.7082174879769088D-12 save photos/x450 for model 2450 check gamma integral -1.6905675092785011E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1128 2451 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1208 2455 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1142 2459 2460 9.416576 2.714E+05 -13.500412 14.209806 51.684883 0.000000 0.000000 0.000000 0.218071 -1.287753 2533 39 -9.1745E+00 9.416576 -0.240397 9.614998 13.609544 -99.000000 51.684883 0.000000 0.044452 0.781929 0.612741 6 2.8822E+05 5.966221 6.208240 14.209794 14.653058 -7.079095 49.018375 0.000007 0.000002 0.436486 -0.771E+01 max increase log_rel_run_E_err -8.2180857792141371 rel_E_err 8.2905168217260093D-12 check gamma integral -1.6881696402045121E-002 retry: logT < hydro_mtx_min_allowed_logT 1110 2462 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1102 2466 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1196 2470 2470 9.415488 2.713E+05 -13.788625 14.180919 51.684883 0.000000 0.000000 0.000000 0.218071 -1.291694 2533 42 -9.2858E+00 9.415488 -0.240664 9.602640 13.601551 -99.000000 51.684883 0.000000 0.044450 0.781929 0.612592 6 2.8822E+05 5.962635 6.207131 14.180908 14.610374 -7.077496 49.018375 0.000007 0.000002 0.436469 -0.776E+01 retry log_rel_run_E_err -8.2117570025476443 rel_E_err 9.3213791402137194D-12 check gamma integral -1.6857275407975828E-002 retry: logT > hydro_mtx_max_allowed_logT 1098 2473 retry: logT < hydro_mtx_min_allowed_logT 1164 2478 2480 9.414368 2.712E+05 -13.430724 14.151280 51.684883 0.000000 0.000000 0.000000 0.218071 -1.295754 2533 44 -9.0960E+00 9.414368 -0.240937 9.589922 13.593316 -99.000000 51.684883 0.000000 0.044448 0.781929 0.612439 6 2.8822E+05 5.958944 6.205994 14.151269 14.566396 -7.075860 49.018375 0.000007 0.000002 0.436452 -0.781E+01 max increase log_rel_run_E_err -8.2055622418886216 rel_E_err 8.7693656325461269D-12 check gamma integral -1.6830782043421075E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1088 2481 retry: logT < hydro_mtx_min_allowed_logT 1092 2483 retry: logT < hydro_mtx_min_allowed_logT 1082 2486 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1078 2490 2490 9.413657 2.711E+05 -13.796811 14.132532 51.684883 0.000000 0.000000 0.000000 0.218071 -1.298330 2533 48 -9.5083E+00 9.413657 -0.241109 9.581857 13.588088 -99.000000 51.684883 0.000000 0.044447 0.781929 0.612341 5 2.8822E+05 5.956604 6.205274 14.132519 14.538480 -7.074828 49.018375 0.000007 0.000002 0.436442 -0.784E+01 retry log_rel_run_E_err -8.1994525362719255 rel_E_err 8.5452593663212969D-12 Layers above q= 0.99999914999999995 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8329.0214843750000 max vel inside fraction of cutoff 1561.7779401485654 max c/cs inside fraction of cutoff 0.54604969209674048 average v/vesc outside cutoff -0.24545202269117689 Kinetic plus potential energy outside cutoff -1.4504046907172958E+046 mass inside cutoff 1092 51.684838947829803 relax counter 0 log max v [km/s]= 3.9228211509167235 check gamma integral -1.6813264458682729E-002 retry: logT > hydro_mtx_max_allowed_logT 1075 2493 retry: logT < hydro_mtx_min_allowed_logT 1084 2500 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 2500 9.412855 2.711E+05 -14.023511 14.111379 51.684883 0.000000 0.000000 0.000000 0.218071 -1.301245 2550 50 -9.3186E+00 9.412855 -0.241304 9.572740 13.582174 -99.000000 51.684883 0.000000 0.044446 0.781929 0.612231 5 2.8822E+05 5.953958 6.204463 14.111367 14.506898 -7.073666 49.018375 0.000007 0.000002 0.436431 -0.787E+01 retry log_rel_run_E_err -8.1935121718684947 rel_E_err 8.6162008355153833D-12 save LOGS/profile28.data for model 2500 save photos/x500 for model 2500 k, q, energy_removed_layers before adjustment is 1125 0.99999890000000025 1.3529162345945076E+046 k, q, energy_removed_layers after adjustment is 1332 0.99998516778795665 2.1336022897124274E+047 Layers above q= 0.99998516778795665 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8329.1699218750000 max vel inside fraction of cutoff 1572.5923696502773 max c/cs inside fraction of cutoff 0.55049928220425914 average v/vesc outside cutoff 0.72994144653858595 Kinetic plus potential energy outside cutoff 2.1336022897124274E+047 mass inside cutoff 1332 51.684116278837948 relax counter 0 log max v [km/s]= 3.9484224793382627 check gamma integral -1.6792785513829862E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1084 2502 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1078 2505 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1070 2509 2510 9.412156 2.710E+05 -13.583802 14.093014 51.684883 0.000000 0.000000 0.000000 0.218071 -1.303782 2550 53 -9.4299E+00 9.412156 -0.241472 9.564808 13.577025 -99.000000 51.684883 0.000000 0.044445 0.781929 0.612135 6 2.8822E+05 5.951656 6.203756 14.093001 14.479401 -7.072658 49.018375 0.000006 0.000002 0.436422 -0.790E+01 max increase log_rel_run_E_err -8.1876279222058326 rel_E_err 9.2192821940432470D-12 k, q, energy_removed_layers before adjustment is 1138 0.99999868490654753 3.5748417853779723E+046 k, q, energy_removed_layers after adjustment is 1332 0.99998516778795665 2.2617960932155382E+047 Layers above q= 0.99998516778795665 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8329.3007812500000 max vel inside fraction of cutoff 1581.9217953987447 max c/cs inside fraction of cutoff 0.55435049633372346 average v/vesc outside cutoff 0.74791870605562893 Kinetic plus potential energy outside cutoff 2.2617960932155382E+047 mass inside cutoff 1332 51.684116278837948 relax counter 0 log max v [km/s]= 3.9520198205575596 check gamma integral -1.6774387833421962E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1132 2514 retry: logT < hydro_mtx_min_allowed_logT 1065 2517 2520 9.411336 2.710E+05 -13.792962 14.071483 51.684883 0.000000 0.000000 0.000000 0.218071 -1.306765 2550 55 -9.2401E+00 9.411336 -0.241670 9.555490 13.570971 -99.000000 51.684883 0.000000 0.044443 0.781929 0.612022 6 2.8822E+05 5.948952 6.202931 14.071470 14.447074 -7.071478 49.018375 0.000006 0.000002 0.436412 -0.793E+01 max increase log_rel_run_E_err -8.1818126133589963 rel_E_err 8.7904007697882345D-12 k, q, energy_removed_layers before adjustment is 1152 0.99999841976071935 6.0631013824124888E+046 k, q, energy_removed_layers after adjustment is 1333 0.99998500525917400 2.4076856744960244E+047 Layers above q= 0.99998500525917400 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8329.4492187500000 max vel inside fraction of cutoff 1592.7882376836003 max c/cs inside fraction of cutoff 0.55885121436119001 average v/vesc outside cutoff 0.76738071729653257 Kinetic plus potential energy outside cutoff 2.4076856744960244E+047 mass inside cutoff 1333 51.684107878556851 relax counter 0 log max v [km/s]= 3.9674738878960900 check gamma integral -1.6752077462409771E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1062 2521 retry: logT > hydro_mtx_max_allowed_logT 1057 2526 retry: logT > hydro_mtx_max_allowed_logT 1053 2529 2530 9.410487 2.709E+05 -14.032594 14.049267 51.684883 0.000000 0.000000 0.000000 0.218071 -1.309851 2550 58 -9.3514E+00 9.410487 -0.241874 9.545855 13.564705 -99.000000 51.684883 0.000000 0.044442 0.781929 0.611905 6 2.8822E+05 5.946155 6.202080 14.049253 14.413617 -7.070264 49.018375 0.000006 0.000002 0.436403 -0.797E+01 max increase log_rel_run_E_err -8.1760942584677228 rel_E_err 8.6334559924845406D-12 k, q, energy_removed_layers before adjustment is 1169 0.99999813873080667 8.4072883161821199E+046 k, q, energy_removed_layers after adjustment is 1339 0.99998361717372941 2.5587006976084089E+047 Layers above q= 0.99998361717372941 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8329.6074218750000 max vel inside fraction of cutoff 1603.9222926401087 max c/cs inside fraction of cutoff 0.56347963417540525 average v/vesc outside cutoff 0.78044313701055645 Kinetic plus potential energy outside cutoff 2.5587006976084089E+047 mass inside cutoff 1339 51.684036135523215 relax counter 0 log max v [km/s]= 3.9834264176893637 check gamma integral -1.6728214118517621E-002 retry: logT > hydro_mtx_max_allowed_logT 1050 2533 retry: logT < hydro_mtx_min_allowed_logT 1044 2537 retry: logT < hydro_mtx_min_allowed_logT 1045 2539 2540 9.409668 2.708E+05 -13.912906 14.027864 51.684883 0.000000 0.000000 0.000000 0.218071 -1.312833 2550 61 -9.4627E+00 9.409668 -0.242070 9.536552 13.558650 -99.000000 51.684883 0.000000 0.044441 0.781929 0.611791 6 2.8822E+05 5.943454 6.201257 14.027850 14.381290 -7.069097 49.018375 0.000006 0.000002 0.436394 -0.800E+01 max increase log_rel_run_E_err -8.1704795686768215 rel_E_err 8.8025344087794872D-12 k, q, energy_removed_layers before adjustment is 1178 0.99999787347924374 1.0650593085238136E+047 k, q, energy_removed_layers after adjustment is 1340 0.99998339429806371 2.6983972553971266E+047 Layers above q= 0.99998339429806371 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8329.7578125000000 max vel inside fraction of cutoff 1614.5747912141755 max c/cs inside fraction of cutoff 0.56792395719167499 average v/vesc outside cutoff 0.79675833174544908 Kinetic plus potential energy outside cutoff 2.6983972553971266E+047 mass inside cutoff 1340 51.684024616220540 relax counter 0 log max v [km/s]= 3.9992913172949898 check gamma integral -1.6704407623938534E-002 retry: logT > hydro_mtx_max_allowed_logT 1112 2542 retry: logT < hydro_mtx_min_allowed_logT 1035 2545 2550 9.409071 2.708E+05 -13.916268 14.012295 51.684883 0.000000 0.000000 0.000000 0.218071 -1.315008 2550 63 -9.2729E+00 9.409071 -0.242213 9.529772 13.554233 -99.000000 51.684883 0.000000 0.044441 0.781929 0.611709 6 2.8822E+05 5.941486 6.200660 14.012280 14.357713 -7.068248 49.018375 0.000006 0.000002 0.436388 -0.802E+01 max increase log_rel_run_E_err -8.1649213763448358 rel_E_err 8.6819047520420604D-12 save photos/x550 for model 2550 k, q, energy_removed_layers before adjustment is 1183 0.99999770711142655 1.2045470753686165E+047 k, q, energy_removed_layers after adjustment is 1341 0.99998316892023276 2.7974479825916623E+047 Layers above q= 0.99998316892023276 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8329.8671875000000 max vel inside fraction of cutoff 1622.2807093053111 max c/cs inside fraction of cutoff 0.57114873991471682 average v/vesc outside cutoff 0.80764491697591034 Kinetic plus potential energy outside cutoff 2.7974479825916623E+047 mass inside cutoff 1341 51.684012967593745 relax counter 0 log max v [km/s]= 4.0162484208336391 check gamma integral -1.6686579845342730E-002 retry: logT > hydro_mtx_max_allowed_logT 1030 2552 retry: logT > hydro_mtx_max_allowed_logT 1028 2554 retry: logT > hydro_mtx_max_allowed_logT 1024 2557 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1024 2560 2560 9.408450 2.707E+05 -14.024169 13.996131 51.684883 0.000000 0.000000 0.000000 0.218071 -1.317271 2552 67 -9.6852E+00 9.408450 -0.242361 9.522722 13.549638 -99.000000 51.684883 0.000000 0.044440 0.781929 0.611623 5 2.8822E+05 5.939439 6.200038 13.996117 14.333184 -7.067367 49.018375 0.000006 0.000002 0.436381 -0.805E+01 retry log_rel_run_E_err -8.1594110425301416 rel_E_err 8.7039105953822612D-12 k, q, energy_removed_layers before adjustment is 1190 0.99999755041686400 1.3398715922245081E+047 k, q, energy_removed_layers after adjustment is 1343 0.99998316892023265 2.8979917650478039E+047 Layers above q= 0.99998316892023265 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8329.9765625000000 max vel inside fraction of cutoff 1630.2411557750645 max c/cs inside fraction of cutoff 0.57448883646810989 average v/vesc outside cutoff 0.82025108021830617 Kinetic plus potential energy outside cutoff 2.8979917650478039E+047 mass inside cutoff 1343 51.684012967593738 relax counter 0 log max v [km/s]= 4.0203782349842516 check gamma integral -1.6667615183579249E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1026 2564 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1015 2568 2570 9.407951 2.707E+05 -13.620137 13.983153 51.684883 0.000000 0.000000 0.000000 0.218071 -1.319091 2552 69 -9.4955E+00 9.407951 -0.242480 9.517053 13.545940 -99.000000 51.684883 0.000000 0.044439 0.781929 0.611554 6 2.8822E+05 5.937793 6.199540 13.983139 14.313450 -7.066661 49.018375 0.000006 0.000002 0.436377 -0.807E+01 max increase log_rel_run_E_err -8.1540153303608527 rel_E_err 8.6420513328725035D-12 k, q, energy_removed_layers before adjustment is 1196 0.99999740136932380 1.4491593045275036E+047 k, q, energy_removed_layers after adjustment is 1344 0.99998294103997654 2.9769884132142307E+047 Layers above q= 0.99998294103997654 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8330.0664062500000 max vel inside fraction of cutoff 1636.6049199632344 max c/cs inside fraction of cutoff 0.57716538386172811 average v/vesc outside cutoff 0.82834062562629474 Kinetic plus potential energy outside cutoff 2.9769884132142307E+047 mass inside cutoff 1344 51.684001189629392 relax counter 0 log max v [km/s]= 4.0362599729023803 check gamma integral -1.6652050466364809E-002 retry: logT < hydro_mtx_min_allowed_logT 1008 2572 retry: logT < hydro_mtx_min_allowed_logT 1006 2575 retry: logT < hydro_mtx_min_allowed_logT 1003 2580 2580 9.407435 2.706E+05 -14.054955 13.969743 51.684883 0.000000 0.000000 0.000000 0.218071 -1.320975 2552 72 -9.6067E+00 9.407435 -0.242603 9.511187 13.542112 -99.000000 51.684883 0.000000 0.044439 0.781929 0.611482 5 2.8822E+05 5.936090 6.199025 13.969728 14.293024 -7.065932 49.018375 0.000006 0.000002 0.436372 -0.809E+01 retry log_rel_run_E_err -8.1486467145273362 rel_E_err 8.3582593613683996D-12 k, q, energy_removed_layers before adjustment is 1201 0.99999724321031414 1.5624163758664524E+047 k, q, energy_removed_layers after adjustment is 1344 0.99998294103997654 3.0573293395234475E+047 Layers above q= 0.99998294103997654 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8330.1601562500000 max vel inside fraction of cutoff 1643.1541548596351 max c/cs inside fraction of cutoff 0.57992597002761259 average v/vesc outside cutoff 0.83830126625456547 Kinetic plus potential energy outside cutoff 3.0573293395234475E+047 mass inside cutoff 1344 51.684001189629392 relax counter 0 log max v [km/s]= 4.0488925647724674 check gamma integral -1.6635646861484894E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1000 2583 retry: logT > hydro_mtx_max_allowed_logT 997 2586 2590 9.406942 2.706E+05 -14.398465 13.956958 51.684883 0.000000 0.000000 0.000000 0.218071 -1.322774 2552 74 -9.4170E+00 9.406942 -0.242720 9.505588 13.538456 -99.000000 51.684883 0.000000 0.044439 0.781929 0.611413 7 2.8822E+05 5.934464 6.198535 13.956943 14.273515 -7.065237 49.018375 0.000006 0.000002 0.436368 -0.811E+01 max increase log_rel_run_E_err -8.1434001689067479 rel_E_err 8.6054805466275282D-12 k, q, energy_removed_layers before adjustment is 1205 0.99999711066713914 1.6631350750368497E+047 k, q, energy_removed_layers after adjustment is 1344 0.99998294103997654 3.1324587024563565E+047 Layers above q= 0.99998294103997654 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8330.2480468750000 max vel inside fraction of cutoff 1649.3737209983385 max c/cs inside fraction of cutoff 0.58255327222091013 average v/vesc outside cutoff 0.84762007708835485 Kinetic plus potential energy outside cutoff 3.1324587024563565E+047 mass inside cutoff 1344 51.684001189629392 relax counter 0 log max v [km/s]= 4.0569356412302167 check gamma integral -1.6619704659414453E-002 retry: logT > hydro_mtx_max_allowed_logT 993 2592 retry: logT < hydro_mtx_min_allowed_logT 1000 2596 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 2600 9.406224 2.705E+05 -14.648315 13.938379 51.684883 0.000000 0.000000 0.000000 0.218071 -1.325395 2552 76 -9.2272E+00 9.406224 -0.242890 9.497438 13.533131 -99.000000 51.684883 0.000000 0.044438 0.781929 0.611314 12 2.8822E+05 5.932097 6.197824 13.938363 14.245105 -7.064230 49.018375 0.000006 0.000002 0.436362 -0.814E+01 max increase log_rel_run_E_err -8.1382725814327124 rel_E_err 8.9603827498125081D-12 save LOGS/profile29.data for model 2600 save photos/x600 for model 2600 k, q, energy_removed_layers before adjustment is 1209 0.99999691185237671 1.8070607853890837E+047 k, q, energy_removed_layers after adjustment is 1345 0.99998271049865228 3.2393031229797344E+047 Layers above q= 0.99998271049865228 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8330.3769531250000 max vel inside fraction of cutoff 1658.3684537090155 max c/cs inside fraction of cutoff 0.58636283667068134 average v/vesc outside cutoff 0.85913268352206518 Kinetic plus potential energy outside cutoff 3.2393031229797344E+047 mass inside cutoff 1345 51.683989274128045 relax counter 0 log max v [km/s]= 4.0731234420776703 check gamma integral -1.6596008065330826E-002 retry: logT < hydro_mtx_min_allowed_logT 982 2601 retry: logT > hydro_mtx_max_allowed_logT 979 2604 retry: logT < hydro_mtx_min_allowed_logT 976 2607 retry: logT < hydro_mtx_min_allowed_logT 973 2610 2610 9.405584 2.705E+05 -14.216493 13.921848 51.684883 0.000000 0.000000 0.000000 0.218071 -1.327732 2552 80 -9.6395E+00 9.405584 -0.243041 9.490175 13.528382 -99.000000 51.684883 0.000000 0.044437 0.781929 0.611225 5 2.8822E+05 5.929988 6.197186 13.921832 14.219771 -7.063335 49.018375 0.000006 0.000002 0.436357 -0.817E+01 retry log_rel_run_E_err -8.1331556126546651 rel_E_err 8.8962516933647860D-12 k, q, energy_removed_layers before adjustment is 1213 0.99999671303761439 1.9408925512923061E+047 k, q, energy_removed_layers after adjustment is 1345 0.99998271049865228 3.3322903930773514E+047 Layers above q= 0.99998271049865228 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8330.4902343750000 max vel inside fraction of cutoff 1666.3297091727086 max c/cs inside fraction of cutoff 0.58974442974029351 average v/vesc outside cutoff 0.87056236866060022 Kinetic plus potential energy outside cutoff 3.3322903930773514E+047 mass inside cutoff 1345 51.683989274128045 relax counter 0 log max v [km/s]= 4.0822148126508537 check gamma integral -1.6574390695517187E-002 retry: logT > hydro_mtx_max_allowed_logT 970 2613 retry: logT > hydro_mtx_max_allowed_logT 965 2616 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 964 2619 2620 9.405180 2.705E+05 -14.382529 13.911405 51.684883 0.000000 0.000000 0.000000 0.218071 -1.329211 2552 83 -9.7508E+00 9.405180 -0.243136 9.485580 13.525375 -99.000000 51.684883 0.000000 0.044437 0.781929 0.611168 6 2.8822E+05 5.928653 6.196785 13.911389 14.203737 -7.062770 49.018375 0.000006 0.000002 0.436353 -0.818E+01 max increase log_rel_run_E_err -8.1281999834209913 rel_E_err 8.3664948644332308D-12 k, q, energy_removed_layers before adjustment is 1215 0.99999661491412062 2.0143993274387146E+047 k, q, energy_removed_layers after adjustment is 1345 0.99998271049865228 3.3899779973909082E+047 Layers above q= 0.99998271049865228 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8330.5605468750000 max vel inside fraction of cutoff 1671.3403037961641 max c/cs inside fraction of cutoff 0.59187738084007280 average v/vesc outside cutoff 0.87766335938623596 Kinetic plus potential energy outside cutoff 3.3899779973909082E+047 mass inside cutoff 1345 51.683989274128045 relax counter 0 log max v [km/s]= 4.0908668497380605 check gamma integral -1.6560473684909694E-002 retry: logT < hydro_mtx_min_allowed_logT 992 2624 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 958 2628 2630 9.404742 2.704E+05 -14.201194 13.900106 51.684883 0.000000 0.000000 0.000000 0.218071 -1.330813 2552 85 -9.5611E+00 9.404742 -0.243240 9.480603 13.522117 -99.000000 51.684883 0.000000 0.044437 0.781929 0.611107 6 2.8822E+05 5.927207 6.196353 13.900090 14.186365 -7.062159 49.018375 0.000006 0.000002 0.436350 -0.820E+01 max increase log_rel_run_E_err -8.1232392502466837 rel_E_err 8.5993496442641316D-12 k, q, energy_removed_layers before adjustment is 1218 0.99999648150697085 2.0905733264437998E+047 k, q, energy_removed_layers after adjustment is 1346 0.99998246930552159 3.4515239293785723E+047 Layers above q= 0.99998246930552159 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8330.6367187500000 max vel inside fraction of cutoff 1676.7439096245478 max c/cs inside fraction of cutoff 0.59418175703729748 average v/vesc outside cutoff 0.88291559127299135 Kinetic plus potential energy outside cutoff 3.4515239293785723E+047 mass inside cutoff 1346 51.683976808089334 relax counter 0 log max v [km/s]= 4.1069323211458837 check gamma integral -1.6545188856598995E-002 retry: adjust_correction failed in eval_equations -- give up in solver 2632 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 948 2637 retry: logT > hydro_mtx_max_allowed_logT 946 2640 2640 9.404221 2.704E+05 -14.472934 13.886703 51.684883 0.000000 0.000000 0.000000 0.218071 -1.332717 2552 88 -9.6723E+00 9.404221 -0.243362 9.474692 13.518246 -99.000000 51.684883 0.000000 0.044436 0.781929 0.611034 5 2.8822E+05 5.925490 6.195839 13.886686 14.165724 -7.061436 49.018375 0.000006 0.000002 0.436346 -0.822E+01 retry log_rel_run_E_err -8.1183608871803781 rel_E_err 8.5810427100726982D-12 k, q, energy_removed_layers before adjustment is 1222 0.99999633226390350 2.1861657253146780E+047 k, q, energy_removed_layers after adjustment is 1346 0.99998246930552159 3.5235482093495428E+047 Layers above q= 0.99998246930552159 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8330.7304687500000 max vel inside fraction of cutoff 1683.1309610198573 max c/cs inside fraction of cutoff 0.59691109255398078 average v/vesc outside cutoff 0.89170011621128464 Kinetic plus potential energy outside cutoff 3.5235482093495428E+047 mass inside cutoff 1346 51.683976808089334 relax counter 0 log max v [km/s]= 4.1175689006128167 check gamma integral -1.6526746785867661E-002 retry: logT < hydro_mtx_min_allowed_logT 943 2644 retry: logT < hydro_mtx_min_allowed_logT 941 2650 2650 9.403602 2.703E+05 -14.042826 13.870792 51.684883 0.000000 0.000000 0.000000 0.218071 -1.334982 2552 90 -9.4826E+00 9.403602 -0.243508 9.467666 13.513641 -99.000000 51.684883 0.000000 0.044436 0.781929 0.610948 6 2.8822E+05 5.923449 6.195230 13.870775 14.141176 -7.060580 49.018375 0.000006 0.000002 0.436342 -0.825E+01 retry log_rel_run_E_err -8.1135473219075323 rel_E_err 8.3544518895568772D-12 save photos/x650 for model 2650 k, q, energy_removed_layers before adjustment is 1226 0.99999610942134087 2.3109149719148220E+047 k, q, energy_removed_layers after adjustment is 1346 0.99998246930552159 3.6073556947944749E+047 Layers above q= 0.99998246930552159 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8330.8378906250000 max vel inside fraction of cutoff 1690.6798806376082 max c/cs inside fraction of cutoff 0.60014474012534635 average v/vesc outside cutoff 0.90194313985654107 Kinetic plus potential energy outside cutoff 3.6073556947944749E+047 mass inside cutoff 1346 51.683976808089334 relax counter 0 log max v [km/s]= 4.1345469748835209 check gamma integral -1.6504420645720382E-002 retry: logT > hydro_mtx_max_allowed_logT 936 2652 retry: logT > hydro_mtx_max_allowed_logT 934 2654 retry: adjust_correction failed in eval_equations -- give up in solver 2657 retry: logT < hydro_mtx_min_allowed_logT 928 2660 2660 9.403206 2.703E+05 -14.293762 13.860613 51.684883 0.000000 0.000000 0.000000 0.218071 -1.336433 2552 94 -9.8949E+00 9.403206 -0.243601 9.463164 13.510689 -99.000000 51.684883 0.000000 0.044436 0.781929 0.610893 5 2.8822E+05 5.922141 6.194837 13.860596 14.125446 -7.060033 49.018375 0.000006 0.000002 0.436340 -0.827E+01 retry log_rel_run_E_err -8.1087661268826086 rel_E_err 8.7143749901345079D-12 k, q, energy_removed_layers before adjustment is 1228 0.99999598544066348 2.3869671251070846E+047 k, q, energy_removed_layers after adjustment is 1347 0.99998222520007674 3.6601933388256940E+047 Layers above q= 0.99998222520007674 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8330.9062500000000 max vel inside fraction of cutoff 1695.4917793411521 max c/cs inside fraction of cutoff 0.60221031733729691 average v/vesc outside cutoff 0.90586962758284084 Kinetic plus potential energy outside cutoff 3.6601933388256940E+047 mass inside cutoff 1347 51.683964191528005 relax counter 0 log max v [km/s]= 4.1323548241811014 check gamma integral -1.6489886539188009E-002 retry: logT < hydro_mtx_min_allowed_logT 934 2664 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 922 2668 2670 9.402888 2.703E+05 -14.190615 13.852449 51.684883 0.000000 0.000000 0.000000 0.218071 -1.337599 2552 96 -9.7051E+00 9.402888 -0.243676 9.459551 13.508318 -99.000000 51.684883 0.000000 0.044435 0.781929 0.610848 6 2.8822E+05 5.921091 6.194525 13.852431 14.112813 -7.059594 49.018375 0.000006 0.000002 0.436337 -0.828E+01 max increase log_rel_run_E_err -8.1040336646248541 rel_E_err 8.8362396521609715D-12 k, q, energy_removed_layers before adjustment is 1229 0.99999591962881462 2.4361536153182633E+047 k, q, energy_removed_layers after adjustment is 1347 0.99998222520007674 3.7021471466108177E+047 Layers above q= 0.99998222520007674 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8330.9628906250000 max vel inside fraction of cutoff 1699.3416772073024 max c/cs inside fraction of cutoff 0.60386540534523869 average v/vesc outside cutoff 0.91095198002166378 Kinetic plus potential energy outside cutoff 3.7021471466108177E+047 mass inside cutoff 1347 51.683964191528005 relax counter 0 log max v [km/s]= 4.1495586368003758 check gamma integral -1.6478085902631022E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 932 2672 retry: logT < hydro_mtx_min_allowed_logT 920 2678 2680 9.402450 2.702E+05 -14.237711 13.841241 51.684883 0.000000 0.000000 0.000000 0.218071 -1.339201 2552 98 -9.5154E+00 9.402450 -0.243778 9.454585 13.505060 -99.000000 51.684883 0.000000 0.044435 0.781929 0.610787 6 2.8822E+05 5.919648 6.194095 13.841223 14.095451 -7.058993 49.018375 0.000006 0.000002 0.436335 -0.830E+01 max increase log_rel_run_E_err -8.0993685264993509 rel_E_err 8.4281017309690118D-12 k, q, energy_removed_layers before adjustment is 1230 0.99999585291715964 2.4952446337294246E+047 k, q, energy_removed_layers after adjustment is 1347 0.99998222520007674 3.7589807947311501E+047 Layers above q= 0.99998222520007674 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8331.0390625000000 max vel inside fraction of cutoff 1704.6116361433328 max c/cs inside fraction of cutoff 0.60613461569399141 average v/vesc outside cutoff 0.91784748183896903 Kinetic plus potential energy outside cutoff 3.7589807947311501E+047 mass inside cutoff 1347 51.683964191528005 relax counter 0 log max v [km/s]= 4.1652283391376415 check gamma integral -1.6461681109641926E-002 retry: logT < hydro_mtx_min_allowed_logT 910 2682 retry: logT < hydro_mtx_min_allowed_logT 909 2684 retry: logT < hydro_mtx_min_allowed_logT 905 2687 2690 9.402059 2.702E+05 -14.555635 13.831217 51.684883 0.000000 0.000000 0.000000 0.218071 -1.340636 2552 101 -9.6267E+00 9.402059 -0.243870 9.450139 13.502141 -99.000000 51.684883 0.000000 0.044435 0.781929 0.610732 6 2.8822E+05 5.918356 6.193710 13.831199 14.079901 -7.058455 49.018375 0.000006 0.000002 0.436332 -0.831E+01 max increase log_rel_run_E_err -8.0947285773371433 rel_E_err 8.1363535594756663D-12 k, q, energy_removed_layers before adjustment is 1232 0.99999572032472084 2.5700472145289398E+047 k, q, energy_removed_layers after adjustment is 1348 0.99998197827994317 3.8093237324494954E+047 Layers above q= 0.99998197827994317 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8331.1093750000000 max vel inside fraction of cutoff 1709.3111318066631 max c/cs inside fraction of cutoff 0.60816169515629026 average v/vesc outside cutoff 0.92129051409054108 Kinetic plus potential energy outside cutoff 3.8093237324494954E+047 mass inside cutoff 1348 51.683951429489824 relax counter 0 log max v [km/s]= 4.1636775792188319 check gamma integral -1.6446805529870299E-002 retry: logT < hydro_mtx_min_allowed_logT 901 2692 retry: logT < hydro_mtx_min_allowed_logT 912 2696 retry: logT < hydro_mtx_min_allowed_logT 984 2700 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 2700 9.401636 2.702E+05 -14.537654 13.820405 51.684883 0.000000 0.000000 0.000000 0.218071 -1.342185 2552 104 -9.7379E+00 9.401636 -0.243969 9.445339 13.498987 -99.000000 51.684883 0.000000 0.044435 0.781929 0.610673 5 2.8822E+05 5.916961 6.193294 13.820386 14.063107 -7.057876 49.018375 0.000006 0.000002 0.436330 -0.833E+01 retry log_rel_run_E_err -8.0901814974436519 rel_E_err 8.5592932059340239D-12 save LOGS/profile30.data for model 2700 save photos/x700 for model 2700 k, q, energy_removed_layers before adjustment is 1234 0.99999558778690290 2.6462916560434147E+047 k, q, energy_removed_layers after adjustment is 1348 0.99998197827994317 3.8628697526277891E+047 Layers above q= 0.99998197827994317 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8331.1835937500000 max vel inside fraction of cutoff 1714.3650067800140 max c/cs inside fraction of cutoff 0.61034535233052201 average v/vesc outside cutoff 0.92773017914762856 Kinetic plus potential energy outside cutoff 3.8628697526277891E+047 mass inside cutoff 1348 51.683951429489824 relax counter 0 log max v [km/s]= 4.1806499044404637 check gamma integral -1.6430544581803052E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 948 2704 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 900 2708 2710 9.401175 2.701E+05 -14.668169 13.808619 51.684883 0.000000 0.000000 0.000000 0.218071 -1.343877 2552 106 -9.5482E+00 9.401175 -0.244076 9.440101 13.495545 -99.000000 51.684883 0.000000 0.044434 0.781929 0.610609 6 2.8822E+05 5.915439 6.192843 13.808600 14.044775 -7.057245 49.018375 0.000006 0.000002 0.436327 -0.835E+01 max increase log_rel_run_E_err -8.0856339169775904 rel_E_err 8.3888495786734706D-12 k, q, energy_removed_layers before adjustment is 1236 0.99999547593012272 2.7069456606711085E+047 k, q, energy_removed_layers after adjustment is 1348 0.99998197827994317 3.9203495530356155E+047 Layers above q= 0.99998197827994317 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8331.2636718750000 max vel inside fraction of cutoff 1719.8564931432029 max c/cs inside fraction of cutoff 0.61272248326228507 average v/vesc outside cutoff 0.93465593384904344 Kinetic plus potential energy outside cutoff 3.9203495530356155E+047 mass inside cutoff 1348 51.683951429489824 relax counter 0 log max v [km/s]= 4.1916542797644682 check gamma integral -1.6412561949265270E-002 retry: logT < hydro_mtx_min_allowed_logT 892 2712 retry: adjust_correction failed in eval_equations -- give up in solver 2716 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 922 2720 2720 9.400666 2.701E+05 -14.442379 13.795624 51.684883 0.000000 0.000000 0.000000 0.218071 -1.345746 2552 109 -9.6595E+00 9.400666 -0.244195 9.434318 13.491742 -99.000000 51.684883 0.000000 0.044434 0.781929 0.610537 5 2.8822E+05 5.913759 6.192343 13.795605 14.024533 -7.056550 49.018375 0.000006 0.000002 0.436324 -0.837E+01 retry log_rel_run_E_err -8.0811261683654418 rel_E_err 8.4517375444064337D-12 k, q, energy_removed_layers before adjustment is 1239 0.99999534098931231 2.7842961045512891E+047 k, q, energy_removed_layers after adjustment is 1348 0.99998197827994317 3.9826579278584545E+047 Layers above q= 0.99998197827994317 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8331.3515625000000 max vel inside fraction of cutoff 1725.8900190857294 max c/cs inside fraction of cutoff 0.61533955119354200 average v/vesc outside cutoff 0.94217918938798495 Kinetic plus potential energy outside cutoff 3.9826579278584545E+047 mass inside cutoff 1348 51.683951429489824 relax counter 0 log max v [km/s]= 4.2036343534666241 check gamma integral -1.6392425919985888E-002 retry: logT < hydro_mtx_min_allowed_logT 880 2725 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 876 2727 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 878 2730 2730 9.400291 2.701E+05 -14.684308 13.786067 51.684883 0.000000 0.000000 0.000000 0.218071 -1.347122 2552 112 -9.9291E+00 9.400291 -0.244283 9.430060 13.488941 -99.000000 51.684883 0.000000 0.044434 0.781929 0.610485 5 2.8822E+05 5.912521 6.191975 13.786048 14.009625 -7.056039 49.018375 0.000006 0.000002 0.436322 -0.839E+01 retry log_rel_run_E_err -8.0766987985845660 rel_E_err 8.2664009902775414D-12 k, q, energy_removed_layers before adjustment is 1241 0.99999524913384086 2.8362378621849387E+047 k, q, energy_removed_layers after adjustment is 1349 0.99998172826731890 4.0278777964702251E+047 Layers above q= 0.99998172826731890 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8331.4179687500000 max vel inside fraction of cutoff 1730.3137089183081 max c/cs inside fraction of cutoff 0.61726184383008631 average v/vesc outside cutoff 0.94140225889802664 Kinetic plus potential energy outside cutoff 4.0278777964702251E+047 mass inside cutoff 1349 51.683938507616624 relax counter 0 log max v [km/s]= 4.2120972318389303 check gamma integral -1.6377407952911777E-002 retry: logT < hydro_mtx_min_allowed_logT 868 2735 retry: logT > hydro_mtx_max_allowed_logT 864 2739 2740 9.399946 2.700E+05 -14.301136 13.777283 51.684883 0.000000 0.000000 0.000000 0.218071 -1.348388 2552 114 -9.7394E+00 9.399946 -0.244363 9.426144 13.486363 -99.000000 51.684883 0.000000 0.044434 0.781929 0.610436 6 2.8822E+05 5.911383 6.191640 13.777264 13.995907 -7.055570 49.018375 0.000006 0.000002 0.436321 -0.840E+01 max increase log_rel_run_E_err -8.0722968055020274 rel_E_err 8.5424739668908135D-12 k, q, energy_removed_layers before adjustment is 1243 0.99999515565530905 2.8900817645837877E+047 k, q, energy_removed_layers after adjustment is 1354 0.99998081898441293 4.0697068337096702E+047 Layers above q= 0.99998081898441293 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8331.4746093750000 max vel inside fraction of cutoff 1734.3694552211737 max c/cs inside fraction of cutoff 0.61902687277081725 average v/vesc outside cutoff 0.93843520144096781 Kinetic plus potential energy outside cutoff 4.0697068337096702E+047 mass inside cutoff 1354 51.683891511436116 relax counter 0 log max v [km/s]= 4.2242328596456264 check gamma integral -1.6363446303928053E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 870 2742 retry: logT > hydro_mtx_max_allowed_logT 864 2748 2750 9.399637 2.700E+05 -14.840757 13.769417 51.684883 0.000000 0.000000 0.000000 0.218071 -1.349524 2552 116 -9.7080E+00 9.399637 -0.244435 9.422633 13.484052 -99.000000 51.684883 0.000000 0.044434 0.781929 0.610393 6 2.8822E+05 5.910363 6.191337 13.769398 13.983611 -7.055150 49.018375 0.000005 0.000002 0.436319 -0.841E+01 max increase log_rel_run_E_err -8.0678990177540619 rel_E_err 9.0088175821222785D-12 save photos/x750 for model 2750 k, q, energy_removed_layers before adjustment is 1245 0.99999504089109548 2.9433377464381215E+047 k, q, energy_removed_layers after adjustment is 1354 0.99998081898441293 4.1068237355824773E+047 Layers above q= 0.99998081898441293 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8331.5292968750000 max vel inside fraction of cutoff 1737.9930822876986 max c/cs inside fraction of cutoff 0.62060597658627104 average v/vesc outside cutoff 0.94269690262940609 Kinetic plus potential energy outside cutoff 4.1068237355824773E+047 mass inside cutoff 1354 51.683891511436116 relax counter 0 log max v [km/s]= 4.2330266987816501 check gamma integral -1.6350815355362844E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 854 2751 retry: logT < hydro_mtx_min_allowed_logT 872 2758 retry: logT < hydro_mtx_min_allowed_logT 860 2760 2760 9.399244 2.700E+05 -14.532485 13.759423 51.684883 0.000000 0.000000 0.000000 0.218071 -1.350968 2559 119 -9.8192E+00 9.399244 -0.244526 9.418169 13.481112 -99.000000 51.684883 0.000000 0.044434 0.781929 0.610338 5 2.8822E+05 5.909065 6.190952 13.759403 13.967969 -7.054617 49.018375 0.000005 0.000002 0.436317 -0.843E+01 retry log_rel_run_E_err -8.0636512383735877 rel_E_err 8.7823435658265969D-12 k, q, energy_removed_layers before adjustment is 1253 0.99999498259327702 2.9866681552217268E+047 k, q, energy_removed_layers after adjustment is 1362 0.99998058736511786 4.1535618491324983E+047 Layers above q= 0.99998058736511786 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8331.5957031250000 max vel inside fraction of cutoff 1742.5858991521122 max c/cs inside fraction of cutoff 0.62261036950046078 average v/vesc outside cutoff 0.94551645534912476 Kinetic plus potential energy outside cutoff 4.1535618491324983E+047 mass inside cutoff 1362 51.683879540219984 relax counter 0 log max v [km/s]= 4.2479544253395902 check gamma integral -1.6334590963475094E-002 retry: logT < hydro_mtx_min_allowed_logT 850 2763 retry: logT > hydro_mtx_max_allowed_logT 850 2766 2770 9.398926 2.700E+05 -14.381836 13.751357 51.684883 0.000000 0.000000 0.000000 0.218071 -1.352135 2559 121 -9.6295E+00 9.398926 -0.244600 9.414563 13.478736 -99.000000 51.684883 0.000000 0.044433 0.781929 0.610293 7 2.8822E+05 5.908017 6.190642 13.751337 13.955334 -7.054187 49.018375 0.000005 0.000002 0.436316 -0.844E+01 max increase log_rel_run_E_err -8.0594644369550039 rel_E_err 8.1191228389938024D-12 k, q, energy_removed_layers before adjustment is 1255 0.99999485850700243 3.0436023855400639E+047 k, q, energy_removed_layers after adjustment is 1362 0.99998058736511786 4.1908889572023275E+047 Layers above q= 0.99998058736511786 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8331.6523437500000 max vel inside fraction of cutoff 1746.2831595176253 max c/cs inside fraction of cutoff 0.62422627339326897 average v/vesc outside cutoff 0.94977128553227419 Kinetic plus potential energy outside cutoff 4.1908889572023275E+047 mass inside cutoff 1362 51.683879540219984 relax counter 0 log max v [km/s]= 4.2476862645584426 check gamma integral -1.6321354940008598E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 847 2771 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 842 2776 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 842 2779 2780 9.398553 2.699E+05 -14.498074 13.741877 51.684883 0.000000 0.000000 0.000000 0.218071 -1.353508 2559 124 -9.7408E+00 9.398553 -0.244687 9.410322 13.475940 -99.000000 51.684883 0.000000 0.044433 0.781929 0.610241 5 2.8822E+05 5.906784 6.190277 13.741857 13.940466 -7.053682 49.018375 0.000005 0.000002 0.436314 -0.846E+01 max increase log_rel_run_E_err -8.0553184671255078 rel_E_err 8.4907719123629276D-12 k, q, energy_removed_layers before adjustment is 1256 0.99999479260287671 3.0882539018914271E+047 k, q, energy_removed_layers after adjustment is 1362 0.99998058736511786 4.2342490619400963E+047 Layers above q= 0.99998058736511786 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8331.7148437500000 max vel inside fraction of cutoff 1750.6182862552205 max c/cs inside fraction of cutoff 0.62612367463069929 average v/vesc outside cutoff 0.95472208880103393 Kinetic plus potential energy outside cutoff 4.2342490619400963E+047 mass inside cutoff 1362 51.683879540219984 relax counter 0 log max v [km/s]= 4.2605417643894130 check gamma integral -1.6305632894692730E-002 retry: logT < hydro_mtx_min_allowed_logT 836 2784 retry: logT < hydro_mtx_min_allowed_logT 837 2787 2790 9.398116 2.699E+05 -14.646096 13.730815 51.684883 0.000000 0.000000 0.000000 0.218071 -1.355112 2559 126 -9.5510E+00 9.398116 -0.244788 9.405367 13.472673 -99.000000 51.684883 0.000000 0.044433 0.781929 0.610179 6 2.8822E+05 5.905343 6.189851 13.730794 13.923097 -7.053093 49.018375 0.000005 0.000002 0.436312 -0.847E+01 max increase log_rel_run_E_err -8.0511279237161180 rel_E_err 8.4781998577332831D-12 k, q, energy_removed_layers before adjustment is 1258 0.99999465861840320 3.1521096022835484E+047 k, q, energy_removed_layers after adjustment is 1364 0.99998011694405509 4.2843954206707158E+047 Layers above q= 0.99998011694405509 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8331.7910156250000 max vel inside fraction of cutoff 1755.6624506338849 max c/cs inside fraction of cutoff 0.62833510585841945 average v/vesc outside cutoff 0.95825168671957461 Kinetic plus potential energy outside cutoff 4.2843954206707158E+047 mass inside cutoff 1364 51.683855226562450 relax counter 0 log max v [km/s]= 4.2703485924620619 check gamma integral -1.6287062920307124E-002 retry: logT < hydro_mtx_min_allowed_logT 830 2792 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 824 2795 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 856 2797 retry: logT < hydro_mtx_min_allowed_logT 830 2800 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 2800 9.397740 2.699E+05 -14.966860 13.721274 51.684883 0.000000 0.000000 0.000000 0.218071 -1.356497 2559 130 -9.9633E+00 9.397740 -0.244875 9.401089 13.469850 -99.000000 51.684883 0.000000 0.044433 0.781929 0.610126 5 2.8822E+05 5.904100 6.189483 13.721253 13.908098 -7.052584 49.018375 0.000005 0.000002 0.436310 -0.849E+01 retry log_rel_run_E_err -8.0470424175029791 rel_E_err 8.1781950788480301D-12 save LOGS/profile31.data for model 2800 save photos/x800 for model 2800 k, q, energy_removed_layers before adjustment is 1260 0.99999452750083329 3.2097219207766903E+047 k, q, energy_removed_layers after adjustment is 1364 0.99998011694405509 4.3273253208918121E+047 Layers above q= 0.99998011694405509 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8331.8535156250000 max vel inside fraction of cutoff 1760.0008133219344 max c/cs inside fraction of cutoff 0.63024027402819860 average v/vesc outside cutoff 0.96307234799680530 Kinetic plus potential energy outside cutoff 4.3273253208918121E+047 mass inside cutoff 1364 51.683855226562450 relax counter 0 log max v [km/s]= 4.2794183556540268 check gamma integral -1.6270851678864148E-002 retry: logT > hydro_mtx_max_allowed_logT 819 2805 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 820 2808 2810 9.397438 2.698E+05 -14.846222 13.713642 51.684883 0.000000 0.000000 0.000000 0.218071 -1.357607 2559 132 -9.7736E+00 9.397438 -0.244945 9.397665 13.467590 -99.000000 51.684883 0.000000 0.044433 0.781929 0.610084 6 2.8822E+05 5.903104 6.189190 13.713621 13.896087 -7.052178 49.018375 0.000005 0.000002 0.436309 -0.850E+01 max increase log_rel_run_E_err -8.0429806610227050 rel_E_err 8.6349128618723400D-12 k, q, energy_removed_layers before adjustment is 1261 0.99999446087511568 3.2475775746597428E+047 k, q, energy_removed_layers after adjustment is 1364 0.99998011694405509 4.3612906405761582E+047 Layers above q= 0.99998011694405509 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8331.9062500000000 max vel inside fraction of cutoff 1763.4636323038615 max c/cs inside fraction of cutoff 0.63176304772038738 average v/vesc outside cutoff 0.96689293039361823 Kinetic plus potential energy outside cutoff 4.3612906405761582E+047 mass inside cutoff 1364 51.683855226562450 relax counter 0 log max v [km/s]= 4.2895825153590685 check gamma integral -1.6257750764274555E-002 retry: logT < hydro_mtx_min_allowed_logT 812 2813 retry: logT > hydro_mtx_max_allowed_logT 808 2817 retry: logT > hydro_mtx_max_allowed_logT 806 2819 2820 9.397103 2.698E+05 -14.697501 13.705165 51.684883 0.000000 0.000000 0.000000 0.218071 -1.358840 2559 135 -9.8848E+00 9.397103 -0.245023 9.393858 13.465077 -99.000000 51.684883 0.000000 0.044433 0.781929 0.610037 5 2.8822E+05 5.901997 6.188864 13.705144 13.882735 -7.051727 49.018375 0.000005 0.000002 0.436308 -0.852E+01 max increase log_rel_run_E_err -8.0389394701534300 rel_E_err 8.1852366045776171D-12 k, q, energy_removed_layers before adjustment is 1262 0.99999439353205355 3.2870059019781537E+047 k, q, energy_removed_layers after adjustment is 1364 0.99998011694405509 4.3986124029677791E+047 Layers above q= 0.99998011694405509 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8331.9609375000000 