DATE: 2026-10-14 TIME: 11:23:15 run inlist_to_he_dep_header DATE: 2026-10-14 TIME: 11:23:15 reading user weak rate file /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/rates_data/rate_tables/S13_r_be7_wk_li7.h5 version_number 93a1ca63a [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_93a1ca63/data/rates_data/cache/r_c12_ag_o16_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/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_93a1ca63/data/eosDT_data/cache/mesa-FreeEOS_02z00x.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/kap_data/cache/gs98_z0.001_x0.0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/kap_data/cache/gs98_z0.002_x0.0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/kap_data/cache/lowT_fa05_gs98_z0.001_x0.0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/kap_data/cache/lowT_fa05_gs98_z0.002_x0.0.bin relax_num_steps 300 write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/kap_data/cache/lowT_fa05_gs98_z0.001_x0.1.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/kap_data/cache/lowT_fa05_gs98_z0.002_x0.1.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/kap_data/cache/gs98_z0.001_x0.1.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/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 1.5286543360992729D-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 3.8943397389021461D-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 5.9849134888691452E-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 -11.5341691508089497 rel_E_err 2.9230136886601594D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9849114865249062E-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 -11.5162413748608454 rel_E_err 3.0462014824440792D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9849099677115561E-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 -11.5220507255125586 rel_E_err 3.0057252139940183D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9849157777192630E-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 -11.5488122144274854 rel_E_err 2.8261016952643276D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9849288967133207E-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 -11.5113095753593448 rel_E_err 3.0809909642165693D-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 5.9849595149601142E-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 -11.5452905338736684 rel_E_err 2.8491116340697235D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9850878344011448E-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 -11.5481995501351093 rel_E_err 2.8300913233427171D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9852262427732068E-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 -10.0255457236536465 rel_E_err 9.4287533786395719D-11 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9853295765719496E-002 90 5.972792 8921.950 -99.000000 -99.000000 72.499884 0.000000 0.000000 0.000074 0.998580 -13.716943 747 0 -6.0389E-01 5.972792 2.674466 -99.000000 -99.000000 -4.831873 72.499884 0.998580 0.000610 0.001420 0.015472 6 7.3234E+00 -4.792376 6.105464 -99.000000 -99.000000 -7.375818 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -9.9634802729993375 rel_E_err 1.0877265444179347D-10 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9853997994387301E-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 8964.894 -99.000000 -99.000000 72.499855 0.000000 0.000000 0.000074 0.998580 -13.651112 752 0 -7.1491E-01 5.991036 2.663651 -99.000000 -99.000000 -4.858314 72.499855 0.998580 0.000610 0.001420 0.015486 4 9.3604E+00 -4.736418 6.092175 -99.000000 -99.000000 -7.370065 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.5766317012563338 rel_E_err 2.6507471231681424D-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 5.9854347385729770E-002 110 6.009114 9005.544 -99.000000 -99.000000 72.499827 0.000000 0.000000 0.000074 0.998580 -13.585607 756 0 -6.2862E-01 6.009114 2.654252 -99.000000 -99.000000 -4.879538 72.499827 0.998580 0.000610 0.001420 0.015502 4 1.1501E+01 -4.680849 6.081238 -99.000000 -99.000000 -7.366026 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.6087594517357040 rel_E_err 2.4617307370352484D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9854562702812704E-002 120 6.027812 9047.088 -99.000000 -99.000000 72.499796 0.000000 0.000000 0.000074 0.998580 -13.517627 756 0 -6.1038E-01 6.027812 2.646122 -99.000000 -99.000000 -4.896947 72.499796 0.998580 0.000610 0.001420 0.015520 3 1.3837E+01 -4.623274 6.072974 -99.000000 -99.000000 -7.364096 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6118968564178608 rel_E_err 2.4440109287297311D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9854944831146249E-002 130 6.045716 9086.397 -99.000000 -99.000000 72.499767 0.000000 0.000000 0.000074 0.998580 -13.452378 760 0 -6.4995E-01 6.045716 2.640030 -99.000000 -99.000000 -4.908384 72.499767 0.998580 0.000610 0.001420 0.015538 3 1.6180E+01 -4.568076 6.068320 -99.000000 -99.000000 -7.364648 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6514090163713941 rel_E_err 2.2314696459335173D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9855815075346250E-002 140 6.063472 9123.399 -99.000000 -99.000000 72.499738 0.000000 0.000000 0.000074 0.998580 -13.387592 762 0 -6.4843E-01 6.063472 2.635797 -99.000000 -99.000000 -4.914108 72.499738 0.998580 0.000610 0.001420 0.015556 3 1.8596E+01 -4.513301 6.066915 -99.000000 -99.000000 -7.367407 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6511591163156734 rel_E_err 2.2327540390853349D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9857570197809531E-002 150 6.081545 9161.496 -99.000000 -99.000000 72.499707 0.000000 0.000000 0.000074 0.998580 -13.321656 761 0 -5.5962E-01 6.081545 2.633410 -99.000000 -99.000000 -4.913652 72.499707 0.998580 0.000610 0.001420 0.015574 3 2.1134E+01 -4.457551 6.069379 -99.000000 -99.000000 -7.373142 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.6748082779922502 rel_E_err 2.1144222587277001D-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 5.9860722431014264E-002 160 6.100029 9198.888 -99.000000 -99.000000 72.499674 0.000000 0.000000 0.000074 0.998580 -13.254295 764 0 -4.7178E-01 6.100029 2.633033 -99.000000 -99.000000 -4.906997 72.499674 0.998580 0.000610 0.001420 0.015592 3 2.3797E+01 -4.400565 6.075701 -99.000000 -99.000000 -7.381704 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6473415756789240 rel_E_err 2.2524669341286197D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9865846277268438E-002 170 6.118174 9234.635 -99.000000 -99.000000 72.499640 0.000000 0.000000 0.000074 0.998580 -13.188316 766 0 -5.4247E-01 6.118174 2.634612 -99.000000 -99.000000 -4.893890 72.499640 0.998580 0.000610 0.001420 0.015609 3 2.6460E+01 -4.344688 6.085597 -99.000000 -99.000000 -7.392817 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6760576667140494 rel_E_err 2.1083481795699448D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9873155518382869E-002 180 6.136049 9268.977 -99.000000 -99.000000 72.499606 0.000000 0.000000 0.000074 0.998580 -13.123522 766 0 -5.3696E-01 6.136049 2.637877 -99.000000 -99.000000 -4.875697 72.499606 0.998580 0.000610 0.001420 0.015625 3 2.9116E+01 -4.289730 6.098575 -99.000000 -99.000000 -7.406197 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6847802207938241 rel_E_err 2.0664256272746316D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9882910997415190E-002 190 6.153980 9300.906 -99.000000 -99.000000 72.499569 0.000000 0.000000 0.000074 0.998580 -13.058780 775 0 -5.3292E-01 6.153980 2.642634 -99.000000 -99.000000 -4.853057 72.499569 0.998580 0.000610 0.001420 0.015640 3 3.1800E+01 -4.234711 6.114063 -99.000000 -99.000000 -7.421327 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6782496302717451 rel_E_err 2.0977337702609833D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9895519018923031E-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 9328.919 -99.000000 -99.000000 72.499531 0.000000 0.000000 0.000074 0.998580 -12.995306 774 0 -4.5120E-01 6.171635 2.648484 -99.000000 -99.000000 -4.828210 72.499531 0.998580 0.000610 0.001420 0.015653 3 3.4455E+01 -4.180654 6.130988 -99.000000 -99.000000 -7.437219 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6807372618309646 rel_E_err 2.0857523336561137D-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 5.9910775519304460E-002 210 6.188945 9352.009 -99.000000 -99.000000 72.499490 0.000000 0.000000 