max vel inside fraction of cutoff 1767.3009634610357 max c/cs inside fraction of cutoff 0.63345272378176709 average v/vesc outside cutoff 0.97109800151101378 Kinetic plus potential energy outside cutoff 4.3986124029677791E+047 mass inside cutoff 1364 51.683855226562450 relax counter 0 log max v [km/s]= 4.2994128702152228 check gamma integral -1.6243064225039967E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 808 2823 retry: logT < hydro_mtx_min_allowed_logT 800 2828 2830 9.396786 2.698E+05 -14.801753 13.697173 51.684883 0.000000 0.000000 0.000000 0.218071 -1.360005 2559 137 -9.6951E+00 9.396786 -0.245096 9.390266 13.462704 -99.000000 51.684883 0.000000 0.044433 0.781929 0.609992 7 2.8822E+05 5.900953 6.188558 13.697152 13.870134 -7.051302 49.018375 0.000005 0.000001 0.436306 -0.853E+01 max increase log_rel_run_E_err -8.0350175420226684 rel_E_err 8.2733043871942089D-12 k, q, energy_removed_layers before adjustment is 1263 0.99999432826972334 3.3245276074177724E+047 k, q, energy_removed_layers after adjustment is 1364 0.99998011694405509 4.4332329194590880E+047 Layers above q= 0.99998011694405509 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8332.0156250000000 max vel inside fraction of cutoff 1770.9109457161157 max c/cs inside fraction of cutoff 0.63504440457451405 average v/vesc outside cutoff 0.97502078345346077 Kinetic plus potential energy outside cutoff 4.4332329194590880E+047 mass inside cutoff 1364 51.683855226562450 relax counter 0 log max v [km/s]= 4.3047266949973659 check gamma integral -1.6229084008009407E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 796 2831 retry: logT < hydro_mtx_min_allowed_logT 794 2836 retry: logT < hydro_mtx_min_allowed_logT 79 791 2839 2840 9.396461 2.698E+05 -14.896076 13.688969 51.684883 0.000000 0.000000 0.000000 0.218071 -1.361201 2559 140 -9.8064E+00 9.396461 -0.245171 9.386576 13.460266 -99.000000 51.684883 0.000000 0.044432 0.781929 0.609946 5 2.8822E+05 5.899880 6.188242 13.688947 13.857186 -7.050866 49.018375 0.000005 0.000001 0.436305 -0.854E+01 max increase log_rel_run_E_err -8.0310790345411416 rel_E_err 8.2894271098825304D-12 k, q, energy_removed_layers before adjustment is 1265 0.99999419573057857 3.3756296049041620E+047 k, q, energy_removed_layers after adjustment is 1364 0.99998011694405509 4.4678227474196180E+047 Layers above q= 0.99998011694405509 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8332.0703125000000 max vel inside fraction of cutoff 1774.6086481166374 max c/cs inside fraction of cutoff 0.63667690001700261 average v/vesc outside cutoff 0.97899320263484546 Kinetic plus potential energy outside cutoff 4.4678227474196180E+047 mass inside cutoff 1364 51.683855226562450 relax counter 0 log max v [km/s]= 4.3041769646073673 check gamma integral -1.6214599804119791E-002 retry: logT < hydro_mtx_min_allowed_logT 788 2844 retry: logT < hydro_mtx_min_allowed_logT 785 2847 2850 9.396082 2.697E+05 -15.023983 13.679398 51.684883 0.000000 0.000000 0.000000 0.218071 -1.362598 2559 142 -9.6166E+00 9.396082 -0.245259 9.382267 13.457418 -99.000000 51.684883 0.000000 0.044432 0.781929 0.609893 6 2.8822E+05 5.898627 6.187875 13.679376 13.842066 -7.050358 49.018375 0.000005 0.000001 0.436304 -0.856E+01 max increase log_rel_run_E_err -8.0271860432911843 rel_E_err 8.4002533702756660D-12 save photos/x850 for model 2850 k, q, energy_removed_layers before adjustment is 1266 0.99999412844570379 3.4131473961138500E+047 k, q, energy_removed_layers after adjustment is 1365 0.99997979468000386 4.5073742380788980E+047 Layers above q= 0.99997979468000386 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8332.1347656250000 max vel inside fraction of cutoff 1778.9119736126979 max c/cs inside fraction of cutoff 0.63857951331168439 average v/vesc outside cutoff 0.97983420978967328 Kinetic plus potential energy outside cutoff 4.5073742380788980E+047 mass inside cutoff 1365 51.683838570382704 relax counter 0 log max v [km/s]= 4.3059818444164213 check gamma integral -1.6197531330120762E-002 retry: logT < hydro_mtx_min_allowed_logT 800 2852 retry: logT > hydro_mtx_max_allowed_logT 779 2856 retry: logT > hydro_mtx_max_allowed_logT 776 2860 2860 9.395634 2.697E+05 -14.801190 13.668120 51.684883 0.000000 0.000000 0.000000 0.218071 -1.364247 2559 145 -9.7279E+00 9.395634 -0.245362 9.377185 13.454057 -99.000000 51.684883 0.000000 0.044432 0.781929 0.609830 5 2.8822E+05 5.897150 6.187439 13.668098 13.824229 -7.049760 49.018375 0.000005 0.000001 0.436302 -0.858E+01 retry log_rel_run_E_err -8.0233249637966999 rel_E_err 8.6068343174878418D-12 k, q, energy_removed_layers before adjustment is 1268 0.99999399719274551 3.4681520743122235E+047 k, q, energy_removed_layers after adjustment is 1365 0.99997979468000386 4.5526160233848494E+047 Layers above q= 0.99997979468000386 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8332.2089843750000 max vel inside fraction of cutoff 1783.9684249883148 max c/cs inside fraction of cutoff 0.64081888914779694 average v/vesc outside cutoff 0.98509346521594687 Kinetic plus potential energy outside cutoff 4.5526160233848494E+047 mass inside cutoff 1365 51.683838570382704 relax counter 0 log max v [km/s]= 4.3057817047716931 check gamma integral -1.6177178795325601E-002 retry: logT < hydro_mtx_min_allowed_logT 782 2863 retry: abs(dlogT) > hydro_mtx_max_allowed 866 858 2866 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 822 2869 2870 9.395285 2.697E+05 -14.624563 13.659315 51.684883 0.000000 0.000000 0.000000 0.218071 -1.365536 2559 148 -9.8392E+00 9.395285 -0.245442 9.373213 13.451430 -99.000000 51.684883 0.000000 0.044432 0.781929 0.609780 6 2.8822E+05 5.895995 6.187097 13.659292 13.810286 -7.049293 49.018375 0.000005 0.000001 0.436301 -0.859E+01 max increase log_rel_run_E_err -8.0194356097717669 rel_E_err 8.3563549035320742D-12 k, q, energy_removed_layers before adjustment is 1270 0.99999386335935403 3.5189718696576059E+047 k, q, energy_removed_layers after adjustment is 1365 0.99997979468000386 4.5870524809416574E+047 Layers above q= 0.99997979468000386 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8332.2675781250000 max vel inside fraction of cutoff 1787.9058828867478 max c/cs inside fraction of cutoff 0.64256549621009251 average v/vesc outside cutoff 0.98914196757313932 Kinetic plus potential energy outside cutoff 4.5870524809416574E+047 mass inside cutoff 1365 51.683838570382704 relax counter 0 log max v [km/s]= 4.3041394598328457 check gamma integral -1.6161107431227607E-002 retry: logT > hydro_mtx_max_allowed_logT 765 2873 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 770 2876 2880 9.395012 2.696E+05 -14.875227 13.652443 51.684883 0.000000 0.000000 0.000000 0.218071 -1.366543 2559 150 -9.8078E+00 9.395012 -0.245505 9.370110 13.449377 -99.000000 51.684883 0.000000 0.044432 0.781929 0.609742 6 2.8822E+05 5.895093 6.186833 13.652420 13.799395 -7.048928 49.018375 0.000005 0.000001 0.436300 -0.860E+01 max increase log_rel_run_E_err -8.0156419924647242 rel_E_err 8.0822386718569594D-12 k, q, energy_removed_layers before adjustment is 1271 0.99999378191496768 3.5509517787194616E+047 k, q, energy_removed_layers after adjustment is 1365 0.99997979468000386 4.6134985612754266E+047 Layers above q= 0.99997979468000386 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8332.3144531250000 max vel inside fraction of cutoff 1790.9725087552210 max c/cs inside fraction of cutoff 0.64392751824034011 average v/vesc outside cutoff 0.99227025543635072 Kinetic plus potential energy outside cutoff 4.6134985612754266E+047 mass inside cutoff 1365 51.683838570382704 relax counter 0 log max v [km/s]= 4.3054689199478844 check gamma integral -1.6148455674202929E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 762 2882 retry: logT < hydro_mtx_min_allowed_logT 760 2886 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 752 2890 2890 9.394722 2.696E+05 -15.006601 13.645160 51.684883 0.000000 0.000000 0.000000 0.218071 -1.367611 2559 153 -9.9191E+00 9.394722 -0.245572 9.366820 13.447199 -99.000000 51.684883 0.000000 0.044432 0.781929 0.609701 5 2.8822E+05 5.894136 6.186552 13.645137 13.787843 -7.048541 49.018375 0.000005 0.000001 0.436299 -0.862E+01 retry log_rel_run_E_err -8.0118399835973815 rel_E_err 8.3952406330772600D-12 k, q, energy_removed_layers before adjustment is 1272 0.99999369954362693 3.5838751979718134E+047 k, q, energy_removed_layers after adjustment is 1365 0.99997979468000386 4.6408642030009879E+047 Layers above q= 0.99997979468000386 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8332.3632812500000 max vel inside fraction of cutoff 1794.2163402802473 max c/cs inside fraction of cutoff 0.64536989013235346 average v/vesc outside cutoff 0.99554746637028924 Kinetic plus potential energy outside cutoff 4.6408642030009879E+047 mass inside cutoff 1365 51.683838570382704 relax counter 0 log max v [km/s]= 4.3046206426180307 check gamma integral -1.6134941928736730E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 749 2894 retry: logT < hydro_mtx_min_allowed_logT 746 2899 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 2900 9.394381 2.696E+05 -14.669341 13.636610 51.684883 0.000000 0.000000 0.000000 0.218071 -1.368867 2559 155 -9.7293E+00 9.394381 -0.245650 9.362955 13.444639 -99.000000 51.684883 0.000000 0.044432 0.781929 0.609653 6 2.8822E+05 5.893012 6.186224 13.636587 13.774271 -7.048088 49.018375 0.000005 0.000001 0.436298 -0.863E+01 max increase log_rel_run_E_err -8.0081162319156736 rel_E_err 8.5619027042407616D-12 save LOGS/profile32.data for model 2900 save photos/x900 for model 2900 k, q, energy_removed_layers before adjustment is 1273 0.99999361622721183 3.6203987829659283E+047 k, q, energy_removed_layers after adjustment is 1365 0.99997979468000386 4.6725855096909686E+047 Layers above q= 0.99997979468000386 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8332.4179687500000 max vel inside fraction of cutoff 1798.0164644703984 max c/cs inside fraction of cutoff 0.64706178459976738 average v/vesc outside cutoff 0.99936001820769882 Kinetic plus potential energy outside cutoff 4.6725855096909686E+047 mass inside cutoff 1365 51.683838570382704 relax counter 0 log max v [km/s]= 4.3068544991494635 check gamma integral -1.6118937630547062E-002 retry: logT < hydro_mtx_min_allowed_logT 741 2903 retry: logT > hydro_mtx_max_allowed_logT 739 2907 retry: logT < hydro_mtx_min_allowed_logT 736 2910 2910 9.393981 2.696E+05 -14.676964 13.626565 51.684883 0.000000 0.000000 0.000000 0.218071 -1.370343 2559 158 -9.8406E+00 9.393981 -0.245742 9.358410 13.441628 -99.000000 51.684883 0.000000 0.044432 0.781929 0.609596 5 2.8822E+05 5.891690 6.185834 13.626542 13.758308 -7.047555 49.018375 0.000005 0.000001 0.436296 -0.865E+01 retry log_rel_run_E_err -8.0043891814872818 rel_E_err 8.4530364858893655D-12 k, q, energy_removed_layers before adjustment is 1274 0.99999353200141672 3.6678276432864306E+047 k, q, energy_removed_layers after adjustment is 1366 0.99997946811008809 4.7091755918961722E+047 Layers above q= 0.99997946811008809 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8332.4843750000000 max vel inside fraction of cutoff 1802.4698171724547 max c/cs inside fraction of cutoff 0.64904749198384448 average v/vesc outside cutoff 0.99988509442109252 Kinetic plus potential energy outside cutoff 4.7091755918961722E+047 mass inside cutoff 1366 51.683821691654856 relax counter 0 log max v [km/s]= 4.3048762244981820 check gamma integral -1.6099942628178807E-002 retry: logT < hydro_mtx_min_allowed_logT 733 2915 retry: adjust_correction failed in eval_equations -- give up in solver 2918 2920 9.393573 2.695E+05 -14.838560 13.616326 51.684883 0.000000 0.000000 0.000000 0.218071 -1.371850 2559 160 -9.6508E+00 9.393573 -0.245836 9.353772 13.438554 -99.000000 51.684883 0.000000 0.044432 0.781929 0.609539 6 2.8822E+05 5.890341 6.185439 13.616302 13.742018 -7.047012 49.018375 0.000005 0.000001 0.436295 -0.866E+01 max increase log_rel_run_E_err -8.0007292348646324 rel_E_err 8.3063581612536237D-12 k, q, energy_removed_layers before adjustment is 1275 0.99999341851018297 3.7161905224554333E+047 k, q, energy_removed_layers after adjustment is 1366 0.99997946811008809 4.7459421864150514E+047 Layers above q= 0.99997946811008809 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8332.5527343750000 max vel inside fraction of cutoff 1806.9974430828884 max c/cs inside fraction of cutoff 0.65106961234565897 average v/vesc outside cutoff 1.0043081156037366 Kinetic plus potential energy outside cutoff 4.7459421864150514E+047 mass inside cutoff 1366 51.683821691654856 relax counter 0 log max v [km/s]= 4.3069435693887987 check gamma integral -1.6080363103280690E-002 retry: logT < hydro_mtx_min_allowed_logT 727 2923 retry: logT < hydro_mtx_min_allowed_logT 818 2927 2930 9.393058 2.695E+05 -14.735574 13.603437 51.684883 0.000000 0.000000 0.000000 0.218071 -1.373750 2559 162 -9.4611E+00 9.393058 -0.245954 9.347927 13.434678 -99.000000 51.684883 0.000000 0.044431 0.781929 0.609466 8 2.8822E+05 5.888642 6.184941 13.603412 13.721488 -7.046329 49.018375 0.000005 0.000001 0.436294 -0.868E+01 max increase log_rel_run_E_err -7.9971063708956267 rel_E_err 8.1649331577449634D-12 k, q, energy_removed_layers before adjustment is 1276 0.99999330341666925 3.7701196976365555E+047 k, q, energy_removed_layers after adjustment is 1366 0.99997946811008809 4.7912358768199205E+047 Layers above q= 0.99997946811008809 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8332.6367187500000 max vel inside fraction of cutoff 1812.6788258293959 max c/cs inside fraction of cutoff 0.65361177414365401 average v/vesc outside cutoff 1.0097993153106088 Kinetic plus potential energy outside cutoff 4.7912358768199205E+047 mass inside cutoff 1366 51.683821691654856 relax counter 0 log max v [km/s]= 4.3099504270374194 check gamma integral -1.6055408284046793E-002 retry: logT < hydro_mtx_min_allowed_logT 718 2931 retry: logT < hydro_mtx_min_allowed_logT 715 2936 retry: logT < hydro_mtx_min_allowed_logT 780 2938 2940 9.392548 2.694E+05 -15.221153 13.590675 51.684883 0.000000 0.000000 0.000000 0.218071 -1.375634 2559 165 -9.7307E+00 9.392548 -0.246071 9.342133 13.430834 -99.000000 51.684883 0.000000 0.044431 0.781929 0.609394 6 2.8822E+05 5.886957 6.184447 13.590651 13.701133 -7.045653 49.018375 0.000005 0.000001 0.436292 -0.871E+01 hold log_rel_run_E_err -7.9935689390597924 rel_E_err 8.3417501731341182D-12 k, q, energy_removed_layers before adjustment is 1277 0.99999318672571691 3.8228707744459437E+047 k, q, energy_removed_layers after adjustment is 1367 0.99997913726840626 4.8345330332678644E+047 Layers above q= 0.99997913726840626 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8332.7207031250000 max vel inside fraction of cutoff 1818.2847335534047 max c/cs inside fraction of cutoff 0.65612533931892547 average v/vesc outside cutoff 1.0111722273216361 Kinetic plus potential energy outside cutoff 4.8345330332678644E+047 mass inside cutoff 1367 51.683804592141279 relax counter 0 log max v [km/s]= 4.3060881624567946 check gamma integral -1.6030358874400633E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 710 2942 retry: logT < hydro_mtx_min_allowed_logT 706 2946 2950 9.392170 2.694E+05 -14.681650 13.581228 51.684883 0.000000 0.000000 0.000000 0.218071 -1.377030 2559 167 -9.5410E+00 9.392170 -0.246158 9.337839 13.427984 -99.000000 51.684883 0.000000 0.044431 0.781929 0.609340 9 2.8822E+05 5.885708 6.184083 13.581204 13.686047 -7.045152 49.018375 0.000005 0.000001 0.436291 -0.872E+01 max increase log_rel_run_E_err -7.9900013601857278 rel_E_err 8.2265762345899189D-12 save photos/x950 for model 2950 k, q, energy_removed_layers before adjustment is 1278 0.99999306810030453 3.8631851185996934E+047 k, q, energy_removed_layers after adjustment is 1367 0.99997913726840626 4.8667187469195397E+047 Layers above q= 0.99997913726840626 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8332.7851562500000 max vel inside fraction of cutoff 1822.4228676891471 max c/cs inside fraction of cutoff 0.65798405652423531 average v/vesc outside cutoff 1.0150639964024497 Kinetic plus potential energy outside cutoff 4.8667187469195397E+047 mass inside cutoff 1367 51.683804592141279 relax counter 0 log max v [km/s]= 4.3103666870496333 check gamma integral -1.6011596691081886E-002 retry: logT < hydro_mtx_min_allowed_logT 702 2951 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 698 2955 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 695 2959 2960 9.391729 2.694E+05 -14.914930 13.570229 51.684883 0.000000 0.000000 0.000000 0.218071 -1.378659 2559 170 -9.6522E+00 9.391729 -0.246259 9.332835 13.424660 -99.000000 51.684883 0.000000 0.044431 0.781929 0.609278 6 2.8822E+05 5.884252 6.183660 13.570204 13.668464 -7.044571 49.018375 0.000005 0.000001 0.436290 -0.874E+01 max increase log_rel_run_E_err -7.9864508452342413 rel_E_err 8.3563008208904233D-12 k, q, energy_removed_layers before adjustment is 1279 0.99999296930524073 3.9051329204490518E+047 k, q, energy_removed_layers after adjustment is 1367 0.99997913726840626 4.9030073777859596E+047 Layers above q= 0.99997913726840626 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8332.8574218750000 max vel inside fraction of cutoff 1827.2278270329193 max c/cs inside fraction of cutoff 0.66014584226352380 average v/vesc outside cutoff 1.0195266935873315 Kinetic plus potential energy outside cutoff 4.9030073777859596E+047 mass inside cutoff 1367 51.683804592141279 relax counter 0 log max v [km/s]= 4.3072292547997257 check gamma integral -1.5989515540305504E-002 retry: logT < hydro_mtx_min_allowed_logT 742 2963 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 680 2967 retry: logT < hydro_mtx_min_allowed_logT 774 2970 2970 9.391245 2.693E+05 -14.896521 13.558145 51.684883 0.000000 0.000000 0.000000 0.218071 -1.380450 2559 173 -9.7635E+00 9.391245 -0.246369 9.327330 13.421003 -99.000000 51.684883 0.000000 0.044431 0.781929 0.609209 5 2.8822E+05 5.882652 6.183190 13.558119 13.649122 -7.043932 49.018375 0.000005 0.000001 0.436289 -0.876E+01 retry log_rel_run_E_err -7.9829821162025194 rel_E_err 8.5311893251659686D-12 k, q, energy_removed_layers before adjustment is 1280 0.99999286928554221 3.9453318676246872E+047 k, q, energy_removed_layers after adjustment is 1367 0.99997913726840626 4.9421965694117629E+047 Layers above q= 0.99997913726840626 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8332.9355468750000 max vel inside fraction of cutoff 1832.4909218895200 max c/cs inside fraction of cutoff 0.66251813968354345 average v/vesc outside cutoff 1.0243709300148094 Kinetic plus potential energy outside cutoff 4.9421965694117629E+047 mass inside cutoff 1367 51.683804592141279 relax counter 0 log max v [km/s]= 4.3058103461559911 check gamma integral -1.5964959758317823E-002 retry: logT > hydro_mtx_max_allowed_logT 680 2974 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 676 2979 2980 9.390749 2.693E+05 -14.923718 13.545792 51.684883 0.000000 0.000000 0.000000 0.218071 -1.382284 2559 175 -9.5738E+00 9.390749 -0.246483 9.321697 13.417258 -99.000000 51.684883 0.000000 0.044431 0.781929 0.609139 6 2.8822E+05 5.881013 6.182712 13.545766 13.629327 -7.043280 49.018375 0.000005 0.000001 0.436287 -0.878E+01 max increase log_rel_run_E_err -7.9795250331553671 rel_E_err 8.4657299902878460D-12 k, q, energy_removed_layers before adjustment is 1281 0.99999277957368782 3.9854034755944151E+047 k, q, energy_removed_layers after adjustment is 1367 0.99997913726840626 4.9818722354639226E+047 Layers above q= 0.99997913726840626 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8333.0156250000000 max vel inside fraction of cutoff 1837.8535782117926 max c/cs inside fraction of cutoff 0.66494004383532390 average v/vesc outside cutoff 1.0292714577644488 Kinetic plus potential energy outside cutoff 4.9818722354639226E+047 mass inside cutoff 1367 51.683804592141279 relax counter 0 log max v [km/s]= 4.3095698173173673 check gamma integral -1.5939537869998067E-002 retry: logT > hydro_mtx_max_allowed_logT 673 2982 retry: logT < hydro_mtx_min_allowed_logT 668 2985 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 664 2990 2990 9.390273 2.693E+05 -14.808302 13.533956 51.684883 0.000000 0.000000 0.000000 0.218071 -1.384044 2559 178 -9.6851E+00 9.390273 -0.246591 9.316293 13.413664 -99.000000 51.684883 0.000000 0.044431 0.781929 0.609072 5 2.8822E+05 5.879442 6.182253 13.533930 13.610338 -7.042654 49.018375 0.000005 0.000001 0.436286 -0.880E+01 retry log_rel_run_E_err -7.9761090416968505 rel_E_err 8.2533994036512802D-12 k, q, energy_removed_layers before adjustment is 1282 0.99999268895063720 4.0231330218456608E+047 k, q, energy_removed_layers after adjustment is 1367 0.99997913726840626 5.0188602425066593E+047 Layers above q= 0.99997913726840626 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8333.0937500000000 max vel inside fraction of cutoff 1842.9754051071500 max c/cs inside fraction of cutoff 0.66725765292416117 average v/vesc outside cutoff 1.0338978911532639 Kinetic plus potential energy outside cutoff 5.0188602425066593E+047 mass inside cutoff 1367 51.683804592141279 relax counter 0 log max v [km/s]= 4.3070045785495914 check gamma integral -1.5914877947256646E-002 retry: logT < hydro_mtx_min_allowed_logT 660 2995 retry: logT < hydro_mtx_min_allowed_logT 792 3000 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 3000 9.389583 2.692E+05 -15.083945 13.516800 51.684883 0.000000 0.000000 0.000000 0.218071 -1.386599 2559 180 -9.4953E+00 9.389583 -0.246749 9.308449 13.408444 -99.000000 51.684883 0.000000 0.044431 0.781929 0.608974 5 2.8822E+05 5.877160 6.181586 13.516773 13.582773 -7.041748 49.018375 0.000005 0.000001 0.436285 -0.883E+01 retry log_rel_run_E_err -7.9727721892458918 rel_E_err 8.1905660901585493D-12 save LOGS/profile33.data for model 3000 save photos/3000 for model 3000 k, q, energy_removed_layers before adjustment is 1284 0.99999250479181123 4.0857787165752680E+047 k, q, energy_removed_layers after adjustment is 1368 0.99997880157001862 5.0719177415496951E+047 Layers above q= 0.99997880157001862 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8333.2070312500000 max vel inside fraction of cutoff 1850.3707116972021 max c/cs inside fraction of cutoff 0.67061185507530929 average v/vesc outside cutoff 1.0322063917078179 Kinetic plus potential energy outside cutoff 5.0719177415496951E+047 mass inside cutoff 1368 51.683787241609430 relax counter 0 log max v [km/s]= 4.3091928837187821 check gamma integral -1.5878599004058906E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 642 3004 retry: logT < hydro_mtx_min_allowed_logT 728 3007 3010 9.388842 2.692E+05 -14.959865 13.498437 51.684883 0.000000 0.000000 0.000000 0.218071 -1.389341 2559 182 -9.4639E+00 9.388842 -0.246918 9.300040 13.402843 -99.000000 51.684883 0.000000 0.044431 0.781929 0.608869 6 2.8822E+05 5.874714 6.180878 13.498410 13.553218 -7.040779 49.018375 0.000005 0.000001 0.436283 -0.886E+01 max increase log_rel_run_E_err -7.9693765616621670 rel_E_err 8.2845791255044127D-12 k, q, energy_removed_layers before adjustment is 1286 0.99999230820266582 4.1512865512447604E+047 k, q, energy_removed_layers after adjustment is 1369 0.99997857613557450 5.1275130945075446E+047 Layers above q= 0.99997857613557450 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8333.3281250000000 max vel inside fraction of cutoff 1858.2492344374552 max c/cs inside fraction of cutoff 0.67419537680263830 average v/vesc outside cutoff 1.0363381220615082 Kinetic plus potential energy outside cutoff 5.1275130945075446E+047 mass inside cutoff 1369 51.683775590056591 relax counter 0 log max v [km/s]= 4.3094828098237583 check gamma integral -1.5839068418931585E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 646 3012 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 636 3016 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 646 3020 3020 9.388183 2.691E+05 -15.161359 13.482082 51.684883 0.000000 0.000000 0.000000 0.218071 -1.391787 2559 185 -9.5752E+00 9.388182 -0.247068 9.292537 13.397842 -99.000000 51.684883 0.000000 0.044430 0.781929 0.608775 6 2.8822E+05 5.872532 6.180246 13.482054 13.526852 -7.039917 49.018375 0.000005 0.000001 0.436282 -0.889E+01 retry log_rel_run_E_err -7.9660509219730287 rel_E_err 8.2812597414030954D-12 k, q, energy_removed_layers before adjustment is 1288 0.99999210716228648 4.2205841753991671E+047 k, q, energy_removed_layers after adjustment is 1373 0.99997757387849706 5.1765788040309803E+047 Layers above q= 0.99997757387849706 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8333.4355468750000 max vel inside fraction of cutoff 1865.2347801922867 max c/cs inside fraction of cutoff 0.67738148846641222 average v/vesc outside cutoff 1.0330317033630945 Kinetic plus potential energy outside cutoff 5.1765788040309803E+047 mass inside cutoff 1373 51.683723788516922 relax counter 0 log max v [km/s]= 4.3074927738992814 check gamma integral -1.5803246996461115E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 620 3026 retry: logT < hydro_mtx_min_allowed_logT 686 3029 3030 9.387287 2.690E+05 -15.324130 13.459923 51.684883 0.000000 0.000000 0.000000 0.218071 -1.395110 2559 187 -9.3854E+00 9.387286 -0.247272 9.282352 13.391048 -99.000000 51.684883 0.000000 0.044430 0.781929 0.608648 6 2.8822E+05 5.869570 6.179390 13.459894 13.491065 -7.038752 49.018375 0.000005 0.000001 0.436280 -0.892E+01 max increase log_rel_run_E_err -7.9627347935767885 rel_E_err 7.9596928374905537D-12 k, q, energy_removed_layers before adjustment is 1290 0.99999186189573819 4.3047756135975967E+047 k, q, energy_removed_layers after adjustment is 1374 0.99997725743528010 5.2429344272598064E+047 Layers above q= 0.99997725743528010 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8333.5800781250000 max vel inside fraction of cutoff 1874.6509829536631 max c/cs inside fraction of cutoff 0.68168953513136543 average v/vesc outside cutoff 1.0379586014113094 Kinetic plus potential energy outside cutoff 5.2429344272598064E+047 mass inside cutoff 1374 51.683707433186321 relax counter 0 log max v [km/s]= 4.3108115548552552 check gamma integral -1.5753782463283798E-002 retry: logT > hydro_mtx_max_allowed_logT 614 3032 retry: logT < hydro_mtx_min_allowed_logT 614 3036 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 606 3040 3040 9.386490 2.690E+05 -15.213964 13.440250 51.684883 0.000000 0.000000 0.000000 0.218071 -1.398068 2559 190 -9.4967E+00 9.386488 -0.247453 9.273292 13.384999 -99.000000 51.684883 0.000000 0.044430 0.781929 0.608534 5 2.8822E+05 5.866935 6.178614 13.440220 13.459232 -7.037716 49.018375 0.000005 0.000001 0.436279 -0.896E+01 retry log_rel_run_E_err -7.9594893173145165 rel_E_err 8.1529557814999901D-12 k, q, energy_removed_layers before adjustment is 1291 0.99999173684114329 4.3597205896508945E+047 k, q, energy_removed_layers after adjustment is 1374 0.99997725743528010 5.3002482537561836E+047 Layers above q= 0.99997725743528010 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8333.7089843750000 max vel inside fraction of cutoff 1882.9655804006300 max c/cs inside fraction of cutoff 0.68550618585546430 average v/vesc outside cutoff 1.0447602099526143 Kinetic plus potential energy outside cutoff 5.3002482537561836E+047 mass inside cutoff 1374 51.683707433186321 relax counter 0 log max v [km/s]= 4.3085269474072261 check gamma integral -1.5708964930875331E-002 retry: logT < hydro_mtx_min_allowed_logT 599 3044 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 606 3049 3050 9.385552 2.689E+05 -15.183159 13.417126 51.684883 0.000000 0.000000 0.000000 0.218071 -1.401553 2559 192 -9.3070E+00 9.385549 -0.247665 9.262621 13.377868 -99.000000 51.684883 0.000000 0.044430 0.781929 0.608401 6 2.8822E+05 5.863832 6.177711 13.417095 13.421746 -7.036496 49.018375 0.000005 0.000001 0.436277 -0.900E+01 max increase log_rel_run_E_err -7.9561964085685775 rel_E_err 8.1051682287795385D-12 save photos/x050 for model 3050 k, q, energy_removed_layers before adjustment is 1293 0.99999152958740611 4.4217164346477829E+047 k, q, energy_removed_layers after adjustment is 1375 0.99997691351480011 5.3668004615940240E+047 Layers above q= 0.99997691351480011 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8333.8574218750000 max vel inside fraction of cutoff 1892.6833981761092 max c/cs inside fraction of cutoff 0.68998220344921146 average v/vesc outside cutoff 1.0485267406881429 Kinetic plus potential energy outside cutoff 5.3668004615940240E+047 mass inside cutoff 1375 51.683689657696590 relax counter 0 log max v [km/s]= 4.3121903529251657 check gamma integral -1.5655200194784988E-002 retry: logT < hydro_mtx_min_allowed_logT 590 3053 retry: logT < hydro_mtx_min_allowed_logT 582 3057 3060 9.384370 2.688E+05 -15.210921 13.388057 51.684883 0.000000 0.000000 0.000000 0.218071 -1.405948 2559 194 -9.1172E+00 9.384366 -0.247933 9.249173 13.368872 -99.000000 51.684883 0.000000 0.044430 0.781929 0.608232 7 2.8822E+05 5.859921 6.176579 13.388026 13.374520 -7.034962 49.018375 0.000005 0.000001 0.436276 -0.905E+01 max increase log_rel_run_E_err -7.9529851716447295 rel_E_err 8.3745754483216560D-12 k, q, energy_removed_layers before adjustment is 1298 0.99999111719773182 4.5220575482720756E+047 k, q, energy_removed_layers after adjustment is 1375 0.99997691351480011 5.4484710066415196E+047 Layers above q= 0.99997691351480011 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8334.0449218750000 max vel inside fraction of cutoff 1904.8149047147526 max c/cs inside fraction of cutoff 0.69559327187072684 average v/vesc outside cutoff 1.0581390502993693 Kinetic plus potential energy outside cutoff 5.4484710066415196E+047 mass inside cutoff 1375 51.683689657696590 relax counter 0 log max v [km/s]= 4.3176316840002267 check gamma integral -1.5585924680278583E-002 retry: logT < hydro_mtx_min_allowed_logT 590 3062 retry: logT < hydro_mtx_min_allowed_logT 573 3066 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 568 3070 3070 9.382870 2.687E+05 -15.336214 13.351285 51.684883 0.000000 0.000000 0.000000 0.218071 -1.411529 2559 197 -9.2285E+00 9.382865 -0.248272 9.232108 13.357440 -99.000000 51.684883 0.000000 0.044430 0.781929 0.608018 5 2.8822E+05 5.854958 6.175134 13.351252 13.314622 -7.033027 49.018375 0.000005 0.000001 0.436274 -0.911E+01 retry log_rel_run_E_err -7.9498390124388632 rel_E_err 7.7734347117252220D-12 k, q, energy_removed_layers before adjustment is 1302 0.99999071358077729 4.6359230939346425E+047 k, q, energy_removed_layers after adjustment is 1376 0.99997656551428693 5.5476055286030319E+047 Layers above q= 0.99997656551428693 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8334.2832031250000 max vel inside fraction of cutoff 1920.0270555994057 max c/cs inside fraction of cutoff 0.70266620465365592 average v/vesc outside cutoff 1.0657311787698305 Kinetic plus potential energy outside cutoff 5.5476055286030319E+047 mass inside cutoff 1376 51.683671671330828 relax counter 0 log max v [km/s]= 4.3136676271434720 check gamma integral -1.5495578823528337E-002 retry: logT > hydro_mtx_max_allowed_logT 652 3074 retry: logT > hydro_mtx_max_allowed_logT 640 3078 3080 9.381226 2.686E+05 -15.230830 13.311120 51.684883 0.000000 0.000000 0.000000 0.218071 -1.417653 2559 199 -9.0387E+00 9.381220 -0.248643 9.213399 13.344887 -99.000000 51.684883 0.000000 0.044430 0.781929 0.607783 6 2.8822E+05 5.849519 6.173556 13.311085 13.249005 -7.030911 49.018375 0.000005 0.000001 0.436272 -0.918E+01 max increase log_rel_run_E_err -7.9466590064186988 rel_E_err 8.2128077592749294D-12 k, q, energy_removed_layers before adjustment is 1306 0.99999029604327283 4.7527474218889443E+047 k, q, energy_removed_layers after adjustment is 1377 0.99997621329215869 5.6531636201456928E+047 Layers above q= 0.99997621329215869 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8334.5390625000000 max vel inside fraction of cutoff 1936.4748725070406 max c/cs inside fraction of cutoff 0.71036030073074741 average v/vesc outside cutoff 1.0739435418211447 Kinetic plus potential energy outside cutoff 5.6531636201456928E+047 mass inside cutoff 1377 51.683653466771375 relax counter 0 log max v [km/s]= 4.3195622194142418 check gamma integral -1.5393395248995015E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 536 3082 retry: logT > hydro_mtx_max_allowed_logT 586 3086 3090 9.379259 2.684E+05 -14.723467 13.263242 51.684883 0.000000 0.000000 0.000000 0.218071 -1.424990 2559 201 -8.8490E+00 9.379251 -0.249086 9.191006 13.329836 -99.000000 51.684883 0.000000 0.044429 0.781929 0.607502 10 2.8822E+05 5.843009 6.171688 13.263205 13.170549 -7.028398 49.018375 0.000005 0.000001 0.436270 -0.926E+01 max increase log_rel_run_E_err -7.9435796278042590 rel_E_err 7.9939710649688747D-12 k, q, energy_removed_layers before adjustment is 1310 0.99998977964809532 4.9075069519921366E+047 k, q, energy_removed_layers after adjustment is 1377 0.99997621329215869 5.7742907856800187E+047 Layers above q= 0.99997621329215869 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8334.8457031250000 max vel inside fraction of cutoff 1955.8511965533157 max c/cs inside fraction of cutoff 0.71948770229258507 average v/vesc outside cutoff 1.0882281807920167 Kinetic plus potential energy outside cutoff 5.7742907856800187E+047 mass inside cutoff 1377 51.683653466771375 relax counter 0 log max v [km/s]= 4.3278600726287593 check gamma integral -1.5266756931527039E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 522 3091 retry: logT > hydro_mtx_max_allowed_logT 500 3095 retry: logT < hydro_mtx_min_allowed_logT 489 3100 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 3100 9.376763 2.682E+05 -15.092368 13.202770 51.684883 0.000000 0.000000 0.000000 0.218071 -1.434313 2559 204 -8.9603E+00 9.376753 -0.249647 9.162577 13.310687 -99.000000 51.684883 0.000000 0.044429 0.781929 0.607144 6 2.8822E+05 5.834748 6.169322 13.202731 13.071121 -7.025240 49.018375 0.000005 0.000001 0.436268 -0.937E+01 retry log_rel_run_E_err -7.9404889568859565 rel_E_err 8.1758162468272919D-12 save LOGS/profile34.data for model 3100 save photos/x100 for model 3100 k, q, energy_removed_layers before adjustment is 1314 0.99998917332767490 5.0622959944402451E+047 k, q, energy_removed_layers after adjustment is 1379 0.99997556085399342 5.9181311651497214E+047 Layers above q= 0.99997556085399342 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8335.2324218750000 max vel inside fraction of cutoff 1979.9686902452745 max c/cs inside fraction of cutoff 0.73094612742891285 average v/vesc outside cutoff 1.0953082908253549 Kinetic plus potential energy outside cutoff 5.9181311651497214E+047 mass inside cutoff 1379 51.683619745581218 relax counter 0 log max v [km/s]= 4.3205334765840551 check gamma integral -1.5099188617029852E-002 retry: logT < hydro_mtx_min_allowed_logT 586 3104 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 432 3109 3110 9.373380 2.680E+05 -15.052998 13.121299 51.684883 0.000000 0.000000 0.000000 0.218071 -1.446973 2559 206 -8.7705E+00 9.373368 -0.250406 9.124023 13.284645 -99.000000 51.684883 0.000000 0.044429 0.781929 0.606658 6 2.8822E+05 5.823549 6.166135 13.121255 12.936659 -7.021008 49.018375 0.000005 0.000001 0.436266 -0.951E+01 max increase log_rel_run_E_err -7.9374713713156764 rel_E_err 8.0413190916320723D-12 k, q, energy_removed_layers before adjustment is 1321 0.99998830038399789 5.2848034912876995E+047 k, q, energy_removed_layers after adjustment is 1381 0.99997496021342192 6.1034655492757262E+047 Layers above q= 0.99997496021342192 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8335.7460937500000 max vel inside fraction of cutoff 2011.8373216420778 max c/cs inside fraction of cutoff 0.74625742343781232 average v/vesc outside cutoff 1.1098710326441712 Kinetic plus potential energy outside cutoff 6.1034655492757262E+047 mass inside cutoff 1381 51.683588701543627 relax counter 0 log max v [km/s]= 4.3279352742388459 check gamma integral -1.4859756504783385E-002 retry: logT > hydro_mtx_max_allowed_logT 432 3114 3120 9.367028 2.713E+05 -15.367132 12.969696 51.684883 0.000000 0.000000 0.000000 0.218071 -1.470826 2562 207 -8.2797E+00 9.367011 -0.251824 9.051512 13.235453 -99.000000 51.684883 0.000000 0.044429 0.781929 0.605742 10 2.8822E+05 5.802507 6.184715 12.969644 12.685385 -7.023055 49.018375 0.000005 0.000001 0.436263 -0.939E+01 max increase log_rel_run_E_err -7.9344667333206864 rel_E_err 8.1385167476483729D-12 k, q, energy_removed_layers before adjustment is 1333 0.99998702027618458 5.6575910357959787E+047 k, q, energy_removed_layers after adjustment is 1390 0.99997346786275620 6.4237314446743234E+047 Layers above q= 0.99997346786275620 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8336.6953125000000 max vel inside fraction of cutoff 2069.1960237910284 max c/cs inside fraction of cutoff 0.77432988050613583 average v/vesc outside cutoff 1.1267282555044529 Kinetic plus potential energy outside cutoff 6.4237314446743234E+047 mass inside cutoff 1390 51.683511569574257 relax counter 0 log max v [km/s]= 4.3692456807127806 check gamma integral -1.4371482618131809E-002 retry: logRho > hydro_mtx_max_allowed_logRho 1 3122 3130 9.354505 1.783E+06 -15.314611 12.675557 51.684883 0.000000 0.000000 0.000000 0.218071 -1.518126 2565 208 -8.1150E+00 9.354478 -0.219762 8.908024 13.137362 -99.000000 51.684883 0.000000 0.044429 0.781929 0.603923 8 2.8822E+05 5.760988 9.519829 12.675483 12.196534 -8.417334 49.018375 0.000005 0.000001 0.436261 0.670E+00 lgRho_cntr log_rel_run_E_err -7.9315830034037873 rel_E_err 7.5786146704672688D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1350 0.99998467496131904 6.2907410016614118E+047 k, q, energy_removed_layers after adjustment is 1400 0.99997146322625985 6.9509174535617793E+047 Layers above q= 0.99997146322625985 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8338.5097656250000 max vel inside fraction of cutoff 2173.5525970650551 max c/cs inside fraction of cutoff 0.82720373309960804 average v/vesc outside cutoff 1.1703439174983632 Kinetic plus potential energy outside cutoff 6.9509174535617793E+047 mass inside cutoff 1400 51.683407960171728 relax counter 0 log max v [km/s]= 4.4423079086582193 check gamma integral -1.3259956732831727E-002 retry: logRho > hydro_mtx_max_allowed_logRho 4 3132 retry: logT < hydro_mtx_min_allowed_logT 392 3133 retry: logRho > hydro_mtx_max_allowed_logRho 82 3138 3140 9.346448 1.591E+06 -15.668017 12.489259 51.684883 0.000000 0.000000 0.000000 0.218071 -1.548677 2566 211 -8.4245E+00 9.346415 -0.196930 8.815286 13.073456 -99.000000 51.684883 0.000000 0.044429 0.781929 0.602758 11 2.8822E+05 5.734281 9.367024 12.489167 11.887394 -3.063124 49.018375 0.000005 0.000000 0.436261 0.165E+03 max increase log_rel_run_E_err -7.9287919338845585 rel_E_err 7.6011980077320966D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1356 0.99998339429806360 6.6126775341199217E+047 k, q, energy_removed_layers after adjustment is 1405 0.99996990479637560 7.2358902601902980E+047 Layers above q= 0.99996990479637560 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8339.6445312500000 max vel inside fraction of cutoff 2235.5585895396603 max c/cs inside fraction of cutoff 0.85973321772338185 average v/vesc outside cutoff 1.1830222682496858 Kinetic plus potential energy outside cutoff 7.2358902601902980E+047 mass inside cutoff 1405 51.683327412905676 relax counter 0 log max v [km/s]= 4.3538831288596453 check gamma integral -1.2439625265957576E-002 retry: logT > hydro_mtx_max_allowed_logT 147 3143 retry: get_T_tau -- L <= 0 3147 3150 9.335988 1.609E+06 -15.814829 12.250024 51.684883 0.000000 0.000000 0.000000 0.218071 -1.588468 2566 213 -8.2347E+00 9.335946 -0.169609 8.694156 12.989484 -99.000000 51.684883 0.000000 0.044429 0.781929 0.601249 10 2.8822E+05 5.699610 9.441863 12.249903 11.492649 -2.424114 49.018375 0.000004 0.000000 0.436260 0.175E+03 max increase log_rel_run_E_err -7.9260131108405334 rel_E_err 7.7420737362110499D-12 Using fixed_vsurf 20000.000000000000 save photos/x150 for model 3150 k, q, energy_removed_layers before adjustment is 1363 0.99998172826731890 6.9919897123438237E+047 k, q, energy_removed_layers after adjustment is 1409 0.99996840408611665 7.5683178427163696E+047 Layers above q= 0.99996840408611665 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8341.0800781250000 max vel inside fraction of cutoff 2310.7736526688468 max c/cs inside fraction of cutoff 0.90039586085386125 average v/vesc outside cutoff 1.2029247915700574 Kinetic plus potential energy outside cutoff 7.5683178427163696E+047 mass inside cutoff 1409 51.683249848871711 relax counter 0 log max v [km/s]= 4.3583676865252867 check gamma integral -1.1251108197689147E-002 retry: get_T_tau -- L <= 0 3151 3160 9.321611 1.627E+06 -16.311807 11.924832 51.684883 0.000000 0.000000 0.000000 0.218071 -1.643326 2619 214 -8.1913E+00 9.321559 -0.135566 8.526044 12.872148 -99.000000 51.684883 0.000000 0.044429 0.781929 0.599188 8 2.8822E+05 5.651974 9.528850 11.924659 10.959519 -1.995997 49.018375 0.000004 0.000000 0.436260 0.178E+03 lgRho_cntr log_rel_run_E_err -7.9233704623250025 rel_E_err 7.3005902584278895D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1421 0.99997979468000320 7.4406659683529070E+047 k, q, energy_removed_layers after adjustment is 1463 0.99996684724744322 7.9520958990700544E+047 Layers above q= 0.99996684724744322 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8343.0000000000000 max vel inside fraction of cutoff 2405.9427755104084 max c/cs inside fraction of cutoff 0.95382534232224514 average v/vesc outside cutoff 1.2321996124494670 Kinetic plus potential energy outside cutoff 7.9520958990700544E+047 mass inside cutoff 1463 51.683169383847215 relax counter 0 log max v [km/s]= 4.3419843512866425 check gamma integral -9.3918205164777273E-003 3170 9.306393 1.603E+06 -17.065546 11.583757 51.684883 0.000000 0.000000 0.000000 0.218071 -1.701444 2624 214 -8.2076E+00 9.306329 -0.103044 8.345807 12.745419 -99.000000 51.684883 0.000000 0.044429 0.781929 0.597046 6 2.8822E+05 5.601617 9.567861 11.583506 10.399878 -1.841646 49.018375 0.000004 0.000000 0.436260 0.181E+03 lgRho_cntr log_rel_run_E_err -7.9208314289761512 rel_E_err 7.0431192934336440D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1423 0.99997788652720987 7.8283162159802376E+047 k, q, energy_removed_layers after adjustment is 1464 0.99996461422654948 8.2973416611739727E+047 Layers above q= 0.99996461422654948 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8344.9785156250000 max vel inside fraction of cutoff 2498.6597486002911 max c/cs inside fraction of cutoff 1.0080086442356158 average v/vesc outside cutoff 1.2529515316840796 Kinetic plus potential energy outside cutoff 8.2973416611739727E+047 mass inside cutoff 1464 51.683053970423849 relax counter 0 log max v [km/s]= 4.3293040792402193 check gamma integral -7.1465582752283869E-003 3180 9.291187 1.557E+06 -16.988342 11.244523 51.684883 0.000000 0.000000 0.000000 0.218071 -1.759401 2630 214 -8.2150E+00 9.291110 -0.073413 8.163038 12.616045 -99.000000 51.684883 0.000000 0.044429 0.781929 0.594965 6 2.8822E+05 5.551413 9.577345 11.244163 9.837142 -1.772910 49.018375 0.000004 0.000000 0.436260 0.186E+03 lgRho_cntr log_rel_run_E_err -7.9183888112906624 rel_E_err 6.7629503232887723D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1432 0.99997621329215791 8.1630264474162477E+047 k, q, energy_removed_layers after adjustment is 1472 0.99996302768551637 8.5950067375777196E+047 Layers above q= 0.99996302768551637 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8346.9160156250000 max vel inside fraction of cutoff 2585.0747467964943 max c/cs inside fraction of cutoff 1.0604025147886107 average v/vesc outside cutoff 1.2727380306825133 Kinetic plus potential energy outside cutoff 8.5950067375777196E+047 mass inside cutoff 1472 51.682971970236373 relax counter 0 log max v [km/s]= 4.3227041847056720 check gamma integral -4.6335570585034564E-003 3190 9.275957 1.507E+06 -17.917855 10.904725 51.684883 0.000000 0.000000 0.000000 0.218071 -1.817161 2626 214 -8.2198E+00 9.275868 -0.046042 7.976965 12.483558 -99.000000 51.684883 0.000000 0.044429 0.781929 0.592958 6 2.8822E+05 5.501284 9.575243 10.904212 9.263339 -1.741627 49.018375 0.000004 0.000000 0.436260 0.191E+03 lgRho_cntr log_rel_run_E_err -7.9160052463507755 rel_E_err 6.6258125413464261D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1434 0.99997442131358116 8.4563295138236135E+047 k, q, energy_removed_layers after adjustment is 1473 0.99996112823982131 8.8545272907627437E+047 Layers above q= 0.99996112823982131 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8348.8261718750000 max vel inside fraction of cutoff 2666.9299100015023 max c/cs inside fraction of cutoff 1.1117062095258354 average v/vesc outside cutoff 1.2890056338044935 Kinetic plus potential energy outside cutoff 8.8545272907627437E+047 mass inside cutoff 1473 51.682873797608089 relax counter 0 log max v [km/s]= 4.3182428855110464 check gamma integral -1.8702581971046519E-003 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 3200 9.260687 1.452E+06 -18.660394 10.562575 51.684883 0.000000 0.000000 0.000000 0.218071 -1.874606 2626 214 -8.2222E+00 9.260586 -0.020492 7.787011 12.347640 -99.000000 51.684883 0.000000 0.044429 0.781929 0.591044 6 2.8822E+05 5.451225 9.561914 10.561846 8.673108 -1.727929 49.018375 0.000004 0.000000 0.436260 0.196E+03 lgRho_cntr log_rel_run_E_err -7.9137143738152762 rel_E_err 6.5492579485578251D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile35.data for model 3200 save photos/x200 for model 3200 k, q, energy_removed_layers before adjustment is 1438 0.99997298005666269 8.7106375258902707E+047 k, q, energy_removed_layers after adjustment is 1476 0.99995962876812194 9.0863953917552777E+047 Layers above q= 0.99995962876812194 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8350.7207031250000 max vel inside fraction of cutoff 2745.3930121953963 max c/cs inside fraction of cutoff 1.1624170706952097 average v/vesc outside cutoff 1.3051007050337520 Kinetic plus potential energy outside cutoff 9.0863953917552777E+047 mass inside cutoff 1476 51.682796297588922 relax counter 0 log max v [km/s]= 4.3152299274738581 check gamma integral 1.1148359024455181E-003 3210 9.243854 1.404E+06 -18.679475 10.182336 51.684883 0.000000 0.000000 0.000000 0.218071 -1.937191 2616 214 -8.2025E+00 9.243739 0.005871 7.573128 12.194029 -99.000000 51.684883 0.000000 0.044429 0.781929 0.589068 6 2.8822E+05 5.396322 9.555588 10.181267 8.000595 -1.718826 49.018375 0.000004 0.000000 0.436260 0.201E+03 lgRho_cntr log_rel_run_E_err -7.9115022048513941 rel_E_err 6.3745356734779658D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1432 0.99997146322625918 8.9600547099358605E+047 k, q, energy_removed_layers after adjustment is 1468 0.99995837007795407 9.3144060563170415E+047 Layers above q= 0.99995837007795407 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8352.7968750000000 max vel inside fraction of cutoff 2828.5926186028569 max c/cs inside fraction of cutoff 1.2178902331879791 average v/vesc outside cutoff 1.3214668162295493 Kinetic plus potential energy outside cutoff 9.3144060563170415E+047 mass inside cutoff 1468 51.682731242335009 relax counter 0 log max v [km/s]= 4.3133227776901650 check gamma integral 4.6038241925052828E-003 3220 9.226865 1.356E+06 -18.971547 9.794698 51.684883 0.000000 0.000000 0.000000 0.218071 -1.999326 2621 214 -8.1998E+00 9.226737 0.030909 7.351900 12.034749 -99.000000 51.684883 0.000000 0.044429 0.781929 0.587245 6 2.8822E+05 5.341278 9.545067 9.793128 7.292592 -1.724582 49.018375 0.000004 0.000000 0.436260 0.205E+03 lgRho_cntr log_rel_run_E_err -7.9093816938685224 rel_E_err 5.9301365574606687D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1439 0.99996990479637460 9.2004815962668493E+047 k, q, energy_removed_layers after adjustment is 1475 0.99995615526071180 9.5232450401413338E+047 Layers above q= 0.99995615526071180 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8354.8906250000000 max vel inside fraction of cutoff 2909.7346069335317 max c/cs inside fraction of cutoff 1.2737569788295011 average v/vesc outside cutoff 1.3286990531057024 Kinetic plus potential energy outside cutoff 9.5232450401413338E+047 mass inside cutoff 1475 51.682616769765247 relax counter 0 log max v [km/s]= 4.3114123369158257 check gamma integral 8.2689818867741072E-003 3230 9.209734 1.307E+06 -19.390132 9.399893 51.684883 0.000000 0.000000 0.000000 0.218071 -2.060715 2630 214 -8.2041E+00 9.209594 0.054855 7.122542 11.869536 -99.000000 51.684883 0.000000 0.044429 0.781929 0.585606 6 2.8822E+05 5.286204 9.529415 9.397594 6.533921 -1.736997 49.018375 0.000004 0.000000 0.436260 0.210E+03 lgRho_cntr log_rel_run_E_err -7.9073103330977101 rel_E_err 5.7781979930171337D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1447 0.99996840408611576 9.4105363235752855E+047 k, q, energy_removed_layers after adjustment is 1482 0.99995503924974838 9.7144048834959903E+047 Layers above q= 0.99995503924974838 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8357.0078125000000 max vel inside fraction of cutoff 2989.1465746409913 max c/cs inside fraction of cutoff 1.3302605792848561 average v/vesc outside cutoff 1.3464315628846908 Kinetic plus potential energy outside cutoff 9.7144048834959903E+047 mass inside cutoff 1482 51.682559088869304 relax counter 0 log max v [km/s]= 4.3097513001492480 check gamma integral 1.2031615689758931E-002 3240 9.192501 1.262E+06 -20.073714 8.999810 51.684883 0.000000 0.000000 0.000000 0.218071 -2.120998 2632 214 -8.2008E+00 9.192348 0.077876 6.884453 11.698362 -99.000000 51.684883 0.000000 0.044429 0.781929 0.584179 6 2.8822E+05 5.231290 9.514724 8.996467 5.660837 -1.755537 49.018375 0.000004 0.000000 0.436260 0.215E+03 lgRho_cntr log_rel_run_E_err -7.9053408970672132 rel_E_err 5.5137356660102029D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1453 0.99996716320434553 9.5959416621416389E+047 k, q, energy_removed_layers after adjustment is 1486 0.99995396397323411 9.8911396408155721E+047 Layers above q= 0.99995396397323411 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8359.1562500000000 max vel inside fraction of cutoff 3066.9502357329093 max c/cs inside fraction of cutoff 1.3875432997154951 average v/vesc outside cutoff 1.3695265468933322 Kinetic plus potential energy outside cutoff 9.8911396408155721E+047 mass inside cutoff 1486 51.682503513328598 relax counter 0 log max v [km/s]= 4.3086061714309194 check gamma integral 1.5798397428465054E-002 3250 9.175140 1.218E+06 -20.259771 8.564031 51.684883 0.000000 0.000000 0.000000 0.218071 -2.180086 2632 214 -8.1923E+00 9.174976 0.100198 6.635935 11.520542 -99.000000 51.684883 0.000000 0.044429 0.781929 0.582985 6 2.8822E+05 5.176508 9.497363 8.558875 5.005508 -1.776145 49.018375 0.000004 0.000000 0.436260 0.220E+03 lgRho_cntr log_rel_run_E_err -7.9034329601864135 rel_E_err 5.5853010384085253D-12 Using fixed_vsurf 20000.000000000000 save photos/x250 for model 3250 k, q, energy_removed_layers before adjustment is 1452 0.99996588295654265 9.7756948575369805E+047 k, q, energy_removed_layers after adjustment is 1487 0.99995218440179678 1.0056003033444175E+048 Layers above q= 0.99995218440179678 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8361.3515625000000 max vel inside fraction of cutoff 3143.5375287261008 max c/cs inside fraction of cutoff 1.4459812982776843 average v/vesc outside cutoff 1.3717317727099172 Kinetic plus potential energy outside cutoff 1.0056003033444175E+048 mass inside cutoff 1487 51.682411536387292 relax counter 0 log max v [km/s]= 4.3077566454665597 check gamma integral 1.9487666027363931E-002 3260 9.156605 1.180E+06 -20.635220 8.118403 51.684883 0.000000 0.000000 0.000000 0.218071 -2.241261 2629 214 -8.0230E+00 9.156429 0.123281 6.359346 11.324338 -99.000000 51.684883 0.000000 0.044429 0.781929 0.581991 6 2.8822E+05 5.118642 9.488755 8.110773 4.115866 -1.796901 49.018375 0.000004 0.000000 0.436260 0.224E+03 lgRho_cntr log_rel_run_E_err -7.9016044890899932 rel_E_err 5.2282681263976344D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1452 0.99996418208226789 9.9651606642393926E+047 k, q, energy_removed_layers after adjustment is 1486 0.99995095449692306 1.0219247483174072E+048 Layers above q= 0.99995095449692306 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8363.7441406250000 max vel inside fraction of cutoff 3223.6493559747978 max c/cs inside fraction of cutoff 1.5095462870916436 average v/vesc outside cutoff 1.3884188957627825 Kinetic plus potential energy outside cutoff 1.0219247483174072E+048 mass inside cutoff 1486 51.682347968897936 relax counter 0 log max v [km/s]= 4.3095533135499178 check gamma integral 2.3220196552418856E-002 3270 9.138456 1.138E+06 -20.957694 7.684482 51.684883 0.000000 0.000000 0.000000 0.218071 -2.299192 2628 214 -8.1247E+00 9.138270 0.145317 6.075496 11.125468 -99.000000 51.684883 0.000000 0.044429 0.781929 0.581306 6 2.8822E+05 5.062632 9.470147 7.673663 3.208562 -1.824703 49.018375 0.000004 0.000000 0.436260 0.230E+03 lgRho_cntr log_rel_run_E_err -7.8998735501214119 rel_E_err 5.0229731111605895D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1454 0.99996302768551582 1.0120685267796079E+048 k, q, energy_removed_layers after adjustment is 1489 0.99994923447212436 1.0369805130288923E+048 Layers above q= 0.99994923447212436 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8366.1523437500000 max vel inside fraction of cutoff 3300.7072441434161 max c/cs inside fraction of cutoff 1.5733066681828420 average v/vesc outside cutoff 1.3973794533118211 Kinetic plus potential energy outside cutoff 1.0369805130288923E+048 mass inside cutoff 1489 51.682259069617665 relax counter 0 log max v [km/s]= 4.3069393417463058 check gamma integral 2.6594201914995598E-002 3280 9.120495 1.099E+06 -21.057629 7.263589 51.684883 0.000000 0.000000 0.000000 0.218071 -2.354647 2623 214 -8.1345E+00 9.120302 0.166737 5.779820 10.921671 -99.000000 51.684883 0.000000 0.044429 0.781929 0.580906 5 2.8822E+05 5.007829 9.451947 7.249093 2.273887 -1.854221 49.018375 0.000004 0.000000 0.436260 0.235E+03 lgRho_cntr log_rel_run_E_err -7.8982188546640106 rel_E_err 4.7301753691461087D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1452 0.99996150993963884 1.0280123330901992E+048 k, q, energy_removed_layers after adjustment is 1486 0.99994797339446617 1.0511456131673281E+048 Layers above q= 0.99994797339446617 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8368.6093750000000 max vel inside fraction of cutoff 3375.7381091316843 max c/cs inside fraction of cutoff 1.6382278819171980 average v/vesc outside cutoff 1.4103841256563796 Kinetic plus potential energy outside cutoff 1.0511456131673281E+048 mass inside cutoff 1486 51.682193890966595 relax counter 0 log max v [km/s]= 4.3061077170826403 check gamma integral 2.9609311514221623E-002 3290 9.101374 1.063E+06 -21.344247 6.830908 51.684883 0.000000 0.000000 0.000000 0.218071 -2.411777 2624 214 -7.9633E+00 9.101171 0.189282 5.446237 10.696607 -99.000000 51.684883 0.000000 0.044429 0.781929 0.580769 6 2.8822E+05 4.950130 9.439469 6.812617 1.236764 -1.882908 49.018375 0.000004 0.000000 0.436260 0.240E+03 lgRho_cntr log_rel_run_E_err -7.8966264961933748 rel_E_err 4.5156085477414641D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1453 0.99996013376961534 1.0438486435362988E+048 k, q, energy_removed_layers after adjustment is 1488 0.99994630925653716 1.0655589096822083E+048 Layers above q= 0.99994630925653716 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8371.3320312500000 max vel inside fraction of cutoff 3454.2240308639102 max c/cs inside fraction of cutoff 1.7096931160192803 average v/vesc outside cutoff 1.4212532273409801 Kinetic plus potential energy outside cutoff 1.0655589096822083E+048 mass inside cutoff 1488 51.682107880192646 relax counter 0 log max v [km/s]= 4.3075545934543182 check gamma integral 3.2437392134374188E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 3300 9.082603 1.025E+06 -21.508973 6.424306 51.684883 0.000000 0.000000 0.000000 0.218071 -2.466100 2628 214 -8.0773E+00 9.082391 0.211282 5.097398 10.467210 -99.000000 51.684883 0.000000 0.044429 0.781929 0.580910 6 2.8822E+05 4.894107 9.420446 6.403349 0.174843 -1.919219 49.018375 0.000004 0.000000 0.436260 0.245E+03 lgRho_cntr log_rel_run_E_err -7.8950966597219159 rel_E_err 4.3846975652405785D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile36.data for model 3300 save photos/x300 for model 3300 k, q, energy_removed_layers before adjustment is 1456 0.99995874558060704 1.0579303984795900E+048 k, q, energy_removed_layers after adjustment is 1490 0.99994546146214125 1.0791087400576003E+048 Layers above q= 0.99994546146214125 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8374.1269531250000 max vel inside fraction of cutoff 3529.6147125653015 max c/cs inside fraction of cutoff 1.7824102993753779 average v/vesc outside cutoff 1.4394941845870586 Kinetic plus potential energy outside cutoff 1.0791087400576003E+048 mass inside cutoff 1490 51.682064062038584 relax counter 0 log max v [km/s]= 4.3056227031165388 check gamma integral 3.4828260337492901E-002 3310 9.063826 9.871E+05 -21.668328 6.032401 51.684883 0.000000 0.000000 0.000000 0.218071 -2.518920 2625 214 -7.9893E+00 9.063606 0.233263 4.724547 10.229088 -99.000000 51.684883 0.000000 0.044429 0.781929 0.581299 6 2.8822E+05 4.838625 9.398700 6.010481 -0.932456 -1.952781 49.018375 0.000004 0.000000 0.436260 0.251E+03 max increase log_rel_run_E_err -7.8936370427730278 rel_E_err 4.2240358110177697D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1455 0.99995724879191117 1.0722653389882810E+048 k, q, energy_removed_layers after adjustment is 1488 0.99994403849658720 1.0921772789873286E+048 Layers above q= 0.99994403849658720 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8377.0664062500000 max vel inside fraction of cutoff 3602.9406969112192 max c/cs inside fraction of cutoff 1.8578425665872402 average v/vesc outside cutoff 1.4533189525466830 Kinetic plus potential energy outside cutoff 1.0921772789873286E+048 mass inside cutoff 1488 51.681990516230584 relax counter 0 log max v [km/s]= 4.3059226309942327 check gamma integral 3.6858534545483067E-002 3320 9.044075 9.490E+05 -21.833188 5.628931 51.684883 0.000000 0.000000 0.000000 0.218071 -2.573116 2619 214 -8.0035E+00 9.043851 0.256446 4.303609 9.969052 -99.000000 51.684883 0.000000 0.044429 0.781929 0.581942 6 2.8822E+05 4.780800 9.376618 5.607897 -2.147596 -1.990024 49.018375 0.000004 0.000000 0.436260 0.257E+03 lgRho_cntr log_rel_run_E_err -7.8922567902019249 rel_E_err 4.0906758001417440D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1453 0.99995578650703243 1.0865446871174767E+048 k, q, energy_removed_layers after adjustment is 1486 0.99994200600284733 1.1055134483859023E+048 Layers above q= 0.99994200600284733 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8380.3281250000000 max vel inside fraction of cutoff 3677.2202961903195 max c/cs inside fraction of cutoff 1.9402099528739047 average v/vesc outside cutoff 1.4619550178958889 Kinetic plus potential energy outside cutoff 1.1055134483859023E+048 mass inside cutoff 1486 51.681885467029680 relax counter 0 log max v [km/s]= 4.3052697809221643 check gamma integral 3.8645100488916000E-002 3330 9.025270 9.106E+05 -21.993814 5.247816 51.684883 0.000000 0.000000 0.000000 0.218071 -2.623657 2614 214 -8.0094E+00 9.025043 0.278626 3.873065 9.712183 -99.000000 51.684883 0.000000 0.044429 0.781929 0.582753 5 2.8822E+05 4.726188 9.349224 5.229093 -3.354363 -2.029677 49.018375 0.000004 0.000000 0.436260 0.264E+03 lgRho_cntr log_rel_run_E_err -7.8909272168491889 rel_E_err 3.9601165920324424D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1449 0.99995431392155398 1.0997782859794485E+048 k, q, energy_removed_layers after adjustment is 1480 0.99994096642618657 1.1179138907207052E+048 Layers above q= 0.99994096642618657 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8383.6152343750000 max vel inside fraction of cutoff 3744.6251358039594 max c/cs inside fraction of cutoff 2.0214905324163572 average v/vesc outside cutoff 1.4803070087749337 Kinetic plus potential energy outside cutoff 1.1179138907207052E+048 mass inside cutoff 1480 51.681831736631729 relax counter 0 log max v [km/s]= 4.3049196068313043 check gamma integral 4.0062524983515146E-002 3340 9.005049 8.764E+05 -22.171376 4.841911 51.684883 0.000000 0.000000 0.000000 0.218071 -2.677156 2622 214 -7.9068E+00 9.004818 0.302639 3.374783 9.425647 -99.000000 51.684883 0.000000 0.044429 0.781929 0.583801 5 2.8822E+05 4.667857 9.330776 4.826839 -4.708374 -2.074161 49.018375 0.000004 0.000000 0.436260 0.269E+03 lgRho_cntr log_rel_run_E_err -7.8896483606628038 rel_E_err 3.7562284379715393D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1460 0.99995254434184688 1.1141130631204018E+048 k, q, energy_removed_layers after adjustment is 1490 0.99993850314688348 1.1309946438039458E+048 Layers above q= 0.99993850314688348 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8387.3730468750000 max vel inside fraction of cutoff 3812.7420478800841 max c/cs inside fraction of cutoff 2.1120485680294383 average v/vesc outside cutoff 1.4849511883792554 Kinetic plus potential energy outside cutoff 1.1309946438039458E+048 mass inside cutoff 1490 51.681704422329446 relax counter 0 log max v [km/s]= 4.3049992957516308 check gamma integral 4.1336273350797252E-002 3350 8.985871 8.384E+05 -22.345175 4.476643 51.684883 0.000000 0.000000 0.000000 0.218071 -2.727283 2620 214 -7.9464E+00 8.985638 0.325579 2.866612 9.143870 -99.000000 51.684883 0.000000 0.044429 0.781929 0.584943 5 2.8822E+05 4.612863 9.299584 4.465850 -6.048446 -2.121815 49.018375 0.000004 0.000000 0.436260 0.276E+03 lgRho_cntr log_rel_run_E_err -7.8884573742916562 rel_E_err 3.4527603535527081D-12 Using fixed_vsurf 20000.000000000000 save photos/x350 for model 3350 k, q, energy_removed_layers before adjustment is 1462 0.99995095449692240 1.1271202430944666E+048 k, q, energy_removed_layers after adjustment is 1492 0.99993638824711040 1.1432369256480281E+048 Layers above q= 0.99993638824711040 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8391.1601562500000 max vel inside fraction of cutoff 3872.5357968907338 max c/cs inside fraction of cutoff 2.2008051655292213 average v/vesc outside cutoff 1.4934706139089247 Kinetic plus potential energy outside cutoff 1.1432369256480281E+048 mass inside cutoff 1492 51.681595113982368 relax counter 0 log max v [km/s]= 4.3046417055803641 check gamma integral 4.2356760885024256E-002 3360 8.965757 8.025E+05 -22.531852 4.144287 51.684883 0.000000 0.000000 0.000000 0.218071 -2.779453 2620 214 -7.7697E+00 8.965522 0.349831 2.293816 8.837887 -99.000000 51.684883 0.000000 0.044429 0.781929 0.586263 5 2.8822E+05 4.555451 9.272229 4.138116 -7.514948 -2.170280 49.018375 0.000004 0.000000 0.436260 0.283E+03 lgRho_cntr log_rel_run_E_err -7.8873263639019600 rel_E_err 3.4063812692567677D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1465 0.99994923447212369 1.1402891647762410E+048 k, q, energy_removed_layers after adjustment is 1494 0.99993476662029479 1.1558905593648283E+048 Layers above q= 0.99993476662029479 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8395.3906250000000 max vel inside fraction of cutoff 3929.5547996916612 max c/cs inside fraction of cutoff 2.2968703798182202 average v/vesc outside cutoff 1.5085248265504771 Kinetic plus potential energy outside cutoff 1.1558905593648283E+048 mass inside cutoff 1494 51.681511300390326 relax counter 0 log max v [km/s]= 4.3051058287809560 check gamma integral 4.3280265839955694E-002 3370 8.946116 7.648E+05 -22.718759 3.900615 51.684883 0.000000 0.000000 0.000000 0.218071 -2.830142 2615 214 -7.8781E+00 8.945880 0.373711 1.693162 8.528812 -99.000000 51.684883 0.000000 0.044429 0.781929 0.587655 5 2.8822E+05 4.499614 9.236400 3.897913 -9.009742 -2.225941 49.018375 0.000004 0.000000 0.436260 0.291E+03 lgRho_cntr log_rel_run_E_err -7.8862553946886464 rel_E_err 3.1205896856785967D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1463 0.99994755998335028 1.1527582553251743E+048 k, q, energy_removed_layers after adjustment is 1490 0.99993330564800298 1.1680685979205241E+048 Layers above q= 0.99993330564800298 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8399.7929687500000 max vel inside fraction of cutoff 3979.1299976552882 max c/cs inside fraction of cutoff 2.3934577364324516 average v/vesc outside cutoff 1.5297952521956664 Kinetic plus potential energy outside cutoff 1.1680685979205241E+048 mass inside cutoff 1490 51.681435790208539 relax counter 0 log max v [km/s]= 4.3043400232076223 check gamma integral 4.4076425308961317E-002 3380 8.926581 7.291E+05 -22.908322 3.740441 51.684883 0.000000 0.000000 0.000000 0.218071 -2.880441 2613 214 -7.7871E+00 8.926344 0.397675 1.052907 8.211495 -99.000000 51.684883 0.000000 0.044429 0.781929 0.589122 5 2.8822E+05 4.444255 9.201251 3.739548 -10.560761 -2.282505 49.018375 0.000004 0.000000 0.436260 0.299E+03 max increase log_rel_run_E_err -7.8852309749933935 rel_E_err 2.9800530429302018D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1465 0.99994546146214114 1.1657986278805660E+048 k, q, energy_removed_layers after adjustment is 1491 0.99993053670860244 1.1800394804510627E+048 Layers above q= 0.99993053670860244 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8404.4589843750000 max vel inside fraction of cutoff 4022.1093131806228 max c/cs inside fraction of cutoff 2.4922171798674899 average v/vesc outside cutoff 1.5306752629282090 Kinetic plus potential energy outside cutoff 1.1800394804510627E+048 mass inside cutoff 1491 51.681292677899911 relax counter 0 log max v [km/s]= 4.3044661547947882 check gamma integral 4.4795180107860863E-002 3390 8.906160 6.915E+05 -23.110823 3.632410 51.684883 0.000000 0.000000 0.000000 0.218071 -2.933005 2609 214 -7.7987E+00 8.905924 0.422983 0.335142 7.869812 -99.000000 51.684883 0.000000 0.044429 0.781929 0.590726 5 2.8822E+05 4.386540 9.159779 3.632191 -12.253766 -2.344060 49.018375 0.000004 0.000000 0.436260 0.308E+03 lgRho_cntr log_rel_run_E_err -7.8842887816170055 rel_E_err 2.8064430384618273D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1462 0.99994353627979782 1.1785529346504517E+048 k, q, energy_removed_layers after adjustment is 1492 0.99992732588189182 1.1926686234111819E+048 Layers above q= 0.99992732588189182 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8409.6757812500000 max vel inside fraction of cutoff 4060.0493624805231 max c/cs inside fraction of cutoff 2.5983703692441784 average v/vesc outside cutoff 1.5331062501415196 Kinetic plus potential energy outside cutoff 1.1926686234111819E+048 mass inside cutoff 1492 51.681126726697435 relax counter 0 log max v [km/s]= 4.3039497954879939 check gamma integral 4.5492791572353544E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 3400 8.886825 6.565E+05 -23.305922 3.558031 51.684883 0.000000 0.000000 0.000000 0.218071 -2.982805 2601 214 -7.8022E+00 8.886590 0.447216 -0.392581 7.538153 -99.000000 51.684883 0.000000 0.044429 0.781929 0.592308 5 2.8822E+05 4.332020 9.118050 3.557982 -13.927387 -2.409584 49.018375 0.000004 0.000000 0.436260 0.317E+03 lgRho_cntr log_rel_run_E_err -7.8833695962109864 rel_E_err 2.7292576910141168D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile37.data for model 3400 save photos/x400 for model 3400 k, q, energy_removed_layers before adjustment is 1456 0.99994148844656250 1.1906865595880524E+048 k, q, energy_removed_layers after adjustment is 1486 0.99992494954377120 1.2048265155658262E+048 Layers above q= 0.99992494954377120 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8414.9609375000000 max vel inside fraction of cutoff 4089.3457807670989 max c/cs inside fraction of cutoff 2.7015857057865738 average v/vesc outside cutoff 1.5466579308263471 Kinetic plus potential energy outside cutoff 1.2048265155658262E+048 mass inside cutoff 1486 51.681003905939988 relax counter 0 log max v [km/s]= 4.3037188607653860 check gamma integral 4.6118940951712220E-002 3410 8.866153 6.235E+05 -23.518466 3.491213 51.684883 0.000000 0.000000 0.000000 0.218071 -3.036152 2586 214 -7.6967E+00 8.865921 0.473479 -1.226627 7.177488 -99.000000 51.684883 0.000000 0.044429 0.781929 0.594052 5 2.8822E+05 4.273844 9.081061 3.491205 -15.796551 -2.484365 49.018375 0.000004 0.000000 0.436260 0.326E+03 lgRho_cntr log_rel_run_E_err -7.8824939451559217 rel_E_err 2.5671988412695949D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1445 0.99993850314688371 1.2048314148715539E+048 k, q, energy_removed_layers after adjustment is 1476 0.99992008706278546 1.2183474533285871E+048 Layers above q= 0.99992008706278546 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8421.0312500000000 max vel inside fraction of cutoff 4113.5109407991376 max c/cs inside fraction of cutoff 2.8151410531802452 average v/vesc outside cutoff 1.5409978933438788 Kinetic plus potential energy outside cutoff 1.2183474533285871E+048 mass inside cutoff 1476 51.680752589179725 relax counter 0 log max v [km/s]= 4.3037090329532157 check gamma integral 4.6764033717284915E-002 3420 8.846622 5.892E+05 -23.722793 3.431236 51.684883 0.000000 0.000000 0.000000 0.218071 -3.086656 2583 214 -7.7326E+00 8.846392 0.498643 -2.070214 6.836048 -99.000000 51.684883 0.000000 0.044429 0.781929 0.595751 5 2.8822E+05 4.218978 9.033100 3.431235 -17.641422 -2.559454 49.018375 0.000004 0.000000 0.436260 0.336E+03 lgRho_cntr log_rel_run_E_err -7.8816796835344975 rel_E_err 2.4942194893891383D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1691 0.99910807155271342 3.6268085543196611E+048 k, q, energy_removed_layers after adjustment is 1811 0.99607732164577600 7.3005857549471833E+048 Layers above q= 0.99607732164577600 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8427.2031250000000 max vel inside fraction of cutoff 3956.5981482778029 max c/cs inside fraction of cutoff 2.7249706715879998 average v/vesc outside cutoff 0.96801343898874992 Kinetic plus potential energy outside cutoff 7.3005857549471833E+048 mass inside cutoff 1811 51.482139708666352 relax counter 0 log max v [km/s]= 4.3033516051557008 check gamma integral 4.7357546735735521E-002 3430 8.826237 5.575E+05 -23.940007 3.375962 51.684883 0.000000 0.000000 0.000000 0.218071 -3.139499 2583 214 -7.5518E+00 8.826014 0.525347 -3.013515 6.487213 -99.000000 51.684883 0.000000 0.044429 0.781929 0.597568 5 2.8822E+05 4.161813 8.990470 3.375962 -19.652493 -2.639286 49.018375 0.000004 0.000000 0.436260 0.347E+03 lgRho_cntr log_rel_run_E_err -7.8808999173650358 rel_E_err 2.3823883699038773D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1736 0.99838803915108609 7.0535716904940049E+048 k, q, energy_removed_layers after adjustment is 1834 0.99479151990297887 1.1469987322473497E+049 Layers above q= 0.99479151990297887 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8434.1582031250000 max vel inside fraction of cutoff 3903.0811100286915 max c/cs inside fraction of cutoff 2.7662706672075297 average v/vesc outside cutoff 0.98725137674761088 Kinetic plus potential energy outside cutoff 1.1469987322473497E+049 mass inside cutoff 1834 51.415683196183018 relax counter 0 log max v [km/s]= 4.3037168815945535 check gamma integral 4.7966175590527557E-002 3440 8.806387 5.286E+05 -24.155759 3.322705 51.684883 0.000000 0.000000 0.000000 0.218071 -3.191086 2581 214 -7.6529E+00 8.806169 0.551850 -3.998622 6.166158 -99.000000 51.684883 0.000000 0.044429 0.781929 0.599384 5 2.8822E+05 4.106230 8.950804 3.322705 -21.699727 -2.729546 49.018375 0.000004 0.000000 0.436260 0.358E+03 lgRho_cntr log_rel_run_E_err -7.8801722656070687 rel_E_err 2.1277506727990223D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1763 0.99757686727753214 1.1277246153320135E+049 k, q, energy_removed_layers after adjustment is 1849 0.99343124807348249 1.6177731336714217E+049 Layers above q= 0.99343124807348249 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8441.4941406250000 max vel inside fraction of cutoff 3839.3399032153534 max c/cs inside fraction of cutoff 2.8015965506207516 average v/vesc outside cutoff 0.99493424601795333 Kinetic plus potential energy outside cutoff 1.6177731336714217E+049 mass inside cutoff 1849 51.345377705990558 relax counter 0 log max v [km/s]= 4.3031522564286924 check gamma integral 4.8551805015293686E-002 3450 8.786691 5.000E+05 -24.374148 3.269989 51.684883 0.000000 0.000000 0.000000 0.218071 -3.242401 2576 214 -7.5557E+00 8.786477 0.578674 -5.045510 5.877988 -99.000000 51.684883 0.000000 0.044429 0.781929 0.601228 5 2.8822E+05 4.051154 8.907843 3.269989 -23.820691 -2.817259 49.018375 0.000004 0.000000 0.436260 0.371E+03 max increase log_rel_run_E_err -7.8794842952967734 rel_E_err 2.0472463188125788D-12 Using fixed_vsurf 20000.000000000000 save photos/x450 for model 3450 k, q, energy_removed_layers before adjustment is 1779 0.99673108066969296 1.5938974965174521E+049 k, q, energy_removed_layers after adjustment is 1859 0.99212645759574547 2.1319930238581162E+049 Layers above q= 0.99212645759574547 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8449.3906250000000 max vel inside fraction of cutoff 3778.6026274765486 max c/cs inside fraction of cutoff 2.8454264549654340 average v/vesc outside cutoff 1.0103259436673473 Kinetic plus potential energy outside cutoff 2.1319930238581162E+049 mass inside cutoff 1859 51.277939762965808 relax counter 0 log max v [km/s]= 4.3032700539156030 check gamma integral 4.9127534489098311E-002 3460 8.766163 4.726E+05 -24.606580 3.215072 51.684883 0.000000 0.000000 0.000000 0.218071 -3.296021 2573 214 -7.5583E+00 8.765953 0.607296 -6.218174 5.617326 -99.000000 51.684883 0.000000 0.044429 0.781929 0.603191 5 2.8822E+05 3.993831 8.867307 3.215072 -26.131613 -2.915874 49.018375 0.000004 0.000000 0.436260 0.383E+03 lgRho_cntr log_rel_run_E_err -7.8788362362604154 rel_E_err 1.8759127107746177D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1796 0.99570829539723948 2.1576364371042578E+049 k, q, energy_removed_layers after adjustment is 1870 0.99077645348257115 2.7028499128693617E+049 Layers above q= 0.99077645348257115 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8458.3730468750000 max vel inside fraction of cutoff 3696.7073240303944 max c/cs inside fraction of cutoff 2.8726603029415463 average v/vesc outside cutoff 1.0297760199619148 Kinetic plus potential energy outside cutoff 2.7028499128693617E+049 mass inside cutoff 1870 51.208164958488901 relax counter 0 log max v [km/s]= 4.3029738878033017 check gamma integral 4.9723913539190416E-002 3470 8.746382 4.474E+05 -24.835677 3.162168 51.684883 0.000000 0.000000 0.000000 0.218071 -3.347792 2572 214 -7.4719E+00 8.746178 0.635592 -7.433340 5.402958 -99.000000 51.684883 0.000000 0.044429 0.781929 0.605127 5 2.8822E+05 3.938681 8.828590 3.162168 -28.459452 -3.016757 49.018375 0.000004 0.000000 0.436260 0.395E+03 max increase log_rel_run_E_err -7.8782105534545268 rel_E_err 1.8650617115097440D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1813 0.99471285574576063 2.7175653363479717E+049 k, q, energy_removed_layers after adjustment is 1880 0.98948719917284000 3.2731955839507765E+049 Layers above q= 0.98948719917284000 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8467.8535156250000 max vel inside fraction of cutoff 3619.5490305323756 max c/cs inside fraction of cutoff 2.9119308864652185 average v/vesc outside cutoff 1.0455226005794871 Kinetic plus potential energy outside cutoff 3.2731955839507765E+049 mass inside cutoff 1880 51.141530000487933 relax counter 0 log max v [km/s]= 4.3030567270395554 check gamma integral 5.0295849581753073E-002 3480 8.725683 4.218E+05 -25.081382 3.106805 51.684883 0.000000 0.000000 0.000000 0.218071 -3.402086 2580 214 -7.4930E+00 8.725486 0.666068 -8.804378 5.207922 -99.000000 51.684883 0.000000 0.044429 0.781929 0.607195 5 2.8822E+05 3.881051 8.787214 3.106805 -31.006569 -3.128202 49.018375 0.000004 0.000000 0.436260 0.407E+03 lgRho_cntr log_rel_run_E_err -7.8775966050420996 rel_E_err 1.8351348718036643D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1837 0.99359411630095462 3.3321334626481110E+049 k, q, energy_removed_layers after adjustment is 1899 0.98817977496688103 3.8772466584086207E+049 Layers above q= 0.98817977496688103 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8478.7773437500000 max vel inside fraction of cutoff 3530.9912737767640 max c/cs inside fraction of cutoff 2.9483703113816588 average v/vesc outside cutoff 1.0650013658442081 Kinetic plus potential energy outside cutoff 3.8772466584086207E+049 mass inside cutoff 1899 51.073955933528495 relax counter 0 log max v [km/s]= 4.3027204144716054 check gamma integral 5.0892221656595321E-002 3490 8.704822 3.979E+05 -25.335745 3.051009 51.684883 0.000000 0.000000 0.000000 0.218071 -3.456907 2581 214 -7.3877E+00 8.704634 0.697817 -10.301246 5.030153 -99.000000 51.684883 0.000000 0.044429 0.781929 0.609325 5 2.8822E+05 3.823058 8.749429 3.051009 -33.694370 -3.248791 49.018375 0.000004 0.000000 0.436260 0.418E+03 lgRho_cntr log_rel_run_E_err -7.8770324934111891 rel_E_err 1.7108768979986596D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1851 0.99242449024612356 3.9638846999848997E+049 k, q, energy_removed_layers after adjustment is 1906 0.98695126672603906 4.4834758853910324E+049 Layers above q= 0.98695126672603906 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8491.0078125000000 max vel inside fraction of cutoff 3447.2621691798900 max c/cs inside fraction of cutoff 2.9994974263423568 average v/vesc outside cutoff 1.0836721855999447 Kinetic plus potential energy outside cutoff 4.4834758853910324E+049 mass inside cutoff 1906 51.010460628983488 relax counter 0 log max v [km/s]= 4.3028031273726013 check gamma integral 5.1491821288753709E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 3500 8.684850 3.742E+05 -25.586529 2.997594 51.684883 0.000000 0.000000 0.000000 0.218071 -3.509465 2576 214 -7.3336E+00 8.684672 0.729356 -11.855222 4.869275 -99.000000 51.684883 0.000000 0.044429 0.781929 0.611411 5 2.8822E+05 3.767624 8.705993 2.997594 -36.387168 -3.371838 49.018375 0.000004 0.000000 0.436260 0.428E+03 max increase log_rel_run_E_err -7.8764875554181879 rel_E_err 1.6970509130912157D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile38.data for model 3500 save photos/x500 for model 3500 k, q, energy_removed_layers before adjustment is 1859 0.99127782246290808 4.5712778178549091E+049 k, q, energy_removed_layers after adjustment is 1910 0.98573552744732740 5.0532650141570667E+049 Layers above q= 0.98573552744732740 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8504.0742187500000 max vel inside fraction of cutoff 3349.8363567768160 max c/cs inside fraction of cutoff 3.0299947824441045 average v/vesc outside cutoff 1.1044878167790098 Kinetic plus potential energy outside cutoff 5.0532650141570667E+049 mass inside cutoff 1910 50.947625286750679 relax counter 0 log max v [km/s]= 4.3027300508301325 check gamma integral 5.2065351745451939E-002 3510 8.664201 3.505E+05 -25.853635 2.942374 51.684883 0.000000 0.000000 0.000000 0.218071 -3.563889 2581 214 -7.3456E+00 8.664035 0.763335 -13.594004 4.707559 -99.000000 51.684883 0.000000 0.044429 0.781929 0.613611 5 2.8822E+05 3.710392 8.660356 2.942374 -39.299419 -3.506668 49.018375 0.000004 0.000000 0.436260 0.437E+03 lgRho_cntr log_rel_run_E_err -7.8759912841514765 rel_E_err 1.5300931555057842D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1873 0.99014794776331583 5.1753780173462125E+049 k, q, energy_removed_layers after adjustment is 1919 0.98463616051069247 5.6241326655252036E+049 Layers above q= 0.98463616051069247 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8519.2519531250000 max vel inside fraction of cutoff 3247.2124519164649 max c/cs inside fraction of cutoff 3.0639017983262451 average v/vesc outside cutoff 1.1279671284225146 Kinetic plus potential energy outside cutoff 5.6241326655252036E+049 mass inside cutoff 1919 50.890804635388577 relax counter 0 log max v [km/s]= 4.3024168518744839 check gamma integral 5.2657895783962426E-002 3520 8.643440 3.271E+05 -26.131681 2.886853 51.684883 0.000000 0.000000 0.000000 0.218071 -3.618672 2586 214 -7.2300E+00 8.643288 0.799234 -15.453909 4.546808 -99.000000 51.684883 0.000000 0.044429 0.781929 0.615870 6 2.8822E+05 3.652938 8.611902 2.886853 -42.366397 -3.651262 49.018375 0.000004 0.000000 0.436260 0.445E+03 lgRho_cntr log_rel_run_E_err -7.8755272222064487 rel_E_err 1.4138877076525688D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1887 0.98892327663094859 5.7774503130885565E+049 k, q, energy_removed_layers after adjustment is 1929 0.98353728583386990 6.1748126118765040E+049 Layers above q= 0.98353728583386990 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8536.6328125000000 max vel inside fraction of cutoff 3142.8915534921503 max c/cs inside fraction of cutoff 3.1024157525860940 average v/vesc outside cutoff 1.1497964200196575 Kinetic plus potential energy outside cutoff 6.1748126118765040E+049 mass inside cutoff 1929 50.834009426417232 relax counter 0 log max v [km/s]= 4.3024680790096719 check gamma integral 5.3254578923838329E-002 3530 8.623583 3.042E+05 -26.407698 2.833763 51.684883 0.000000 0.000000 0.000000 0.218071 -3.671108 2584 214 -7.1626E+00 8.623445 0.835576 -17.192782 4.393628 -99.000000 51.684883 0.000000 0.044429 0.781929 0.618079 5 2.8822E+05 3.598075 8.558463 2.833763 -45.436086 -3.799183 49.018375 0.000004 0.000000 0.436260 0.455E+03 max increase log_rel_run_E_err -7.8750910522476270 rel_E_err 1.3255085869935468D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1891 0.98779630315837352 6.3181909575843055E+049 k, q, energy_removed_layers after adjustment is 1929 0.98255441314237468 6.6774458893946547E+049 Layers above q= 0.98255441314237468 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8555.7539062500000 max vel inside fraction of cutoff 3037.9748658396775 max c/cs inside fraction of cutoff 3.1399429637452005 average v/vesc outside cutoff 1.1769099746910476 Kinetic plus potential energy outside cutoff 6.6774458893946547E+049 mass inside cutoff 1929 50.783209766471366 relax counter 0 log max v [km/s]= 4.3023085484072041 check gamma integral 5.3826794254233756E-002 3540 8.603140 2.809E+05 -26.704351 2.779699 51.684883 0.000000 0.000000 0.000000 0.218071 -3.725139 2581 214 -7.1543E+00 8.603020 0.875697 -18.829664 4.235846 -99.000000 51.684883 0.000000 0.044429 0.781929 0.620397 5 2.8822E+05 3.541677 8.500079 2.779699 -48.745181 -3.964977 49.018375 0.000004 0.000000 0.436260 0.469E+03 lgRho_cntr log_rel_run_E_err -7.8746805889679878 rel_E_err 1.2107032040334235D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1891 0.98666415121567874 6.8520831174094803E+049 k, q, energy_removed_layers after adjustment is 1926 0.98157261678134478 7.1690892790514999E+049 Layers above q= 0.98157261678134478 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8578.8125000000000 max vel inside fraction of cutoff 2923.2230456549005 max c/cs inside fraction of cutoff 3.1783798786178532 average v/vesc outside cutoff 1.2044184465930918 Kinetic plus potential energy outside cutoff 7.1690892790514999E+049 mass inside cutoff 1926 50.732465736539545 relax counter 0 log max v [km/s]= 4.3020263877747986 check gamma integral 5.4419028167321935E-002 3550 8.582539 2.561E+05 -27.018611 2.731384 51.684883 0.000000 0.000000 0.000000 0.218071 -3.779615 2593 214 -7.0518E+00 8.582441 0.919863 -20.519310 4.076810 -99.000000 51.684883 0.000000 0.044429 0.781929 0.622781 5 2.8822E+05 3.484937 8.428236 2.731384 -52.234863 -4.142325 49.031558 0.000004 0.000000 0.436260 0.489E+03 lgRho_cntr log_rel_run_E_err -7.8742929587919015 rel_E_err 1.1478746301314629D-12 Using fixed_vsurf 20000.000000000000 save photos/x550 for model 3550 k, q, energy_removed_layers before adjustment is 1903 0.98546421680168983 7.3754679010458733E+049 k, q, energy_removed_layers after adjustment is 1933 0.98073761964503403 7.6385875244209968E+049 Layers above q= 0.98073761964503403 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8606.7812500000000 max vel inside fraction of cutoff 2806.2564686631040 max c/cs inside fraction of cutoff 3.2328887282122682 average v/vesc outside cutoff 1.2358195613296816 Kinetic plus potential energy outside cutoff 7.6385875244209968E+049 mass inside cutoff 1933 50.689309007344207 relax counter 0 log max v [km/s]= 4.3019326301401906 check gamma integral 5.5019576832971324E-002 3560 8.562255 2.309E+05 -27.348440 2.683670 51.684883 0.000000 0.000000 0.000000 0.218071 -3.833264 2597 214 -6.9509E+00 8.562183 0.968953 -22.418878 3.919808 -99.000000 51.684883 0.000000 0.044429 0.781929 0.625177 5 2.8822E+05 3.429164 8.346128 2.683670 -55.833842 -4.340912 49.031558 0.000004 0.000000 0.436260 0.516E+03 lgRho_cntr log_rel_run_E_err -7.8739382283185346 rel_E_err 1.0430440888524717D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1906 0.98431801292013388 7.8675750757561662E+049 k, q, energy_removed_layers after adjustment is 1933 0.97984585554916759 8.0800906822637704E+049 Layers above q= 0.97984585554916759 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8641.3906250000000 max vel inside fraction of cutoff 2670.7679428242946 max c/cs inside fraction of cutoff 3.2708486521589486 average v/vesc outside cutoff 1.2647700587701523 Kinetic plus potential energy outside cutoff 8.0800906822637704E+049 mass inside cutoff 1933 50.643218284492782 relax counter 0 log max v [km/s]= 4.3018079357458721 check gamma integral 5.5617483087118655E-002 3570 8.542290 2.035E+05 -27.703179 2.636523 51.684883 0.000000 0.000000 0.000000 0.218071 -3.886058 2597 214 -6.7525E+00 8.542252 1.027010 -24.724555 3.764833 -99.000000 51.684883 0.000000 0.044429 0.781929 0.627582 5 2.8822E+05 3.374374 8.242709 2.636523 -59.542468 -4.563374 49.031558 0.000004 0.000000 0.436260 0.556E+03 varcontrol log_rel_run_E_err -7.8736092532232966 rel_E_err 9.4731490206377476D-13 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1911 0.98300882765191910 8.3406215856643051E+049 k, q, energy_removed_layers after adjustment is 1935 0.97901878894913730 8.5074845225364204E+049 Layers above q= 0.97901878894913730 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8687.7109375000000 max vel inside fraction of cutoff 2516.5307315329783 max c/cs inside fraction of cutoff 3.3237134009729088 average v/vesc outside cutoff 1.3095713854388464 Kinetic plus potential energy outside cutoff 8.5074845225364204E+049 mass inside cutoff 1935 50.600471444136268 relax counter 0 log max v [km/s]= 4.3017691169738193 check gamma integral 5.6215962043510509E-002 3580 8.523670 1.712E+05 -28.097031 2.592291 51.684883 0.000000 0.000000 0.000000 0.218071 -3.935266 2586 214 -6.5105E+00 8.523670 1.106003 -27.940228 3.619084 -99.000000 51.684883 0.000000 0.044429 0.781929 0.629871 6 2.8822E+05 3.323374 8.100759 2.592291 -63.162852 -4.845516 49.031558 0.000004 0.000000 0.436260 0.624E+03 varcontrol log_rel_run_E_err -7.8733111400862672 rel_E_err 8.4458554679345656D-13 