0.000074 0.998580 -12.933352 781 0 -5.2806E-01 6.188945 2.655103 -99.000000 -99.000000 -4.800681 72.499490 0.998580 0.000610 0.001420 0.015665 3 3.7064E+01 -4.127777 6.148519 -99.000000 -99.000000 -7.453068 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.7172861584276919 rel_E_err 1.9174049383212828D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9928327100526216E-002 220 6.206687 9370.084 -99.000000 -99.000000 72.499446 0.000000 0.000000 0.000074 0.998580 -12.870137 778 0 -6.0512E-01 6.206687 2.662534 -99.000000 -99.000000 -4.771604 72.499446 0.998580 0.000610 0.001420 0.015675 3 3.9744E+01 -4.073701 6.166737 -99.000000 -99.000000 -7.468824 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7218446390927422 rel_E_err 1.8973845544390489D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9948663087743451E-002 230 6.224795 9381.977 -99.000000 -99.000000 72.499398 0.000000 0.000000 0.000074 0.998580 -12.805912 780 0 -6.0260E-01 6.224795 2.670631 -99.000000 -99.000000 -4.742241 72.499398 0.998580 0.000610 0.001420 0.015684 3 4.2487E+01 -4.018640 6.185134 -99.000000 -99.000000 -7.483842 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7093527750210420 rel_E_err 1.9527526011591781D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9971452331087277E-002 240 6.242935 9387.437 -99.000000 -99.000000 72.499346 0.000000 0.000000 0.000074 0.998580 -12.741850 780 0 -5.9932E-01 6.242935 2.679132 -99.000000 -99.000000 -4.713004 72.499346 0.998580 0.000610 0.001420 0.015691 3 4.5244E+01 -3.963599 6.203145 -99.000000 -99.000000 -7.497583 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7279960228338904 rel_E_err 1.8706992717086739D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9995917078398846E-002 250 6.261111 9386.555 -99.000000 -99.000000 72.499291 0.000000 0.000000 0.000074 0.998580 -12.677926 779 0 -5.9606E-01 6.261111 2.687966 -99.000000 -99.000000 -4.684105 72.499291 0.998580 0.000610 0.001420 0.015697 3 4.8021E+01 -3.908565 6.220650 -99.000000 -99.000000 -7.509895 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7433187881488479 rel_E_err 1.8058480803700070D-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 6.0021765393044588E-002 260 6.279316 9380.213 -99.000000 -99.000000 72.499231 0.000000 0.000000 0.000074 0.998580 -12.614154 786 0 -5.9225E-01 6.279316 2.697061 -99.000000 -99.000000 -4.655604 72.499231 0.998580 0.000610 0.001420 0.015702 3 5.0821E+01 -3.853552 6.237666 -99.000000 -99.000000 -7.520901 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7573847172082733 rel_E_err 1.7482972836112274D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0048837557992035E-002 270 6.297549 9370.213 -99.000000 -99.000000 72.499166 0.000000 0.000000 0.000074 0.998580 -12.550525 783 0 -5.8792E-01 6.297549 2.706289 -99.000000 -99.000000 -4.627505 72.499166 0.998580 0.000610 0.001420 0.015706 3 5.3647E+01 -3.798559 6.254270 -99.000000 -99.000000 -7.530960 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7674235260869775 rel_E_err 1.7083485127229395D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0076953957929807E-002 280 6.315808 9357.072 -99.000000 -99.000000 72.499096 0.000000 0.000000 0.000074 0.998580 -12.487033 793 0 -5.8309E-01 6.315808 2.715600 -99.000000 -99.000000 -4.599856 72.499096 0.998580 0.000610 0.001420 0.015708 3 5.6503E+01 -3.743585 6.270454 -99.000000 -99.000000 -7.540154 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7591556081042654 rel_E_err 1.7411828942119302D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0105770811964013E-002 290 6.334093 9342.338 -99.000000 -99.000000 72.499021 0.000000 0.000000 0.000074 0.998580 -12.423669 795 0 -5.7784E-01 6.334093 2.724887 -99.000000 -99.000000 -4.572656 72.499021 0.998580 0.000610 0.001420 0.015709 3 5.9393E+01 -3.688628 6.286291 -99.000000 -99.000000 -7.548821 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7666632529315560 rel_E_err 1.7113417559663064D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0134833058323775E-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 6.352743 9325.662 -99.000000 -99.000000 72.498939 0.000000 0.000000 0.000074 0.998580 -12.359252 801 0 -4.9347E-01 6.352743 2.734252 -99.000000 -99.000000 -4.546088 72.498939 0.998580 0.000610 0.001420 0.015709 3 6.2373E+01 -3.632665 6.301916 -99.000000 -99.000000 -7.556999 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.7431596208565896 rel_E_err 1.8065100381865609D-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 6.0164185367269842E-002 310 6.371811 9308.596 -99.000000 -99.000000 72.498848 0.000000 0.000000 0.000074 0.998580 -12.293602 802 0 -4.0866E-01 6.371811 2.743578 -99.000000 -99.000000 -4.519778 72.498848 0.998580 0.000610 0.001420 0.015708 4 6.5461E+01 -3.575539 6.317386 -99.000000 -99.000000 -7.565015 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7647146673208010 rel_E_err 1.7190374285839137D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0193406960524706E-002 320 6.390499 9292.054 -99.000000 -99.000000 72.498752 0.000000 0.000000 0.000074 0.998580 -12.229448 809 0 -4.8101E-01 6.390499 2.752425 -99.000000 -99.000000 -4.493888 72.498752 0.998580 0.000610 0.001420 0.015707 3 6.8531E+01 -3.519631 6.331990 -99.000000 -99.000000 -7.572526 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7506868555293327 rel_E_err 1.7754692069620085D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0220816877698383E-002 330 6.409031 9276.491 -99.000000 -99.000000 72.498649 0.000000 0.000000 0.000074 0.998580 -12.166002 818 0 -5.1316E-01 6.409031 2.760865 -99.000000 -99.000000 -4.469358 72.498649 0.998580 0.000610 0.001420 0.015704 3 7.1622E+01 -3.464264 6.345958 -99.000000 -99.000000 -7.579775 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7491263608965273 rel_E_err 1.7818602478110723D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0246399236361672E-002 340 6.427499 9262.077 -99.000000 -99.000000 72.498540 0.000000 0.000000 0.000074 0.998580 -12.102942 831 0 -5.2496E-01 6.427499 2.768888 -99.000000 -99.000000 -4.446185 72.498540 0.998580 0.000610 0.001420 0.015700 3 7.4755E+01 -3.409161 6.359304 -99.000000 -99.000000 -7.586801 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7753989852658254 rel_E_err 1.6772624132681614D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0269931689359908E-002 350 6.445942 9248.256 -99.000000 -99.000000 72.498423 0.000000 0.000000 0.000074 0.998580 -12.040115 836 0 -5.2636E-01 6.445942 2.776562 -99.000000 -99.000000 -4.423987 72.498423 0.998580 0.000610 0.001420 0.015696 3 7.7940E+01 -3.354195 6.372057 -99.000000 -99.000000 -7.593523 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7657789135818689 rel_E_err 1.7148300543790272D-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 6.0291222665108661E-002 360 6.464380 9235.794 -99.000000 -99.000000 72.498297 0.000000 0.000000 0.000074 0.998580 -11.977447 837 0 -5.2232E-01 6.464380 2.783820 -99.000000 -99.000000 -4.402902 72.498297 0.998580 0.000610 0.001420 0.015691 3 8.1186E+01 -3.299306 6.384231 -99.000000 -99.000000 -7.600082 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7654983773936692 rel_E_err 1.7159381211784017D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0310083274337956E-002 370 6.482822 9225.001 -99.000000 -99.000000 72.498163 0.000000 0.000000 0.000074 0.998580 -11.914898 835 0 -5.1535E-01 6.482822 2.790667 -99.000000 -99.000000 -4.382781 72.498163 0.998580 0.000610 0.001420 0.015685 3 8.4500E+01 -3.244462 6.395894 -99.000000 -99.000000 -7.606574 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7926416036694572 rel_E_err 1.6119753498285055D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0326317546758164E-002 380 6.501270 9215.041 -99.000000 -99.000000 72.498019 0.000000 0.000000 0.000074 0.998580 -11.852448 847 0 -5.0666E-01 6.501270 2.797156 -99.000000 -99.000000 -4.363686 72.498019 0.998580 0.000610 0.001420 0.015678 3 8.7886E+01 -3.189651 6.406996 -99.000000 -99.000000 -7.612817 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7497489733444489 rel_E_err 1.7793075708537510D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0339811999770024E-002 390 6.520058 9206.801 -99.000000 -99.000000 72.497863 0.000000 0.000000 0.000074 0.998580 -11.788952 852 0 -4.1814E-01 6.520058 2.803320 -99.000000 -99.000000 -4.345546 72.497863 0.998580 0.000610 0.001420 0.015671 3 9.1416E+01 -3.133873 6.417769 -99.000000 -99.000000 -7.619124 