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1895 0.98170354623558775 8.8301571883217527E+049 k, q, energy_removed_layers after adjustment is 1915 0.97837008586306884 8.9504465520816380E+049 Layers above q= 0.97837008586306884 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8761.5546875000000 max vel inside fraction of cutoff 2327.0105882479429 max c/cs inside fraction of cutoff 3.4092131041486051 average v/vesc outside cutoff 1.3814794877120702 Kinetic plus potential energy outside cutoff 8.9504465520816380E+049 mass inside cutoff 1915 50.566943301108942 relax counter 0 log max v [km/s]= 4.3016582797242497 check gamma integral 5.6795653028822488E-002 3590 8.520579 1.339E+05 -28.362334 2.584485 51.684883 0.000000 0.000000 0.000000 0.218071 -3.943478 2580 214 -6.3003E+00 8.520579 1.219912 -32.465581 3.590267 -99.000000 51.684883 0.000000 0.044429 0.781929 0.630251 6 2.8822E+05 3.314885 7.901310 2.584485 -63.815051 -5.230660 49.031558 0.000004 0.000000 0.436260 0.748E+03 varcontrol log_rel_run_E_err -7.8730419300954075 rel_E_err 8.1115896276321242D-13 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1872 0.97998631761153987 9.3200337501389598E+049 k, q, energy_removed_layers after adjustment is 1885 0.97755920700548460 9.3794305447918474E+049 Layers above q= 0.97755920700548460 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8894.7128906250000 max vel inside fraction of cutoff 2047.2669823200131 max c/cs inside fraction of cutoff 3.4677627056989602 average v/vesc outside cutoff 1.4818651833034342 Kinetic plus potential energy outside cutoff 9.3794305447918474E+049 mass inside cutoff 1885 50.525033122324849 relax counter 0 log max v [km/s]= 4.3014098834886143 check gamma integral 5.6956845104008703E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 3600 8.543474 1.138E+05 -28.174666 2.638121 51.684883 0.000000 0.000000 0.000000 0.218071 -3.883412 2577 214 -6.6328E+00 8.543474 1.299782 -32.482153 3.762390 -99.000000 51.684883 0.000000 0.044429 0.781929 0.627310 5 2.8822E+05 3.377477 7.778413 2.638121 -59.399870 -5.520204 49.031558 0.000004 0.000000 0.436260 0.820E+03 lgRho_cntr log_rel_run_E_err -7.8727767831935305 rel_E_err 7.9785862632236272D-13 Using fixed_vsurf 20000.000000000000 save LOGS/profile39.data for model 3600 save photos/x600 for model 3600 k, q, energy_removed_layers before adjustment is 1848 0.97926205260641430 9.5436280797102665E+049 k, q, energy_removed_layers after adjustment is 1859 0.97723524281069352 9.5801645979681433E+049 Layers above q= 0.97723524281069352 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9011.2500000000000 max vel inside fraction of cutoff 1858.5901817950582 max c/cs inside fraction of cutoff 3.4825820157927789 average v/vesc outside cutoff 1.5641239110843033 Kinetic plus potential energy outside cutoff 9.5801645979681433E+049 mass inside cutoff 1859 50.508289070859767 relax counter 0 log max v [km/s]= 4.3011304841222824 check gamma integral 5.6347499903935692E-002 3610 8.563397 1.059E+05 -27.931419 2.684723 51.684883 0.000000 0.000000 0.000000 0.218071 -3.831107 2565 214 -6.8015E+00 8.563397 1.334752 -31.798237 3.913900 -99.000000 51.684883 0.000000 0.044429 0.781929 0.624813 5 2.8822E+05 3.432048 7.723427 2.684723 -55.726751 -5.652450 49.031558 0.000004 0.000000 0.436260 0.860E+03 lgRho_cntr log_rel_run_E_err -7.8725012479001863 rel_E_err 8.5736113252776780D-13 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1834 0.97901878894913841 9.6158514647778827E+049 k, q, energy_removed_layers after adjustment is 1845 0.97707267969093303 9.6501085072440724E+049 Layers above q= 0.97707267969093303 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9069.4179687500000 max vel inside fraction of cutoff 1766.5239520859554 max c/cs inside fraction of cutoff 3.4508656809048870 average v/vesc outside cutoff 1.6008242675287943 Kinetic plus potential energy outside cutoff 9.6501085072440724E+049 mass inside cutoff 1845 50.499887015054341 relax counter 0 log max v [km/s]= 4.3010850485515721 check gamma integral 5.5794783443425366E-002 3620 8.582611 1.005E+05 -27.673323 2.729560 51.684883 0.000000 0.000000 0.000000 0.218071 -3.780666 2565 214 -6.8977E+00 8.582611 1.359402 -31.152049 4.060454 -99.000000 51.684883 0.000000 0.044429 0.781929 0.622452 5 2.8822E+05 3.484758 7.682336 2.729560 -52.333492 -5.744440 49.031558 0.000004 0.000000 0.436260 0.893E+03 lgRho_cntr log_rel_run_E_err -7.8722162943459812 rel_E_err 8.8046221828736454D-13 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1827 0.97885661317762129 9.6630499285282251E+049 k, q, energy_removed_layers after adjustment is 1837 0.97707267969093303 9.6937837370028468E+049 Layers above q= 0.97707267969093303 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9113.3300781250000 max vel inside fraction of cutoff 1712.0400206632319 max c/cs inside fraction of cutoff 3.4487267226930620 average v/vesc outside cutoff 1.6307032309274647 Kinetic plus potential energy outside cutoff 9.6937837370028468E+049 mass inside cutoff 1837 50.499887015054341 relax counter 0 log max v [km/s]= 4.3010678983662993 check gamma integral 5.5253013331418209E-002 3630 8.601549 9.644E+04 -27.406470 2.773626 51.684883 0.000000 0.000000 0.000000 0.218071 -3.730967 2568 214 -6.9688E+00 8.601549 1.378837 -30.535095 4.205139 -99.000000 51.684883 0.000000 0.044429 0.781929 0.620169 5 2.8822E+05 3.536784 7.649388 2.773626 -49.127465 -5.815655 49.031558 0.000004 0.000000 0.436260 0.921E+03 lgRho_cntr log_rel_run_E_err -7.8719218960376658 rel_E_err 9.3068948278516891D-13 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1824 0.97869443740610418 9.6983893792239911E+049 k, q, energy_removed_layers after adjustment is 1833 0.97707267969093303 9.7251884836514772E+049 Layers above q= 0.97707267969093303 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9149.7480468750000 max vel inside fraction of cutoff 1669.1216810064668 max c/cs inside fraction of cutoff 3.4441572056729566 average v/vesc outside cutoff 1.6547662838875987 Kinetic plus potential energy outside cutoff 9.7251884836514772E+049 mass inside cutoff 1833 50.499887015054341 relax counter 0 log max v [km/s]= 4.3010583712937249 check gamma integral 5.4713597075635584E-002 3640 8.620326 9.322E+04 -27.135372 2.822200 51.684883 0.000000 0.000000 0.000000 0.218071 -3.681711 2572 214 -7.0268E+00 8.620326 1.394956 -29.945303 4.348844 -99.000000 51.684883 0.000000 0.044429 0.781929 0.617948 5 2.8822E+05 3.588443 7.622698 2.822200 -46.078645 -5.874646 49.031558 0.000004 0.000000 0.436260 0.942E+03 lgRho_cntr log_rel_run_E_err -7.8716140227743159 rel_E_err 9.9054218430341827D-13 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1821 0.97853226163458706 9.7265414210022638E+049 k, q, energy_removed_layers after adjustment is 1830 0.97691050391941592 9.7494278800167967E+049 Layers above q= 0.97691050391941592 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9181.2148437500000 max vel inside fraction of cutoff 1633.5516387228945 max c/cs inside fraction of cutoff 3.4383683190303813 average v/vesc outside cutoff 1.6698988320524306 Kinetic plus potential energy outside cutoff 9.7494278800167967E+049 mass inside cutoff 1830 50.491504979297503 relax counter 0 log max v [km/s]= 4.3010524207910352 check gamma integral 5.4174834720788059E-002 3650 8.638995 9.059E+04 -26.863418 2.871832 51.684883 0.000000 0.000000 0.000000 0.218071 -3.632774 2574 214 -7.0767E+00 8.638995 1.408730 -29.381390 4.491967 -99.000000 51.684883 0.000000 0.044429 0.781929 0.615782 5 2.8822E+05 3.639873 7.600436 2.871832 -43.170894 -5.925232 49.031558 0.000004 0.000000 0.436260 0.959E+03 lgRho_cntr log_rel_run_E_err -7.8712869875780571 rel_E_err 1.0316690427727330D-12 Using fixed_vsurf 20000.000000000000 save photos/x650 for model 3650 k, q, energy_removed_layers before adjustment is 1818 0.97853226163458729 9.7452358126104691E+049 k, q, energy_removed_layers after adjustment is 1827 0.97691050391941614 9.7689127462734785E+049 Layers above q= 0.97691050391941614 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9209.0468750000000 max vel inside fraction of cutoff 1603.1734054827350 max c/cs inside fraction of cutoff 3.4319369074929993 average v/vesc outside cutoff 1.6874047281344853 Kinetic plus potential energy outside cutoff 9.7689127462734785E+049 mass inside cutoff 1827 50.491504979297517 relax counter 0 log max v [km/s]= 4.3010485389992983 check gamma integral 5.3636304075353379E-002 3660 8.657577 8.837E+04 -26.592630 2.921258 51.684883 0.000000 0.000000 0.000000 0.218071 -3.584105 2583 214 -7.1206E+00 8.657577 1.420744 -28.842252 4.634954 -99.000000 51.684883 0.000000 0.044429 0.781929 0.613666 5 2.8822E+05 3.691135 7.581414 2.921258 -40.393625 -5.969484 49.031558 0.000004 0.000000 0.436260 0.973E+03 lgRho_cntr log_rel_run_E_err -7.8709459625577614 rel_E_err 1.0250190396783158D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1816 0.97853226163458706 9.7606926076150638E+049 k, q, energy_removed_layers after adjustment is 1825 0.97691050391941592 9.7850078511554386E+049 Layers above q= 0.97691050391941592 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9234.0546875000000 max vel inside fraction of cutoff 1576.6923744943258 max c/cs inside fraction of cutoff 3.4251771752667550 average v/vesc outside cutoff 1.7028722486293746 Kinetic plus potential energy outside cutoff 9.7850078511554386E+049 mass inside cutoff 1825 50.491504979297503 relax counter 0 log max v [km/s]= 4.3010456640676269 check gamma integral 5.3097796756388559E-002 3670 8.676087 8.648E+04 -26.324833 2.970514 51.684883 0.000000 0.000000 0.000000 0.218071 -3.535674 2591 214 -7.1600E+00 8.676087 1.431385 -28.326685 4.778627 -99.000000 51.684883 0.000000 0.044429 0.781929 0.611598 4 2.8822E+05 3.742266 7.565030 2.970514 -37.738335 -6.009073 49.031558 0.000004 0.000000 0.436260 0.984E+03 lgRho_cntr log_rel_run_E_err -7.8705899723857362 rel_E_err 1.1641504696122408D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1812 0.97837008586306973 9.7808586778336133E+049 k, q, energy_removed_layers after adjustment is 1820 0.97691050391941570 9.7985986929657558E+049 Layers above q= 0.97691050391941570 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9256.7890625000000 max vel inside fraction of cutoff 1553.2465549021092 max c/cs inside fraction of cutoff 3.4182701109912625 average v/vesc outside cutoff 1.7167313961513206 Kinetic plus potential energy outside cutoff 9.7985986929657558E+049 mass inside cutoff 1820 50.491504979297495 relax counter 0 log max v [km/s]= 4.3010434748074884 check gamma integral 5.2558876284907560E-002 3680 8.694536 8.484E+04 -26.061288 3.019628 51.684883 0.000000 0.000000 0.000000 0.218071 -3.487457 2600 214 -7.1959E+00 8.694536 1.440923 -27.833443 4.924509 -99.000000 51.684883 0.000000 0.044429 0.781929 0.609575 4 2.8822E+05 3.793298 7.550851 3.019628 -35.197509 -6.045153 49.031558 0.000004 0.000000 0.436260 0.994E+03 lgRho_cntr log_rel_run_E_err -7.8702168921757227 rel_E_err 1.1629259180693433D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1808 0.97837008586306973 9.7921608662751173E+049 k, q, energy_removed_layers after adjustment is 1816 0.97691050391941570 9.8102737765182357E+049 Layers above q= 0.97691050391941570 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9277.6464843750000 max vel inside fraction of cutoff 1702.6394241062922 max c/cs inside fraction of cutoff 3.4113256100085922 average v/vesc outside cutoff 1.7292847680004795 Kinetic plus potential energy outside cutoff 9.8102737765182357E+049 mass inside cutoff 1816 50.491504979297495 relax counter 0 log max v [km/s]= 4.3010417674023484 check gamma integral 5.2019187695654862E-002 3690 8.712935 8.340E+04 -25.802657 3.068621 51.684883 0.000000 0.000000 0.000000 0.218071 -3.439438 2607 214 -7.2292E+00 8.712935 1.449553 -27.361646 5.075297 -99.000000 51.684883 0.000000 0.044429 0.781929 0.607596 4 2.8822E+05 3.844257 7.538450 3.068621 -32.764549 -6.078323 49.031558 0.000004 0.000000 0.436260 0.100E+04 lgRho_cntr log_rel_run_E_err -7.8698259396015438 rel_E_err 1.2150786476894096D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1804 0.97837008586306995 9.8020079948296038E+049 k, q, energy_removed_layers after adjustment is 1812 0.97691050391941592 9.8204377602928087E+049 Layers above q= 0.97691050391941592 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9296.9140625000000 max vel inside fraction of cutoff 1873.6360331645230 max c/cs inside fraction of cutoff 3.4044159354380836 average v/vesc outside cutoff 1.7407486702156765 Kinetic plus potential energy outside cutoff 9.8204377602928087E+049 mass inside cutoff 1812 50.491504979297503 relax counter 0 log max v [km/s]= 4.3010404016966586 check gamma integral 5.1478748772969742E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 3700 8.731285 8.213E+04 -25.549339 3.117497 51.684883 0.000000 0.000000 0.000000 0.218071 -3.391619 2616 214 -7.2602E+00 8.731285 1.457418 -26.910856 5.235504 -99.000000 51.684883 0.000000 0.044429 0.781929 0.605660 4 2.8822E+05 3.895148 7.527453 3.117497 -30.434287 -6.108951 49.031558 0.000004 0.000000 0.436260 0.101E+04 lgRho_cntr log_rel_run_E_err -7.8694133642240365 rel_E_err 1.4075876681544574D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile40.data for model 3700 save photos/x700 for model 3700 k, q, energy_removed_layers before adjustment is 1803 0.97812682220579428 9.8168175354657969E+049 k, q, energy_removed_layers after adjustment is 1810 0.97691050391941592 9.8293828759784123E+049 Layers above q= 0.97691050391941592 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9314.8125000000000 max vel inside fraction of cutoff 2043.6703157393304 max c/cs inside fraction of cutoff 3.3975887953633408 average v/vesc outside cutoff 1.7512864913198265 Kinetic plus potential energy outside cutoff 9.8293828759784123E+049 mass inside cutoff 1810 50.491504979297503 relax counter 0 log max v [km/s]= 4.3010392877399184 check gamma integral 5.0937747466709843E-002 3710 8.749585 8.098E+04 -25.301799 3.166251 51.684883 0.000000 0.000000 0.000000 0.218071 -3.344010 2617 214 -7.2887E+00 8.749585 1.464637 -26.480032 5.411874 -99.000000 51.684883 0.000000 0.044429 0.781929 0.603766 4 2.8822E+05 3.945967 7.517570 3.166251 -28.202054 -6.137345 49.031558 0.000004 0.000000 0.436260 0.102E+04 lgRho_cntr log_rel_run_E_err -7.8689696208468831 rel_E_err 1.3293592531593599D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1802 0.97812682220579450 9.8245774654255998E+049 k, q, energy_removed_layers after adjustment is 1809 0.97691050391941614 9.8373343657431183E+049 Layers above q= 0.97691050391941614 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9331.5292968750000 max vel inside fraction of cutoff 2231.9291874625692 max c/cs inside fraction of cutoff 3.3908686736513567 average v/vesc outside cutoff 1.7610355261338384 Kinetic plus potential energy outside cutoff 9.8373343657431183E+049 mass inside cutoff 1809 50.491504979297517 relax counter 0 log max v [km/s]= 4.3010383687358686 check gamma integral 5.0395922836683996E-002 3720 8.767838 7.995E+04 -25.060498 3.214891 51.684883 0.000000 0.000000 0.000000 0.218071 -3.296609 2618 214 -7.3151E+00 8.767838 1.471308 -26.067686 5.612440 -99.000000 51.684883 0.000000 0.044429 0.781929 0.601914 4 2.8822E+05 3.996724 7.508585 3.214891 -26.062875 -6.163740 49.031558 0.000004 0.000000 0.436260 0.102E+04 lgRho_cntr log_rel_run_E_err -7.8685033059499778 rel_E_err 1.4614904147388280D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1799 0.97812682220579450 9.8315445288713562E+049 k, q, energy_removed_layers after adjustment is 1806 0.97691050391941614 9.8444688594360547E+049 Layers above q= 0.97691050391941614 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9347.2265625000000 max vel inside fraction of cutoff 2425.1671629535722 max c/cs inside fraction of cutoff 3.3842652194233960 average v/vesc outside cutoff 1.7701111038601995 Kinetic plus potential energy outside cutoff 9.8444688594360547E+049 mass inside cutoff 1806 50.491504979297517 relax counter 0 log max v [km/s]= 4.3010375987841751 check gamma integral 4.9852796335386307E-002 3730 8.786048 7.901E+04 -24.825244 3.263422 51.684883 0.000000 0.000000 0.000000 0.218071 -3.249417 2623 214 -7.3395E+00 8.786048 1.477509 -25.672912 5.843481 -99.000000 51.684883 0.000000 0.044429 0.781929 0.600102 4 2.8822E+05 4.047425 7.500383 3.263422 -24.012454 -6.188390 49.031558 0.000004 0.000000 0.436260 0.103E+04 lgRho_cntr log_rel_run_E_err -7.8680053917758173 rel_E_err 1.5722708913929820D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1798 0.97812682220579472 9.8378488086743493E+049 k, q, energy_removed_layers after adjustment is 1805 0.97691050391941636 9.8509206078858465E+049 Layers above q= 0.97691050391941636 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9362.0332031250000 max vel inside fraction of cutoff 2638.5304178045617 max c/cs inside fraction of cutoff 3.3777833443498944 average v/vesc outside cutoff 1.7786037521476137 Kinetic plus potential energy outside cutoff 9.8509206078858465E+049 mass inside cutoff 1805 50.491504979297531 relax counter 0 log max v [km/s]= 4.3010369446860359 check gamma integral 4.9308125003561507E-002 3740 8.804205 7.814E+04 -24.596010 3.311823 51.684883 0.000000 0.000000 0.000000 0.218071 -3.202460 2631 214 -7.3614E+00 8.804205 1.483308 -25.294986 6.106013 -99.000000 51.684883 0.000000 0.044429 0.781929 0.598331 5 2.8822E+05 4.098049 7.492865 3.311823 -22.047556 -6.211659 49.031558 0.000004 0.000000 0.436260 0.103E+04 lgRho_cntr log_rel_run_E_err -7.8674833822889072 rel_E_err 1.7352038540280100D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1798 0.97812682220579472 9.8435987644654315E+049 k, q, energy_removed_layers after adjustment is 1805 0.97691050391941636 9.8568014759689063E+049 Layers above q= 0.97691050391941636 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9376.0722656250000 max vel inside fraction of cutoff 2861.5992690565445 max c/cs inside fraction of cutoff 3.3714170142562820 average v/vesc outside cutoff 1.7865961514181878 Kinetic plus potential energy outside cutoff 9.8568014759689063E+049 mass inside cutoff 1805 50.491504979297531 relax counter 0 log max v [km/s]= 4.3010363958758528 check gamma integral 4.8761066040550395E-002 3750 8.822315 7.734E+04 -24.373535 3.360108 51.684883 0.000000 0.000000 0.000000 0.218071 -3.155732 2636 214 -7.3809E+00 8.822315 1.488768 -24.932587 6.394999 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596602 5 2.8822E+05 4.148606 7.485889 3.360108 -20.163614 -6.233590 49.031558 0.000004 0.000000 0.436260 0.104E+04 lgRho_cntr log_rel_run_E_err -7.8669323017494754 rel_E_err 1.8137827413050857D-12 Using fixed_vsurf 20000.000000000000 save photos/x750 for model 3750 k, q, energy_removed_layers before adjustment is 1798 0.97812682220579472 9.8488876066687967E+049 k, q, energy_removed_layers after adjustment is 1805 0.97691050391941636 9.8622075322860008E+049 Layers above q= 0.97691050391941636 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9389.4628906250000 max vel inside fraction of cutoff 3126.6244790784444 max c/cs inside fraction of cutoff 3.3651485275429711 average v/vesc outside cutoff 1.7941674335993645 Kinetic plus potential energy outside cutoff 9.8622075322860008E+049 mass inside cutoff 1805 50.491504979297531 relax counter 0 log max v [km/s]= 4.3010359318639289 check gamma integral 4.8209903757505154E-002 3760 8.840390 7.660E+04 -24.157768 3.408312 51.684883 0.000000 0.000000 0.000000 0.218071 -3.109199 2639 214 -7.3993E+00 8.840390 1.493934 -24.585669 6.701462 -99.000000 51.684883 0.000000 0.044429 0.781929 0.594912 5 2.8822E+05 4.199136 7.479393 3.408312 -18.355983 -6.254359 49.031558 0.000004 0.000000 0.436260 0.104E+04 lgRho_cntr log_rel_run_E_err -7.8663530294871906 rel_E_err 1.8552599939595963D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1797 0.97812682220579472 9.8537809397182013E+049 k, q, energy_removed_layers after adjustment is 1804 0.97691050391941636 9.8672064507490081E+049 Layers above q= 0.97691050391941636 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9402.2871093750000 max vel inside fraction of cutoff 3409.1261836534513 max c/cs inside fraction of cutoff 3.3708703427436681 average v/vesc outside cutoff 1.8013702231105626 Kinetic plus potential energy outside cutoff 9.8672064507490081E+049 mass inside cutoff 1804 50.491504979297531 relax counter 0 log max v [km/s]= 4.3010355217353933 check gamma integral 4.7653502131314557E-002 3770 8.858417 7.590E+04 -23.948784 3.459833 51.684883 0.000000 0.000000 0.000000 0.218071 -3.062894 2651 214 -7.4160E+00 8.858417 1.498836 -24.221812 7.015741 -99.000000 51.684883 0.000000 0.044429 0.781929 0.593265 5 2.8822E+05 4.249606 7.473333 3.459833 -16.622951 -6.274129 49.031558 0.000004 0.000000 0.436260 0.105E+04 lgRho_cntr log_rel_run_E_err -7.8654332029469876 rel_E_err 5.2472699773467232D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1796 0.97812682220579472 9.8583288659713355E+049 k, q, energy_removed_layers after adjustment is 1803 0.97691050391941636 9.8718499835578701E+049 Layers above q= 0.97691050391941636 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9414.5996093750000 max vel inside fraction of cutoff 3685.1599504560213 max c/cs inside fraction of cutoff 3.6371434479629694 average v/vesc outside cutoff 1.8082429991292031 Kinetic plus potential energy outside cutoff 9.8718499835578701E+049 mass inside cutoff 1803 50.491504979297531 relax counter 0 log max v [km/s]= 4.3010351662657751 check gamma integral 4.7090753624914349E-002 3780 8.876372 7.524E+04 -23.747047 3.512684 51.684883 0.000000 0.000000 0.000000 0.218071 -3.016872 2668 214 -7.4284E+00 8.876372 1.503526 -22.038211 7.330623 -99.000000 51.684883 0.000000 0.044429 0.781929 0.591664 5 2.8822E+05 4.299949 7.467634 3.512684 -14.962969 -6.293104 49.031558 0.000004 0.000000 0.436260 0.105E+04 lgRho_cntr log_rel_run_E_err -7.8561650119648325 rel_E_err 6.3993244501889370D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1795 0.97788355854851905 9.8660136479760023E+049 k, q, energy_removed_layers after adjustment is 1802 0.97674802819004980 9.8762038049095641E+049 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9426.5078125000000 max vel inside fraction of cutoff 3961.6405297087472 max c/cs inside fraction of cutoff 3.8937643558406849 average v/vesc outside cutoff 1.8087792483947698 Kinetic plus potential energy outside cutoff 9.8762038049095641E+049 mass inside cutoff 1802 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010348841579376 check gamma integral 4.6517549477001388E-002 3790 8.894259 7.462E+04 -23.553374 3.565079 51.684883 0.000000 0.000000 0.000000 0.218071 -2.971105 2677 214 -7.4371E+00 8.894259 1.508057 -19.596596 7.641551 -99.000000 51.684883 0.000000 0.044429 0.781929 0.590111 5 2.8822E+05 4.350186 7.462215 3.565079 -13.372097 -6.311495 49.031558 0.000004 0.000000 0.436260 0.106E+04 lgRho_cntr log_rel_run_E_err -7.8225554378471145 rel_E_err 1.7823890668995424D-10 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1793 0.97788355854851883 9.8700677325203268E+049 k, q, energy_removed_layers after adjustment is 1800 0.97674802819004958 9.8803359767561949E+049 Layers above q= 0.97674802819004958 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9438.1406250000000 max vel inside fraction of cutoff 4147.4176860315511 max c/cs inside fraction of cutoff 4.0971391731255844 average v/vesc outside cutoff 1.8151540231505296 Kinetic plus potential energy outside cutoff 9.8803359767561949E+049 mass inside cutoff 1800 50.483107440254365 relax counter 0 log max v [km/s]= 4.3010346590973905 check gamma integral 4.5928488660901046E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 3800 8.913526 7.397E+04 -23.357207 3.622582 51.684883 0.000000 0.000000 0.000000 0.218071 -2.921890 2695 214 -7.3604E+00 8.913526 1.512850 -17.275106 7.969709 -99.000000 51.684883 0.000000 0.044429 0.781929 0.588487 5 2.8822E+05 4.404395 7.456578 3.622582 -11.726596 -6.330996 49.031558 0.000004 0.000000 0.436260 0.106E+04 lgRho_cntr log_rel_run_E_err -7.7496323894352175 rel_E_err 5.4799015072559553D-10 Using fixed_vsurf 20000.000000000000 save LOGS/profile41.data for model 3800 save photos/x800 for model 3800 k, q, energy_removed_layers before adjustment is 1792 0.97788355854851905 9.8742724904760293E+049 k, q, energy_removed_layers after adjustment is 1799 0.97674802819004980 9.8846195951504459E+049 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9450.5800781250000 max vel inside fraction of cutoff 4312.0222855478596 max c/cs inside fraction of cutoff 4.2990765380801026 average v/vesc outside cutoff 1.8219312894618849 Kinetic plus potential energy outside cutoff 9.8846195951504459E+049 mass inside cutoff 1799 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010353707727509 check gamma integral 4.5267952997872778E-002 3810 8.933107 7.331E+04 -23.171186 3.682125 51.684883 0.000000 0.000000 0.000000 0.218071 -2.871894 2703 214 -7.3903E+00 8.933107 1.517762 -15.418093 8.295330 -99.000000 51.684883 0.000000 0.044429 0.781929 0.586899 5 2.8822E+05 4.459616 7.450893 3.682125 -10.121724 -6.351011 49.031558 0.000004 0.000000 0.436260 0.107E+04 lgRho_cntr log_rel_run_E_err -7.6845699562626111 rel_E_err 7.5216042432005810D-10 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1792 0.97788355854851905 9.8784942259919029E+049 k, q, energy_removed_layers after adjustment is 1799 0.97674802819004980 9.8889183286661253E+049 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9463.4667968750000 max vel inside fraction of cutoff 4447.6066661303112 max c/cs inside fraction of cutoff 4.4556565077164576 average v/vesc outside cutoff 1.8289134200583577 Kinetic plus potential energy outside cutoff 9.8889183286661253E+049 mass inside cutoff 1799 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010348677688963 check gamma integral 4.4555836940003000E-002 3820 8.952429 7.265E+04 -23.009060 3.742927 51.684883 0.000000 0.000000 0.000000 0.218071 -2.822502 2709 214 -7.3980E+00 8.952429 1.522780 -13.849937 8.606115 -99.000000 51.684883 0.000000 0.044429 0.781929 0.585405 6 2.8822E+05 4.514263 7.445178 3.742927 -8.604080 -6.371459 49.031558 0.000004 0.000000 0.436260 0.107E+04 lgRho_cntr log_rel_run_E_err -7.6397533465937828 rel_E_err 2.5495329326781486D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1789 0.97788355854851905 9.8827167035433319E+049 k, q, energy_removed_layers after adjustment is 1796 0.97674802819004980 9.8932156570527054E+049 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9476.7832031250000 max vel inside fraction of cutoff 4522.7917968034253 max c/cs inside fraction of cutoff 4.5874853397551263 average v/vesc outside cutoff 1.8360831343433899 Kinetic plus potential energy outside cutoff 9.8932156570527054E+049 mass inside cutoff 1796 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010346295717632 check gamma integral 4.3807144203285547E-002 3830 8.972398 7.188E+04 -22.857766 3.809661 51.684883 0.000000 0.000000 0.000000 0.218071 -2.771302 2718 214 -7.2910E+00 8.972398 1.528713 -12.466272 8.915284 -99.000000 51.684883 0.000000 0.044429 0.781929 0.583951 6 2.8822E+05 4.570929 7.438532 3.809661 -7.100771 -6.395603 49.031558 0.000004 0.000000 0.436260 0.108E+04 lgRho_cntr log_rel_run_E_err -7.5920537871103955 rel_E_err 2.6631162663801963D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1788 0.97788355854851905 9.8875948484106527E+049 k, q, energy_removed_layers after adjustment is 1795 0.97674802819004980 9.8981776016156955E+049 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9492.7304687500000 max vel inside fraction of cutoff 4541.6617983245615 max c/cs inside fraction of cutoff 4.6345849044296532 average v/vesc outside cutoff 1.8446129966269160 Kinetic plus potential energy outside cutoff 9.8981776016156955E+049 mass inside cutoff 1795 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010356504740583 check gamma integral 4.2964194156327885E-002 3840 8.986914 7.083E+04 -22.716739 3.864236 51.684883 0.000000 0.000000 0.000000 0.218071 -2.733863 2728 214 -7.2024E+00 8.986914 1.536983 -11.061933 9.135804 -99.000000 51.684883 0.000000 0.044429 0.781929 0.582969 6 2.8822E+05 4.612285 7.429456 3.864236 -6.039807 -6.429123 49.031558 0.000004 0.000000 0.436260 0.109E+04 min_dr_div_cs log_rel_run_E_err -7.5915492969823406 rel_E_err 2.9510100430619947D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1785 0.97788355854851927 9.8941878003074590E+049 k, q, energy_removed_layers after adjustment is 1792 0.97674802819005002 9.9048793045677572E+049 Layers above q= 0.97674802819005002 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9515.3242187500000 max vel inside fraction of cutoff 4575.6992522976498 max c/cs inside fraction of cutoff 4.7820164396740754 average v/vesc outside cutoff 1.8565950126007709 Kinetic plus potential energy outside cutoff 9.9048793045677572E+049 mass inside cutoff 1792 50.483107440254393 relax counter 0 log max v [km/s]= 4.3010364947374065 check gamma integral 4.2225163432587823E-002 3850 8.984270 6.993E+04 -22.689958 3.856667 51.684883 0.000000 0.000000 0.000000 0.218071 -2.740733 2733 214 -7.1870E+00 8.984270 1.544182 -10.053549 9.102650 -99.000000 51.684883 0.000000 0.044429 0.781929 0.583136 6 2.8822E+05 4.604727 7.421674 3.856667 -6.215798 -6.458135 49.031558 0.000004 0.000000 0.436260 0.110E+04 max increase log_rel_run_E_err -7.5908105877935217 rel_E_err 2.8916844771802342D-12 Using fixed_vsurf 20000.000000000000 save photos/x850 for model 3850 k, q, energy_removed_layers before adjustment is 1780 0.97788355854851927 9.8997437155710293E+049 k, q, energy_removed_layers after adjustment is 1787 0.97674802819005002 9.9105230219258869E+049 Layers above q= 0.97674802819005002 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9535.3417968750000 max vel inside fraction of cutoff 4526.0764163892272 max c/cs inside fraction of cutoff 4.8123204254897933 average v/vesc outside cutoff 1.8671125648579638 Kinetic plus potential energy outside cutoff 9.9105230219258869E+049 mass inside cutoff 1787 50.483107440254393 relax counter 0 log max v [km/s]= 4.3010359779054994 check gamma integral 4.2241414075775419E-002 3860 8.965786 6.876E+04 -22.828245 3.788812 51.684883 0.000000 0.000000 0.000000 0.218071 -2.788748 2746 214 -7.1624E+00 8.965774 1.553736 -9.324850 8.823628 -99.000000 51.684883 0.000000 0.044429 0.781929 0.584338 6 2.8822E+05 4.551922 7.411546 3.788812 -7.559100 -6.496377 49.031558 0.000004 0.000000 0.436260 0.110E+04 lgRho_cntr log_rel_run_E_err -7.5894775222290169 rel_E_err 2.8482860110196887D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1777 0.97788355854851927 9.9068552633054375E+049 k, q, energy_removed_layers after adjustment is 1784 0.97674802819005002 9.9177418035537739E+049 Layers above q= 0.97674802819005002 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9562.4296875000000 max vel inside fraction of cutoff 4372.4152360455655 max c/cs inside fraction of cutoff 4.8160864971266131 average v/vesc outside cutoff 1.8812011380847427 Kinetic plus potential energy outside cutoff 9.9177418035537739E+049 mass inside cutoff 1784 50.483107440254393 relax counter 0 log max v [km/s]= 4.3010359073769457 check gamma integral 4.2986837062880354E-002 3870 8.947001 6.802E+04 -23.002501 3.726633 51.684883 0.000000 0.000000 0.000000 0.218071 -2.837338 2756 214 -7.2972E+00 8.946969 1.559923 -9.068999 8.529916 -99.000000 51.684883 0.000000 0.044429 0.781929 0.585652 6 2.8822E+05 4.498434 7.405070 3.726633 -8.984277 -6.521001 49.031558 0.000004 0.000000 0.436260 0.111E+04 lgRho_cntr log_rel_run_E_err -7.5890109945294997 rel_E_err 2.6437031995866633D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1774 0.97788355854851927 9.9113150494167629E+049 k, q, energy_removed_layers after adjustment is 1781 0.97674802819005002 9.9222660163138161E+049 Layers above q= 0.97674802819005002 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9580.2910156250000 max vel inside fraction of cutoff 4256.1528960042106 max c/cs inside fraction of cutoff 4.8023589196728693 average v/vesc outside cutoff 1.8904027171097162 Kinetic plus potential energy outside cutoff 9.9222660163138161E+049 mass inside cutoff 1781 50.483107440254393 relax counter 0 log max v [km/s]= 4.3010341668591900 check gamma integral 4.3681104133260061E-002 3880 8.928912 6.742E+04 -23.179442 3.670183 51.684883 0.000000 0.000000 0.000000 0.218071 -2.883996 2758 214 -7.3482E+00 8.928867 1.564988 -9.244876 8.238139 -99.000000 51.684883 0.000000 0.044429 0.781929 0.586991 6 2.8822E+05 4.447104 7.399829 3.670183 -10.413482 -6.541071 49.031558 0.000004 0.000000 0.436260 0.112E+04 lgRho_cntr log_rel_run_E_err -7.5885716833212324 rel_E_err 2.5437732179084231D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1773 0.97788355854851905 9.9148808262502713E+049 k, q, energy_removed_layers after adjustment is 1780 0.97674802819004980 9.9258817118072965E+049 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9595.0996093750000 max vel inside fraction of cutoff 4063.9693538719016 max c/cs inside fraction of cutoff 4.7014605578281090 average v/vesc outside cutoff 1.8979808752814371 Kinetic plus potential energy outside cutoff 9.9258817118072965E+049 mass inside cutoff 1780 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010335768230705 check gamma integral 4.4287996563450512E-002 3890 8.911058 6.688E+04 -23.357261 3.616044 51.684883 0.000000 0.000000 0.000000 0.218071 -2.930010 2752 214 -7.3691E+00 8.911003 1.569631 -9.673940 7.941820 -99.000000 51.684883 0.000000 0.044429 0.781929 0.588372 6 2.8822E+05 4.396573 7.395065 3.616044 -11.880906 -6.559406 49.031558 0.000004 0.000000 0.436260 0.112E+04 lgRho_cntr log_rel_run_E_err -7.5881569114765464 rel_E_err 2.3353375496933271D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1772 0.97772138277700193 9.9211399844807890E+049 k, q, energy_removed_layers after adjustment is 1778 0.97674802819004980 9.9291289548888852E+049 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9608.8339843750000 max vel inside fraction of cutoff 3913.4049100452689 max c/cs inside fraction of cutoff 4.6239753997752517 average v/vesc outside cutoff 1.9049666517130250 Kinetic plus potential energy outside cutoff 9.9291289548888852E+049 mass inside cutoff 1778 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010333449821392 check gamma integral 4.4846629754847760E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 3900 8.893298 6.636E+04 -23.533381 3.563012 51.684883 0.000000 0.000000 0.000000 0.218071 -2.975799 2751 214 -7.3754E+00 8.893236 1.574101 -10.204878 7.639363 -99.000000 51.684883 0.000000 0.044429 0.781929 0.589797 6 2.8822E+05 4.346421 7.390514 3.563012 -13.399003 -6.576994 49.031558 0.000004 0.000000 0.436260 0.113E+04 lgRho_cntr log_rel_run_E_err -7.5877539800612137 rel_E_err 2.3614152318553109D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile42.data for model 3900 save photos/x900 for model 3900 k, q, energy_removed_layers before adjustment is 1774 0.97772138277700193 9.9241715801147339E+049 k, q, energy_removed_layers after adjustment is 1780 0.97674802819004980 9.9321944748977589E+049 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9622.1933593750000 max vel inside fraction of cutoff 3741.4494616276415 max c/cs inside fraction of cutoff 4.5372914205942081 average v/vesc outside cutoff 1.9117257740469586 Kinetic plus potential energy outside cutoff 9.9321944748977589E+049 mass inside cutoff 1780 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010331765239931 check gamma integral 4.5372630753388932E-002 3910 8.874068 6.581E+04 -23.721746 3.506677 51.684883 0.000000 0.000000 0.000000 0.218071 -3.025465 2759 214 -7.2972E+00 8.873998 1.578864 -10.864506 7.305625 -99.000000 51.684883 0.000000 0.044429 0.781929 0.591385 6 2.8822E+05 4.292213 7.385697 3.506677 -15.110448 -6.595658 49.031558 0.000004 0.000000 0.436260 0.113E+04 lgRho_cntr log_rel_run_E_err -7.5873746496895116 rel_E_err 2.2236831901869168D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1778 0.97772138277700193 9.9273377692620884E+049 k, q, energy_removed_layers after adjustment is 1784 0.97674802819004980 9.9353951650302140E+049 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9636.5761718750000 max vel inside fraction of cutoff 3524.7059571225341 max c/cs inside fraction of cutoff 4.4426568548263070 average v/vesc outside cutoff 1.9189629749983550 Kinetic plus potential energy outside cutoff 9.9353951650302140E+049 mass inside cutoff 1784 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010336363962098 check gamma integral 4.5912537933828330E-002 3920 8.854396 6.526E+04 -23.915196 3.448408 51.684883 0.000000 0.000000 0.000000 0.218071 -3.076378 2761 214 -7.3308E+00 8.854320 1.583723 -11.688530 6.962177 -99.000000 51.684883 0.000000 0.044429 0.781929 0.593057 6 2.8822E+05 4.236857 7.380803 3.448408 -16.936204 -6.614622 49.031558 0.000004 0.000000 0.436260 0.114E+04 lgRho_cntr log_rel_run_E_err -7.5776651543141442 rel_E_err 2.1557793174088871D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1779 0.97772138277700171 9.9305023663434881E+049 k, q, energy_removed_layers after adjustment is 1785 0.97674802819004958 9.9385932772554391E+049 Layers above q= 0.97674802819004958 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9651.4160156250000 max vel inside fraction of cutoff 3348.0368643602906 max c/cs inside fraction of cutoff 4.3302577264190925 average v/vesc outside cutoff 1.9263868135909012 Kinetic plus potential energy outside cutoff 9.9385932772554391E+049 mass inside cutoff 1785 50.483107440254365 relax counter 0 log max v [km/s]= 4.3010332370043622 check gamma integral 4.6437664979098195E-002 3930 8.834924 6.471E+04 -24.111073 3.394009 51.684883 0.000000 0.000000 0.000000 0.218071 -3.126880 2744 214 -7.3394E+00 8.834846 1.588664 -12.571355 6.626359 -99.000000 51.684883 0.000000 0.044429 0.781929 0.594757 6 2.8822E+05 4.182165 7.375833 3.394009 -18.821903 -6.633812 49.031558 0.000004 0.000000 0.436260 0.114E+04 lgRho_cntr log_rel_run_E_err -7.5772619235941931 rel_E_err 2.0162958897231564D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1781 0.97772138277700171 9.9336542555450028E+049 k, q, energy_removed_layers after adjustment is 1787 0.97674802819004958 9.9417775443451329E+049 Layers above q= 0.97674802819004958 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9666.6796875000000 max vel inside fraction of cutoff 3167.2790000033019 max c/cs inside fraction of cutoff 4.2277625510782277 average v/vesc outside cutoff 1.9339771352367177 Kinetic plus potential energy outside cutoff 9.9417775443451329E+049 mass inside cutoff 1787 50.483107440254365 relax counter 0 log max v [km/s]= 4.3010332909734075 check gamma integral 4.6939288815303078E-002 3940 8.814286 6.408E+04 -24.328480 3.338778 51.684883 0.000000 0.000000 0.000000 0.218071 -3.180545 2732 214 -7.2289E+00 8.814212 1.594293 -13.549249 6.283862 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596602 6 2.8822E+05 4.124296 7.370195 3.338778 -20.911888 -6.655554 49.031558 0.000004 0.000000 0.436260 0.115E+04 lgRho_cntr log_rel_run_E_err -7.5769262696151074 rel_E_err 2.0008954196497670D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1782 0.97772138277700193 9.9371637864157627E+049 k, q, energy_removed_layers after adjustment is 1788 0.97674802819004980 9.9453219319632152E+049 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9684.2773437500000 max vel inside fraction of cutoff 2968.2819980579029 max c/cs inside fraction of cutoff 4.1387209103123528 average v/vesc outside cutoff 1.9426747309435390 Kinetic plus potential energy outside cutoff 9.9453219319632152E+049 mass inside cutoff 1788 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010340251767136 check gamma integral 4.7466754242656006E-002 3950 8.794550 6.342E+04 -24.547655 3.285949 51.684883 0.000000 0.000000 0.000000 0.218071 -3.231981 2725 214 -7.1705E+00 8.794482 1.600270 -14.625180 5.980704 -99.000000 51.684883 0.000000 0.044429 0.781929 0.598410 6 2.8822E+05 4.069049 7.364195 3.285949 -23.003332 -6.678498 49.031558 0.000004 0.000000 0.436260 0.115E+04 max increase log_rel_run_E_err -7.5766045812823872 rel_E_err 2.4755250744475666D-12 Using fixed_vsurf 20000.000000000000 save photos/x950 for model 3950 k, q, energy_removed_layers before adjustment is 1780 0.97772138277700216 9.9408015315999247E+049 k, q, energy_removed_layers after adjustment is 1786 0.97674802819005002 9.9489944052368546E+049 Layers above q= 0.97674802819005002 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9703.2128906250000 max vel inside fraction of cutoff 2777.8174642374556 max c/cs inside fraction of cutoff 3.9701458659961326 average v/vesc outside cutoff 1.9519720639451710 Kinetic plus potential energy outside cutoff 9.9489944052368546E+049 mass inside cutoff 1786 50.483107440254393 relax counter 0 log max v [km/s]= 4.3010343702891749 check gamma integral 4.7977729665378638E-002 3960 8.774069 6.267E+04 -24.781675 3.231128 51.684883 0.000000 0.000000 0.000000 0.218071 -3.285504 2722 214 -7.1824E+00 8.774005 1.607155 -15.925224 5.703567 -99.000000 51.684883 0.000000 0.044429 0.781929 0.600328 5 2.8822E+05 4.011790 7.357262 3.231128 -25.271462 -6.704752 49.031558 0.000004 0.000000 0.436260 0.116E+04 lgRho_cntr log_rel_run_E_err -7.5662824521021426 rel_E_err 5.5454066466237134D-10 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1778 0.97772138277700216 9.9448783246343516E+049 k, q, energy_removed_layers after adjustment is 1784 0.97674802819005002 9.9531083666567280E+049 Layers above q= 0.97674802819005002 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9725.3535156250000 max vel inside fraction of cutoff 2571.7681558006584 max c/cs inside fraction of cutoff 3.8609311453908663 average v/vesc outside cutoff 1.9627601020487224 Kinetic plus potential energy outside cutoff 9.9531083666567280E+049 mass inside cutoff 1784 50.483107440254393 relax counter 0 log max v [km/s]= 4.3010340342073601 check gamma integral 4.8503549073832225E-002 3970 8.753442 6.184E+04 -25.021687 3.175927 51.684883 0.000000 0.000000 0.000000 0.218071 -3.339538 2715 214 -7.0701E+00 8.753384 1.614857 -17.349509 5.466805 -99.000000 51.684883 0.000000 0.044429 0.781929 0.602304 6 2.8822E+05 3.954208 7.349468 3.175927 -27.659864 -6.733918 49.031558 0.000004 0.000000 0.436260 0.117E+04 lgRho_cntr log_rel_run_E_err -7.5579619107005325 rel_E_err 1.6841279352329181D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1773 0.97772138277700193 9.9492987185440027E+049 k, q, energy_removed_layers after adjustment is 1779 0.97674802819004980 9.9575668641703185E+049 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9750.5429687500000 max vel inside fraction of cutoff 2347.1025503954879 max c/cs inside fraction of cutoff 3.6390495305734651 average v/vesc outside cutoff 1.9749273661223339 Kinetic plus potential energy outside cutoff 9.9575668641703185E+049 mass inside cutoff 1779 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010345409128030 check gamma integral 4.9020909335435389E-002 3980 8.733236 6.091E+04 -25.262778 3.121844 51.684883 0.000000 0.000000 0.000000 0.218071 -3.392564 2716 214 -6.9122E+00 8.733190 1.623588 -18.851667 5.268497 -99.000000 51.684883 0.000000 0.044429 0.781929 0.604283 6 2.8822E+05 3.897899 7.340528 3.121844 -30.107469 -6.766726 49.031558 0.000004 0.000000 0.436260 0.118E+04 lgRho_cntr log_rel_run_E_err -7.5576882266688674 rel_E_err 3.1423174488393202D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1776 0.97755920700548482 9.9567474415250996E+049 k, q, energy_removed_layers after adjustment is 1781 0.97674802819004980 9.9624432488364140E+049 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9779.6425781250000 max vel inside fraction of cutoff 2167.1243405739228 max c/cs inside fraction of cutoff 3.5292239455307151 average v/vesc outside cutoff 1.9888487829351389 Kinetic plus potential energy outside cutoff 9.9624432488364140E+049 mass inside cutoff 1781 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010360497140372 check gamma integral 4.9517028545741033E-002 3990 8.714500 5.983E+04 -25.494746 3.071671 51.684883 0.000000 0.000000 0.000000 0.218071 -3.441787 2713 214 -6.9660E+00 8.714473 1.633839 -20.398380 5.103110 -99.000000 51.684883 0.000000 0.044429 0.781929 0.606159 6 2.8822E+05 3.845788 7.329909 3.071671 -32.479226 -6.804942 49.031558 0.000004 0.000000 0.436260 0.119E+04 min_dr_div_cs log_rel_run_E_err -7.5572438683456777 rel_E_err 1.5288939249487544D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1774 0.97755920700548482 9.9622081887353031E+049 k, q, energy_removed_layers after adjustment is 1779 0.97674802819004980 9.9679367745324269E+049 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9814.5625000000000 max vel inside fraction of cutoff 1925.2108216594061 max c/cs inside fraction of cutoff 3.2884454643667405 average v/vesc outside cutoff 2.0053703171297799 Kinetic plus potential energy outside cutoff 9.9679367745324269E+049 mass inside cutoff 1779 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010349628133255 check gamma integral 4.9989074957025072E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 4000 8.696841 5.836E+04 -25.734267 3.024352 51.684883 0.000000 0.000000 0.000000 0.218071 -3.488230 2711 214 -6.6347E+00 8.696838 1.647978 -22.160095 4.955786 -99.000000 51.684883 0.000000 0.044429 0.781929 0.607963 8 2.8822E+05 3.796752 7.315021 3.024352 -34.809655 -6.857117 49.031558 0.000004 0.000000 0.436260 0.121E+04 lgRho_cntr log_rel_run_E_err -7.5533136733127568 rel_E_err 1.6424760904496700D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile43.data for model 4000 save photos/4000 for model 4000 k, q, energy_removed_layers before adjustment is 1777 0.97755920700548504 9.9693498809356247E+049 k, q, energy_removed_layers after adjustment is 1782 0.97674802819005002 9.9751157977298044E+049 Layers above q= 0.97674802819005002 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9864.1054687500000 max vel inside fraction of cutoff 1663.7099675583636 max c/cs inside fraction of cutoff 3.0291028664663862 average v/vesc outside cutoff 2.0284797814747102 Kinetic plus potential energy outside cutoff 9.9751157977298044E+049 mass inside cutoff 1782 50.483107440254393 relax counter 0 log max v [km/s]= 4.3010393341881326 check gamma integral 5.0456842307922557E-002 4010 8.686912 5.686E+04 -25.886850 2.997669 51.684883 0.000000 0.000000 0.000000 0.218071 -3.514357 2721 214 -6.7461E+00 8.686912 1.662671 -23.833376 4.876120 -99.000000 51.684883 0.000000 0.044429 0.781929 0.609001 6 2.8822E+05 3.769197 7.299210 2.997669 -36.165427 -6.910605 49.031558 0.000004 0.000000 0.436260 0.123E+04 min_dr_div_cs log_rel_run_E_err -7.5512192623435137 rel_E_err 1.3591339973838716D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1779 0.97755920700548482 9.9763241063422781E+049 k, q, energy_removed_layers after adjustment is 1784 0.97674802819004980 9.9821199264084578E+049 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9917.3222656250000 max vel inside fraction of cutoff 1648.8698801656371 max c/cs inside fraction of cutoff 2.9260911866985397 average v/vesc outside cutoff 2.0528851678538658 Kinetic plus potential energy outside cutoff 9.9821199264084578E+049 mass inside cutoff 1784 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010365817547829 check gamma integral 5.0737179669966291E-002 4020 8.686870 5.514E+04 -25.926215 2.997349 51.684883 0.000000 0.000000 0.000000 0.218071 -3.514473 2719 214 -6.7074E+00 8.686870 1.679903 -25.627096 4.873527 -99.000000 51.684883 0.000000 0.044429 0.781929 0.609004 6 2.8822E+05 3.769079 7.280431 2.997349 -36.183902 -6.972469 49.031558 0.000004 0.000000 0.436260 0.126E+04 min_dr_div_cs log_rel_run_E_err -7.5495826231704584 rel_E_err 1.3582592350233648D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1770 0.97755920700548504 9.9839627627272094E+049 k, q, energy_removed_layers after adjustment is 1775 0.97674802819005002 9.9897829331160479E+049 Layers above q= 0.97674802819005002 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9982.0742187500000 max vel inside fraction of cutoff 1648.5392861790806 max c/cs inside fraction of cutoff 2.8662277827599305 average v/vesc outside cutoff 2.0820396129836394 Kinetic plus potential energy outside cutoff 9.9897829331160479E+049 mass inside cutoff 1775 50.483107440254393 relax counter 0 log max v [km/s]= 4.3010363657499333 check gamma integral 5.0801413515056890E-002 4030 8.699592 5.338E+04 -25.799754 3.031076 51.684883 0.000000 0.000000 0.000000 0.218071 -3.481186 2719 214 -6.5083E+00 8.699592 1.698123 -27.026475 4.974025 -99.000000 51.684883 0.000000 0.044429 0.781929 0.607636 7 2.8822E+05 3.804314 7.260454 3.031076 -34.473568 -7.037103 49.031573 0.000004 0.000000 0.436260 0.129E+04 min_dr_div_cs log_rel_run_E_err -7.5487290908835014 rel_E_err 1.5073687585989651D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1767 0.97739703123396771 9.9936034183363413E+049 k, q, energy_removed_layers after adjustment is 1771 0.97674802819004980 9.9972874350470517E+049 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10053.396484375000 max vel inside fraction of cutoff 1640.6984018429073 max c/cs inside fraction of cutoff 2.7974840006814348 average v/vesc outside cutoff 2.1135031780004523 Kinetic plus potential energy outside cutoff 9.9972874350470517E+049 mass inside cutoff 1771 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010387632356304 check gamma integral 5.0546355843458124E-002 4040 8.720092 5.199E+04 -25.561332 3.085575 51.684883 0.000000 0.000000 0.000000 0.218071 -3.427678 2724 214 -6.8184E+00 8.720092 1.712864 -27.036559 5.143853 -99.000000 51.684883 0.000000 0.044429 0.781929 0.605457 6 2.8822E+05 3.861133 7.244079 3.085575 -31.807141 -7.088829 49.031573 0.000004 0.000000 0.436260 0.132E+04 lgRho_cntr log_rel_run_E_err -7.5485184097715745 rel_E_err 1.4048126271301046D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1765 0.97739703123396771 9.9992536347441216E+049 k, q, energy_removed_layers after adjustment is 1769 0.97674802819004980 1.0002940196560426E+050 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10113.328125000000 max vel inside fraction of cutoff 1630.6918909573087 max c/cs inside fraction of cutoff 2.7378207258908809 average v/vesc outside cutoff 2.1394366082943361 Kinetic plus potential energy outside cutoff 1.0002940196560426E+050 mass inside cutoff 1769 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010340319472693 check gamma integral 5.0075734750753602E-002 4050 8.739167 5.107E+04 -25.330792 3.136355 51.684883 0.000000 0.000000 0.000000 0.218071 -3.377960 2723 214 -6.9252E+00 8.739167 1.722789 -26.632459 5.316274 -99.000000 51.684883 0.000000 0.044429 0.781929 0.603474 5 2.8822E+05 3.914083 7.232824 3.136355 -29.428829 -7.123384 49.031573 0.000004 0.000000 0.436260 0.134E+04 lgRho_cntr log_rel_run_E_err -7.5354706222403038 rel_E_err 6.3131166070727439D-11 Using fixed_vsurf 20000.000000000000 save photos/x050 for model 4050 k, q, energy_removed_layers before adjustment is 1762 0.97739703123396793 1.0002872022443652E+050 k, q, energy_removed_layers after adjustment is 1766 0.97674802819005002 1.0006557486628505E+050 Layers above q= 0.97674802819005002 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10154.841796875000 max vel inside fraction of cutoff 1643.2096815450766 max c/cs inside fraction of cutoff 2.6955808543212014 average v/vesc outside cutoff 2.1571476837161621 Kinetic plus potential energy outside cutoff 1.0006557486628505E+050 mass inside cutoff 1766 50.483107440254393 relax counter 0 log max v [km/s]= 4.3010329996464174 check gamma integral 4.9609854507986398E-002 4060 8.757853 5.033E+04 -25.104299 3.186131 51.684883 0.000000 0.000000 0.000000 0.218071 -3.329341 2721 214 -6.9945E+00 8.757853 1.730802 -26.219071 5.506553 -99.000000 51.684883 0.000000 0.044429 0.781929 0.601570 5 2.8822E+05 3.966025 7.223607 3.186131 -27.192621 -7.151124 49.031573 0.000004 0.000000 0.436260 0.135E+04 lgRho_cntr log_rel_run_E_err -7.5303719185042768 rel_E_err 2.0060278610833752D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1757 0.97739703123396771 1.0005684335041001E+050 k, q, energy_removed_layers after adjustment is 1761 0.97674802819004980 1.0009367351251074E+050 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10189.052734375000 max vel inside fraction of cutoff 1648.6751281347863 max c/cs inside fraction of cutoff 2.6602438189134099 average v/vesc outside cutoff 2.1715931914861231 Kinetic plus potential energy outside cutoff 1.0009367351251074E+050 mass inside cutoff 1761 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010324515492124 check gamma integral 4.9137791861863914E-002 4070 8.776305 4.970E+04 -24.883021 3.235309 51.684883 0.000000 0.000000 0.000000 0.218071 -3.281423 2720 214 -7.0433E+00 8.776305 1.737699 -25.820539 5.723363 -99.000000 51.684883 0.000000 0.044429 0.781929 0.599728 5 2.8822E+05 4.017385 7.215611 3.235309 -25.071808 -7.174894 49.031573 0.000004 0.000000 0.436260 0.137E+04 lgRho_cntr log_rel_run_E_err -7.5284389879751750 rel_E_err 9.1935003110172902D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1753 0.97739703123396771 1.0008035215729723E+050 k, q, energy_removed_layers after adjustment is 1757 0.97674802819004980 1.0011715063197292E+050 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10219.009765625000 max vel inside fraction of cutoff 1649.4107112170204 max c/cs inside fraction of cutoff 2.6289208197937715 average v/vesc outside cutoff 2.1841391591795229 Kinetic plus potential energy outside cutoff 1.0011715063197292E+050 mass inside cutoff 1757 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010321107332752 check gamma integral 4.8660009392484264E-002 4080 8.794580 4.914E+04 -24.667574 3.284039 51.684883 0.000000 0.000000 0.000000 0.218071 -3.234061 2717 214 -7.0773E+00 8.794580 1.743889 -25.422718 5.971042 -99.000000 51.684883 0.000000 0.044429 0.781929 0.597940 5 2.8822E+05 4.068323 7.208385 3.284039 -23.053402 -7.196140 49.031573 0.000004 0.000000 0.436260 0.138E+04 lgRho_cntr log_rel_run_E_err -7.5274588496865888 rel_E_err 5.4850185507066671D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1750 0.97739703123396793 1.0010083248891756E+050 k, q, energy_removed_layers after adjustment is 1754 0.97674802819005002 1.0013759454395816E+050 Layers above q= 0.97674802819005002 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10246.304687500000 max vel inside fraction of cutoff 1651.7112077730521 max c/cs inside fraction of cutoff 2.6000817451264946 average v/vesc outside cutoff 2.1954817771103952 Kinetic plus potential energy outside cutoff 1.0013759454395816E+050 mass inside cutoff 1754 50.483107440254393 relax counter 0 log max v [km/s]= 4.3010318864503656 check gamma integral 4.8175986426153693E-002 4090 8.812705 4.863E+04 -24.458419 3.332387 51.684883 0.000000 0.000000 0.000000 0.218071 -3.187194 2720 214 -7.0990E+00 8.812705 1.749624 -24.847064 6.247160 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596203 5 2.8822E+05 4.118906 7.201678 3.332387 -21.129268 -7.215751 49.031573 0.000004 0.000000 0.436260 0.139E+04 lgRho_cntr log_rel_run_E_err -7.5268113112794612 rel_E_err 3.8638929328450133D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1750 0.97739703123396793 1.0011932312457555E+050 k, q, energy_removed_layers after adjustment is 1754 0.97674802819005002 1.0015604499013897E+050 Layers above q= 0.97674802819005002 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10271.941406250000 max vel inside fraction of cutoff 1648.9310362228980 max c/cs inside fraction of cutoff 2.5727379897768756 average v/vesc outside cutoff 2.2060631862956113 Kinetic plus potential energy outside cutoff 1.0015604499013897E+050 mass inside cutoff 1754 50.483107440254393 relax counter 0 log max v [km/s]= 4.3010317376173797 check gamma integral 4.7685631267899334E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 4100 8.830670 4.815E+04 -24.256197 3.380334 51.684883 0.000000 0.000000 0.000000 0.218071 -3.140844 2712 214 -7.1080E+00 8.830670 1.755095 -23.506597 6.543493 -99.000000 51.684883 0.000000 0.044429 0.781929 0.594517 5 2.8822E+05 4.169112 7.195261 3.380334 -19.295255 -7.234391 49.031573 0.000004 0.000000 0.436260 0.140E+04 lgRho_cntr log_rel_run_E_err -7.5263029605227700 rel_E_err 2.6832688908192931D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile44.data for model 4100 save photos/x100 for model 4100 k, q, energy_removed_layers before adjustment is 1744 0.97739703123396815 1.0013660294967524E+050 k, q, energy_removed_layers after adjustment is 1748 0.97674802819005024 1.0017328089306268E+050 Layers above q= 0.97674802819005024 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10296.718750000000 max vel inside fraction of cutoff 1638.2866386095097 max c/cs inside fraction of cutoff 2.5460874532548856 average v/vesc outside cutoff 2.2162261290683047 Kinetic plus potential energy outside cutoff 1.0017328089306268E+050 mass inside cutoff 1748 50.483107440254408 relax counter 0 log max v [km/s]= 4.3010316361175889 check gamma integral 4.7189319511226617E-002 4110 8.850569 4.762E+04 -24.038785 3.434413 51.684883 0.000000 0.000000 0.000000 0.218071 -3.089656 2712 214 -7.0184E+00 8.850569 1.761161 -21.569870 6.886956 -99.000000 51.684883 0.000000 0.044429 0.781929 0.592688 5 2.8822E+05 4.224791 7.188117 3.434413 -17.345302 -7.254988 49.031573 0.000004 0.000000 0.436260 0.142E+04 max increase log_rel_run_E_err -7.5259234017329240 rel_E_err 2.5010829935203968D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1740 0.97739703123396815 1.0015529509836640E+050 k, q, energy_removed_layers after adjustment is 1744 0.97674802819005024 1.0019191821630225E+050 Layers above q= 0.97674802819005024 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10324.556640625000 max vel inside fraction of cutoff 1658.2581262520735 max c/cs inside fraction of cutoff 2.5158785362376572 average v/vesc outside cutoff 2.2275701237136540 Kinetic plus potential energy outside cutoff 1.0019191821630225E+050 mass inside cutoff 1744 50.483107440254408 relax counter 0 log max v [km/s]= 4.3010319313967953 check gamma integral 4.6626208126294498E-002 4120 8.870914 4.704E+04 -23.823037 3.494941 51.684883 0.000000 0.000000 0.000000 0.218071 -3.037454 2710 214 -7.0278E+00 8.870914 1.767875 -19.547086 7.243953 -99.000000 51.684883 0.000000 0.044429 0.781929 0.590864 5 2.8822E+05 4.281811 7.180176 3.494941 -15.435816 -7.277719 49.031573 0.000004 0.000000 0.436260 0.143E+04 lgRho_cntr log_rel_run_E_err -7.5253223599298567 rel_E_err 3.7538136111367714D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1737 0.97739703123396837 1.0017543225347821E+050 k, q, energy_removed_layers after adjustment is 1741 0.97674802819005047 1.0021198751772460E+050 Layers above q= 0.97674802819005047 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10355.830078125000 max vel inside fraction of cutoff 1643.8866462052847 max c/cs inside fraction of cutoff 2.4816098488095224 average v/vesc outside cutoff 2.2402229222269665 Kinetic plus potential energy outside cutoff 1.0021198751772460E+050 mass inside cutoff 1741 50.483107440254415 relax counter 0 log max v [km/s]= 4.3010318186134215 check gamma integral 4.6031949757678992E-002 4130 8.890205 4.630E+04 -23.619872 3.551337 51.684883 0.000000 0.000000 0.000000 0.218071 -2.988047 2713 214 -6.7944E+00 8.890205 1.776486 -17.408016 7.581189 -99.000000 51.684883 0.000000 0.044429 0.781929 0.589186 5 2.8822E+05 4.335980 7.169888 3.551337 -13.698746 -7.306780 49.031573 0.000004 0.000000 0.436260 0.145E+04 max increase log_rel_run_E_err -7.5233409403736875 rel_E_err 2.9124138769454433D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1735 0.97723524281069440 1.0021693096279091E+050 k, q, energy_removed_layers after adjustment is 1738 0.97674802819005047 1.0023684766706047E+050 Layers above q= 0.97674802819005047 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10396.646484375000 max vel inside fraction of cutoff 1768.8128004110868 max c/cs inside fraction of cutoff 2.4363672668087970 average v/vesc outside cutoff 2.2565922869631003 Kinetic plus potential energy outside cutoff 1.0023684766706047E+050 mass inside cutoff 1738 50.483107440254415 relax counter 0 log max v [km/s]= 4.3010329063414394 check gamma integral 4.5437638788437401E-002 4140 8.884545 4.467E+04 -23.653761 3.535079 51.684883 0.000000 0.000000 0.000000 0.218071 -3.002846 2710 214 -6.5860E+00 8.884545 1.795903 -15.686044 7.487433 -99.000000 51.684883 0.000000 0.044429 0.781929 0.589613 5 2.8822E+05 4.319942 7.146544 3.535079 -14.182752 -7.372140 49.031573 0.000004 0.000000 0.436260 0.149E+04 lgRho_cntr log_rel_run_E_err -7.5197319496329476 rel_E_err 7.6020577177782404D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1730 0.97723524281069418 1.0026973438557165E+050 k, q, energy_removed_layers after adjustment is 1733 0.97674802819005024 1.0028944980898749E+050 Layers above q= 0.97674802819005024 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10491.710937500000 max vel inside fraction of cutoff 1930.9712999876097 max c/cs inside fraction of cutoff 2.3287226213197179 average v/vesc outside cutoff 2.2941343629113446 Kinetic plus potential energy outside cutoff 1.0028944980898749E+050 mass inside cutoff 1733 50.483107440254408 relax counter 0 log max v [km/s]= 4.3010341063960915 check gamma integral 4.5528597511127353E-002 4150 8.863766 4.395E+04 -23.863125 3.474379 51.684883 0.000000 0.000000 0.000000 0.218071 -3.056614 2711 214 -6.9550E+00 8.863758 1.804725 -16.235901 7.125910 -99.000000 51.684883 0.000000 0.044429 0.781929 0.591342 5 2.8822E+05 4.261396 7.135829 3.474379 -16.067645 -7.401840 49.031573 0.000004 0.000000 0.436260 0.151E+04 lgRho_cntr log_rel_run_E_err -7.5185334477998484 rel_E_err 4.0306900514756915D-12 Using fixed_vsurf 20000.000000000000 save photos/x150 for model 4150 k, q, energy_removed_layers before adjustment is 1730 0.97723524281069396 1.0029221817689891E+050 k, q, energy_removed_layers after adjustment is 1733 0.97674802819005002 1.0031183071593152E+050 Layers above q= 0.97674802819005002 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10536.328125000000 max vel inside fraction of cutoff 1952.4508726763729 max c/cs inside fraction of cutoff 2.2772621774030415 average v/vesc outside cutoff 2.3114562696879193 Kinetic plus potential energy outside cutoff 1.0031183071593152E+050 mass inside cutoff 1733 50.483107440254393 relax counter 0 log max v [km/s]= 4.3010317265260101 check gamma integral 4.6109975795873913E-002 4160 8.845469 4.344E+04 -24.052574 3.420236 51.684883 0.000000 0.000000 0.000000 0.218071 -3.104040 2714 214 -7.0140E+00 8.845452 1.810955 -17.054844 6.806691 -99.000000 51.684883 0.000000 0.044429 0.781929 0.592913 5 2.8822E+05 4.209938 7.128200 3.420236 -17.801925 -7.422718 49.031573 0.000004 0.000000 0.436260 0.153E+04 lgRho_cntr log_rel_run_E_err -7.5180088169938495 rel_E_err 3.4083496374947545D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1732 0.97723524281069396 1.0030754688066280E+050 k, q, energy_removed_layers after adjustment is 1735 0.97674802819005002 1.0032708267148479E+050 Layers above q= 0.97674802819005002 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10568.388671875000 max vel inside fraction of cutoff 1862.6539656079981 max c/cs inside fraction of cutoff 2.2399191800177665 average v/vesc outside cutoff 2.3237920485823937 Kinetic plus potential energy outside cutoff 1.0032708267148479E+050 mass inside cutoff 1735 50.483107440254393 relax counter 0 log max v [km/s]= 4.3010314613553398 check gamma integral 4.6615926408174579E-002 4170 8.826468 4.295E+04 -24.251953 3.369381 51.684883 0.000000 0.000000 0.000000 0.218071 -3.153409 2712 214 -6.8667E+00 8.826447 1.817059 -18.172883 6.482005 -99.000000 51.684883 0.000000 0.044429 0.781929 0.594582 5 2.8822E+05 4.156584 7.120701 3.369381 -19.678593 -7.443154 49.031573 0.000004 0.000000 0.436260 0.154E+04 lgRho_cntr log_rel_run_E_err -7.5173218869752807 rel_E_err 1.3645650665458977D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1732 0.97723524281069396 1.0032228801481671E+050 k, q, energy_removed_layers after adjustment is 1735 0.97674802819005002 1.0034174547864840E+050 Layers above q= 0.97674802819005002 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10600.250000000000 max vel inside fraction of cutoff 1707.6381956939929 max c/cs inside fraction of cutoff 2.2025023359960407 average v/vesc outside cutoff 2.3359755632619712 Kinetic plus potential energy outside cutoff 1.0034174547864840E+050 mass inside cutoff 1735 50.483107440254393 relax counter 0 log max v [km/s]= 4.3010319635697396 check gamma integral 4.7133689257989581E-002 4180 8.806532 4.243E+04 -24.466452 3.316024 51.684883 0.000000 0.000000 0.000000 0.218071 -3.205335 2713 214 -6.9806E+00 8.806511 1.823614 -19.613255 6.159632 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596374 5 2.8822E+05 4.100696 7.112630 3.316024 -21.733938 -7.465078 49.031558 0.000004 0.000000 0.436260 0.156E+04 lgRho_cntr log_rel_run_E_err -7.5164157968466467 rel_E_err 6.2836167969981402D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1732 0.97723524281069396 1.0033771767532300E+050 k, q, energy_removed_layers after adjustment is 1735 0.97674802819005002 1.0035708783110498E+050 Layers above q= 0.97674802819005002 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10634.960937500000 max vel inside fraction of cutoff 1637.8083208213984 max c/cs inside fraction of cutoff 2.1613993660147237 average v/vesc outside cutoff 2.3491566190120712 Kinetic plus potential energy outside cutoff 1.0035708783110498E+050 mass inside cutoff 1735 50.483107440254393 relax counter 0 log max v [km/s]= 4.3010314683289685 check gamma integral 4.7671438896359102E-002 4190 8.786072 4.185E+04 -24.697527 3.261248 51.684883 0.000000 0.000000 0.000000 0.218071 -3.258758 2707 214 -6.8645E+00 8.786056 1.831070 -21.303792 5.860556 -99.000000 51.684883 0.000000 0.044429 0.781929 0.598254 5 2.8822E+05 4.043432 7.103421 3.261248 -23.939908 -7.490018 49.031558 0.000004 0.000000 0.436260 0.158E+04 lgRho_cntr log_rel_run_E_err -7.5152013887696638 rel_E_err 6.6878937078046355D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1728 0.97723524281069396 1.0035452710656300E+050 k, q, energy_removed_layers after adjustment is 1731 0.97674802819005002 1.0037379405272778E+050 Layers above q= 0.97674802819005002 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10675.091796875000 max vel inside fraction of cutoff 1635.2852286512143 max c/cs inside fraction of cutoff 2.1134498943085092 average v/vesc outside cutoff 2.3642676560623888 Kinetic plus potential energy outside cutoff 1.0037379405272778E+050 mass inside cutoff 1731 50.483107440254393 relax counter 0 log max v [km/s]= 4.3010318270379662 check gamma integral 4.8223056092456563E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 4200 8.765880 4.115E+04 -24.940027 3.207175 51.684883 0.000000 0.000000 0.000000 0.218071 -3.311598 2703 214 -6.7625E+00 8.765873 1.840014 -23.109573 5.604629 -99.000000 51.684883 0.000000 0.044429 0.781929 0.600152 5 2.8822E+05 3.987012 7.092355 3.207175 -26.217567 -7.519998 49.031558 0.000004 0.000000 0.436260 0.160E+04 lgRho_cntr log_rel_run_E_err -7.5135672917685765 rel_E_err 1.2577384827111217D-11 Using fixed_vsurf 20000.000000000000 save LOGS/profile45.data for model 4200 save photos/x200 for model 4200 k, q, energy_removed_layers before adjustment is 1727 0.97723524281069374 1.0037423660365664E+050 k, q, energy_removed_layers after adjustment is 1730 0.97674802819004980 1.0039337475906023E+050 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10724.144531250000 max vel inside fraction of cutoff 1635.2698953435577 max c/cs inside fraction of cutoff 2.0542283530211809 average v/vesc outside cutoff 2.3825825512477619 Kinetic plus potential energy outside cutoff 1.0039337475906023E+050 mass inside cutoff 1730 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010321825772149 check gamma integral 4.8771858292676058E-002 4210 8.746794 4.024E+04 -25.178863 3.156021 51.684883 0.000000 0.000000 0.000000 0.218071 -3.361650 2694 214 -6.6146E+00 8.746794 1.852120 -25.028232 5.397106 -99.000000 51.684883 0.000000 0.044429 0.781929 0.601988 5 2.8822E+05 3.933753 7.077369 3.156021 -28.468216 -7.560915 49.031558 0.000004 0.000000 0.436260 0.163E+04 lgRho_cntr log_rel_run_E_err -7.5109189346966732 rel_E_err 1.4791981943866307D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1724 0.97723524281069418 1.0039962470885997E+050 k, q, energy_removed_layers after adjustment is 1727 0.97674802819005024 1.0041858070830724E+050 Layers above q= 0.97674802819005024 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10792.173828125000 max vel inside fraction of cutoff 1632.9084172960695 max c/cs inside fraction of cutoff 1.9710159438864165 average v/vesc outside cutoff 2.4076831087104376 Kinetic plus potential energy outside cutoff 1.0041858070830724E+050 mass inside cutoff 1727 50.483107440254408 relax counter 0 log max v [km/s]= 4.3010328345847784 check gamma integral 4.9298547019560011E-002 4220 8.745341 3.802E+04 -25.219965 3.151750 51.684883 0.000000 0.000000 0.000000 0.218071 -3.365679 2669 214 -6.0898E+00 8.745341 1.882598 -26.438926 5.380507 -99.000000 51.684883 0.000000 0.044429 0.781929 0.602087 5 2.8822E+05 3.929608 7.040096 3.151750 -28.659733 -7.667860 49.031558 0.000004 0.000000 0.436260 0.171E+04 lgRho_cntr log_rel_run_E_err -7.5040799605683102 rel_E_err 1.7125120265733240D-10 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1714 0.97723524281069352 1.0045716254694210E+050 k, q, energy_removed_layers after adjustment is 1717 0.97674802819004958 1.0047562921654186E+050 Layers above q= 0.97674802819004958 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10972.076171875000 max vel inside fraction of cutoff 1623.5308279949838 max c/cs inside fraction of cutoff 1.9932497513673368 average v/vesc outside cutoff 2.4725194333763469 Kinetic plus potential energy outside cutoff 1.0047562921654186E+050 mass inside cutoff 1717 50.483107440254365 relax counter 0 log max v [km/s]= 4.3010375975926340 check gamma integral 4.9411733921291646E-002 4230 8.770299 3.686E+04 -24.933012 3.218164 51.684883 0.000000 0.000000 0.000000 0.218071 -3.300879 2652 214 -6.6872E+00 8.770299 1.899524 -25.910213 5.653192 -99.000000 51.684883 0.000000 0.044429 0.781929 0.599558 5 2.8822E+05 3.999001 7.019973 3.218164 -25.737305 -7.731715 49.031558 0.000004 0.000000 0.436260 0.174E+04 lgRho_cntr log_rel_run_E_err -7.5030441713897851 rel_E_err 1.5835056429876859D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1711 0.97723524281069352 1.0048581841081601E+050 k, q, energy_removed_layers after adjustment is 1714 0.97674802819004958 1.0050399900956815E+050 Layers above q= 0.97674802819004958 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11077.578125000000 max vel inside fraction of cutoff 1581.2860049346853 max c/cs inside fraction of cutoff 2.1858739077461884 average v/vesc outside cutoff 2.5095252564465937 Kinetic plus potential energy outside cutoff 1.0050399900956815E+050 mass inside cutoff 1714 50.483107440254365 relax counter 0 log max v [km/s]= 4.3010319105050119 check gamma integral 4.8790933410634355E-002 4240 8.789100 3.627E+04 -24.713104 3.268295 51.684883 0.000000 0.000000 0.000000 0.218071 -3.252104 2648 214 -6.7799E+00 8.789100 1.908364 -25.460473 5.897562 -99.000000 51.684883 0.000000 0.044429 0.781929 0.597714 5 2.8822E+05 4.051388 7.009591 3.268295 -23.636128 -7.766454 49.031558 0.000004 0.000000 0.436260 0.175E+04 lgRho_cntr log_rel_run_E_err -7.5028161552232024 rel_E_err 1.6769618863446028D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1707 0.97707267969093325 1.0051134477326706E+050 k, q, energy_removed_layers after adjustment is 1709 0.97674802819004958 1.0051848855606569E+050 Layers above q= 0.97674802819004958 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11134.332031250000 max vel inside fraction of cutoff 1591.3200275420884 max c/cs inside fraction of cutoff 2.2777196399111745 average v/vesc outside cutoff 2.5291642415906743 Kinetic plus potential energy outside cutoff 1.0051848855606569E+050 mass inside cutoff 1709 50.483107440254365 relax counter 0 log max v [km/s]= 4.3010315030614477 check gamma integral 4.8298282852758868E-002 4250 8.807269 3.577E+04 -24.503992 3.316786 51.684883 0.000000 0.000000 0.000000 0.218071 -3.205064 2650 214 -6.8102E+00 8.807269 1.916001 -24.642755 6.166150 -99.000000 51.684883 0.000000 0.044429 0.781929 0.595970 5 2.8822E+05 4.102089 7.000797 3.316786 -21.684657 -7.797584 49.031558 0.000004 0.000000 0.436260 0.176E+04 lgRho_cntr log_rel_run_E_err -7.5025767164607986 rel_E_err 1.8113709107501007D-12 Using fixed_vsurf 20000.000000000000 save photos/x250 for model 4250 k, q, energy_removed_layers before adjustment is 1706 0.97707267969093348 1.0052342857942617E+050 k, q, energy_removed_layers after adjustment is 1708 0.97674802819004980 1.0053048088405757E+050 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11184.304687500000 max vel inside fraction of cutoff 1585.3471558976814 max c/cs inside fraction of cutoff 2.3097939710566955 average v/vesc outside cutoff 2.5462915645945108 Kinetic plus potential energy outside cutoff 1.0053048088405757E+050 mass inside cutoff 1708 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010313664036346 check gamma integral 4.7808598562596866E-002 4260 8.827951 3.520E+04 -24.272182 3.372022 51.684883 0.000000 0.000000 0.000000 0.218071 -3.151687 2655 214 -6.7010E+00 8.827951 1.924887 -22.771452 6.502668 -99.000000 51.684883 0.000000 0.044429 0.781929 0.594021 5 2.8822E+05 4.159865 6.990789 3.372022 -19.554032 -7.835019 49.031558 0.000004 0.000000 0.436260 0.177E+04 lgRho_cntr log_rel_run_E_err -7.5023257121790614 rel_E_err 1.8328975447089208D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1701 0.97707267969093370 1.0053710888213489E+050 k, q, energy_removed_layers after adjustment is 1703 0.97674802819005002 1.0054405364764195E+050 Layers above q= 0.97674802819005002 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11243.562500000000 max vel inside fraction of cutoff 1613.6154914152146 max c/cs inside fraction of cutoff 2.4276054551562609 average v/vesc outside cutoff 2.5664250605082328 Kinetic plus potential energy outside cutoff 1.0054405364764195E+050 mass inside cutoff 1703 50.483107440254393 relax counter 0 log max v [km/s]= 4.3010316883652218 check gamma integral 4.7235899222046386E-002 4270 8.846374 3.448E+04 -24.066706 3.421409 51.684883 0.000000 0.000000 0.000000 0.218071 -3.104231 2651 214 -6.4553E+00 8.846374 1.936534 -20.538445 6.819933 -99.000000 51.684883 0.000000 0.044429 0.781929 0.592330 5 2.8822E+05 4.211422 6.978057 3.421409 -17.731678 -7.886039 49.031558 0.000004 0.000000 0.436260 0.179E+04 max increase log_rel_run_E_err -7.5020569071322560 rel_E_err 2.0756388924439781D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1695 0.97707267969093414 1.0055425873952492E+050 k, q, energy_removed_layers after adjustment is 1697 0.97674802819005047 1.0056106107817319E+050 Layers above q= 0.97674802819005047 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11323.097656250000 max vel inside fraction of cutoff 1610.2915082524560 max c/cs inside fraction of cutoff 2.4524460351782329 average v/vesc outside cutoff 2.5931413710398141 Kinetic plus potential energy outside cutoff 1.0056106107817319E+050 mass inside cutoff 1697 50.483107440254415 relax counter 0 log max v [km/s]= 4.3010327838624942 check gamma integral 4.6703223494359868E-002 4280 8.819976 3.283E+04 -24.334072 3.350793 51.684883 0.000000 0.000000 0.000000 0.218071 -3.173321 2654 214 -6.4027E+00 8.819976 1.964683 -20.720849 6.374568 -99.000000 51.684883 0.000000 0.044429 0.781929 0.594558 5 2.8822E+05 4.137117 6.949141 3.350793 -20.344505 -8.017628 49.031558 0.000004 0.000000 0.436260 0.181E+04 lgRho_cntr log_rel_run_E_err -7.5013074883712170 rel_E_err 2.0065100855040719D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1686 0.97707267969093348 1.0059041530494811E+050 k, q, energy_removed_layers after adjustment is 1688 0.97674802819004980 1.0059687045581432E+050 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11524.351562500000 max vel inside fraction of cutoff 1603.4154919996997 max c/cs inside fraction of cutoff 2.5277073817766840 average v/vesc outside cutoff 2.6592376060531890 Kinetic plus potential energy outside cutoff 1.0059687045581432E+050 mass inside cutoff 1688 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010327659467951 check gamma integral 4.7390849259575624E-002 4290 8.799304 3.224E+04 -24.561035 3.295456 51.684883 0.000000 0.000000 0.000000 0.218071 -3.227244 2655 214 -6.5810E+00 8.799304 1.975316 -22.195364 6.049845 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596422 5 2.8822E+05 4.079180 6.938841 3.295456 -22.508182 -8.069921 49.031558 0.000004 0.000000 0.436260 0.181E+04 lgRho_cntr log_rel_run_E_err -7.5010609797409700 rel_E_err 1.8208225875283945D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1687 0.97707267969093348 1.0060256568311540E+050 k, q, energy_removed_layers after adjustment is 1689 0.97674802819004980 1.0060888861370712E+050 Layers above q= 0.97674802819004980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11603.837890625000 max vel inside fraction of cutoff 1581.3164323277072 max c/cs inside fraction of cutoff 2.5479053495577682 average v/vesc outside cutoff 2.6847751782288385 Kinetic plus potential energy outside cutoff 1.0060888861370712E+050 mass inside cutoff 1689 50.483107440254379 relax counter 0 log max v [km/s]= 4.3010317684934600 check gamma integral 4.7958464192138277E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 4300 8.779745 3.155E+04 -24.787443 3.243046 51.684883 0.000000 0.000000 0.000000 0.218071 -3.278384 2648 214 -6.4699E+00 8.779745 1.988052 -24.122408 5.775906 -99.000000 51.684883 0.000000 0.044429 0.781929 0.598229 5 2.8822E+05 4.024443 6.926881 3.243046 -24.650889 -8.134407 49.031558 0.000004 0.000000 0.436260 0.182E+04 lgRho_cntr log_rel_run_E_err -7.5007961178139508 rel_E_err 1.9951345021141343D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile46.data for model 4300 save photos/x300 for model 4300 k, q, energy_removed_layers before adjustment is 1679 0.97707267969093303 1.0061747666900263E+050 k, q, energy_removed_layers after adjustment is 1681 0.97674802819004936 1.0062364096541759E+050 Layers above q= 0.97674802819004936 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11701.642578125000 max vel inside fraction of cutoff 1550.0192497758485 max c/cs inside fraction of cutoff 2.5518805082575327 average v/vesc outside cutoff 2.7158183234554967 Kinetic plus potential energy outside cutoff 1.0062364096541759E+050 mass inside cutoff 1681 50.483107440254358 relax counter 0 log max v [km/s]= 4.3010320918228597 check gamma integral 4.8504612465796147E-002 4310 8.781930 2.987E+04 -24.780062 3.248593 51.684883 0.000000 0.000000 0.000000 0.218071 -3.273014 2638 214 -5.8397E+00 8.781930 2.020825 -25.442103 5.802944 -99.000000 51.684883 0.000000 0.044429 0.781929 0.597956 6 2.8822E+05 4.030406 6.897447 3.248593 -24.417509 -8.307492 49.031558 0.000004 0.000000 0.436260 0.181E+04 lgRho_cntr log_rel_run_E_err -7.4992020959957761 rel_E_err 1.6830885663200705D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1666 0.97707267969093303 1.0065189923962620E+050 k, q, energy_removed_layers after adjustment is 1668 0.97674802819004936 1.0065782000577741E+050 Layers above q= 0.97674802819004936 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11966.894531250000 max vel inside fraction of cutoff 1524.8822778322753 max c/cs inside fraction of cutoff 2.6197272101128042 average v/vesc outside cutoff 2.7979496223708065 Kinetic plus potential energy outside cutoff 1.0065782000577741E+050 mass inside cutoff 1668 50.483107440254358 relax counter 0 log max v [km/s]= 4.3010360304387492 check gamma integral 4.8506114319821249E-002 4320 8.809143 2.876E+04 -24.468766 3.321178 51.684883 0.000000 0.000000 0.000000 0.218071 -3.202717 2634 214 -6.2401E+00 8.809143 2.043462 -23.783035 6.198637 -99.000000 51.684883 0.000000 0.044429 0.781929 0.595303 5 2.8822E+05 4.106249 6.877048 3.321178 -21.478359 -8.430016 49.031558 0.000004 0.000000 0.436260 0.178E+04 lgRho_cntr log_rel_run_E_err -7.4987705186659470 rel_E_err 1.9550569553191924D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1706 0.96881406999172470 9.9705429626100399E+049 k, q, energy_removed_layers after adjustment is 1746 0.95508477016415549 1.0409597377619330E+050 Layers above q= 0.95508477016415549 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12162.150390625000 max vel inside fraction of cutoff 1180.9645886184649 max c/cs inside fraction of cutoff 1.3886953357226615 average v/vesc outside cutoff 1.8759269358883472 Kinetic plus potential energy outside cutoff 1.0409597377619330E+050 mass inside cutoff 1746 49.363444486387245 relax counter 0 log max v [km/s]= 4.3010320521909104 check gamma integral 4.7776216302923218E-002 4330 8.807194 2.715E+04 -24.479731 3.316086 51.684883 0.000000 0.000000 0.000000 0.218071 -3.208061 2625 214 -5.8563E+00 8.807194 2.077411 -22.850793 6.169764 -99.000000 51.684883 0.000000 0.044429 0.781929 0.595428 5 2.8822E+05 4.100677 6.844842 3.316086 -21.675775 -8.615495 49.031558 0.000004 0.000000 0.436260 0.170E+04 lgRho_cntr log_rel_run_E_err -7.4978117828358632 rel_E_err 1.0569665447609989D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1686 0.96807111070656382 1.0175015820664906E+050 k, q, energy_removed_layers after adjustment is 1717 0.95760307229898323 1.0515388557550683E+050 Layers above q= 0.95760307229898323 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12474.748046875000 max vel inside fraction of cutoff 1188.3157965226110 max c/cs inside fraction of cutoff 1.5549065717607213 average v/vesc outside cutoff 2.0148454426129261 Kinetic plus potential energy outside cutoff 1.0515388557550683E+050 mass inside cutoff 1717 49.493602637282216 relax counter 0 log max v [km/s]= 4.3010333770285163 check gamma integral 4.7815622302496544E-002 4340 8.791037 2.563E+04 -24.666068 3.272815 51.684883 0.000000 0.000000 0.000000 0.218071 -3.250273 2613 214 -5.7863E+00 8.791037 2.110564 -24.557413 5.928963 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596900 5 2.8822E+05 4.055422 6.811125 3.272815 -23.409767 -8.793351 49.031558 0.000004 0.000000 0.436260 0.161E+04 max increase log_rel_run_E_err -7.4972543105969125 rel_E_err 1.2089994356240517D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1673 0.96741147807900318 1.0338380708880034E+050 k, q, energy_removed_layers after adjustment is 1701 0.95793936674809155 1.0611603477382510E+050 Layers above q= 0.95793936674809155 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12804.521484375000 max vel inside fraction of cutoff 1199.5286548377230 max c/cs inside fraction of cutoff 1.6725328112552327 average v/vesc outside cutoff 2.0896373924445886 Kinetic plus potential energy outside cutoff 1.0611603477382510E+050 mass inside cutoff 1701 49.510983976497570 relax counter 0 log max v [km/s]= 4.3010326405780406 check gamma integral 4.8286400534371443E-002 4350 8.799134 2.264E+04 -24.573745 3.294597 51.684883 0.000000 0.000000 0.000000 0.218071 -3.229384 2611 214 -5.4844E+00 8.799134 2.182905 -24.008825 6.046740 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596104 6 2.8822E+05 4.077977 6.740062 3.294597 -22.533912 -9.157811 49.031558 0.000004 0.000000 0.436260 0.146E+04 min_dr_div_cs log_rel_run_E_err -7.4965456508366106 rel_E_err 1.7210672803779213D-12 Using fixed_vsurf 20000.000000000000 save photos/x350 for model 4350 k, q, energy_removed_layers before adjustment is 1657 0.96617432995915342 1.0589311194275402E+050 k, q, energy_removed_layers after adjustment is 1724 0.94235144762693357 1.1192579452949794E+050 Layers above q= 0.94235144762693357 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -13617.791015625000 max vel inside fraction of cutoff 664.91597431818457 max c/cs inside fraction of cutoff 0.81170925798262894 average v/vesc outside cutoff 1.8327829571324172 Kinetic plus potential energy outside cutoff 1.1192579452949794E+050 mass inside cutoff 1724 48.705324202377909 relax counter 0 log max v [km/s]= 4.3010318470017124 check gamma integral 4.8096695955103679E-002 4360 8.798940 1.855E+04 -24.577279 3.294487 51.684883 0.000000 0.000000 0.000000 0.218071 -3.229893 2610 214 -5.1767E+00 8.798940 2.308548 -24.189071 6.043766 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596121 6 2.8822E+05 4.077433 6.645383 3.294487 -22.555097 -9.704799 49.031558 0.000004 0.000000 0.436260 0.133E+04 min_dr_div_cs log_rel_run_E_err -7.4963125168766691 rel_E_err 1.6379372156619601D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1656 0.95793936674809199 1.1208775722384313E+050 k, q, energy_removed_layers after adjustment is 1688 0.94662214552446300 1.1480955599222420E+050 Layers above q= 0.94662214552446300 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -15396.001953125000 max vel inside fraction of cutoff 649.04619960691480 max c/cs inside fraction of cutoff 1.0068507227370145 average v/vesc outside cutoff 2.1944771608006208 Kinetic plus potential energy outside cutoff 1.1480955599222420E+050 mass inside cutoff 1688 48.926054723027505 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8150005867254222E-002 4370 8.798735 1.543E+04 -24.580055 3.294488 51.684883 0.000000 0.000000 0.000000 0.218071 -3.230428 2575 214 -4.9774E+00 8.798735 2.433137 -24.266652 6.040700 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596141 6 2.8822E+05 4.076858 6.574035 3.294488 -22.577144 -10.153893 49.031558 0.000004 0.000000 0.436260 0.117E+04 max increase log_rel_run_E_err -7.4960821134962767 rel_E_err 1.7023423271966835D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1594 0.95626150919992525 1.1508774407805952E+050 k, q, energy_removed_layers after adjustment is 1626 0.94526007833642800 1.1675618945776911E+050 Layers above q= 0.94526007833642800 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -17747.900390625000 max vel inside fraction of cutoff 456.35095735351109 max c/cs inside fraction of cutoff 0.82335765908380876 average v/vesc outside cutoff 2.4419045971972757 Kinetic plus potential energy outside cutoff 1.1675618945776911E+050 mass inside cutoff 1626 48.855656439939246 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8187865576278723E-002 4380 8.798560 1.298E+04 -24.582424 3.295055 51.684883 0.000000 0.000000 0.000000 0.218071 -3.230882 2572 214 -4.7293E+00 8.798560 2.600769 -24.328838 6.038098 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596157 5 2.8822E+05 4.076369 6.609475 3.295055 -22.595891 -10.858159 49.031558 0.000004 0.000000 0.436260 0.775E+03 varcontrol log_rel_run_E_err -7.4958066518208311 rel_E_err 4.8088078686773739D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1569 0.95375964197649343 1.1729752036988637E+050 k, q, energy_removed_layers after adjustment is 1592 