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.7625039334786283 rel_E_err 1.7278103313663827D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0350574912082289E-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 9199.557 -99.000000 -99.000000 72.497689 0.000000 0.000000 0.000074 0.998580 -11.723040 852 0 -4.0731E-01 6.539592 2.809349 -99.000000 -99.000000 -4.327296 72.497689 0.998580 0.000610 0.001420 0.015664 3 9.5176E+01 -3.075926 6.428459 -99.000000 -99.000000 -7.625546 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7641245171146362 rel_E_err 1.7213749666560305D-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 6.0358513904166564E-002 410 6.558309 9193.858 -99.000000 -99.000000 72.497511 0.000000 0.000000 0.000074 0.998580 -11.659958 853 0 -4.5545E-01 6.558309 2.814780 -99.000000 -99.000000 -4.310484 72.497511 0.998580 0.000610 0.001420 0.015656 3 9.8873E+01 -3.020434 6.438244 -99.000000 -99.000000 -7.631587 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7483221135679976 rel_E_err 1.7851630391762260D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0363000140255946E-002 420 6.576851 9190.088 -99.000000 -99.000000 72.497324 0.000000 0.000000 0.000074 0.998580 -11.597521 861 0 -4.5885E-01 6.576851 2.819751 -99.000000 -99.000000 -4.294873 72.497324 0.998580 0.000610 0.001420 0.015648 3 1.0263E+02 -2.965484 6.447475 -99.000000 -99.000000 -7.637558 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7569013479233213 rel_E_err 1.7502442198501086D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0364340327913123E-002 430 6.595688 9187.525 -99.000000 -99.000000 72.497121 0.000000 0.000000 0.000074 0.998580 -11.534129 869 0 -3.7160E-01 6.595688 2.824449 -99.000000 -99.000000 -4.280192 72.497121 0.998580 0.000610 0.001420 0.015639 5 1.0655E+02 -2.909675 6.456387 -99.000000 -99.000000 -7.643509 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.7508096416730190 rel_E_err 1.7749673074177275D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0362553128723830E-002 440 6.615244 9187.057 -99.000000 -86.081388 72.496897 0.000000 0.000000 0.000074 0.998580 -11.468344 886 0 -3.6082E-01 6.615244 2.828909 -99.000000 -99.000000 -4.265507 72.496897 0.998580 0.000610 0.001420 0.015630 3 1.1073E+02 -2.851745 6.465218 -86.081388 -99.000000 -7.649761 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6987895896283689 rel_E_err 2.0008310130306338D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0357302014879238E-002 450 6.633964 9188.194 -99.000000 -84.115299 72.496670 0.000000 0.000000 0.000074 0.998580 -11.405383 898 0 -4.0776E-01 6.633964 2.832868 -99.000000 -99.000000 -4.251962 72.496670 0.998580 0.000610 0.001420 0.015622 3 1.1485E+02 -2.796297 6.473350 -84.115299 -99.000000 -7.655793 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7947972691499459 rel_E_err 1.6039939684142378D-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 6.0349103885806846E-002 460 6.652501 9191.085 -99.000000 -82.553709 72.496431 0.000000 0.000000 0.000074 0.998580 -11.343047 905 0 -4.0987E-01 6.652501 2.836361 -99.000000 -99.000000 -4.239707 72.496431 0.998580 0.000610 0.001420 0.015613 3 1.1905E+02 -2.741394 6.480883 -82.553709 -99.000000 -7.661705 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7623216920751030 rel_E_err 1.7285355182334793D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0337948490578573E-002 470 6.671329 9196.075 -99.000000 -80.989581 72.496174 0.000000 0.000000 0.000074 0.998580 -11.279744 918 0 -3.2155E-01 6.671329 2.839607 -82.672853 -99.000000 -4.227992 72.496174 0.998580 0.000610 0.001420 0.015605 3 1.2344E+02 -2.685632 6.488317 -80.998682 -99.000000 -7.667926 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.7395994926609291 rel_E_err 1.8213797648236795D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0323541224056636E-002 480 6.690870 9203.943 -99.000000 -79.397488 72.495892 0.000000 0.000000 0.000074 0.998580 -11.214058 933 0 -3.0938E-01 6.690870 2.842450 -81.025228 -99.000000 -4.216693 72.495892 0.998580 0.000610 0.001420 0.015595 3 1.2814E+02 -2.627765 6.495490 -79.407845 -99.000000 -7.674490 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7400910825985001 rel_E_err 1.8193192610752508D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0305290819835870E-002 490 6.709577 9214.136 -99.000000 -77.897077 72.495606 0.000000 0.000000 0.000074 0.998580 -11.151190 943 0 -3.5482E-01 6.709577 2.844803 -79.570939 -99.000000 -4.206328 72.495606 0.998580 0.000610 0.001420 0.015587 3 1.3279E+02 -2.572372 6.502119 -77.906379 -99.000000 -7.681114 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7727705599889489 rel_E_err 1.6874442754416888D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0284740321278410E-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 9227.421 -99.000000 -76.431528 72.495307 0.000000 0.000000 0.000074 0.998580 -11.088947 955 0 -3.5550E-01 6.728101 2.846609 -78.152792 -99.000000 -4.197191 72.495307 0.998580 0.000610 0.001420 0.015578 3 1.3754E+02 -2.517523 6.508233 -76.439859 -99.000000 -7.687984 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7491484400139203 rel_E_err 1.7817696620376105D-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 6.0261438341068119E-002 510 6.746915 9244.604 -99.000000 -74.963440 72.494987 0.000000 0.000000 0.000074 0.998580 -11.025749 963 0 -2.6578E-01 6.746915 2.847871 -76.731585 -99.000000 -4.188984 72.494987 0.998580 0.000610 0.001420 0.015569 4 1.4253E+02 -2.461824 6.513988 -74.970910 -99.000000 -7.695399 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.7547624601934491 rel_E_err 1.7588853831531353D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0234809777949816E-002 520 6.766438 9268.346 -99.000000 -73.461278 72.494637 0.000000 0.000000 0.000074 0.998580 -10.960181 981 0 -2.5211E-01 6.766438 2.848331 -75.276583 -99.000000 -4.181934 72.494637 0.998580 0.000610 0.001420 0.015560 4 1.4789E+02 -2.404028 6.519365 -73.467974 -99.000000 -7.703922 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7635453560513685 rel_E_err 1.7236720679214117D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0203814801363290E-002 530 6.785125 9297.004 -99.000000 -72.043605 72.494285 0.000000 0.000000 0.000074 0.998580 -10.897429 998 0 -2.9548E-01 6.785125 2.847876 -73.902615 -99.000000 -4.176514 72.494285 0.998580 0.000610 0.001420 0.015551 4 1.5320E+02 -2.348710 6.523818 -72.049655 -99.000000 -7.712938 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7638900922811374 rel_E_err 1.7223043866383922D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0171320705458324E-002 540 6.803624 9334.526 -99.000000 -70.659193 72.493920 0.000000 0.000000 0.000074 0.998580 -10.835304 1003 0 -2.9400E-01 6.803624 2.846165 -72.560090 -99.000000 -4.173261 72.493920 0.998580 0.000610 0.001420 0.015542 4 1.5866E+02 -2.293945 6.527393 -70.664684 -99.000000 -7.723419 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7612852962537691 rel_E_err 1.7326654031604502D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0136431807297691E-002 550 6.822400 9384.309 -99.000000 -69.273246 72.493533 0.000000 0.000000 0.000074 0.998580 -10.772244 1017 0 -2.0193E-01 6.822400 2.842635 -71.215252 -99.000000 -4.172616 72.493533 0.998580 0.000610 0.001420 0.015534 4 1.6442E+02 -2.238356 6.529573 -69.278237 -99.000000 -7.735979 0.000000 0.000252 0.000133 0.001420 0.000E+00 max increase log_rel_run_E_err -11.7740546570850899 rel_E_err 1.6824623055081113D-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 6.0098253193868585E-002 560 6.841611 9456.268 -99.000000 -67.874897 72.493121 0.000000 0.000000 0.000074 0.998580 -10.707698 1019 0 -1.9734E-01 6.841611 2.835986 -69.857499 -99.000000 -4.177823 72.493121 0.998580 0.000610 0.001420 0.015525 4 1.7058E+02 -2.181467 6.529544 -67.879442 -99.000000 -7.752785 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7600651590527381 rel_E_err 1.7375401186401217D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0056745118978558E-002 570 6.859837 9549.468 -99.000000 -66.566414 72.492720 0.000000 0.000000 0.000074 0.998580 -10.646414 1041 0 -2.3502E-01 6.859837 2.826536 -68.586154 -99.000000 -4.187443 72.492720 0.998580 0.000610 0.001420 0.015517 4 1.7670E+02 -2.127472 6.527682 -66.570584 -99.000000 -7.774939 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7688874132444603 rel_E_err 1.7025998341646835D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 6.0016097764090275E-002 580 6.877937 9687.959 -99.000000 -65.284214 72.492313 0.000000 0.000000 0.000074 0.998580 -10.585480 1051 0 -1.9080E-01 6.877937 2.811121 -67.339507 -99.000000 -4.206224 72.492313 0.998580 0.000610 0.001420 0.015509 5 1.8309E+02 -2.073816 6.521866 -65.288054 -99.000000 -7.809411 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7607601498714143 rel_E_err 1.7347617993910093D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9975065942835956E-002 590 6.895063 9900.963 -99.000000 -64.086648 72.491928 0.000000 0.000000 0.000074 0.998580 -10.527725 1053 0 -1.8527E-01 6.895063 2.787888 -66.174354 -99.000000 -4.234216 72.491928 0.998580 0.000610 0.001420 0.015502 5 1.8949E+02 -2.023002 6.513180 -64.090211 -99.000000 -7.872802 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7537147883910134 rel_E_err 1.7631335584086712D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9937143472440786E-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 6.910022 1.031E+04 -99.000000 -63.052988 72.491599 0.000000 0.000000 0.000074 0.998580 -10.477188 1041 0 -3.0108E-01 6.910022 2.750405 -65.168025 -99.000000 -4.270628 72.491599 0.998580 0.000610 0.001420 0.015497 5 1.9539E+02 -1.978580 6.507865 -63.056333 -99.000000 -8.036146 0.000000 0.000252 0.000133 0.001420 0.000E+00 varcontrol log_rel_run_E_err -11.7659309407083850 rel_E_err 1.7142298739208914D-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 5.9904956064738960E-002 retry: logT > hydro_mtx_max_allowed_logT 428 610 610 6.919728 1.119E+04 -99.000000 -62.388320 72.491399 0.000000 0.000000 0.000074 0.998580 -10.444364 1030 1 -7.3995E-01 6.919728 2.677348 -64.520613 -99.000000 -4.333682 72.491399 0.998580 0.000610 0.001420 0.015494 5 1.9934E+02 -1.949740 6.505243 -62.391534 -99.000000 -8.500974 0.000000 0.000252 0.000133 0.001420 0.000E+00 retry log_rel_run_E_err -11.7570615858196295 rel_E_err 1.7495985664254322D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9884379718804906E-002 620 6.926612 1.346E+04 -99.000000 -61.919766 72.491280 0.000000 0.000000 0.000074 0.998580 -10.421052 1059 1 -5.0720E-01 6.926612 2.511796 -64.064064 -99.000000 -4.433307 72.491280 0.998580 0.000610 0.001420 0.015491 5 2.0224E+02 -1.929271 6.494296 -61.922892 -99.000000 -9.988214 0.000000 0.000252 0.000133 0.001420 0.000E+00 varcontrol log_rel_run_E_err -11.7758865360991187 rel_E_err 1.6753805292507503D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9871732851528969E-002 630 6.933872 1.829E+04 -99.000000 -61.428248 72.491148 0.000000 0.000000 0.000074 0.998580 -10.396357 1042 1 -4.3039E-01 6.933872 2.224947 -63.584959 -99.000000 -4.371346 72.491148 0.998580 0.000610 0.001420 0.015490 5 2.0549E+02 -1.907637 6.453907 -61.431286 -99.000000 -9.859338 0.000000 0.000252 0.000133 0.001420 0.000E+00 varcontrol log_rel_run_E_err -11.7511871322846737 rel_E_err 1.7734251685952854D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9864281112285138E-002 640 6.949191 2.074E+04 -99.000000 -60.399737 72.490829 0.000000 0.000000 0.000074 0.998580 -10.343804 1039 1 -5.6656E-02 6.949191 2.100782 -62.581785 -99.000000 -4.382460 72.490829 0.998580 0.000610 0.001420 0.015488 3 2.1317E+02 -1.861793 6.423110 -60.402602 -99.000000 -9.608647 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7520874262328725 rel_E_err 1.7697526600244049D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9860039278237430E-002 650 6.967442 2.139E+04 -99.000000 -59.189457 72.490424 0.000000 0.000000 0.000074 0.998580 -10.281099 1037 1 -4.9320E-02 6.967442 2.073831 -61.400476 -99.000000 -4.369286 72.490424 0.998580 0.000610 0.001420 0.015487 3 2.2279E+02 -1.807133 6.422798 -59.192137 -99.000000 -9.553832 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7760301236777281 rel_E_err 1.6748267021128834D-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 5.9855664117744178E-002 660 6.986724 2.191E+04 -99.000000 -57.928248 72.489963 0.000000 0.000000 0.000074 0.998580 -10.214850 1039 1 1.2243E-01 6.986724 2.053992 -60.168499 -99.000000 -4.353370 72.489963 0.998580 0.000610 0.001420 0.015486 3 2.3336E+02 -1.749380 6.425224 -57.930753 -99.000000 -9.514751 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7325583458030565 rel_E_err 1.8511501825500223D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9850878961276326E-002 670 7.005444 2.237E+04 -99.000000 -51.662437 72.489481 0.000000 0.000000 0.000074 0.998580 -10.150551 1039 1 2.0201E-02 7.005444 2.037455 -58.988124 -13.438722 -4.336228 72.489481 0.998580 0.000610 0.001420 0.015485 3 2.4401E+02 -1.693319 6.428380 -51.662437 -99.000000 -9.482514 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7574133190203618 rel_E_err 1.7481821478544944D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9846063961384165E-002 680 7.023801 2.280E+04 -99.000000 -50.070897 72.488971 0.000000 0.000000 0.000074 0.998580 -10.087520 1040 1 6.2686E-03 7.023801 2.022686 -57.845306 -11.099766 -4.319528 72.488971 0.998580 0.000610 0.001420 0.015484 3 2.5484E+02 -1.638349 6.431898 -50.070897 -99.000000 -9.454141 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7645660182789911 rel_E_err 1.7196259163815360D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9841190724219180E-002 690 7.042079 2.322E+04 -99.000000 -48.986269 72.488425 0.000000 0.000000 0.000074 0.998580 -10.024790 1044 1 1.4075E-02 7.042079 2.008805 -56.721709 -10.144512 -4.302833 72.488425 0.998580 0.000610 0.001420 0.015482 3 2.6599E+02 -1.583628 6.435625 -48.986269 -99.000000 -9.428406 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7796600332568797 rel_E_err 1.6608865445898806D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9836196529499300E-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 7.061393 2.366E+04 -99.000000 -47.887601 72.487820 0.000000 0.000000 0.000074 0.998580 -9.958538 1044 1 1.8465E-01 7.061393 1.994342 -55.549634 -9.473620 -4.189223 72.487820 0.998580 0.000610 0.001420 0.015481 3 2.7820E+02 -1.525815 6.439627 -47.887601 -99.000000 -9.403138 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7614860107627344 rel_E_err 1.7318648156578937D-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 5.9830761245746988E-002 710 7.080132 2.411E+04 -99.000000 -46.839441 72.486926 0.000000 0.000000 0.000074 0.998580 -9.894289 1049 1 8.1768E-02 7.080132 1.979935 -54.427237 -8.971418 -4.135408 72.486926 0.998580 0.000610 0.001420 0.015479 3 2.9049E+02 -1.469735 6.443427 -46.839441 -99.000000 -9.380099 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7660531073359138 rel_E_err 1.7137477304930265D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9825432738537063E-002 720 7.098503 2.457E+04 -99.000000 -45.825924 72.486006 0.000000 0.000000 0.000074 0.998580 -9.831328 1049 1 6.7741E-02 7.098503 1.965247 -53.340698 -8.559423 -4.129941 72.486006 0.998580 0.000610 0.001420 0.015477 3 3.0296E+02 -1.414764 6.447030 -45.825924 -99.000000 -9.359488 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7724576971633397 rel_E_err 1.6886603369240603D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9820045720426235E-002 730 7.116789 2.507E+04 -99.000000 -44.830508 72.485047 0.000000 0.000000 0.000074 0.998580 -9.768683 1051 1 7.5866E-02 7.116789 1.949525 -52.272507 -8.200848 -4.124891 72.485047 0.998580 0.000610 0.001420 0.015476 3 3.1581E+02 -1.360055 6.450365 -44.830508 -99.000000 -9.341374 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7705206643494371 rel_E_err 1.6962088923071988D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9814508735893508E-002 740 7.136105 2.564E+04 -99.000000 -43.793350 72.483984 0.000000 0.000000 0.000074 0.998580 -9.702537 1052 1 2.4695E-01 7.136105 1.931432 -51.158183 -7.861677 -4.120257 72.483984 0.998580 0.000610 0.001420 0.015474 3 3.2990E+02 -1.302273 6.453527 -43.793350 -99.000000 -9.326055 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7695507180650782 rel_E_err 1.7000014113615980D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9808454666888770E-002 750 7.154841 2.626E+04 -99.000000 -42.801175 72.482902 0.000000 0.000000 0.000074 0.998580 -9.638395 1049 1 1.4503E-01 7.154841 1.912088 -50.090444 -7.561934 -4.116075 72.482902 0.998580 0.000610 0.001420 0.015472 3 3.4410E+02 -1.246231 6.456187 -42.801175 -99.000000 -9.316345 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7546617246127933 rel_E_err 1.7592934078881296D-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 5.9802357759621713E-002 760 7.173204 2.693E+04 -99.000000 -41.841794 72.481791 0.000000 0.000000 