0.94628132172836421 1.1828874023775355E+050 Layers above q= 0.94628132172836421 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -22190.214843750000 max vel inside fraction of cutoff 379.03708438045004 max c/cs inside fraction of cutoff 0.80761072809703571 average v/vesc outside cutoff 2.9353460513390561 Kinetic plus potential energy outside cutoff 1.1828874023775355E+050 mass inside cutoff 1592 48.908439285043421 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8221903360816276E-002 retry: logT > hydro_mtx_max_allowed_logT 260 4383 retry: eos evaluated at too low a density 4386 max_abs_correction > tol_max_correction*coeff 4386 3.7152723070724709D-02 6.0000000000000006D-04 2.0000000000000001D-01 retry: max corr -- give up in solver 4386 max_abs_correction > tol_max_correction*coeff 4386 5.0162219828677615D-03 3.0000000000000001D-03 1.0000000000000000D+00 retry: max corr -- give up in solver 4386 retry: logRho > hydro_mtx_max_allowed_logRho 1 4387 max_abs_correction > tol_max_correction*coeff 4388 7.5381364317977425D-03 9.2409725738626825D-04 3.0803241912875606D-01 retry: max corr -- give up in solver 4388 max_abs_correction > tol_max_correction*coeff 4388 4.4610917672456849D-03 3.0000000000000001D-03 1.0000000000000000D+00 retry: max corr -- give up in solver 4388 max_abs_correction > tol_max_correction*coeff 4389 2.5288049633284817D-02 3.0000000000000001D-03 1.0000000000000000D+00 retry: max corr -- give up in solver 4389 retry: eos evaluated at too low a density 4389 max_abs_correction > tol_max_correction*coeff 4390 2.4137340719723541D-02 3.0000000000000001D-03 1.0000000000000000D+00 retry: max corr -- give up in solver 4390 4390 8.798510 1.242E+04 -24.583099 3.295546 51.684883 0.000000 0.000000 0.000000 0.218071 -3.231012 2565 224 -7.1121E+00 8.798510 2.677844 -24.346355 6.037359 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596162 12 2.8822E+05 4.076230 6.686201 3.295546 -22.601222 -11.967522 49.031558 0.000004 0.000000 0.436260 0.232E+03 retry log_rel_run_E_err -7.4955127705060178 rel_E_err 1.7282447151628119D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1556 0.95264281777552162 1.1802807806173891E+050 k, q, energy_removed_layers after adjustment is 1575 0.94628132172836443 1.1870085770496934E+050 Layers above q= 0.94628132172836443 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -24884.240234375000 max vel inside fraction of cutoff 323.50667796104977 max c/cs inside fraction of cutoff 0.74004900889728620 average v/vesc outside cutoff 3.1757610611656473 Kinetic plus potential energy outside cutoff 1.1870085770496934E+050 mass inside cutoff 1575 48.908439285043436 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8232377308641279E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 4400 8.798509 1.239E+04 -24.583123 3.295561 51.684883 0.000000 0.000000 0.000000 0.218071 -3.231014 2513 224 -6.3203E+00 8.798509 2.679830 -24.346740 6.037343 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596162 3 2.8822E+05 4.076227 6.687204 3.295561 -22.601340 -14.177230 49.031558 0.000004 0.000000 0.436260 0.183E+02 max increase log_rel_run_E_err -7.4952811507631898 rel_E_err 1.6872920968112046D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile47.data for model 4400 save photos/x400 for model 4400 k, q, energy_removed_layers before adjustment is 1492 0.95264281777552151 1.1803928335128339E+050 k, q, energy_removed_layers after adjustment is 1511 0.94628132172836432 1.1871030719993582E+050 Layers above q= 0.94628132172836432 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -24960.175781250000 max vel inside fraction of cutoff 322.03972085824483 max c/cs inside fraction of cutoff 0.73803512391655091 average v/vesc outside cutoff 3.1822239855893870 Kinetic plus potential energy outside cutoff 1.1871030719993582E+050 mass inside cutoff 1511 48.908439285043436 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8232612199986397E-002 4410 8.798503 1.230E+04 -24.583208 3.295653 51.684883 0.000000 0.000000 0.000000 0.218071 -3.231031 2512 224 -5.5285E+00 8.798503 2.691929 -24.348974 6.037248 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596162 5 2.8822E+05 4.076210 6.698653 3.295653 -22.602024 -15.157166 49.031558 0.000004 0.000000 0.436260 0.601E+01 max increase log_rel_run_E_err -7.4950486796119948 rel_E_err 1.6752162485154231D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1492 0.95238853612327867 1.1817430114018097E+050 k, q, energy_removed_layers after adjustment is 1509 0.94662214552446200 1.1876615151638422E+050 Layers above q= 0.94662214552446200 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -25430.333984375000 max vel inside fraction of cutoff 324.54673520034657 max c/cs inside fraction of cutoff 0.75087081443763348 average v/vesc outside cutoff 3.2381554128029051 Kinetic plus potential energy outside cutoff 1.1876615151638422E+050 mass inside cutoff 1509 48.926054723027448 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8234001815723584E-002 4420 8.798475 1.161E+04 -24.583551 3.296251 51.684883 0.000000 0.000000 0.000000 0.218071 -3.231102 2511 224 -4.7367E+00 8.798475 2.760157 -24.358623 6.036840 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596165 5 2.8822E+05 4.076133 6.734083 3.296251 -22.604968 -16.383456 49.031558 0.000004 0.000000 0.436260 0.165E+01 max increase log_rel_run_E_err -7.4948144370315219 rel_E_err 1.7550218258936269D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1486 0.95171241019841601 1.1860855045176794E+050 k, q, energy_removed_layers after adjustment is 1501 0.94662214552446222 1.1903273643795152E+050 Layers above q= 0.94662214552446222 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -28341.437500000000 max vel inside fraction of cutoff 273.86002193043254 max c/cs inside fraction of cutoff 0.67303708316330890 average v/vesc outside cutoff 3.4739707906247954 Kinetic plus potential energy outside cutoff 1.1903273643795152E+050 mass inside cutoff 1501 48.926054723027455 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8240405975582386E-002 4430 8.798451 8921.215 -24.583782 3.299084 51.684883 0.000000 0.000000 0.000000 0.218071 -3.231165 2433 224 -4.2561E+00 8.798451 2.973383 -24.367149 6.036480 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596167 5 2.8822E+05 4.076065 6.703156 3.299084 -22.607577 -19.063581 49.031558 0.000004 0.000000 0.436260 0.127E+00 varcontrol log_rel_run_E_err -7.4945464063571938 rel_E_err 2.2261551136940387D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1351 0.95036040295719881 1.1934355940840244E+050 k, q, energy_removed_layers after adjustment is 1361 0.94696393400154311 1.1952116020327352E+050 Layers above q= 0.94696393400154311 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -41034.490234375000 max vel inside fraction of cutoff 113.41182702780100 max c/cs inside fraction of cutoff 0.33765879103620927 average v/vesc outside cutoff 4.3661269321140752 Kinetic plus potential energy outside cutoff 1.1952116020327352E+050 mass inside cutoff 1361 48.943720020435109 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8247234320727195E-002 4440 8.798494 6395.160 -24.582271 3.304281 51.684883 0.000000 0.000000 0.000000 0.218071 -3.231055 2419 224 -4.0617E+00 8.798494 3.202680 -24.352250 6.037115 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596163 5 2.8822E+05 4.076184 6.583459 3.304281 -22.603010 -20.984942 49.018375 0.000004 0.000000 0.436260 0.271E-01 varcontrol log_rel_run_E_err -7.4942974320497884 rel_E_err 1.8577535335655080D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1325 0.94968127298970739 1.1970039029045441E+050 k, q, energy_removed_layers after adjustment is 1330 0.94730379311665824 1.1976159101564603E+050 Layers above q= 0.94730379311665824 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -63788.783203125000 max vel inside fraction of cutoff 77.346788754841342 max c/cs inside fraction of cutoff 0.24781198141145713 average v/vesc outside cutoff 5.6140697863759437 Kinetic plus potential energy outside cutoff 1.1976159101564603E+050 mass inside cutoff 1330 48.961285598995531 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8241919858812744E-002 4450 8.798575 4898.754 -24.580308 3.312213 51.684883 0.000000 0.000000 0.000000 0.218071 -3.230844 2535 224 -3.8713E+00 8.798575 3.418934 -24.323731 6.038323 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596156 6 2.8822E+05 4.076410 6.552903 3.312213 -22.594321 -21.943284 49.018375 0.000004 0.000000 0.436260 0.153E-01 min_dr_div_cs log_rel_run_E_err -7.4940671334724325 rel_E_err 1.6843168405158923D-12 Using fixed_vsurf 20000.000000000000 save photos/x450 for model 4450 k, q, energy_removed_layers before adjustment is 1367 0.94900238763072309 1.1981975789702862E+050 k, q, energy_removed_layers after adjustment is 1370 0.94764502630488134 1.1983412003769230E+050 Layers above q= 0.94764502630488134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -99586.521484375000 max vel inside fraction of cutoff 57.175553243142708 max c/cs inside fraction of cutoff 0.15702126600267741 average v/vesc outside cutoff 7.1469373813256727 Kinetic plus potential energy outside cutoff 1.1983412003769230E+050 mass inside cutoff 1370 48.978922196363605 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8231910423250417E-002 4460 8.798600 4098.717 -24.581840 3.316198 51.684883 0.000000 0.000000 0.000000 0.218071 -3.230777 2512 224 -4.4246E+00 8.798600 3.500171 -24.314647 6.038707 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596153 5 2.8822E+05 4.076482 6.405628 3.316198 -22.591562 -22.335577 49.031355 0.000004 0.000000 0.436260 0.140E-01 max increase log_rel_run_E_err -7.4938295494026317 rel_E_err 1.7991251024475669D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1290 0.94865603984405800 1.1982921615534950E+050 k, q, energy_removed_layers after adjustment is 1292 0.94798405959224974 1.1984044659640521E+050 Layers above q= 0.94798405959224974 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -118360.25195312500 max vel inside fraction of cutoff 29.735328063006406 max c/cs inside fraction of cutoff 8.0264204930205210E-002 average v/vesc outside cutoff 7.8637830776949835 Kinetic plus potential energy outside cutoff 1.1984044659640521E+050 mass inside cutoff 1292 48.996445092113653 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8228728436448466E-002 4470 8.798611 3850.912 -24.581704 3.318856 51.684883 0.000000 0.000000 0.000000 0.218071 -3.230749 2515 224 -4.3780E+00 8.798611 3.548115 -24.310897 6.038867 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596152 5 2.8822E+05 4.076512 6.393179 3.318856 -22.590422 -22.560424 49.031355 0.000004 0.000000 0.436260 0.122E-01 min_dr_div_cs log_rel_run_E_err -7.4935984404519784 rel_E_err 1.7506467616016348D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1280 0.94865603984405844 1.1983758241257242E+050 k, q, energy_removed_layers after adjustment is 1282 0.94798405959225018 1.1984756386014579E+050 Layers above q= 0.94798405959225018 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -131204.44140625000 max vel inside fraction of cutoff 13.103353080001868 max c/cs inside fraction of cutoff 3.4660678321616796E-002 average v/vesc outside cutoff 8.2920565912467339 Kinetic plus potential energy outside cutoff 1.1984756386014579E+050 mass inside cutoff 1282 48.996445092113674 relax counter 3 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8227624290139409E-002 4480 8.798612 3653.558 -24.581654 3.322421 51.684883 0.000000 0.000000 0.000000 0.218071 -3.230745 2493 224 -4.1310E+00 8.798612 3.606637 -24.310406 6.038889 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596152 5 2.8822E+05 4.076516 6.418832 3.322421 -22.590268 -22.804751 49.031355 0.000004 0.000000 0.436260 0.102E-01 min_dr_div_cs log_rel_run_E_err -7.4933327091802813 rel_E_err 2.5219253511847121D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1239 0.94865603984405700 1.1984583352714682E+050 k, q, energy_removed_layers after adjustment is 1242 0.94781363993544165 1.1985451197637130E+050 Layers above q= 0.94781363993544165 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -148931.21679687500 max vel inside fraction of cutoff 6.4642815846248949 max c/cs inside fraction of cutoff 1.6492972797313734E-002 average v/vesc outside cutoff 8.8234566406037978 Kinetic plus potential energy outside cutoff 1.1985451197637130E+050 mass inside cutoff 1242 48.987636972111083 relax counter 13 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8227942048342125E-002 4490 8.798602 3523.757 -24.581822 3.325646 51.684883 0.000000 0.000000 0.000000 0.218071 -3.230773 2485 224 -4.3228E+00 8.798602 3.654949 -24.314269 6.038729 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596153 5 2.8822E+05 4.076486 6.452615 3.325646 -22.591435 -22.991174 49.031241 0.000004 0.000000 0.436260 0.887E-02 min_dr_div_cs log_rel_run_E_err -7.4930797024330094 rel_E_err 1.7532718254358597D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1214 0.94865603984405622 1.1984702089317837E+050 k, q, energy_removed_layers after adjustment is 1219 0.94781363993544088 1.1985859759328354E+050 Layers above q= 0.94781363993544088 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -165476.63085937500 max vel inside fraction of cutoff 12.345484832173604 max c/cs inside fraction of cutoff 3.1830803880004574E-002 average v/vesc outside cutoff 9.3101955000391285 Kinetic plus potential energy outside cutoff 1.1985859759328354E+050 mass inside cutoff 1219 48.987636972111041 relax counter 23 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8229806589958145E-002 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 4500 8.798595 3399.852 -24.581907 3.328495 51.684883 0.000000 0.000000 0.000000 0.218071 -3.230791 2525 224 -4.3319E+00 8.798595 3.694162 -24.316723 6.038627 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596154 5 2.8822E+05 4.076467 6.468858 3.328495 -22.592175 -23.135637 49.031241 0.000004 0.000000 0.436260 0.807E-02 max increase log_rel_run_E_err -7.4928422519948636 rel_E_err 1.7572970281555978D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile48.data for model 4500 save photos/x500 for model 4500 k, q, energy_removed_layers before adjustment is 1240 0.94865603984405644 1.1985063344478332E+050 k, q, energy_removed_layers after adjustment is 1245 0.94781363993544110 1.1986115469798427E+050 Layers above q= 0.94781363993544110 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -180327.12890625000 max vel inside fraction of cutoff 4.1879122399110704 max c/cs inside fraction of cutoff 1.0875989032725498E-002 average v/vesc outside cutoff 9.7253127302096019 Kinetic plus potential energy outside cutoff 1.1986115469798427E+050 mass inside cutoff 1245 48.987636972111055 relax counter 33 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8231021700379760E-002 4510 8.798597 3254.512 -24.581622 3.331737 51.684883 0.000000 0.000000 0.000000 0.218071 -3.230784 2513 224 -4.1764E+00 8.798597 3.735277 -24.315842 6.038666 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596154 5 2.8822E+05 4.076474 6.475191 3.331737 -22.591903 -23.282227 49.031241 0.000004 0.000000 0.436260 0.744E-02 min_dr_div_cs log_rel_run_E_err -7.4926075208998251 rel_E_err 1.7469710930376256D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1220 0.94848928114104336 1.1985862157888447E+050 k, q, energy_removed_layers after adjustment is 1223 0.94798405959224674 1.1986435403206325E+050 Layers above q= 0.94798405959224674 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -197407.20703125000 max vel inside fraction of cutoff 3.9618365854912629 max c/cs inside fraction of cutoff 1.0639970565542041E-002 average v/vesc outside cutoff 10.213727304943999 Kinetic plus potential energy outside cutoff 1.1986435403206325E+050 mass inside cutoff 1223 48.996445092113497 relax counter 43 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8230917454599426E-002 4520 8.798601 3139.129 -24.581702 3.334503 51.684883 0.000000 0.000000 0.000000 0.218071 -3.230774 2488 224 -4.3285E+00 8.798601 3.768046 -24.314456 6.038727 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596153 5 2.8822E+05 4.076485 6.478023 3.334503 -22.591479 -23.396244 49.031241 0.000004 0.000000 0.436260 0.701E-02 max increase log_rel_run_E_err -7.4923764157875130 rel_E_err 1.6942922797655137D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1186 0.94848928114104492 1.1986104355130827E+050 k, q, energy_removed_layers after adjustment is 1189 0.94798405959224830 1.1986631727359038E+050 Layers above q= 0.94798405959224830 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -212226.82226562500 max vel inside fraction of cutoff 5.0640419530376697 max c/cs inside fraction of cutoff 1.3546502562246250E-002 average v/vesc outside cutoff 10.596474808058179 Kinetic plus potential energy outside cutoff 1.1986631727359038E+050 mass inside cutoff 1189 48.996445092113582 relax counter 53 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8230454431996500E-002 4530 8.798603 3035.334 -24.581707 3.337337 51.684883 0.000000 0.000000 0.000000 0.218071 -3.230768 2495 224 -4.2871E+00 8.798603 3.799838 -24.313700 6.038760 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596153 5 2.8822E+05 4.076491 6.483195 3.337337 -22.591244 -23.504920 49.031241 0.000004 0.000000 0.436260 0.662E-02 max increase log_rel_run_E_err -7.4921441278882552 rel_E_err 1.6892167503644283D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1160 0.94848928114104325 1.1986315104770970E+050 k, q, energy_removed_layers after adjustment is 1163 0.94798405959224663 1.1986800658600910E+050 Layers above q= 0.94798405959224663 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -227713.47070312500 max vel inside fraction of cutoff 3.0604382614682439 max c/cs inside fraction of cutoff 8.1457048039756431E-003 average v/vesc outside cutoff 10.990959522230259 Kinetic plus potential energy outside cutoff 1.1986800658600910E+050 mass inside cutoff 1163 48.996445092113497 relax counter 63 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8230138489997708E-002 4540 8.798605 2938.155 -24.581679 3.340425 51.684883 0.000000 0.000000 0.000000 0.218071 -3.230764 2518 224 -4.2859E+00 8.798605 3.832656 -24.313153 6.038785 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596153 5 2.8822E+05 4.076496 6.492304 3.340425 -22.591073 -23.615430 49.031241 0.000004 0.000000 0.436260 0.622E-02 min_dr_div_cs log_rel_run_E_err -7.4919175201347050 rel_E_err 1.6666399509990028D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1165 0.94848928114104369 1.1986515098064098E+050 k, q, energy_removed_layers after adjustment is 1168 0.94798405959224707 1.1986959921586649E+050 Layers above q= 0.94798405959224707 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -244935.12695312500 max vel inside fraction of cutoff 2.2824185483189257 max c/cs inside fraction of cutoff 6.0526880349523783E-003 average v/vesc outside cutoff 11.403734914812350 Kinetic plus potential energy outside cutoff 1.1986959921586649E+050 mass inside cutoff 1168 48.996445092113518 relax counter 73 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8229874126509406E-002 4550 8.798606 2865.275 -24.581782 3.342623 51.684883 0.000000 0.000000 0.000000 0.218071 -3.230761 2501 224 -4.4846E+00 8.798606 3.854962 -24.312783 6.038803 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596153 5 2.8822E+05 4.076499 6.493282 3.342623 -22.590955 -23.689706 49.031241 0.000004 0.000000 0.436260 0.600E-02 min_dr_div_cs log_rel_run_E_err -7.4916882920110162 rel_E_err 1.7483703793427283D-12 Using fixed_vsurf 20000.000000000000 save photos/x550 for model 4550 k, q, energy_removed_layers before adjustment is 1144 0.94848928114104514 1.1986665165923477E+050 k, q, energy_removed_layers after adjustment is 1147 0.94798405959224852 1.1987083659933080E+050 Layers above q= 0.94798405959224852 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -257405.53320312500 max vel inside fraction of cutoff 2.7874284154038271 max c/cs inside fraction of cutoff 7.3714994547859269E-003 average v/vesc outside cutoff 11.726953638943989 Kinetic plus potential energy outside cutoff 1.1987083659933080E+050 mass inside cutoff 1147 48.996445092113589 relax counter 83 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8229681103093190E-002 4560 8.798608 2802.716 -24.581743 3.344586 51.684883 0.000000 0.000000 0.000000 0.218071 -3.230757 2495 224 -4.5781E+00 8.798608 3.874212 -24.312247 6.038827 -99.000000 51.684883 0.000000 0.044429 0.781929 0.596153 5 2.8822E+05 4.076503 6.493435 3.344586 -22.590789 -23.753330 49.031241 0.000004 0.000000 0.436260 0.583E-02 min_dr_div_cs log_rel_run_E_err -7.4914596487490392 rel_E_err 1.7049672351925704D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1132 0.94848928114104536 1.1986765492127887E+050 k, q, energy_removed_layers after adjustment is 1135 0.94798405959224874 1.1987163719362293E+050 Layers above q= 0.94798405959224874 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -268695.04492187500 max vel inside fraction of cutoff 3.2501395443285142 max c/cs inside fraction of cutoff 8.5724918067782881E-003 average v/vesc outside cutoff 11.983766389686020 Kinetic plus potential energy outside cutoff 1.1987163719362293E+050 mass inside cutoff 1135 48.996445092113596 relax counter 93 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8229431075292109E-002 Relaxing model to lower mass! save LOGS/prerelax_prof001.data for model 4566 removing cells 1116 48.996445092113589 set special rate factor for r_c12_ag_o16 3 1.0000000000000000 set special rate factor for r_he4_he4_he4_to_c12 6 1.0000000000000000 create rate data for r_c12_ag_o16 create rate data for r_he4_he4_he4_to_c12 write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_c12_ag_o16_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_he4_he4_he4_to_c12_0.bin set special rate factor for r_c12_ag_o16 3 1.0000000000000000 set special rate factor for r_he4_he4_he4_to_c12 6 1.0000000000000000 change to "basic.net" number of species 8 set special rate factor for r_c12_ag_o16 3 1.0000000000000000 set special rate factor for r_he4_he4_he4_to_c12 6 1.0000000000000000 create rate data for r_c12_ag_o16 create rate data for r_he4_he4_he4_to_c12 write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_c12_ag_o16_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_he4_he4_he4_to_c12_0.bin set special rate factor for r_c12_ag_o16 3 1.0000000000000000 set special rate factor for r_he4_he4_he4_to_c12 6 1.0000000000000000 set special rate factor for r_c12_ag_o16 3 1.0000000000000000 set special rate factor for r_he4_he4_he4_to_c12 24 1.0000000000000000 create rate data for r_c12_ag_o16 create rate data for r_o16_ga_c12 create rate data for r_c12_to_he4_he4_he4 create rate data for r_he4_he4_he4_to_c12 write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_c12_ag_o16_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_o16_ga_c12_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_c12_to_he4_he4_he4_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_7f47e7fa/data/rates_data/cache/r_he4_he4_he4_to_c12_0.bin set special rate factor for r_c12_ag_o16 3 1.0000000000000000 set special rate factor for r_he4_he4_he4_to_c12 24 1.0000000000000000 change to "approx21_plus_co56.net" number of species 22 relax_composition: num_steps_to_use 100 avg remaining difference, lambda 8.5946740310737957D-02 1.3263005297325289D-02 avg remaining difference, lambda 8.3088213209966844D-02 1.9102461110863753D-02 avg remaining difference, lambda 8.0712381056180102D-02 2.0113036572422395D-02 avg remaining difference, lambda 7.8945908920081895D-02 2.1928828061128895D-02 avg remaining difference, lambda 7.7189396331208082D-02 2.2249570816855382D-02 avg remaining difference, lambda 7.5529797744790003D-02 2.1500344187072751D-02 avg remaining difference, lambda 7.3861227455292014D-02 2.2014990640839314D-02 avg remaining difference, lambda 7.2140009397257607D-02 2.3303404498546065D-02 avg remaining difference, lambda 7.0408208614379103D-02 2.4006107006347806D-02 avg remaining difference, lambda 6.8689075058025129D-02 2.4416663799744973D-02 10 7.725595 6.372E+04 -99.000000 -99.000000 48.996445 48.996445 0.562591 0.004337 0.245066 -6.665342 1224 0 -4.1114E+00 7.725595 0.864017 -99.000000 -99.000000 -99.000000 0.000000 0.228030 0.015739 0.189917 0.014875 6 6.7147E-04 0.712070 5.899719 -99.000000 -99.000000 -8.773287 0.000000 0.000065 0.001683 0.084125 0.000E+00 varcontrol avg remaining difference, lambda 6.6977101106765344D-02 2.4923526075815324D-02 avg remaining difference, lambda 6.5238582774578086D-02 2.5956906248235368D-02 avg remaining difference, lambda 6.3468121892145485D-02 2.7138248704075087D-02 avg remaining difference, lambda 6.1698931027494158D-02 2.7875267361013895D-02 avg remaining difference, lambda 5.9955339899184265D-02 2.8259665138669090D-02 avg remaining difference, lambda 5.8246978349907809D-02 2.8493901527533762D-02 avg remaining difference, lambda 5.6576392989459441D-02 2.8681064830303044D-02 avg remaining difference, lambda 5.4943739889179867D-02 2.8857497194373194D-02 avg remaining difference, lambda 5.3342051660067120D-02 2.9024088515804791D-02 avg remaining difference, lambda 5.1785088925870804D-02 2.9188279926259719D-02 20 7.864345 7.644E+04 -99.000000 -99.000000 48.996445 48.996445 0.424196 0.003270 0.209095 -6.400201 1227 0 -4.0339E+00 7.864345 0.749744 -99.000000 -99.000000 -99.000000 0.000000 0.171935 0.022796 0.364880 0.023607 6 1.5537E-03 1.078280 5.987423 -99.000000 -99.000000 -8.523602 0.000000 0.000050 0.001269 0.170749 0.000E+00 varcontrol avg remaining difference, lambda 5.0264345205772720D-02 2.9366440283311257D-02 avg remaining difference, lambda 4.8773806055960586D-02 2.9569496914227951D-02 avg remaining difference, lambda 4.7320459878418132D-02 2.9797678227349203D-02 avg remaining difference, lambda 4.5898685345898214D-02 3.0045661798835336D-02 avg remaining difference, lambda 4.4507377549119716D-02 3.0312584932780971D-02 avg remaining difference, lambda 4.3145811390412861D-02 3.0591920591032502D-02 avg remaining difference, lambda 4.1806084028536965D-02 3.0883176054334594D-02 avg remaining difference, lambda 4.0496583489844896D-02 3.1197951772809044D-02 avg remaining difference, lambda 3.9217785342359902D-02 3.1536319872364549D-02 avg remaining difference, lambda 3.7967166735218966D-02 3.1889067597652969D-02 30 8.000270 9.116E+04 -99.000000 -99.000000 48.996445 48.996445 0.311142 0.002398 0.179710 -6.105082 1237 0 -3.9955E+00 8.000270 0.633860 -99.000000 -99.000000 -99.000000 0.000000 0.126112 0.028562 0.507806 0.035362 4 2.5207E-03 1.449810 6.061617 -99.000000 -99.000000 -8.326907 0.000000 0.000038 0.000931 0.241511 0.000E+00 varcontrol avg remaining difference, lambda 3.6736031782879791D-02 3.2260665413838478D-02 avg remaining difference, lambda 3.5534773502337608D-02 3.2658495471624825D-02 avg remaining difference, lambda 3.4350626949965865D-02 3.3077682355386731D-02 avg remaining difference, lambda 3.3197769659807287D-02 3.3520714719972117D-02 avg remaining difference, lambda 3.2062028150175920D-02 3.4008707889957163D-02 avg remaining difference, lambda 3.0952070023373791D-02 3.4538496849584578D-02 avg remaining difference, lambda 2.9863399253234706D-02 3.5092499551611055D-02 avg remaining difference, lambda 2.8798092208264039D-02 3.5672665257967195D-02 avg remaining difference, lambda 2.7749714221966908D-02 3.6284599677138651D-02 avg remaining difference, lambda 2.6723698446365636D-02 3.6934128958543595D-02 40 8.130660 1.073E+05 -99.000000 -99.000000 48.996445 1.920751 0.219232 0.001690 0.155821 -5.804016 1262 0 -3.9317E+00 8.130660 0.518964 -99.000000 -99.000000 -99.000000 0.000000 0.088859 0.033249 0.624002 0.052127 4 3.6110E-03 1.812312 6.114533 -99.000000 -99.000000 -8.269926 47.075694 0.000028 0.000656 0.299039 0.000E+00 varcontrol avg remaining difference, lambda 2.5715697062458950D-02 3.7640039030906465D-02 avg remaining difference, lambda 2.4728201134234899D-02 3.8400511779342728D-02 avg remaining difference, lambda 2.3758857796597498D-02 3.9199913169164921D-02 avg remaining difference, lambda 2.2805636174306428D-02 4.0041782674494542D-02 avg remaining difference, lambda 2.1869217425098186D-02 4.0943063064122528D-02 avg remaining difference, lambda 2.0952464899802889D-02 4.1919768177777060D-02 avg remaining difference, lambda 2.0050580153227218D-02 4.2966268143326276D-02 avg remaining difference, lambda 1.9166552510179135D-02 4.4089878472343164D-02 avg remaining difference, lambda 1.8297810013768737D-02 4.5325965379399223D-02 avg remaining difference, lambda 1.7441778036508138D-02 4.6705786612840076D-02 50 8.256669 1.260E+05 -99.000000 -99.000000 48.996445 1.077641 0.143151 0.001103 0.136046 -5.498800 1273 0 -3.8297E+00 8.256669 0.408883 -99.000000 -99.000000 -99.000000 0.000000 0.058022 0.037129 0.720186 0.078787 4 4.9331E-03 2.167785 6.174522 -99.000000 -99.000000 -8.319034 47.918804 0.000020 0.000428 0.346660 0.000E+00 varcontrol avg remaining difference, lambda 1.6601369127599609D-02 4.8183671759046622D-02 avg remaining difference, lambda 1.5774568729358493D-02 4.9726111305065039D-02 avg remaining difference, lambda 1.4962412254879778D-02 5.1370268711630258D-02 avg remaining difference, lambda 1.4166954967716590D-02 5.3163705968948205D-02 avg remaining difference, lambda 1.3386437777410200D-02 5.5094209764431613D-02 avg remaining difference, lambda 1.2620969075314827D-02 5.7182404541916573D-02 avg remaining difference, lambda 1.1869593758839439D-02 5.9458219165539096D-02 avg remaining difference, lambda 1.1133157907903401D-02 6.1968662766415043D-02 avg remaining difference, lambda 1.0412697859811460D-02 6.4712999837797103D-02 avg remaining difference, lambda 9.7068951183560594D-03 6.7782888601139166D-02 60 8.378814 1.483E+05 -99.000000 -99.000000 48.996445 0.000000 0.079697 0.000614 0.119554 -5.193424 1282 0 -3.6680E+00 8.378814 0.307438 -99.000000 -99.000000 -99.000000 48.996445 0.032303 0.040365 0.800406 0.128209 4 6.7350E-03 2.515992 6.254497 -99.000000 -99.000000 -8.733238 48.433603 0.000013 0.000239 0.386377 0.000E+00 varcontrol avg remaining difference, lambda 9.0160160033347283D-03 7.1174057617038405D-02 avg remaining difference, lambda 8.3406110913030306D-03 7.4911680389844651D-02 avg remaining difference, lambda 7.6813196381990056D-03 7.9045940741456183D-02 avg remaining difference, lambda 7.0371347581389332D-03 8.3790568350628383D-02 avg remaining difference, lambda 6.4107391560878088D-03 8.9085718358893104D-02 avg remaining difference, lambda 5.7987849856730861D-03 9.5241300067463550D-02 avg remaining difference, lambda 5.2055318128831699D-03 1.0237780678164357D-01 avg remaining difference, lambda 4.6301353945978740D-03 1.1042959926362353D-01 avg remaining difference, lambda 4.0750233283958102D-03 1.1982147039970380D-01 avg remaining difference, lambda 3.5399237191253859D-03 1.3131203447516607D-01 70 8.491471 1.721E+05 -99.000000 -99.000000 48.996445 0.000000 0.029074 0.000224 0.106396 -4.905493 1291 0 -3.3808E+00 8.491471 0.211314 -99.000000 -99.000000 -99.000000 48.996445 0.011784 0.042946 0.864404 0.240581 3 9.7682E-03 2.839910 6.320600 -99.000000 -99.000000 -9.071646 48.857006 0.000008 0.000087 0.418062 0.000E+00 varcontrol avg remaining difference, lambda 3.0270663285458591D-03 1.4487808925479873D-01 avg remaining difference, lambda 2.5382534635841831D-03 1.6148072266524485D-01 avg remaining difference, lambda 2.0758369546527884D-03 1.8217900937572840D-01 avg remaining difference, lambda 1.6426705659107941D-03 2.0867071450896260D-01 avg remaining difference, lambda 1.2424676927048678D-03 2.4362941199293572D-01 avg remaining difference, lambda 8.8040121894370209D-04 2.9135326044866355D-01 avg remaining difference, lambda 5.6349848237657527D-04 3.5997784457666099D-01 avg remaining difference, lambda 3.0207237507338209D-04 4.6397633161005086D-01 avg remaining difference, lambda 1.0914784654570398D-04 6.3866984952762107D-01 avg remaining difference, lambda 9.4272965938426285D-06 9.1381056011998441D-01 hydro_solver_step returned ierr -1 s% model_number 80 nz 1293 s% num_retries 0 retry: get_T_tau -- L <= 0 80 avg remaining difference, lambda 5.9403043000988933D-05 4.5690528005999220D-01 hydro_solver_step returned ierr -1 s% model_number 80 nz 1293 s% num_retries 1 retry: get_T_tau -- L <= 0 80 avg remaining difference, lambda 8.4390916204564592D-05 2.2845264002999610D-01 80 8.562474 1.799E+05 -99.000000 -99.000000 48.996445 0.000000 0.000692 0.000005 0.099019 -4.721346 1293 2 -3.1403E+00 8.562474 0.134146 -99.000000 -99.000000 -99.000000 0.000000 0.000280 0.044394 0.900287 0.455343 6 1.9031E-02 3.045473 6.243333 -99.000000 -99.000000 -8.018117 48.996445 0.000005 0.000002 0.435827 0.000E+00 retry avg remaining difference, lambda 4.5828447977377445D-05 4.5690528005999220D-01 hydro_solver_step returned ierr -1 s% model_number 81 nz 1295 s% num_retries 2 retry: get_T_tau -- L <= 0 81 avg remaining difference, lambda 6.5106171631301602D-05 2.2845264002999610D-01 avg remaining difference, lambda 3.5358759127919626D-05 4.5690528005999220D-01 hydro_solver_step returned ierr -1 s% model_number 82 nz 1295 s% num_retries 3 retry: get_T_tau -- L <= 0 82 avg remaining difference, lambda 5.0232411134427273D-05 2.2845264002999610D-01 avg remaining difference, lambda 2.7280898358660207D-05 4.5690528005999220D-01 hydro_solver_step returned ierr -1 s% model_number 83 nz 1295 s% num_retries 4 retry: get_T_tau -- L <= 0 83 avg remaining difference, lambda 3.8756600521836312D-05 2.2845264002999610D-01 avg remaining difference, lambda 2.1047586243096057D-05 4.5690528005999220D-01 avg remaining difference, lambda 1.8140610029904167D-06 9.1381056011998441D-01 avg remaining difference, lambda 0.0000000000000000D+00 1.0000000000000000D+00 avg remaining difference, lambda 0.0000000000000000D+00 1.0000000000000000D+00 finished doing relax composition relax_angular_momentum: max_steps_to_use 1000 10 8.564274 1.750E+05 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -4.716692 1296 224 -9.0000E+00 8.564274 0.152153 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.465320 3 1.0000E-08 3.050686 6.231135 -99.000000 -99.000000 -7.859427 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 4.3601808500008768E-004 1.0000000000000001E-009 10 20 8.564274 1.750E+05 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -4.716692 1296 224 -9.0000E+00 8.564274 0.152153 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.465320 3 2.0000E-08 3.050686 6.231133 -99.000000 -99.000000 -7.859424 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 4.3824244645930148E-004 1.0000000000000001E-009 20 30 8.564274 1.750E+05 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -4.716692 1296 224 -9.0000E+00 8.564274 0.152153 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.465320 2 3.0000E-08 3.050686 6.231132 -99.000000 -99.000000 -7.859421 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 4.4021069049883168E-004 1.0000000000000001E-009 30 40 8.564274 1.750E+05 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -4.716692 1296 224 -9.0000E+00 8.564274 0.152153 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.465320 2 4.0000E-08 3.050686 6.231131 -99.000000 -99.000000 -7.859420 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 4.4149507996167186E-004 1.0000000000000001E-009 40 50 8.564274 1.750E+05 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -4.716692 1296 224 -9.0000E+00 8.564274 0.152153 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.465320 2 5.0000E-08 3.050686 6.231131 -99.000000 -99.000000 -7.859420 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 4.4228180824200809E-004 1.0000000000000001E-009 50 60 8.564274 1.750E+05 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -4.716692 1296 224 -9.0000E+00 8.564274 0.152153 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.465320 2 6.0000E-08 3.050686 6.231131 -99.000000 -99.000000 -7.859420 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 4.4273634328192122E-004 1.0000000000000001E-009 60 70 8.564274 1.750E+05 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -4.716692 1296 224 -9.0000E+00 8.564274 0.152153 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.465320 2 7.0000E-08 3.050686 6.231132 -99.000000 -99.000000 -7.859421 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 4.4298071526138012E-004 1.0000000000000001E-009 70 80 8.564274 1.750E+05 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -4.716692 1296 224 -9.0000E+00 8.564274 0.152153 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.465320 2 8.0000E-08 3.050686 6.231132 -99.000000 -99.000000 -7.859422 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 4.4305429118708119E-004 1.0000000000000001E-009 80 90 8.564274 1.750E+05 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -4.716692 1296 224 -9.0000E+00 8.564274 0.152153 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.465320 3 9.0000E-08 3.050686 6.231133 -99.000000 -99.000000 -7.859423 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 4.4300440569466752E-004 1.0000000000000001E-009 90 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 100 8.564274 1.750E+05 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -4.716692 1296 224 -9.0000E+00 8.564274 0.152153 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.465320 2 1.0000E-07 3.050686 6.231133 -99.000000 -99.000000 -7.859424 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 4.4291276263592555E-004 1.0000000000000001E-009 100 finished doing relax angular momentum relax_entropy: max_steps_to_use 10000 10 8.630127 1.662E+05 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -4.327389 1296 224 -1.6301E+01 8.630127 0.163787 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.493805 3 5.0000E-16 3.325654 6.164888 -99.000000 -99.000000 -7.759370 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 0.21809973158080287 4.9999999999999999E-017 10 20 8.674378 1.542E+05 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -4.058156 1295 224 -1.6301E+01 8.674378 0.206278 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.515419 3 1.0000E-15 3.514223 6.119559 -99.000000 -99.000000 -7.766895 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 0.18621337536616903 4.9999999999999999E-017 20 30 8.704366 1.404E+05 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.867124 1297 224 -1.6301E+01 8.704366 0.274225 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.532205 3 1.5000E-15 3.645944 6.093130 -99.000000 -99.000000 -7.835469 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 0.15948675259315881 4.9999999999999999E-017 30 40 8.724896 1.259E+05 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.728758 1301 224 -1.6301E+01 8.724896 0.364028 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.545422 3 2.0000E-15 3.739493 6.082392 -99.000000 -99.000000 -7.944647 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 0.13598518402917448 4.9999999999999999E-017 40 50 8.739294 1.101E+05 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.626312 1311 224 -1.6301E+01 8.739294 0.472523 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.555898 3 2.5000E-15 3.807475 6.066756 -99.000000 -99.000000 -8.095268 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 0.11813390158898393 4.9999999999999999E-017 50 60 8.749843 9.410E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.548521 1328 224 -1.6301E+01 8.749843 0.596187 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.564220 3 3.0000E-15 3.858480 6.041390 -99.000000 -99.000000 -8.283591 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 0.10031575414235860 4.9999999999999999E-017 60 70 8.758025 8.044E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.487874 1350 224 -1.6301E+01 8.758025 0.730645 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.570822 3 3.5000E-15 3.898185 6.037784 -99.000000 -99.000000 -8.480706 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 8.6910881128892253E-002 4.9999999999999999E-017 70 80 8.764726 6.881E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.439467 1356 224 -1.6301E+01 8.764726 0.870326 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.576050 3 4.0000E-15 3.930167 6.045962 -99.000000 -99.000000 -8.665242 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 7.3395079675366515E-002 4.9999999999999999E-017 80 90 8.770399 5.867E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.400227 1376 224 -1.6301E+01 8.770399 1.009102 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.580183 3 4.5000E-15 3.956499 6.046440 -99.000000 -99.000000 -8.864603 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 6.2159677458609015E-002 4.9999999999999999E-017 90 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 100 8.775246 5.016E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.368203 1391 224 -1.6301E+01 8.775246 1.140998 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.583449 3 5.0000E-15 3.978356 6.037957 -99.000000 -99.000000 -9.075612 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 5.0983513732541973E-002 4.9999999999999999E-017 100 110 8.779377 4.426E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.342024 1408 224 -1.6301E+01 8.779377 1.261026 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.586034 3 5.5000E-15 3.996508 6.060865 -99.000000 -99.000000 -9.244059 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 4.1510026233791873E-002 4.9999999999999999E-017 110 120 8.782867 4.014E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.320657 1399 224 -1.6301E+01 8.782867 1.366053 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.588082 3 6.0000E-15 4.011524 6.100916 -99.000000 -99.000000 -9.360623 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 3.3428774861740798E-002 4.9999999999999999E-017 120 130 8.785785 3.725E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.303270 1416 224 -1.6301E+01 8.785785 1.455040 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.589709 3 6.5000E-15 4.023875 6.149229 -99.000000 -99.000000 -9.468136 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 2.6568254948909773E-002 4.9999999999999999E-017 130 140 8.788205 3.513E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.289151 1427 224 -1.6301E+01 8.788205 1.528425 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.591003 3 7.0000E-15 4.033991 6.194073 -99.000000 -99.000000 -9.551916 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 2.0803127619144296E-002 4.9999999999999999E-017 140 150 8.790199 3.353E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.277714 1434 224 -1.6301E+01 8.790199 1.587490 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.592033 3 7.5000E-15 4.042243 6.231461 -99.000000 -99.000000 -9.617667 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.6186267693891143E-002 4.9999999999999999E-017 150 160 8.791833 3.234E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.268468 1442 224 -1.6301E+01 8.791833 1.634255 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.592854 3 8.0000E-15 4.048951 6.262052 -99.000000 -99.000000 -9.669017 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.2518468075241254E-002 4.9999999999999999E-017 160 170 8.793166 3.144E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.261004 1442 224 -1.6301E+01 8.793166 1.670967 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.593510 3 8.5000E-15 4.054390 6.286385 -99.000000 -99.000000 -9.709231 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 9.6052000768916124E-003 4.9999999999999999E-017 170 180 8.794251 