0.000074 0.998580 -9.575543 1056 1 1.3222E-01 7.173204 1.891222 -49.055644 -7.290037 -4.112719 72.481791 0.998580 0.000610 0.001420 0.015470 3 3.5854E+02 -1.191306 6.458371 -41.841794 -99.000000 -9.327067 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7587740490083696 rel_E_err 1.7427133214452122D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9796149446196295E-002 770 7.191478 2.767E+04 -99.000000 -40.899704 72.480635 0.000000 0.000000 0.000074 0.998580 -9.513005 1056 1 1.4168E-01 7.191478 1.868600 -48.036204 -7.036759 -4.110058 72.480635 0.998580 0.000610 0.001420 0.015468 3 3.7348E+02 -1.136648 6.460101 -40.899704 -99.000000 -9.340184 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7736947643002896 rel_E_err 1.6838571125469362D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9789723671601215E-002 780 7.210774 2.853E+04 -99.000000 -39.918389 72.479357 0.000000 0.000000 0.000074 0.998580 -9.446974 1063 1 3.1390E-01 7.210774 1.842642 -46.969407 -6.784499 -4.108049 72.479357 0.998580 0.000610 0.001420 0.015466 4 3.8990E+02 -1.078931 6.461433 -39.918389 -99.000000 -9.386742 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7823264407691450 rel_E_err 1.6507205550612847D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9782650136191495E-002 790 7.229489 2.943E+04 -99.000000 -38.979727 72.478060 0.000000 0.000000 0.000074 0.998580 -9.382931 1066 1 2.1366E-01 7.229489 1.816093 -45.942706 -6.551953 -4.106690 72.478060 0.998580 0.000610 0.001420 0.015464 3 4.0649E+02 -1.022949 6.462270 -38.979727 -99.000000 -9.478387 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7887513392688827 rel_E_err 1.6264797504989539D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9775479025819110E-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 7.247829 3.037E+04 -99.000000 -38.072131 72.476733 0.000000 0.000000 0.000074 0.998580 -9.320163 1064 1 2.0235E-01 7.247829 1.789213 -44.942730 -6.333464 -4.106000 72.476733 0.998580 0.000610 0.001420 0.015462 3 4.2345E+02 -0.968080 6.462692 -38.072131 -99.000000 -9.701704 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7677942232763790 rel_E_err 1.7068909538000636D-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 5.9768129299288125E-002 810 7.266078 3.138E+04 -99.000000 -37.180926 72.475356 0.000000 0.000000 0.000074 0.998580 -9.257695 1066 1 2.1315E-01 7.266078 1.760703 -43.952774 -6.123671 -4.105835 72.475356 0.998580 0.000610 0.001420 0.015460 3 4.4103E+02 -0.913472 6.462772 -37.180926 -99.000000 -9.886743 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7616147275979994 rel_E_err 1.7313515990824410D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9760473369288178E-002 820 7.285346 3.253E+04 -99.000000 -36.252702 72.473837 0.000000 0.000000 0.000074 0.998580 -9.191728 1063 1 3.8634E-01 7.285346 1.729319 -42.912399 -5.909107 -4.106107 72.473837 0.998580 0.000610 0.001420 0.015459 4 4.6041E+02 -0.855808 6.462549 -36.252702 -99.000000 -10.001535 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7638290249384525 rel_E_err 1.7225465816270417D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9751991877534792E-002 830 7.304034 3.372E+04 -99.000000 -35.364728 72.472300 0.000000 0.000000 0.000074 0.998580 -9.127729 1068 1 2.8729E-01 7.304034 1.698022 -41.907638 -5.706932 -4.106738 72.472300 0.998580 0.000610 0.001420 0.015457 3 4.8005E+02 -0.799867 6.462128 -35.364728 -99.000000 -10.053414 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7604642580543093 rel_E_err 1.7359441232347947D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9743340776663628E-002 840 7.322357 3.493E+04 -99.000000 -34.505633 72.470729 0.000000 0.000000 0.000074 0.998580 -9.064959 1082 1 2.7680E-01 7.322357 1.666974 -40.925954 -5.513830 -4.107542 72.470729 0.998580 0.000610 0.001420 0.015456 3 5.0016E+02 -0.745026 6.461586 -34.505633 -99.000000 -10.054023 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7580467726712108 rel_E_err 1.7456341413938199D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9734446895785630E-002 850 7.340631 3.618E+04 -99.000000 -33.660112 72.469103 0.000000 0.000000 0.000074 0.998580 -9.002333 1082 1 2.8643E-01 7.340631 1.636315 -39.949170 -5.325980 -4.108434 72.469103 0.998580 0.000610 0.001420 0.015454 3 5.2101E+02 -0.690368 6.460991 -33.660112 -99.000000 -10.046803 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7836105889163587 rel_E_err 1.6458468138889959D-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 5.9725334745662932E-002 860 7.359975 3.752E+04 -99.000000 -32.777086 72.467325 0.000000 0.000000 0.000074 0.998580 -8.935996 1082 1 4.5643E-01 7.359975 1.604400 -38.914758 -5.132022 -4.109320 72.467325 0.998580 0.000610 0.001420 0.015452 4 5.4386E+02 -0.632508 6.460376 -32.777086 -99.000000 -9.984354 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7680699784922496 rel_E_err 1.7058075076494276D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9715749982463047E-002 870 7.378742 3.883E+04 -99.000000 -31.932212 72.465548 0.000000 0.000000 0.000074 0.998580 -8.871603 1083 1 3.5087E-01 7.378742 1.574290 -37.905778 -4.948520 -4.110145 72.465548 0.998580 0.000610 0.001420 0.015450 3 5.6674E+02 -0.576330 6.459858 -31.932212 -99.000000 -9.913950 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7874313359967253 rel_E_err 1.6314308257365770D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9706662969663628E-002 880 7.397093 4.012E+04 -99.000000 -31.117068 72.463755 0.000000 0.000000 0.000074 0.998580 -8.808612 1086 1 3.3564E-01 7.397093 1.545608 -36.905235 -4.773327 -4.110804 72.463755 0.998580 0.000610 0.001420 0.015450 3 5.8986E+02 -0.521325 6.459429 -31.117068 -99.000000 -9.842935 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7660965349284439 rel_E_err 1.7135763716102262D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9697811295157575E-002 890 7.415318 4.141E+04 -99.000000 -30.318208 72.461908 0.000000 0.000000 0.000074 0.998580 -8.746047 1086 1 3.4511E-01 7.415318 1.517898 -35.884660 -4.603267 -4.111349 72.461908 0.998580 0.000610 0.001420 0.015450 3 6.1372E+02 -0.466672 6.459072 -30.318209 -99.000000 -9.768721 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7273623065849115 rel_E_err 1.8734309616621979D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9688729962812055E-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 7.434547 4.279E+04 -99.000000 -29.486621 72.459878 0.000000 0.000000 0.000074 0.998580 -8.680032 1087 1 5.1810E-01 7.434547 1.489349 -34.760307 -4.427753 -4.111797 72.459878 0.998580 0.000610 0.001420 0.015449 3 6.3997E+02 -0.408999 6.458763 -29.486624 -99.000000 -9.688957 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7548635647560555 rel_E_err 1.7584759590259114D-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 5.9678603244146582E-002 910 7.453192 4.414E+04 -99.000000 -28.691196 72.457821 0.000000 0.000000 0.000074 0.998580 -8.616021 1088 1 4.1928E-01 7.453192 1.462314 -33.616123 -4.261136 -4.112153 72.457821 0.998580 0.000610 0.001420 0.015449 3 6.6658E+02 -0.353070 6.458549 -28.691201 -99.000000 -9.616446 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7567651243301157 rel_E_err 1.7507932987892876D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9668124378433336E-002 920 7.471467 4.547E+04 -99.000000 -27.921901 72.455716 0.000000 0.000000 0.000074 0.998580 -8.553291 1086 1 4.0931E-01 7.471467 1.436429 -32.463604 -4.101043 -4.112374 72.455716 0.998580 0.000610 0.001420 0.015449 3 6.9384E+02 -0.298250 6.458409 -27.921913 -99.000000 -9.548612 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7697783880779880 rel_E_err 1.6991104538929108D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9657151499288796E-002 930 7.489654 4.682E+04 -99.000000 -27.166227 72.453528 0.000000 0.000000 0.000074 0.998580 -8.490866 1090 1 4.2129E-01 7.489654 1.410994 -31.313679 -3.944739 -4.112499 72.453528 0.998580 0.000610 0.001420 0.015449 3 7.2220E+02 -0.243687 6.458330 -27.166258 -99.000000 -9.481394 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7466925683282071 rel_E_err 1.7918738504347502D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9645491188297560E-002 940 7.508860 4.825E+04 -99.000000 -26.378862 72.451110 0.000000 0.000000 0.000074 0.998580 -8.424958 1092 1 5.9531E-01 7.508860 1.384738 -30.109103 -3.782885 -4.112548 72.451110 0.998580 0.000610 0.001420 0.015449 3 7.5353E+02 -0.186066 6.458295 -26.378943 -99.000000 -9.411469 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7626392337051016 rel_E_err 1.7272721326837271D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9632339475381060E-002 950 7.527493 4.967E+04 -99.000000 -25.625217 72.448653 0.000000 0.000000 0.000074 0.998580 -8.361025 1097 1 4.9723E-01 7.527493 1.359560 -28.956662 -3.628755 -4.112535 72.448653 0.998580 0.000610 0.001420 0.015449 3 7.8536E+02 -0.130160 6.458314 -25.625420 -99.000000 -9.343713 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7704613827759772 rel_E_err 1.6964404420951939D-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 5.9618721175833389E-002 960 7.545761 5.108E+04 -99.000000 -24.895918 72.446135 0.000000 0.000000 0.000074 0.998580 -8.298359 1113 1 4.8751E-01 7.545761 1.335405 -27.849153 -3.479854 -4.112461 72.446135 0.998580 0.000610 0.001420 0.015449 3 8.1799E+02 -0.075347 6.458367 -24.896402 -99.000000 -9.372210 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6741554000539320 rel_E_err 2.1176032749507012D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9604524371190883E-002 970 7.563945 5.250E+04 -99.000000 -24.179046 72.443514 0.000000 0.000000 0.000074 0.998580 -8.235993 1110 1 4.9948E-01 7.563945 1.311586 -26.772753 -3.333259 -4.112341 72.443514 0.998580 0.000610 0.001420 0.015450 3 8.5194E+02 -0.020783 6.458450 -24.180154 -99.000000 -9.314864 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7658163858863158 rel_E_err 1.7146820997896624D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9589539673117413E-002 980 7.583150 5.404E+04 -99.000000 -23.431238 72.440618 0.000000 0.000000 0.000074 0.998580 -8.170143 1113 1 6.7338E-01 7.583150 1.286579 -25.665736 -3.179687 -4.112178 72.440618 0.998580 0.000610 0.001420 0.015450 3 8.8945E+02 0.036845 6.458558 -23.433776 -99.000000 -9.253851 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7601327904091892 rel_E_err 1.7372695578787591D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9572770701376461E-002 990 7.601783 5.554E+04 -99.000000 -22.713943 72.437676 0.000000 0.000000 0.000074 0.998580 -8.106268 1116 1 5.7503E-01 7.601783 1.262716 -24.620987 -3.031505 -4.111977 72.437676 0.998580 0.000610 0.001420 0.015450 3 9.2753E+02 0.092762 6.458698 -22.719356 -99.000000 -9.195342 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7605754839993288 rel_E_err 1.7354995923671174D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9555549783463599E-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 7.620052 5.705E+04 -99.000000 -22.017245 72.434660 0.000000 0.000000 0.000074 0.998580 -8.043661 1114 1 5.6498E-01 7.620052 1.239582 -23.624172 -2.886711 -4.111730 72.434660 0.998580 0.000610 0.001420 0.015450 3 9.6655E+02 0.147587 6.458865 -22.028116 -99.000000 -9.138076 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7645349164373290 rel_E_err 1.7197490711770615D-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 5.9537737045779568E-002 1010 7.638238 5.858E+04 -99.000000 -21.328133 72.431523 0.000000 0.000000 0.000074 0.998580 -7.981355 1123 1 5.7660E-01 7.638238 1.216688 -22.658122 -2.742863 -4.111446 72.431523 0.998580 0.000610 0.001420 0.015450 3 1.0071E+03 0.202165 6.459058 -21.348937 -99.000000 -9.080574 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7491733426302041 rel_E_err 1.7816674975939945D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9519070857470824E-002 1020 7.657446 6.022E+04 -99.000000 -20.601868 72.428057 0.000000 0.000000 0.000074 0.998580 -7.915569 1121 1 7.5018E-01 7.657446 1.192818 -21.665242 -2.591137 -4.111109 72.428057 0.998580 0.000610 0.001420 0.015451 3 1.0519E+03 0.259811 6.459285 -20.641122 -99.000000 -9.019617 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7284677104259192 rel_E_err 1.8686686066526226D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9498319547644209E-002 1030 7.676082 6.184E+04 -99.000000 -19.894638 72.424539 0.000000 0.000000 0.000074 0.998580 -7.851758 1123 1 6.5133E-01 7.676082 1.169859 -20.727884 -2.444113 -4.110724 72.424539 0.998580 0.000610 0.001420 0.015451 3 1.0973E+03 0.315746 6.459544 -19.963591 -99.000000 -8.960478 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7535724247551343 rel_E_err 1.7637116160615427D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9477135962395379E-002 1040 7.694353 6.346E+04 -99.000000 -19.194533 72.420934 0.000000 0.000000 0.000074 0.998580 -7.789216 1127 1 6.4081E-01 7.694353 1.147582 -19.832825 -2.300190 -4.110294 72.420934 0.998580 0.000610 0.001420 0.015451 3 1.1438E+03 0.370589 6.459834 -19.308036 -99.000000 -8.903820 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7615536340849385 rel_E_err 1.7315951706590691D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9455334345722810E-002 1050 7.712541 6.509E+04 -99.000000 -13.725727 72.417187 0.000000 0.000000 0.000074 0.998580 -7.726978 1127 1 6.5197E-01 7.712541 1.125711 -18.964531 -2.157187 -4.109809 72.417187 0.998580 0.000610 0.001420 0.015452 3 1.1921E+03 0.425184 6.460161 -13.725729 -99.000000 -8.848986 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7359775088095635 rel_E_err 1.8366334562381826D-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 5.9432589078561693E-002 1060 7.731751 6.684E+04 -99.000000 -12.336465 72.413050 0.000000 0.000000 0.000074 0.998580 -7.661266 1129 1 8.2520E-01 7.731751 1.102834 -18.071092 -2.006448 -4.109246 72.413050 0.998580 0.000610 0.001420 0.015452 3 1.2453E+03 0.482850 6.460549 -12.336466 -99.000000 -8.791661 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7556695404993530 rel_E_err 1.7552155568835062D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9407407735043327E-002 1070 7.750389 6.857E+04 -99.000000 -11.610029 72.408852 0.000000 0.000000 0.000074 0.998580 -7.597535 1127 1 7.2585E-01 7.750389 1.080934 -17.226597 -1.860443 -4.108578 72.408852 0.998580 0.000610 0.001420 0.015453 3 1.2992E+03 0.538803 6.460996 -11.610031 -99.000000 -8.737060 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6556421048980265 rel_E_err 2.2098250641791755D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9381804802692457E-002 1080 7.768663 7.028E+04 -99.000000 -11.106438 72.404552 0.000000 0.000000 0.000074 0.998580 -7.535078 1128 1 7.1489E-01 7.768663 1.059720 -16.419139 -1.717433 -4.107815 72.404552 0.998580 0.000610 0.001420 0.015453 3 1.3544E+03 0.593661 6.461508 -11.106440 -99.000000 -8.685075 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7365148240580499 rel_E_err 1.8343625525504355D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9355551996593175E-002 1090 7.786853 7.202E+04 -99.000000 -10.703210 72.400083 0.000000 0.000000 0.000074 0.998580 -7.472932 1129 1 7.2560E-01 7.786853 1.038742 -15.634394 -1.575078 -4.106965 72.400083 0.998580 0.000610 0.001420 0.015454 3 1.4116E+03 0.648273 6.462079 -10.703215 -99.000000 -8.634527 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7603653965728085 rel_E_err 1.7363393332818085D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9328251582673117E-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 7.806067 7.389E+04 -37.124283 -10.244794 72.395149 0.000000 0.000000 0.000074 0.998580 -7.407319 1129 1 8.9847E-01 7.806067 1.016832 -14.823786 -1.424596 -4.106021 72.395149 0.998580 0.000610 0.001420 0.015454 3 1.4747E+03 0.705960 6.462731 -10.244805 -99.000000 -8.582199 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6234207212229439 rel_E_err 2.3800127234167032D-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 5.9298110199042076E-002 1110 7.824709 7.574E+04 -28.161261 -9.750637 72.390144 0.000000 0.000000 0.000074 0.998580 -7.343690 1131 1 7.9860E-01 7.824709 0.995693 -14.049292 -1.278439 -4.104978 72.390144 0.998580 0.000610 0.001420 0.015455 3 1.5385E+03 0.761932 6.463418 -9.750659 -99.000000 -8.531913 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6843257653612902 rel_E_err 2.0685891129037547D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9267537149869744E-002 1120 7.842985 7.759E+04 -29.766126 -9.248642 72.385018 0.000000 0.000000 0.000074 0.998580 -7.281343 1131 1 7.8722E-01 7.842985 0.975145 -13.286244 -1.135059 -4.103907 72.385018 0.998580 0.000610 0.001420 0.015455 3 1.6037E+03 0.816806 6.464130 -9.248682 -99.000000 -8.483858 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7468973016379490 rel_E_err 1.7910293317452979D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9236253031579054E-002 1130 7.861177 7.946E+04 -28.879452 -8.747062 72.379692 