3.075E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.254983 1442 224 -1.6301E+01 8.794251 1.699474 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.594034 3 9.0000E-15 4.058794 6.305251 -99.000000 -99.000000 -9.740489 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 7.3930302209341782E-003 4.9999999999999999E-017 180 190 8.795132 3.024E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.250129 1444 224 -1.6301E+01 8.795132 1.721454 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.594453 3 9.5000E-15 4.062356 6.319797 -99.000000 -99.000000 -9.764527 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 5.6565391940863585E-003 4.9999999999999999E-017 190 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 200 8.795846 2.985E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.246219 1443 224 -1.6301E+01 8.795846 1.738301 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.594788 3 1.0000E-14 4.065233 6.330971 -99.000000 -99.000000 -9.782863 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 4.3186160337713459E-003 4.9999999999999999E-017 200 210 8.796425 2.955E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.243070 1443 224 -1.6301E+01 8.796425 1.751152 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.595055 3 1.0500E-14 4.067556 6.339520 -99.000000 -99.000000 -9.796772 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 3.2904723482561887E-003 4.9999999999999999E-017 210 220 8.796894 2.933E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.240535 1443 224 -1.6301E+01 8.796894 1.760921 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.595270 3 1.1000E-14 4.069430 6.346038 -99.000000 -99.000000 -9.807299 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 2.5188815567530249E-003 4.9999999999999999E-017 220 230 8.797274 2.917E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.238491 1442 224 -1.6301E+01 8.797274 1.768350 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.595441 3 1.1500E-14 4.070945 6.351007 -99.000000 -99.000000 -9.815275 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.9438288375360038E-003 4.9999999999999999E-017 230 240 8.797581 2.904E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.236846 1445 224 -1.6301E+01 8.797581 1.773967 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.595578 3 1.2000E-14 4.072167 6.354770 -99.000000 -99.000000 -9.821289 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.4821837708102713E-003 4.9999999999999999E-017 240 250 8.797829 2.894E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.235522 1443 224 -1.6301E+01 8.797829 1.778221 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.595688 3 1.2500E-14 4.073152 6.356885 -99.000000 -99.000000 -9.824130 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.1326418332386675E-003 4.9999999999999999E-017 250 260 8.798030 2.887E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.234458 1441 224 -1.6301E+01 8.798030 1.781428 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.595776 3 1.3000E-14 4.073945 6.359054 -99.000000 -99.000000 -9.827596 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 8.6332828921434086E-004 4.9999999999999999E-017 260 270 8.798191 2.881E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.233602 1440 224 -1.6301E+01 8.798191 1.783848 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.595846 3 1.3500E-14 4.074583 6.360692 -99.000000 -99.000000 -9.830207 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 6.5913582662824365E-004 4.9999999999999999E-017 270 280 8.798321 2.877E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.232914 1440 224 -1.6301E+01 8.798321 1.785672 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.595902 3 1.4000E-14 4.075097 6.361929 -99.000000 -99.000000 -9.832175 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 5.0201429935025287E-004 4.9999999999999999E-017 280 290 8.798426 2.871E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.232361 1438 224 -1.6301E+01 8.798426 1.787066 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.595947 3 1.4500E-14 4.075511 6.361061 -99.000000 -99.000000 -9.829360 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 3.8299850547289461E-004 4.9999999999999999E-017 290 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 300 8.798511 2.869E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.231916 1438 224 -1.6301E+01 8.798511 1.788102 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.595984 3 1.5000E-14 4.075843 6.361774 -99.000000 -99.000000 -9.830508 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 2.9191713970490540E-004 4.9999999999999999E-017 300 310 8.798579 2.867E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.231559 1438 224 -1.6301E+01 8.798579 1.788883 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596013 3 1.5500E-14 4.076111 6.362311 -99.000000 -99.000000 -9.831373 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 2.2258685999971921E-004 4.9999999999999999E-017 310 320 8.798634 2.866E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.231272 1438 224 -1.6301E+01 8.798634 1.789471 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596036 3 1.6000E-14 4.076326 6.362715 -99.000000 -99.000000 -9.832023 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.6979528601620617E-004 4.9999999999999999E-017 320 330 8.798678 2.865E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.231042 1437 224 -1.6301E+01 8.798678 1.789914 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596054 3 1.6500E-14 4.076500 6.363020 -99.000000 -99.000000 -9.832513 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.2965913999005271E-004 4.9999999999999999E-017 330 340 8.798714 2.864E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230856 1437 224 -1.6301E+01 8.798714 1.790247 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596069 3 1.7000E-14 4.076639 6.363250 -99.000000 -99.000000 -9.832882 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 9.8997485759451232E-005 4.9999999999999999E-017 340 350 8.798742 2.864E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230707 1437 224 -1.6301E+01 8.798742 1.790498 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596081 3 1.7500E-14 4.076751 6.363423 -99.000000 -99.000000 -9.833160 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 7.5622559738123936E-005 4.9999999999999999E-017 350 360 8.798765 2.863E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230588 1437 224 -1.6301E+01 8.798765 1.790687 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596091 3 1.8000E-14 4.076841 6.363553 -99.000000 -99.000000 -9.833369 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 5.7795035066041099E-005 4.9999999999999999E-017 360 370 8.798784 2.863E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230492 1437 224 -1.6301E+01 8.798784 1.790829 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596098 3 1.8500E-14 4.076913 6.363651 -99.000000 -99.000000 -9.833526 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 4.4192348488067254E-005 4.9999999999999999E-017 370 380 8.798799 2.863E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230415 1437 224 -1.6301E+01 8.798799 1.790936 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596104 3 1.9000E-14 4.076971 6.363724 -99.000000 -99.000000 -9.833645 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 3.3808542621362853E-005 4.9999999999999999E-017 380 390 8.798811 2.863E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230353 1437 224 -1.6301E+01 8.798811 1.791017 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596109 3 1.9500E-14 4.077018 6.363780 -99.000000 -99.000000 -9.833734 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 2.5878162730379473E-005 4.9999999999999999E-017 390 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 400 8.798820 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230303 1437 224 -1.6301E+01 8.798820 1.791078 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596113 3 2.0000E-14 4.077055 6.363822 -99.000000 -99.000000 -9.833801 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.9818599403660006E-005 4.9999999999999999E-017 400 410 8.798828 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230263 1437 224 -1.6301E+01 8.798828 1.791123 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596116 3 2.0500E-14 4.077085 6.363853 -99.000000 -99.000000 -9.833851 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.5186234733130203E-005 4.9999999999999999E-017 410 420 8.798834 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230231 1437 224 -1.6301E+01 8.798834 1.791158 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596119 3 2.1000E-14 4.077109 6.363877 -99.000000 -99.000000 -9.833889 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.1643129570772785E-005 4.9999999999999999E-017 420 430 8.798839 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230206 1437 224 -1.6301E+01 8.798839 1.791184 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596121 3 2.1500E-14 4.077129 6.363895 -99.000000 -99.000000 -9.833918 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 8.9317770770523953E-006 4.9999999999999999E-017 430 440 8.798843 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230185 1437 224 -1.6301E+01 8.798843 1.791203 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596123 3 2.2000E-14 4.077144 6.363908 -99.000000 -99.000000 -9.833939 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 6.8557960390481667E-006 4.9999999999999999E-017 440 450 8.798846 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230168 1437 224 -1.6301E+01 8.798846 1.791218 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596124 3 2.2500E-14 4.077157 6.363918 -99.000000 -99.000000 -9.833956 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 5.2654310005662850E-006 4.9999999999999999E-017 450 460 8.798849 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230155 1437 224 -1.6301E+01 8.798849 1.791229 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596125 3 2.3000E-14 4.077167 6.363926 -99.000000 -99.000000 -9.833968 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 4.0464187860353332E-006 4.9999999999999999E-017 460 470 8.798851 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230144 1437 224 -1.6301E+01 8.798851 1.791237 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596126 3 2.3500E-14 4.077175 6.363931 -99.000000 -99.000000 -9.833977 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 3.1115241357796267E-006 4.9999999999999999E-017 470 480 8.798853 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230136 1437 224 -1.6301E+01 8.798853 1.791243 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596127 3 2.4000E-14 4.077182 6.363936 -99.000000 -99.000000 -9.833984 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 2.3942359928017307E-006 4.9999999999999999E-017 480 490 8.798854 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230129 1437 224 -1.6301E+01 8.798854 1.791248 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596127 3 2.4500E-14 4.077187 6.363939 -99.000000 -99.000000 -9.833989 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.8434738676543778E-006 4.9999999999999999E-017 490 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 500 8.798855 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230123 1437 224 -1.6301E+01 8.798855 1.791252 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596127 3 2.5000E-14 4.077191 6.363941 -99.000000 -99.000000 -9.833993 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.4203192259380349E-006 4.9999999999999999E-017 500 510 8.798856 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230119 1437 224 -1.6301E+01 8.798856 1.791254 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596128 3 2.5500E-14 4.077194 6.363943 -99.000000 -99.000000 -9.833996 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.0950219453641272E-006 4.9999999999999999E-017 510 520 8.798857 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230115 1437 224 -1.6301E+01 8.798857 1.791256 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596128 3 2.6000E-14 4.077197 6.363944 -99.000000 -99.000000 -9.833998 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 8.4479420197303161E-007 4.9999999999999999E-017 520 530 8.798857 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230113 1437 224 -1.6301E+01 8.798857 1.791258 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596128 3 2.6500E-14 4.077199 6.363945 -99.000000 -99.000000 -9.834000 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 6.5218671620280422E-007 4.9999999999999999E-017 530 540 8.798858 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230110 1437 224 -1.6301E+01 8.798858 1.791259 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596129 3 2.7000E-14 4.077201 6.363946 -99.000000 -99.000000 -9.834001 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 5.0383595894295894E-007 4.9999999999999999E-017 540 550 8.798858 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230109 1437 224 -1.6301E+01 8.798858 1.791260 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596129 3 2.7500E-14 4.077202 6.363947 -99.000000 -99.000000 -9.834002 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 3.8949402210441963E-007 4.9999999999999999E-017 550 560 8.798858 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230107 1437 224 -1.6301E+01 8.798858 1.791260 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596129 3 2.8000E-14 4.077203 6.363947 -99.000000 -99.000000 -9.834002 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 3.0130827907292905E-007 4.9999999999999999E-017 560 570 8.798859 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230106 1437 224 -1.6301E+01 8.798859 1.791261 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596129 3 2.8500E-14 4.077204 6.363948 -99.000000 -99.000000 -9.834003 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 2.3325087393333196E-007 4.9999999999999999E-017 570 580 8.798859 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230105 1437 224 -1.6301E+01 8.798859 1.791261 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596129 3 2.9000E-14 4.077205 6.363948 -99.000000 -99.000000 -9.834003 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.8069136986035863E-007 4.9999999999999999E-017 580 590 8.798859 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230104 1437 224 -1.6301E+01 8.798859 1.791261 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596129 3 2.9500E-14 4.077206 6.363948 -99.000000 -99.000000 -9.834004 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.4007471679707830E-007 4.9999999999999999E-017 590 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 600 8.798859 2.862E+04 -99.000000 -99.000000 48.996445 0.000000 0.000000 0.000000 0.098839 -3.230104 1437 224 -1.6301E+01 8.798859 1.791262 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044429 0.901161 0.596129 3 3.0000E-14 4.077206 6.363948 -99.000000 -99.000000 -9.834004 48.996445 0.000004 0.000000 0.436260 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.0866667771992762E-007 4.9999999999999999E-017 600 finished doing relax entropy save LOGS/postrelax_prof001.data for model 4566 4570 8.800243 2.404E+04 -18.816733 3.340401 48.996445 0.000000 0.000000 0.000000 0.098839 -3.226508 1433 224 -5.2616E+00 8.800243 1.792023 -24.122128 6.059488 -99.000000 0.000000 0.000000 0.044429 0.901161 0.595999 13 2.8822E+05 4.081074 6.062267 3.340401 -22.436572 -9.282320 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5178520267575584 rel_E_err 2.2035779036276379D-12 check gamma integral 4.8228425991815815E-002 max_residual > tol_max_residual 4577 1.9177987802379913D-02 1.0000000000000000D-03 retry: max resid -- give up in solver 4577 residual_norm > tol_residual_norm 4577 1.6475704276074489D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4577 3.7717102783794809D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4577 4580 8.801215 2.344E+04 -19.034735 3.344306 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223982 1429 226 -5.0718E+00 8.801215 1.802527 -23.754032 6.073626 -99.000000 0.000000 0.000000 0.044429 0.901161 0.595908 18 2.8822E+05 4.083791 6.039752 3.344306 -22.332745 -9.270399 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5175102926668078 rel_E_err 2.2490056841129287D-12 check gamma integral 4.8239933881942268E-002 residual_norm > tol_residual_norm 4585 1.4869166782242406D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4585 2.3206424797297537D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4585 residual_norm > tol_residual_norm 4587 3.4464644551517979D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4587 4.0068105500081629D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4587 4590 8.801437 2.306E+04 -18.961430 3.345901 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223404 1436 228 -4.8821E+00 8.801437 1.816859 -23.549846 6.076881 -99.000000 0.000000 0.000000 0.044429 0.901161 0.595887 18 2.8822E+05 4.084413 6.039492 3.345901 -22.309004 -9.280160 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5156637432147511 rel_E_err 2.2220123132030654D-12 check gamma integral 4.8250436499897451E-002 residual_norm > tol_residual_norm 4591 3.4300645567569821D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4591 4.0443093653799812D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4591 residual_norm > tol_residual_norm 4595 3.3612779846250329D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4595 3.9661197525499764D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4595 residual_norm > tol_residual_norm 4599 3.2536130536936805D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4599 3.8399623559457426D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4599 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 4600 8.801461 2.280E+04 -22.802151 3.346612 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223343 1442 231 -4.9933E+00 8.801461 1.827545 -23.505522 6.077217 -99.000000 0.000000 0.000000 0.044429 0.901161 0.595885 14 2.8822E+05 4.084479 6.041872 3.346612 -22.306492 -9.289233 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5150155237789287 rel_E_err 2.1802055318020672D-12 save LOGS/profile49.data for model 4600 save photos/x600 for model 4600 check gamma integral 4.8254148564977777E-002 residual_norm > tol_residual_norm 4602 3.9416086324680514D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4602 4.3041707829087082D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4602 residual_norm > tol_residual_norm 4602 1.2085004010819306D-05 9.9999999999999995D-07 max_residual > tol_max_residual 4602 1.4759758011295979D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4602 residual_norm > tol_residual_norm 4608 3.2982155727352345D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4608 4.2062817070093191D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4608 residual_norm > tol_residual_norm 4610 4.6893054754044614D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4610 5.5409537552919580D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4610 4610 8.801465 2.266E+04 -21.996683 3.346996 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223332 1441 235 -5.4056E+00 8.801465 1.833454 -23.493050 6.077276 -99.000000 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084491 6.042542 3.346996 -22.306043 -9.293807 48.996445 0.000004 0.000000 0.436260 0.000E+00 retry log_rel_run_E_err -7.5146606482320095 rel_E_err 2.3517119404662582D-12 check gamma integral 4.8255515529532847E-002 residual_norm > tol_residual_norm 4616 3.0803249034881394D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4616 3.8806253393566643D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4616 residual_norm > tol_residual_norm 4618 4.4471477749242671D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4618 5.1009892461786208D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4618 4620 8.801470 2.252E+04 -22.101688 3.347369 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223318 1403 237 -5.2159E+00 8.801470 1.838965 -23.485375 6.077331 -4.955600 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084505 6.042732 3.347369 -22.305507 -9.297780 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5143328262713922 rel_E_err 2.1783949651475733D-12 check gamma integral 4.8256525720080629E-002 residual_norm > tol_residual_norm 4622 4.3849796902113544D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4622 4.9102543177897758D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4622 residual_norm > tol_residual_norm 4626 4.2504046515828392D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4626 4.7115419729635427D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4626 4630 8.801472 2.238E+04 -22.794811 3.347734 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223313 1397 239 -5.0261E+00 8.801472 1.844399 -23.480284 6.077354 -4.958698 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084510 6.042561 3.347734 -22.305296 -9.301463 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5140384174721158 rel_E_err 2.0737134811362754D-12 check gamma integral 4.8257320395163339E-002 residual_norm > tol_residual_norm 4634 1.8265092301598237D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4634 2.8210767166273177D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4634 residual_norm > tol_residual_norm 4638 2.3006321872531358D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4638 2.9241894583350563D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4638 4640 8.801473 2.211E+04 -20.608582 3.348453 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223310 1402 241 -4.8364E+00 8.801473 1.854279 -23.474820 6.077368 -4.965994 0.000000 0.000000 0.044429 0.901161 0.595884 14 2.8822E+05 4.084513 6.041610 3.348453 -22.305180 -9.307748 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5137409736559082 rel_E_err 2.0185746232046515D-12 check gamma integral 4.8258487421074518E-002 residual_norm > tol_residual_norm 4642 2.2012622180361988D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4642 2.7649543557210304D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4642 residual_norm > tol_residual_norm 4646 2.1027368476051700D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4646 2.6136972224657100D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4646 residual_norm > tol_residual_norm 4650 2.0036040635585989D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4650 2.4693354069415280D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4650 4650 8.801474 2.185E+04 -22.775583 3.349233 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223309 1414 244 -4.9477E+00 8.801474 1.863951 -23.472417 6.077378 -4.974448 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084515 6.040407 3.349233 -22.305100 -9.313722 48.996445 0.000004 0.000000 0.436260 0.000E+00 retry log_rel_run_E_err -7.5134371873168684 rel_E_err 2.3541807133027460D-12 save photos/x650 for model 4650 check gamma integral 4.8259404482567318E-002 residual_norm > tol_residual_norm 4654 1.1619983746464435D-05 9.9999999999999995D-07 max_residual > tol_max_residual 4654 1.3347655812839712D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4654 residual_norm > tol_residual_norm 4654 1.6224725815053916D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4654 3.3783490365330293D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4654 residual_norm > tol_residual_norm 4656 2.0465590935413283D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4656 4.6058381135059438D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4656 residual_norm > tol_residual_norm 4657 5.6898120042412427D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4657 7.2902937463256851D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4657 residual_norm > tol_residual_norm 4657 3.9189473579104745D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4657 6.7959195464018046D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4657 residual_norm > tol_residual_norm 4658 1.3711307460181758D-05 9.9999999999999995D-07 max_residual > tol_max_residual 4658 1.5534010598954381D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4658 residual_norm > tol_residual_norm 4658 1.5170564979195622D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4658 2.3181434127078324D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4658 residual_norm > tol_residual_norm 4659 3.7121836109705662D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4659 1.0771111512153696D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4659 residual_norm > tol_residual_norm 4660 4.4501746546946974D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4660 1.2852313020357975D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4660 4660 8.801474 2.174E+04 -22.793971 3.349601 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223308 1414 253 -6.8651E+00 8.801474 1.868225 -23.471980 6.077383 -4.978480 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084516 6.039935 3.349601 -22.305066 -9.316389 48.996445 0.000004 0.000000 0.436260 0.000E+00 retry log_rel_run_E_err -7.5130429912578549 rel_E_err 2.0011276546880569D-12 check gamma integral 4.8259761416415962E-002 residual_norm > tol_residual_norm 4662 4.8793875601895965D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4662 1.4072958185048998D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4662 residual_norm > tol_residual_norm 4665 5.0726031093993994D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4665 1.4640691215437454D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4665 residual_norm > tol_residual_norm 4668 1.1260818255077394D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4668 4.1360843713886764D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4668 4670 8.801474 2.174E+04 -22.793969 3.349607 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223308 1412 256 -6.9764E+00 8.801474 1.868293 -23.471975 6.077383 -4.978530 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084516 6.039930 3.349607 -22.305066 -9.316433 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5127672711916693 rel_E_err 1.9833515574778118D-12 check gamma integral 4.8259766873956472E-002 residual_norm > tol_residual_norm 4671 1.1608354772963660D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4671 4.2569728110751492D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4671 residual_norm > tol_residual_norm 4675 5.4117766235035603D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4675 1.5635919275609253D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4675 residual_norm > tol_residual_norm 4678 1.1834077922197124D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4678 4.3398010625479773D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4678 4680 8.801474 2.173E+04 -22.793972 3.349611 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223308 1412 259 -7.0877E+00 8.801474 1.868342 -23.471972 6.077383 -4.978566 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084516 6.039927 3.349611 -22.305065 -9.316464 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5124941199380997 rel_E_err 1.8969399749286805D-12 check gamma integral 4.8259770774539926E-002 residual_norm > tol_residual_norm 4681 1.2112795361717535D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4681 4.4421123321468331D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4681 residual_norm > tol_residual_norm 4685 1.2043983396641368D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4685 4.4168418797076670D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4685 residual_norm > tol_residual_norm 4688 1.2301942056429672D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4688 4.5115315720465773D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4688 4690 8.801474 2.173E+04 -22.793973 3.349615 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223308 1412 262 -7.1990E+00 8.801474 1.868380 -23.471969 6.077383 -4.978594 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084516 6.039924 3.349615 -22.305065 -9.316488 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5122169042834113 rel_E_err 1.9803888743486324D-12 check gamma integral 4.8259773791056254E-002 residual_norm > tol_residual_norm 4692 1.2238142206133401D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4692 4.4881923824732002D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4692 residual_norm > tol_residual_norm 4695 1.2475952222619529D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4695 4.5755672538026614D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4695 residual_norm > tol_residual_norm 4699 1.2417248825513221D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4699 4.5540641796617536D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4699 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 4700 8.801474 2.173E+04 -22.793889 3.349618 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223308 1412 265 -7.3102E+00 8.801474 1.868413 -23.471967 6.077383 -4.978619 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084516 6.039921 3.349618 -22.305064 -9.316510 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5119392172148753 rel_E_err 1.9752864760422837D-12 save LOGS/profile50.data for model 4700 save photos/x700 for model 4700 check gamma integral 4.8259776480948584E-002 residual_norm > tol_residual_norm 4702 1.2636336877246983D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4702 4.6344849108319396D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4702 residual_norm > tol_residual_norm 4706 1.2582398151085748D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4706 4.6147310010030675D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4706 residual_norm > tol_residual_norm 4709 1.2783398257346686D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4709 4.6885663446183716D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4709 4710 8.801474 2.173E+04 -22.793130 3.349620 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223309 1412 268 -7.4215E+00 8.801474 1.868441 -23.471965 6.077383 -4.978640 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084516 6.039919 3.349620 -22.305064 -9.316528 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5116666000218526 rel_E_err 1.8845954628537030D-12 check gamma integral 4.8259778710563278E-002 residual_norm > tol_residual_norm 4713 1.2733978031689138D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4713 4.6704533454154838D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4713 residual_norm > tol_residual_norm 4716 1.2918150874286349D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4716 4.7380979625660243D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4716 residual_norm > tol_residual_norm 4720 1.2872955625618682D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4720 4.7215298118007010D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4720 4720 8.801474 2.173E+04 -22.793215 3.349622 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223309 1412 271 -7.5328E+00 8.801474 1.868466 -23.471963 6.077383 -4.978659 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084516 6.039917 3.349622 -22.305064 -9.316544 48.996445 0.000004 0.000000 0.436260 0.000E+00 retry log_rel_run_E_err -7.5113950843890187 rel_E_err 1.8803160320395703D-12 check gamma integral 4.8259780691707659E-002 residual_norm > tol_residual_norm 4724 1.2826510664204307D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4724 4.7044942823027354D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4724 residual_norm > tol_residual_norm 4727 1.2999866177174194D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4727 4.7681641397021877D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4727 4730 8.801474 2.173E+04 -22.793974 3.349624 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223308 1412 273 -7.3430E+00 8.801474 1.868489 -23.471961 6.077383 -4.978675 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084516 6.039915 3.349624 -22.305064 -9.316559 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5111215306133507 rel_E_err 1.9237687133873803D-12 check gamma integral 4.8259782571670774E-002 residual_norm > tol_residual_norm 4731 1.2957433493399312D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4731 4.7526039731679431D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4731 residual_norm > tol_residual_norm 4734 1.3115695828003657D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4734 4.8107331187642585D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4734 residual_norm > tol_residual_norm 4738 1.3076932570358312D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4738 4.7965412691525738D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4738 4740 8.801474 2.173E+04 -22.792919 3.349626 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223308 1412 276 -7.4543E+00 8.801474 1.868509 -23.471960 6.077383 -4.978690 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084516 6.039913 3.349626 -22.305064 -9.316571 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5108505756027908 rel_E_err 2.0093573282379633D-12 check gamma integral 4.8259784125437862E-002 residual_norm > tol_residual_norm 4742 1.3037149758728693D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4742 4.7819392247030072D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4742 residual_norm > tol_residual_norm 4745 1.3185843514787155D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4745 4.8365433592419793D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4745 residual_norm > tol_residual_norm 4749 1.3149525444674094D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4749 4.8232395459350964D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4749 4750 8.801474 2.173E+04 -22.047123 3.349628 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223308 1412 279 -7.5656E+00 8.801474 1.868527 -23.471959 6.077383 -4.978704 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084516 6.039912 3.349628 -22.305063 -9.316583 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5105823628441559 rel_E_err 1.8900270478058688D-12 save photos/x750 for model 4750 check gamma integral 4.8259785611894472E-002 residual_norm > tol_residual_norm 4753 1.3112169406089795D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4753 4.8095343554624519D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4753 residual_norm > tol_residual_norm 4756 1.3251706978859390D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4756 4.8607923937324521D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4756 residual_norm > tol_residual_norm 4760 1.3217702751061917D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4760 4.8483244741813807D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4760 4760 8.801474 2.173E+04 -22.771658 3.349629 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223308 1412 282 -7.6769E+00 8.801474 1.868545 -23.471958 6.077383 -4.978718 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084516 6.039910 3.349629 -22.305063 -9.316595 48.996445 0.000004 0.000000 0.436260 0.000E+00 retry log_rel_run_E_err -7.5103120934348819 rel_E_err 1.9928979791293246D-12 check gamma integral 4.8259787031699641E-002 residual_norm > tol_residual_norm 4763 1.3344638425302405D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4763 4.8949483630428087D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4763 residual_norm > tol_residual_norm 4767 1.3313721749961808D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4767 4.8836092278530675D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4767 4770 8.801474 2.173E+04 -22.793971 3.349630 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223308 1412 284 -7.4871E+00 8.801474 1.868561 -23.471957 6.077383 -4.978729 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084516 6.039909 3.349630 -22.305063 -9.316605 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5100376962664539 rel_E_err 2.0598875295991911D-12 check gamma integral 4.8259788287583850E-002 residual_norm > tol_residual_norm 4771 1.3281886354825680D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4771 4.8719354317521654D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4771 residual_norm > tol_residual_norm 4774 1.3400834557359724D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4774 4.9156200775913712D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4774 residual_norm > tol_residual_norm 4778 1.3371943347794616D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4778 4.9050217116037687D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4778 4780 8.801474 2.173E+04 -22.793755 3.349632 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223307 1412 287 -7.5984E+00 8.801474 1.868575 -23.471956 6.077383 -4.978739 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084516 6.039908 3.349632 -22.305063 -9.316614 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5097666627278565 rel_E_err 1.9492807041730538D-12 check gamma integral 4.8259789399185328E-002 residual_norm > tol_residual_norm 4782 1.3342173177958742D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4782 4.8941019338515634D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4782 residual_norm > tol_residual_norm 4786 1.3311389005446158D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4786 4.8828104780204086D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4786 residual_norm > tol_residual_norm 4789 1.3426388537411859D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4789 4.9250447596161782D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4789 4790 8.801474 2.173E+04 -22.792300 3.349633 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223307 1412 290 -7.7097E+00 8.801474 1.868589 -23.471955 6.077383 -4.978750 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084516 6.039907 3.349633 -22.305063 -9.316623 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5094926029174998 rel_E_err 1.9604730614783958D-12 check gamma integral 4.8259790543781989E-002 residual_norm > tol_residual_norm 4793 1.3398482815075091D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4793 4.9148165165037963D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4793 residual_norm > tol_residual_norm 4797 1.3369722167081897D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4797 4.9042622523463072D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4797 residual_norm > tol_residual_norm 4800 1.3477376880606185D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4800 4.9438061458715890D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4800 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 4800 8.801474 2.173E+04 -22.793906 3.349634 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223307 1412 293 -7.8209E+00 8.801474 1.868603 -23.471954 6.077383 -4.978760 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084517 6.039906 3.349634 -22.305063 -9.316631 48.996445 0.000004 0.000000 0.436260 0.000E+00 retry log_rel_run_E_err -7.5092218445886854 rel_E_err 1.9180079409895941D-12 save LOGS/profile51.data for model 4800 save photos/x800 for model 4800 check gamma integral 4.8259791633249824E-002 residual_norm > tol_residual_norm 4804 1.3451293562836383D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4804 4.9342388562647471D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4804 residual_norm > tol_residual_norm 4808 1.3424376083307085D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4808 4.9243651771458140D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4808 4810 8.801474 2.173E+04 -22.791788 3.349635 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223307 1412 295 -7.6312E+00 8.801474 1.868615 -23.471953 6.077383 -4.978770 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084517 6.039905 3.349635 -22.305063 -9.316640 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5089490051162597 rel_E_err 1.8683007069374358D-12 check gamma integral 4.8259792665077912E-002 residual_norm > tol_residual_norm 4811 1.3525135374020794D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4811 4.9613720388590153D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4811 residual_norm > tol_residual_norm 4815 1.3500768260507265D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4815 4.9524313838333250D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4815 residual_norm > tol_residual_norm 4819 1.3475590167186192D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4819 4.9431957474972921D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4819 4820 8.801474 2.173E+04 -22.793976 3.349636 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223306 1412 298 -7.7425E+00 8.801474 1.868627 -23.471952 6.077383 -4.978778 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084517 6.039904 3.349636 -22.305063 -9.316647 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5086786453290690 rel_E_err 1.9346318834618970D-12 check gamma integral 4.8259793582786252E-002 residual_norm > tol_residual_norm 4822 1.3569849297190996D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4822 4.9778093795574907D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4822 residual_norm > tol_residual_norm 4826 1.3547051690669683D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4826 4.9694521048942474D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4826 residual_norm > tol_residual_norm 4830 1.3523506512483549D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4830 4.9608198055126639D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4830 4830 8.801474 2.173E+04 -22.793976 3.349637 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223306 1412 301 -7.8537E+00 8.801474 1.868638 -23.471951 6.077383 -4.978787 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084517 6.039903 3.349637 -22.305062 -9.316654 48.996445 0.000004 0.000000 0.436260 0.000E+00 retry log_rel_run_E_err -7.5084063795605918 rel_E_err 1.9708424512869035D-12 check gamma integral 4.8259794461772407E-002 residual_norm > tol_residual_norm 4833 1.3611595355078207D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4833 4.9931812735476123D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4833 residual_norm > tol_residual_norm 4837 1.3590315964943137D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4837 4.9853731282317390D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4837 4840 8.801474 2.173E+04 -22.793970 3.349638 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223306 1412 303 -7.6640E+00 8.801474 1.868648 -23.471951 6.077383 -4.978794 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084517 6.039902 3.349638 -22.305062 -9.316661 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5081376792991605 rel_E_err 2.0129783847597005D-12 check gamma integral 4.8259795295195231E-002 residual_norm > tol_residual_norm 4841 1.3568366790228261D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4841 4.9773112048504944D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4841 residual_norm > tol_residual_norm 4845 1.3545656078534537D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4845 4.9689813929658211D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4845 residual_norm > tol_residual_norm 4848 1.3630733649133199D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4848 5.0002356039093504D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4848 4850 8.801474 2.173E+04 -22.793976 3.349639 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223306 1412 306 -7.7753E+00 8.801474 1.868658 -23.471950 6.077383 -4.978802 0.000000 0.000000 0.044429 0.901161 0.595884 12 