0.000000 0.000000 0.000074 0.998580 -7.219316 1131 1 7.9760E-01 7.861177 0.954752 -12.491366 -0.992397 -4.102793 72.379692 0.998580 0.000610 0.001420 0.015456 3 1.6712E+03 0.871430 6.464875 -8.747140 -99.000000 -8.437674 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7333218730187436 rel_E_err 1.8478985597720086D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9203781757181655E-002 1140 7.880393 8.150E+04 -28.271258 -8.221330 72.373812 0.000000 0.000000 0.000074 0.998580 -7.153838 1134 1 9.7024E-01 7.880393 0.933155 -11.570074 -0.842004 -4.101613 72.373812 0.998580 0.000610 0.001420 0.015456 3 1.7456E+03 0.929129 6.465689 -8.221525 -99.000000 -8.389909 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7704835316913652 rel_E_err 1.6963539262418885D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9167994081693896E-002 1150 7.899037 8.353E+04 -34.312274 -7.716985 72.367847 0.000000 0.000000 0.000074 0.998580 -7.090350 1134 1 8.7008E-01 7.899037 0.912247 -10.589709 -0.696600 -4.100347 72.367847 0.998580 0.000610 0.001420 0.015457 3 1.8209E+03 0.985111 6.466518 -7.717567 -99.000000 -8.344804 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7458450659186884 rel_E_err 1.7953740103117633D-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 5.9131752199983248E-002 1160 7.917315 8.558E+04 -33.435943 -7.227833 72.361740 0.000000 0.000000 0.000074 0.998580 -7.028147 1135 1 8.5842E-01 7.917315 0.891548 -9.584156 -0.554653 -4.099088 72.361740 0.998580 0.000610 0.001420 0.015458 3 1.8977E+03 1.039995 6.467354 -7.229749 -99.000000 -8.301744 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7703899417981450 rel_E_err 1.6967195276877338D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9094711079641447E-002 1170 7.935509 8.772E+04 -25.926317 -6.744059 72.355396 0.000000 0.000000 0.000074 0.998580 -6.966268 1135 1 8.6853E-01 7.935509 0.870604 -8.584856 -0.413916 -4.097816 72.355396 0.998580 0.000610 0.001420 0.015458 3 1.9773E+03 1.094630 6.468202 -6.750371 -99.000000 -8.258969 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7664395104648296 rel_E_err 1.7122236425458458D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9056296533031877E-002 1180 7.954726 9.009E+04 -21.571125 -6.229476 72.348394 0.000000 0.000000 0.000074 0.998580 -6.900952 1135 1 1.0410E+00 7.954726 0.847847 -7.553848 -0.265639 -4.096508 72.348394 0.998580 0.000610 0.001420 0.015459 3 2.0648E+03 1.152340 6.469102 -6.250557 -99.000000 -8.213918 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7665894080124502 rel_E_err 1.7116327673499403D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.9013985632509681E-002 1190 7.973369 9.252E+04 -22.543925 -5.709535 72.341293 0.000000 0.000000 0.000074 0.998580 -6.837628 1139 1 9.4054E-01 7.973369 0.825182 -6.586185 -0.121792 -4.095126 72.341293 0.998580 0.000610 0.001420 0.015460 3 2.1533E+03 1.208331 6.470006 -5.771439 -99.000000 -8.173776 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7588249023580094 rel_E_err 1.7425092718310765D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8971162989760170E-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 7.991646 9.502E+04 -29.101272 -5.149819 72.334024 0.000000 0.000000 0.000074 0.998580 -6.775593 1139 1 9.2867E-01 7.991646 0.802453 -5.671216 0.019616 -4.093745 72.334024 0.998580 0.000610 0.001420 0.015460 3 2.2437E+03 1.263224 6.470924 -5.305357 -99.000000 -8.136316 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7562653499088690 rel_E_err 1.7528092243916497D-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 5.8927421097814695E-002 1210 8.009838 9.759E+04 -21.083861 -4.514929 72.326474 0.000000 0.000000 0.000074 0.998580 -6.713888 1139 1 9.3857E-01 8.009838 0.779772 -4.793680 0.160827 -4.092327 72.326474 0.998580 0.000610 0.001420 0.015461 3 2.3372E+03 1.317866 6.471871 -4.839444 -99.000000 -8.102705 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7719016759934103 rel_E_err 1.6908236897686238D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8882082003432548E-002 1220 8.029054 1.003E+05 -18.886639 -3.764004 72.318142 0.000000 0.000000 0.000074 0.998580 -6.648759 1139 1 1.1108E+00 8.029054 0.756165 -3.901922 0.309560 -4.090840 72.318142 0.998580 0.000610 0.001420 0.015462 3 2.4401E+03 1.375587 6.472897 -4.329301 -99.000000 -8.072241 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7662471021145993 rel_E_err 1.7129823883488537D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8832168735516527E-002 1230 8.047696 1.030E+05 -18.275798 -2.993644 72.309693 0.000000 0.000000 0.000074 0.998580 -6.585624 1139 1 1.0101E+00 8.047696 0.733819 -3.070141 0.453450 -4.089246 72.309693 0.998580 0.000610 0.001420 0.015463 3 2.5440E+03 1.431589 6.473939 -3.785468 -99.000000 -8.038112 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6795408398180456 rel_E_err 2.0915062185579413D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8781677305478279E-002 1240 8.065970 1.056E+05 -24.914393 -2.232424 72.301047 0.000000 0.000000 0.000074 0.998580 -6.523779 1137 1 9.9794E-01 8.065970 0.712486 -2.285417 0.594396 -4.087654 72.301047 0.998580 0.000610 0.001420 0.015464 3 2.6500E+03 1.486492 6.474998 -3.172222 -99.000000 -7.997668 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7609136535298582 rel_E_err 1.7341487471000628D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8730126427428246E-002 1250 8.084088 1.083E+05 -23.685310 -1.488050 72.292085 0.000000 0.000000 0.000074 0.998580 -6.462087 1142 1 1.0093E+00 8.084088 0.691833 -1.534384 0.734531 -4.086017 72.292085 0.998580 0.000610 0.001420 0.015467 3 2.7594E+03 1.541114 6.476092 -2.482893 -99.000000 -7.950636 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7197028195482993 rel_E_err 1.9067650390811294D-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 5.8676754005999657E-002 1260 8.103379 1.095E+05 -18.008297 -0.719510 72.282140 0.000000 0.000000 0.000074 0.998580 -6.397400 1152 1 1.1800E+00 8.103379 0.682539 -0.767270 0.883616 -4.084549 72.282140 0.998580 0.000610 0.001420 0.015466 3 2.8804E+03 1.598870 6.477112 -1.701891 -99.000000 -8.220040 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6552568700869621 rel_E_err 2.2117861280557894D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8617763911458676E-002 1270 8.122019 1.124E+05 -21.506323 -0.000829 72.272098 0.000000 0.000000 0.000074 0.998580 -6.334478 1160 1 1.0786E+00 8.122019 0.660038 -0.054120 1.027859 -4.082700 72.272098 0.998580 0.000610 0.001420 0.015467 4 3.0021E+03 1.654888 6.478334 -0.938332 -99.000000 -8.184670 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7676563125314928 rel_E_err 1.7074330651834725D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8558335114345286E-002 1280 8.140290 1.152E+05 -17.790660 0.679935 72.261821 0.000000 0.000000 0.000074 0.998580 -6.272860 1164 1 1.0661E+00 8.140290 0.639315 0.618948 1.169281 -4.080783 72.261821 0.998580 0.000610 0.001420 0.015468 3 3.1262E+03 1.709802 6.479597 -0.202749 -99.000000 -8.141325 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7721634711701562 rel_E_err 1.6898047587986445D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8497700576754387E-002 1290 8.158476 1.163E+05 -17.987867 1.334571 72.251147 0.000000 0.000000 0.000074 0.998580 -6.211587 1174 1 1.0754E+00 8.158476 0.631471 1.264426 1.309930 -4.079157 72.251147 0.998580 0.000610 0.001420 0.015469 3 3.2544E+03 1.764467 6.480683 0.508186 -99.000000 -8.420652 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7747426032708340 rel_E_err 1.6797993030273241D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8434916936762532E-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 8.177686 1.193E+05 -16.810588 2.001860 72.239377 0.000000 0.000000 0.000074 0.998580 -6.146931 1173 1 1.2472E+00 8.177686 0.610628 1.920822 1.458225 -4.077109 72.239377 0.998580 0.000610 0.001420 0.015471 4 3.3953E+03 1.822215 6.482103 1.232871 -99.000000 -8.400569 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7582180932855955 rel_E_err 1.7449456589319042D-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 5.8365866344784460E-002 1310 8.196322 1.225E+05 -14.581673 2.626227 72.227441 0.000000 0.000000 0.000074 0.998580 -6.084276 1184 1 1.1458E+00 8.196322 0.588147 2.533671 1.601728 -4.074819 72.227441 0.998580 0.000610 0.001420 0.015472 3 3.5374E+03 1.878242 6.483600 1.909391 -99.000000 -8.360378 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.6929855570982024 