2.8822E+05 4.084517 6.039901 3.349639 -22.305062 -9.316667 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5078682152576697 rel_E_err 1.9321629810790362D-12 save photos/x850 for model 4850 check gamma integral 4.8259796088584404E-002 residual_norm > tol_residual_norm 4852 1.3610211744664792D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4852 4.9927064666652296D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4852 residual_norm > tol_residual_norm 4856 1.3588999785074546D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4856 4.9849269515081771D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4856 residual_norm > tol_residual_norm 4859 1.3668524751586572D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4859 5.0141288421381734D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4859 4860 8.801474 2.173E+04 -22.793946 3.349640 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223305 1412 309 -7.8865E+00 8.801474 1.868668 -23.471949 6.077383 -4.978809 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084517 6.039900 3.349640 -22.305062 -9.316673 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5076020353044441 rel_E_err 1.8562853821053859D-12 check gamma integral 4.8259796849115071E-002 residual_norm > tol_residual_norm 4863 1.3649352780578177D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4863 5.0070970277184851D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4863 residual_norm > tol_residual_norm 4867 1.3629549357324262D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4867 4.9998331832565274D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4867 residual_norm > tol_residual_norm 4870 1.3703824265635609D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4870 5.0271062478229767D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4870 4870 8.801474 2.173E+04 -22.793976 3.349641 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223305 1412 312 -7.9978E+00 8.801474 1.868677 -23.471949 6.077383 -4.978816 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084517 6.039899 3.349641 -22.305062 -9.316679 48.996445 0.000004 0.000000 0.436260 0.000E+00 retry log_rel_run_E_err -7.5073285376143968 rel_E_err 1.9487869235757643D-12 check gamma integral 4.8259797571819397E-002 residual_norm > tol_residual_norm 4874 1.3685931139322743D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4874 5.0205431386284950D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4874 residual_norm > tol_residual_norm 4878 1.3667434903573418D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4878 5.0137583957065177D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4878 4880 8.801474 2.172E+04 -22.710150 3.349641 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223305 1412 314 -7.8081E+00 8.801474 1.868685 -23.471948 6.077383 -4.978822 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084517 6.039899 3.349641 -22.305062 -9.316685 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5070606800937112 rel_E_err 1.9426969644370369D-12 check gamma integral 4.8259798257308771E-002 residual_norm > tol_residual_norm 4882 1.3648315022492305D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4882 5.0067461631368500D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4882 residual_norm > tol_residual_norm 4885 1.3720022204362478D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4885 5.0330738640567904D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4885 residual_norm > tol_residual_norm 4889 1.3702759884049639D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4889 5.0267447832636133D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4889 4890 8.801474 2.172E+04 -22.791907 3.349642 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223305 1412 317 -7.9194E+00 8.801474 1.868694 -23.471948 6.077383 -4.978828 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084517 6.039898 3.349642 -22.305062 -9.316690 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5067904573858950 rel_E_err 1.9515850129056022D-12 check gamma integral 4.8259798913658100E-002 residual_norm > tol_residual_norm 4893 1.3684927478619826D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4893 5.0202014295498053D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4893 residual_norm > tol_residual_norm 4896 1.3751849464418687D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4896 5.0447754515910576D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4896 residual_norm > tol_residual_norm 4900 1.3735746142660229D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4900 5.0388666941673224D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4900 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 4900 8.801474 2.172E+04 -22.793975 3.349643 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223305 1412 320 -8.0306E+00 8.801474 1.868702 -23.471947 6.077383 -4.978834 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084517 6.039897 3.349643 -22.305062 -9.316695 48.996445 0.000004 0.000000 0.436260 0.000E+00 retry log_rel_run_E_err -7.5065226055829672 rel_E_err 1.9008902179350881D-12 save LOGS/profile52.data for model 4900 save photos/x900 for model 4900 check gamma integral 4.8259799537987064E-002 residual_norm > tol_residual_norm 4904 1.3719111205469089D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4904 5.0327672132341933D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4904 residual_norm > tol_residual_norm 4908 1.3701895803132607D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4908 5.0264537249389452D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4908 4910 8.801474 2.172E+04 -22.793976 3.349643 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223304 1412 322 -7.8409E+00 8.801474 1.868710 -23.471947 6.077383 -4.978840 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084517 6.039897 3.349643 -22.305062 -9.316700 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5062534672498842 rel_E_err 1.8850892428795392D-12 check gamma integral 4.8259800172143472E-002 residual_norm > tol_residual_norm 4911 1.3766486066474891D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4911 5.0501699127682889D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4911 residual_norm > tol_residual_norm 4915 1.3750959197745975D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4915 5.0444750801833811D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4915 residual_norm > tol_residual_norm 4919 1.3734903918735091D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4919 5.0385839371224379D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4919 4920 8.801474 2.172E+04 -22.793976 3.349644 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223304 1412 325 -7.9522E+00 8.801474 1.868717 -23.471946 6.077383 -4.978845 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084517 6.039896 3.349644 -22.305062 -9.316705 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5059833428149236 rel_E_err 1.9553706631851915D-12 check gamma integral 4.8259800738527772E-002 residual_norm > tol_residual_norm 4923 1.3718316181145342D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4923 5.0324990046444654D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4923 residual_norm > tol_residual_norm 4926 1.3780646610493746D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4926 5.0553867987472266D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4926 residual_norm > tol_residual_norm 4930 1.3765668821932535D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4930 5.0498939377660229D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4930 4930 8.801474 2.172E+04 -22.793977 3.349645 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223304 1412 328 -8.0634E+00 8.801474 1.868724 -23.471946 6.077383 -4.978851 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084517 6.039896 3.349645 -22.305062 -9.316709 48.996445 0.000004 0.000000 0.436260 0.000E+00 retry log_rel_run_E_err -7.5057200422274635 rel_E_err 1.9147160711165945D-12 check gamma integral 4.8259801318862434E-002 residual_norm > tol_residual_norm 4934 1.3750156024866020D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4934 5.0442131103751744D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4934 residual_norm > tol_residual_norm 4937 1.3808290746975293D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4937 5.0655617055015596D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4937 4940 8.801474 2.172E+04 -22.764601 3.349645 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223304 1412 330 -7.8737E+00 8.801474 1.868731 -23.471945 6.077383 -4.978855 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084518 6.039895 3.349645 -22.305062 -9.316714 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5054533302828936 rel_E_err 1.9119179817884510D-12 check gamma integral 4.8259801869152831E-002 residual_norm > tol_residual_norm 4941 1.3794363174462691D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4941 5.0604399400941309D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4941 residual_norm > tol_residual_norm 4945 1.3779922700162926D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4945 5.0551428590549861D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4945 residual_norm > tol_residual_norm 4949 1.3764951279468919D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4949 5.0496639614425139D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4949 4950 8.801474 2.172E+04 -22.793977 3.349646 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223304 1412 333 -7.9850E+00 8.801474 1.868737 -23.471945 6.077383 -4.978860 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084518 6.039894 3.349646 -22.305062 -9.316718 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5051840986632943 rel_E_err 1.8957878197583010D-12 save photos/x950 for model 4950 check gamma integral 4.8259802393426136E-002 residual_norm > tol_residual_norm 4952 1.3821041266924905D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4952 5.0702589073286897D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4952 residual_norm > tol_residual_norm 4956 1.3807589273054576D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4956 5.0653239678271629D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4956 residual_norm > tol_residual_norm 4960 1.3793696280543063D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4960 5.0602150253535649D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4960 4960 8.801474 2.172E+04 -22.793975 3.349646 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223304 1412 336 -8.0962E+00 8.801474 1.868744 -23.471944 6.077383 -4.978865 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084518 6.039894 3.349646 -22.305062 -9.316722 48.996445 0.000004 0.000000 0.436260 0.000E+00 retry log_rel_run_E_err -7.5049151870190984 rel_E_err 1.9038529007839623D-12 check gamma integral 4.8259802893957524E-002 residual_norm > tol_residual_norm 4964 1.3779300222143470D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4964 5.0549314427945739D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4964 residual_norm > tol_residual_norm 4967 1.3833429024689131D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4967 5.0748196260306820D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4967 4970 8.801474 2.172E+04 -22.793976 3.349647 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223303 1412 338 -7.9065E+00 8.801474 1.868750 -23.471944 6.077383 -4.978870 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084518 6.039893 3.349647 -22.305061 -9.316726 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5046475498971468 rel_E_err 1.8482203011134531D-12 check gamma integral 4.8259803403165706E-002 residual_norm > tol_residual_norm 4971 1.3820398864951860D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4971 5.0700412603483659D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4971 residual_norm > tol_residual_norm 4975 1.3807007052991747D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4975 5.0651171720865737D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4975 residual_norm > tol_residual_norm 4978 1.3857428599868487D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4978 5.0836430043849148D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4978 4980 8.801474 2.172E+04 -22.793977 3.349647 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223303 1412 341 -8.0178E+00 8.801474 1.868756 -23.471944 6.077383 -4.978874 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084518 6.039893 3.349647 -22.305061 -9.316730 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5043794976296496 rel_E_err 1.9800596867494295D-12 check gamma integral 4.8259803856469830E-002 residual_norm > tol_residual_norm 4982 1.3845334615410084D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4982 5.0792065739755615D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4982 residual_norm > tol_residual_norm 4986 1.3832868331411576D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4986 5.0746347069310097D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4986 residual_norm > tol_residual_norm 4990 1.3819895719486143D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4990 5.0698632447152198D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4990 4990 8.801474 2.172E+04 -22.793912 3.349648 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223303 1412 344 -8.1290E+00 8.801474 1.868762 -23.471943 6.077383 -4.978878 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084518 6.039892 3.349648 -22.305061 -9.316733 48.996445 0.000004 0.000000 0.436260 0.000E+00 retry log_rel_run_E_err -7.5041129570658152 rel_E_err 1.9696902968782152D-12 check gamma integral 4.8259804319581212E-002 residual_norm > tol_residual_norm 4993 1.3868535447094037D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4993 5.0877343309711824D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4993 residual_norm > tol_residual_norm 4997 1.3856868200621470D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4997 5.0834546886188180D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4997 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 5000 8.801474 2.172E+04 -22.793977 3.349648 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223303 1412 346 -7.9393E+00 8.801474 1.868767 -23.471943 6.077383 -4.978882 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084518 6.039892 3.349648 -22.305061 -9.316737 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5038492824707754 rel_E_err 1.9459888343036687D-12 save LOGS/profile53.data for model 5000 save photos/5000 for model 5000 check gamma integral 4.8259804761554746E-002 residual_norm > tol_residual_norm 5001 1.3844835767978728D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5001 5.0790273396028790D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5001 residual_norm > tol_residual_norm 5005 1.3832402142964356D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5005 5.0744674467573525D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5005 residual_norm > tol_residual_norm 5008 1.3879249067444168D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5008 5.0916814620654664D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5008 5010 8.801474 2.172E+04 -22.793977 3.349649 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223303 1412 349 -8.0506E+00 8.801474 1.868772 -23.471943 6.077383 -4.978886 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084518 6.039892 3.349649 -22.305061 -9.316740 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5035836482115963 rel_E_err 1.9219581847499740D-12 check gamma integral 4.8259805180960853E-002 residual_norm > tol_residual_norm 5012 1.3868006588917388D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5012 5.0875565851104844D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5012 residual_norm > tol_residual_norm 5016 1.3856369877447609D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5016 5.0832865166521739D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5016 residual_norm > tol_residual_norm 5020 1.3844325433517063D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5020 5.0788700885741847D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5020 5020 8.801474 2.172E+04 -22.793977 3.349649 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223302 1412 352 -8.1618E+00 8.801474 1.868778 -23.471942 6.077383 -4.978890 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084518 6.039891 3.349649 -22.305061 -9.316744 48.996445 0.000004 0.000000 0.436260 0.000E+00 retry log_rel_run_E_err -7.5033186660540103 rel_E_err 1.8615523738669504D-12 check gamma integral 4.8259805612475191E-002 residual_norm > tol_residual_norm 5023 1.3889601004572778D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5023 5.0954935882109670D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5023 residual_norm > tol_residual_norm 5027 1.3878760919497595D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5027 5.0915168971314290D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5027 5030 8.801474 2.172E+04 -22.793977 3.349650 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223302 1412 354 -7.9721E+00 8.801474 1.868783 -23.471942 6.077383 -4.978894 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084518 6.039891 3.349650 -22.305061 -9.316747 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5030494201528501 rel_E_err 2.0126491978599309D-12 check gamma integral 4.8259806020863515E-002 residual_norm > tol_residual_norm 5031 1.3867540318695471D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5031 5.0874003008742785D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5031 residual_norm > tol_residual_norm 5035 1.3855925568755939D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5035 5.0831413799102707D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5035 residual_norm > tol_residual_norm 5038 1.3899592134872114D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5038 5.0991732047779251D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5038 5040 8.801474 2.172E+04 -22.793837 3.349650 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223302 1412 357 -8.0834E+00 8.801474 1.868788 -23.471942 6.077383 -4.978898 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084518 6.039890 3.349650 -22.305061 -9.316750 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5027868316326600 rel_E_err 1.8906854216529595D-12 check gamma integral 4.8259806409501352E-002 residual_norm > tol_residual_norm 5042 1.3889145703783328D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5042 5.0953401375372361D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5042 residual_norm > tol_residual_norm 5046 1.3878323865999670D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5046 5.0913718802471565D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5046 residual_norm > tol_residual_norm 5049 1.3918993850321859D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5049 5.1063060677563429D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5049 5050 8.801474 2.172E+04 -22.793977 3.349651 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223302 1412 360 -8.1946E+00 8.801474 1.868792 -23.471941 6.077383 -4.978901 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084518 6.039890 3.349651 -22.305061 -9.316753 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5025178469360752 rel_E_err 1.9708424513836449D-12 save photos/x050 for model 5050 check gamma integral 4.8259806783520910E-002 residual_norm > tol_residual_norm 5053 1.3909264662820344D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5053 5.1027367084201927D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5053 residual_norm > tol_residual_norm 5057 1.3899194394703745D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5057 5.0990418972208296D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5057 5060 8.801474 2.172E+04 -22.793920 3.349651 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223302 1412 362 -8.0049E+00 8.801474 1.868797 -23.471941 6.077383 -4.978905 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084518 6.039890 3.349651 -22.305061 -9.316756 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5022502080067710 rel_E_err 1.8854184299953528D-12 check gamma integral 4.8259807161286118E-002 residual_norm > tol_residual_norm 5061 1.3888768089378043D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5061 5.0952183708569292D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5061 residual_norm > tol_residual_norm 5064 1.3927986348077198D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5064 5.1096181551651770D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5064 residual_norm > tol_residual_norm 5068 1.3918603246376090D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5068 5.1061755076047037D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5068 5070 8.801474 2.172E+04 -22.793186 3.349651 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223302 1412 365 -8.1162E+00 8.801474 1.868801 -23.471941 6.077383 -4.978908 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084518 6.039889 3.349651 -22.305061 -9.316759 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5019857609036356 rel_E_err 1.8240250581738170D-12 check gamma integral 4.8259807497359537E-002 residual_norm > tol_residual_norm 5072 1.3908893521023565D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5072 5.1026123625420486D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5072 residual_norm > tol_residual_norm 5076 1.3898836906873456D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5076 5.0989249149771813D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5076 residual_norm > tol_residual_norm 5079 1.3936647915126582D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5079 5.1128080089383042D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5079 5080 8.801474 2.172E+04 -22.793978 3.349652 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223302 1412 368 -8.2274E+00 8.801474 1.868806 -23.471940 6.077383 -4.978911 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084518 6.039889 3.349652 -22.305061 -9.316762 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5017204489425628 rel_E_err 1.9568520047647530D-12 check gamma integral 4.8259807842191214E-002 residual_norm > tol_residual_norm 5083 1.3927609706945498D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5083 5.1094911486637334D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5083 residual_norm > tol_residual_norm 5087 1.3918244029298391D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5087 5.1060571599292302D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5087 5090 8.801474 2.172E+04 -22.793978 3.349652 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223301 1412 370 -8.0377E+00 8.801474 1.868810 -23.471940 6.077383 -4.978914 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084518 6.039888 3.349652 -22.305061 -9.316764 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5014561449453536 rel_E_err 1.9101074535683267D-12 check gamma integral 4.8259808193934745E-002 residual_norm > tol_residual_norm 5091 1.3908554894542543D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5091 5.1025023267235035D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5091 residual_norm > tol_residual_norm 5094 1.3945010638833979D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5094 5.1158893897866334D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5094 residual_norm > tol_residual_norm 5098 1.3936291942550074D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5098 5.1126904208921464D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5098 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 5100 8.801474 2.172E+04 -22.793977 3.349653 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223301 1412 373 -8.1490E+00 8.801474 1.868814 -23.471940 6.077383 -4.978917 0.000000 0.000000 0.044429 0.901161 0.595885 12 2.8822E+05 4.084518 6.039888 3.349653 -22.305061 -9.316767 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5011901475655716 rel_E_err 1.9958606619716678D-12 save LOGS/profile54.data for model 5100 save photos/x100 for model 5100 check gamma integral 4.8259808505678174E-002 residual_norm > tol_residual_norm 5102 1.3927268476240461D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5102 5.1093803677653579D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5102 residual_norm > tol_residual_norm 5106 1.3917923018612079D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5106 5.1059517129425268D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5106 residual_norm > tol_residual_norm 5109 1.3953072705029801D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5109 5.1188578705603539D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5109 5110 8.801474 2.172E+04 -22.793976 3.349653 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223301 1412 376 -8.2602E+00 8.801474 1.868818 -23.471940 6.077383 -4.978920 0.000000 0.000000 0.044429 0.901161 0.595886 12 2.8822E+05 4.084518 6.039888 3.349653 -22.305061 -9.316770 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5009228722909933 rel_E_err 1.9023715595641427D-12 check gamma integral 4.8259808825798729E-002 residual_norm > tol_residual_norm 5113 1.3944666741690366D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5113 5.1157751478158632D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5113 residual_norm > tol_residual_norm 5117 1.3935971776174952D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5117 5.1125851593083797D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5117 5120 8.801474 2.172E+04 -22.793976 3.349653 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223301 1412 378 -8.0705E+00 8.801474 1.868822 -23.471939 6.077383 -4.978923 0.000000 0.000000 0.044429 0.901161 0.595886 12 2.8822E+05 4.084518 6.039888 3.349653 -22.305061 -9.316772 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5006536922247111 rel_E_err 1.9163620062470425D-12 check gamma integral 4.8259809150568198E-002 residual_norm > tol_residual_norm 5121 1.3926961635141380D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5121 5.1092799948164271D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5121 residual_norm > tol_residual_norm 5124 1.3960849131787821D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5124 5.1217211982703577D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5124 residual_norm > tol_residual_norm 5128 1.3952747722789391D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5128 5.1187502966227677D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5128 5130 8.801474 2.172E+04 -22.793978 3.349654 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223301 1412 381 -8.1818E+00 8.801474 1.868826 -23.471939 6.077383 -4.978926 0.000000 0.000000 0.044429 0.901161 0.595886 12 2.8822E+05 4.084519 6.039887 3.349654 -22.305061 -9.316775 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5003867626293745 rel_E_err 1.9007256246980011D-12 check gamma integral 4.8259809440872638E-002 residual_norm > tol_residual_norm 5132 1.3944361697224706D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5132 5.1156737901966974D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5132 residual_norm > tol_residual_norm 5135 1.3975914115763803D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5135 5.1272570473768528D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5135 residual_norm > tol_residual_norm 5139 1.3968372808681641D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5139 5.1244910199013761D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5139 5140 8.801474 2.172E+04 -22.793978 3.349654 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223301 1412 384 -8.2930E+00 8.801474 1.868829 -23.471939 6.077383 -4.978929 0.000000 0.000000 0.044429 0.901161 0.595886 12 2.8822E+05 4.084519 6.039887 3.349654 -22.305061 -9.316777 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.5001206866271763 rel_E_err 1.9319983878533428D-12 check gamma integral 4.8259809717280548E-002 residual_norm > tol_residual_norm 5143 1.3960560321712735D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5143 5.1216256772839218D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5143 residual_norm > tol_residual_norm 5147 1.3952478229973638D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5147 5.1186619391643727D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5147 residual_norm > tol_residual_norm 5150 1.3982893231600654D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5150 5.1298277921787018D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5150 5150 8.801474 2.172E+04 -22.790712 3.349654 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223301 1412 387 -8.4043E+00 8.801474 1.868833 -23.471939 6.077383 -4.978931 0.000000 0.000000 0.044429 0.901161 0.595886 12 2.8822E+05 4.084519 6.039887 3.349654 -22.305061 -9.316779 48.996445 0.000004 0.000000 0.436260 0.000E+00 retry log_rel_run_E_err -7.4998535374831485 rel_E_err 1.8885457064621224D-12 save photos/x150 for model 5150 check gamma integral 4.8259809998736823E-002 residual_norm > tol_residual_norm 5154 1.3975624465747105D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5154 5.1271628719581970D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5154 residual_norm > tol_residual_norm 5158 1.3968101246110834D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5158 5.1244031497344848D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5158 5160 8.801474 2.172E+04 -22.792777 3.349655 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223301 1412 389 -8.2146E+00 8.801474 1.868836 -23.471939 6.077383 -4.978934 0.000000 0.000000 0.044429 0.901161 0.595886 12 2.8822E+05 4.084519 6.039886 3.349655 -22.305061 -9.316781 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.4995900800646655 rel_E_err 1.9130701365203384D-12 check gamma integral 4.8259810268153708E-002 residual_norm > tol_residual_norm 5162 1.3960305328883682D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5162 5.1215430468818129D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5162 residual_norm > tol_residual_norm 5165 1.3989619209293783D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5165 5.1323067213413148D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5165 residual_norm > tol_residual_norm 5169 1.3982614397360350D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5169 5.1297377636525296D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5169 5170 8.801474 2.172E+04 -22.793977 3.349655 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223300 1412 392 -8.3259E+00 8.801474 1.868839 -23.471938 6.077383 -4.978936 0.000000 0.000000 0.044429 0.901161 0.595886 12 2.8822E+05 4.084519 6.039886 3.349655 -22.305061 -9.316783 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.4993244441674403 rel_E_err 1.9683735492464518D-12 check gamma integral 4.8259810524533563E-002 residual_norm > tol_residual_norm 5173 1.3975361014606942D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5173 5.1270772925188286D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5173 residual_norm > tol_residual_norm 5177 1.8431835552692372D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5177 5.1243237514212316D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5177 residual_norm > tol_residual_norm 5180 1.8329508434788095D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5180 5.1346956767624824D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5180 5180 8.801474 2.172E+04 -22.793976 3.349655 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223300 1412 395 -8.4371E+00 8.801474 1.868843 -23.471938 6.077383 -4.978938 0.000000 0.000000 0.044429 0.901161 0.595886 12 2.8822E+05 4.084519 6.039886 3.349655 -22.305061 -9.316785 48.996445 0.000004 0.000000 0.436260 0.000E+00 retry log_rel_run_E_err -7.4990603848904867 rel_E_err 1.9586625333453677D-12 check gamma integral 4.8259810786378345E-002 residual_norm > tol_residual_norm 5184 1.8080585793995127D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5184 5.1322237902608536D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5184 residual_norm > tol_residual_norm 5188 1.7823624278127235D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5188 5.1296607345134089D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5188 5190 8.801474 2.172E+04 -22.793978 3.349655 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223300 1412 397 -8.2474E+00 8.801474 1.868846 -23.471938 6.077383 -4.978941 0.000000 0.000000 0.044429 0.901161 0.595886 12 2.8822E+05 4.084519 6.039886 3.349655 -22.305061 -9.316787 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.4987952440035182 rel_E_err 1.8966107875617243D-12 check gamma integral 4.8259811034234219E-002 residual_norm > tol_residual_norm 5192 1.7558419669925934D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5192 5.1270060657115986D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5192 residual_norm > tol_residual_norm 5195 1.7452546252570303D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5195 5.1370063194655070D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5195 residual_norm > tol_residual_norm 5199 1.7214230684276517D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5199 5.1346210306408298D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5199 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot 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 __________________________________________________________________________________________________________________________________________________ 5200 8.801474 2.172E+04 -22.793673 3.349656 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223300 1412 400 -8.3587E+00 8.801474 1.868849 -23.471938 6.077383 -4.978943 0.000000 0.000000 0.044429 0.901161 0.595886 12 2.8822E+05 4.084519 6.039885 3.349656 -22.305061 -9.316789 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.4985289402302495 rel_E_err 1.9382529406038848D-12 save LOGS/profile55.data for model 5200 save photos/x200 for model 5200 check gamma integral 4.8259811272302625E-002 residual_norm > tol_residual_norm 5203 1.6968203871949588D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5203 5.1321531524780778D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5203 residual_norm > tol_residual_norm 5207 1.6714225362029840D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5207 5.1295950347152279D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5207 residual_norm > tol_residual_norm 5210 1.6605377867486677D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5210 5.1392328633017778D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5210 5210 8.801474 2.172E+04 -22.793853 3.349656 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223300 1412 403 -8.4699E+00 8.801474 1.868852 -23.471938 6.077383 -4.978945 0.000000 0.000000 0.044429 0.901161 0.595886 12 2.8822E+05 4.084519 6.039885 3.349656 -22.305061 -9.316791 48.996445 0.000004 0.000000 0.436260 0.000E+00 retry log_rel_run_E_err -7.4982670616419425 rel_E_err 1.8806452190540958D-12 check gamma integral 4.8259811514381495E-002 residual_norm > tol_residual_norm 5214 1.6377203261388880D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5214 5.1369343269320078D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5214 residual_norm > tol_residual_norm 5218 1.6141593363762019D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5218 5.1345516616460342D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5218 5220 8.801474 2.172E+04 -22.793978 3.349656 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223300 1412 405 -8.2802E+00 8.801474 1.868855 -23.471937 6.077383 -4.978947 0.000000 0.000000 0.044429 0.901161 0.595886 12 2.8822E+05 4.084519 6.039885 3.349656 -22.305061 -9.316793 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.4980027465099850 rel_E_err 1.9678797688838566D-12 check gamma integral 4.8259811745503714E-002 residual_norm > tol_residual_norm 5222 1.5898346267821454D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5222 5.1320888474234889D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5222 residual_norm > tol_residual_norm 5225 1.5787047902147013D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5225 5.1413772068182220D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5225 residual_norm > tol_residual_norm 5229 1.5568550422051889D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5229 5.1391611701356948D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5229 5230 8.801474 2.172E+04 -22.793977 3.349656 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223300 1412 408 -8.3915E+00 8.801474 1.868857 -23.471937 6.077384 -4.978949 0.000000 0.000000 0.044429 0.901161 0.595886 12 2.8822E+05 4.084519 6.039885 3.349656 -22.305061 -9.316795 48.996445 0.000004 0.000000 0.436260 0.000E+00 max increase log_rel_run_E_err -7.4977402764396510 rel_E_err 1.8029570917199315D-12 check gamma integral 4.8259811966515527E-002 residual_norm > tol_residual_norm 5233 1.5342915520445928D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5233 5.1368676101101178D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5233 residual_norm > tol_residual_norm 5237 1.5109912143668105D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5237 5.1344899466137732D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5237 residual_norm > tol_residual_norm 5240 1.4996658645300928D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5240 5.1434448308953225D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5240 5240 8.801474 2.172E+04 -22.793978 3.349657 48.996445 0.000000 0.000000 0.000000 0.098839 -3.223300 1412 411 -8.5027E+00 8.801474 1.868860 -23.471937 6.077384 -4.978952 0.000000 0.000000 0.044429 0.901161 0.595886 12 2.8822E+05 4.084519 6.039884 3.349657 -22.305061 -9.316797 48.996445 0.000004 0.000000 0.436260 0.000E+00 retry log_rel_run_E_err -7.4974761422851373 rel_E_err 1.8941418853160599D-12 check gamma integral 4.8259812192251152E-002 residual_norm > tol_residual_norm 5244 1.4787412737365877D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5244 5.1413109563298927D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5244 residual_norm > tol_residual_norm 5248 1.4571288826887929D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5248 5.1391016909989581D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5248 residual_norm > tol_residual_norm 5250 1.4558078815920887D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5250 5.1563137149504543D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 1.9827472440513004D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.0530119153412156D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.0888273606663901D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1069147016357626D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1160011313351747D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1205561236445330D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1228373730199741D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1239773204461501D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1245484692738134D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1248340401419565D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1249768081167747D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1250480287641508D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1250835154269679D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251015862753316D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251105280996013D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251150141571576D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251171518050327D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251183447494747D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251180756661531D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251185427243226D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251177044574019D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251190331946388D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251179631464438D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251191298785905D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251189971866874D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251192498309914D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251189175031221D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251187369587753D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251186230113257D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251182657688007D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251187633569558D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251179305996860D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251194116157740D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251186051191792D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251187545065905D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251195000481040D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251186250912366D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251190427086304D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251197724479719D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251196358843937D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251179853081260D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251192726710511D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251186221627801D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251189265152899D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251196851572569D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251188296906721D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251195830618943D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251187722775653D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251189090442570D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251186178862058D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251189411866755D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251193241740986D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251185561762449D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251187505734186D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251195817079335D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251187508047656D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251196278861415D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251191568773418D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251189194843585D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251196303333831D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251184775497680D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251179999095425D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 max_residual > tol_max_residual 5250 2.1251190032735238D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5250 dt 8.3215101557580832D-21 min_timestep_limit 9.9999999999999995D-21 stopping because of problems dt < min_timestep_limit terminated evolution: cannot find acceptable model termination code: min_timestep_limit runtime (minutes), retries, steps 52.86 476 5250 DATE: 2026-11-09 TIME: 17:42:04 ****************************************************************** failed to create final.mod when running inlist_pulses_header ****************************************************************** ******************** ppisn failed: non-zero exit code ********************