rel_E_err 2.0277501532801223D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8296095647558520E-002 1320 8.214588 1.254E+05 -14.281594 3.217036 72.215223 0.000000 0.000000 0.000074 0.998580 -6.022928 1185 1 1.1330E+00 8.214588 0.568284 3.112470 1.742024 -4.072546 72.215223 0.998580 0.000610 0.001420 0.015474 3 3.6822E+03 1.933165 6.485112 2.547410 -99.000000 -8.314050 0.000000 0.000252 0.000133 0.001420 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7786835967693353 rel_E_err 1.6646249635011213D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8224947412740931E-002 1330 8.232765 1.266E+05 -13.856037 3.784746 72.202536 0.000000 0.000000 0.000074 0.998580 -5.961949 1194 1 1.1424E+00 8.232765 0.560912 3.667778 1.881308 -4.070695 72.202536 0.998579 0.000610 0.001420 0.015475 3 3.8318E+03 1.987826 6.486346 3.157854 -99.000000 -8.632717 0.000000 0.000253 0.000133 0.001421 0.000E+00 lgRho_cntr log_rel_run_E_err -11.7280667031192607 rel_E_err 1.8703948450923884D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8151331281183126E-002 retry: check_lgL_nuc_change hard limit 1334 1340 8.245924 1.287E+05 -14.568434 4.183340 72.192989 0.000000 0.000000 0.000073 0.998580 -5.917842 1194 2 9.1916E-01 8.245924 0.547141 4.057441 1.981978 -4.068873 72.192989 0.998577 0.000610 0.001420 0.015476 3 3.9439E+03 2.027405 6.487506 3.584147 -99.000000 -8.616882 0.000000 0.000254 0.000133 0.001423 0.000E+00 Lnuc log_rel_run_E_err -11.7670904285252522 rel_E_err 1.7096592938380039D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8096216983504360E-002 1350 8.255155 1.306E+05 -14.293731 4.456578 72.186088 0.000000 0.000000 0.000073 0.998580 -5.886922 1205 2 8.9984E-01 8.255155 0.535182 4.324766 2.052526 -4.067533 72.186088 0.998575 0.000610 0.001420 0.015477 3 4.0246E+03 2.055172 6.488395 3.874507 -99.000000 -8.595817 0.000000 0.000256 0.000134 0.001425 0.000E+00 Lnuc log_rel_run_E_err -11.7737995472625503 rel_E_err 1.6834508945073175D-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 5.8056615275451272E-002 1360 8.264115 1.321E+05 -12.362761 4.716400 72.179203 0.000000 0.000000 0.000072 0.998580 -5.856929 1205 2 9.7406E-01 8.264115 0.525638 4.579600 2.120956 -4.066289 72.179203 0.998570 0.000610 0.001420 0.015478 3 4.1049E+03 2.082125 6.489239 4.148093 -99.000000 -8.576474 0.000000 0.000261 0.000135 0.001430 0.000E+00 max increase log_rel_run_E_err -11.7567882829842567 rel_E_err 1.7506999406253319D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.8017422247972891E-002 1370 8.275250 1.340E+05 -10.761003 5.030711 72.170327 0.000000 0.000000 0.000069 0.998580 -5.819689 1206 2 9.9234E-01 8.275250 0.513826 4.890050 2.205940 -4.064702 72.170327 0.998559 0.000610 0.001420 0.015480 3 4.2081E+03 2.115619 6.490299 4.472667 -99.000000 -8.548050 0.000000 0.000271 0.000139 0.001441 0.000E+00 Lnuc log_rel_run_E_err -11.7618821984913051 rel_E_err 1.7302856320809714D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.7967653137810930E-002 1380 8.285109 1.356E+05 -12.696195 5.298888 72.162065 0.000000 0.000000 0.000065 0.998580 -5.786742 1205 2 9.7562E-01 8.285109 0.503446 5.159303 2.281147 -4.063252 72.162065 0.998538 0.000610 0.001420 0.015481 3 4.3038E+03 2.145277 6.491258 4.738016 -99.000000 -8.518964 0.000000 0.000290 0.000145 0.001462 0.000E+00 Lnuc log_rel_run_E_err -11.7657650484351315 rel_E_err 1.7148848023688464D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.7922557368868144E-002 1390 8.296537 1.376E+05 -11.871555 5.592207 72.151738 0.000000 0.000000 0.000055 0.998580 -5.748591 1205 2 1.0903E+00 8.296537 0.491455 5.464920 2.368277 -4.061594 72.151738 0.998488 0.000610 0.001420 0.015484 3 4.4230E+03 2.179654 6.492383 4.997118 -99.000000 -8.480690 0.000000 0.000335 0.000160 0.001512 0.000E+00 Lnuc log_rel_run_E_err -11.7913800936659428 rel_E_err 1.6166645167363789D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.7868998873020577E-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 8.308526 1.378E+05 -9.989492 5.869778 72.139368 0.000000 0.000000 0.000035 0.998580 -5.708622 1213 2 1.2134E+00 8.308526 0.490563 5.778184 2.459630 -4.060660 72.139368 0.998369 0.000610 0.001420 0.015489 3 4.5653E+03 2.215713 6.493015 5.148870 -99.000000 -8.843367 0.000000 0.000446 0.000188 0.001631 0.000E+00 Lnuc log_rel_run_E_err -12.0754665360885642 rel_E_err 8.4049176744034973D-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 5.7811121212105424E-002 1410 8.321675 1.405E+05 -10.215590 6.141812 72.121845 0.000000 0.000000 0.000010 0.998580 -5.664868 1222 2 1.3380E+00 8.321675 0.474357 6.113131 2.559748 -4.058721 72.121845 0.998029 0.000610 0.001420 0.015499 3 4.7663E+03 2.255245 6.494296 4.947362 -99.000000 -8.811424 0.000000 0.000775 0.000224 0.001971 0.000E+00 Lnuc log_rel_run_E_err -11.4450437340429332 rel_E_err -3.5888579253954381D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.7744892430779925E-002 1420 8.333552 1.429E+05 -9.147377 6.408432 72.089328 0.000000 0.000000 0.000000 0.998580 -5.625472 1221 2 1.7648E+00 8.333552 0.460267 6.407111 2.650115 -4.057407 72.089328 0.996761 0.000611 0.001420 0.015534 3 5.1378E+03 2.290921 6.495052 3.891042 -99.000000 -8.772331 0.000000 0.002038 0.000237 0.003239 0.000E+00 max increase log_rel_run_E_err -11.6929433007763031 rel_E_err 2.0279474604885950D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.7678363312855217E-002 num_steps_to_relax_rotation 100 1430 8.337125 1.444E+05 -8.707057 6.489926 72.010553 0.000000 0.000000 0.000000 0.998580 -5.613678 1217 2 0.0000E+00 8.337125 0.450258 6.488886 2.677146 -99.000000 72.010553 0.992443 0.000620 0.001420 0.015652 2 6.2917E+03 2.301633 6.494006 3.868635 -99.000000 -8.731018 0.000000 0.006347 0.000238 0.007557 0.000E+00 max_dt log_rel_run_E_err -7.2709811210467477 rel_E_err 3.3035813513612549D-10 relax to omega: wanted-current, current, wanted 1430 1.9010278368360226D-05 3.8796108958359010D-07 1.9398239457943816D-05 1440 8.337133 1.444E+05 -8.706983 6.490111 72.010553 0.000000 0.000000 0.000000 0.998580 -5.613654 1217 2 0.0000E+00 8.337133 0.450222 6.489071 2.677205 -99.000000 72.010553 0.992443 0.000620 0.001420 0.015652 2 6.3017E+03 2.301655 6.493998 3.868793 -99.000000 -8.730827 0.000000 0.006347 0.000238 0.007557 0.000E+00 max_dt log_rel_run_E_err -7.2460867200911805 rel_E_err 3.0385804803609551D-10 relax to omega: wanted-current, current, wanted 1440 1.7075219086308077D-05 2.3283915273104527D-06 1.9403610613618530D-05 1450 8.337139 1.445E+05 -8.706919 6.490268 72.010553 0.000000 0.000000 0.000000 0.998580 -5.613635 1217 2 0.0000E+00 8.337139 0.450187 6.489228 2.677255 -99.000000 72.010553 0.992443 0.000620 0.001420 0.015652 2 6.3117E+03 2.301673 6.493987 3.868927 -99.000000 -8.730611 0.000000 0.006347 0.000238 0.007557 0.000E+00 max_dt log_rel_run_E_err -7.2246241083747584 rel_E_err 2.7396293486549950D-10 relax to omega: wanted-current, current, wanted 1450 1.5140156554316332D-05 4.2701673402088875D-06 1.9410323894525220D-05 1460 8.337144 1.445E+05 -8.706867 6.490398 72.010553 0.000000 0.000000 0.000000 0.998580 -5.613618 1217 2 0.0000E+00 8.337144 0.450151 6.489358 2.677296 -99.000000 72.010553 0.992443 0.000620 0.001420 0.015652 2 6.3217E+03 2.301689 6.493973 3.869038 -99.000000 -8.730385 0.000000 0.006347 0.000238 0.007557 0.000E+00 max_dt log_rel_run_E_err -7.2063111942216951 rel_E_err 2.4282716119020091D-10 relax to omega: wanted-current, current, wanted 1460 1.3204524899080500D-05 6.2136175839465941D-06 1.9418142483027095D-05 1470 8.337149 1.445E+05 -8.706825 6.490503 72.010553 0.000000 0.000000 0.000000 0.998580 -5.613605 1217 2 0.0000E+00 8.337149 0.450117 6.489463 2.677330 -99.000000 72.010553 0.992443 0.000620 0.001420 0.015652 2 6.3317E+03 2.301701 6.493958 3.869128 -99.000000 -8.730155 0.000000 0.006347 0.000238 0.007557 0.000E+00 max_dt log_rel_run_E_err -7.1908275131401309 rel_E_err 2.1203205051594817D-10 relax to omega: wanted-current, current, wanted 1470 1.1267940364917105D-05 8.1590373999302268D-06 1.9426977764847332D-05 1480 8.337152 1.445E+05 -8.706793 6.490583 72.010553 0.000000 0.000000 0.000000 0.998580 -5.613595 1217 2 0.0000E+00 8.337152 0.450085 6.489543 2.677356 -99.000000 72.010553 0.992443 0.000620 0.001420 0.015652 2 6.3417E+03 2.301711 6.493941 3.869196 -99.000000 -8.729925 0.000000 0.006347 0.000238 0.007557 0.000E+00 max_dt log_rel_run_E_err -7.1778436127836533 rel_E_err 1.8263132686790817D-10 relax to omega: wanted-current, current, wanted 1480 9.3300760002289361D-06 1.0106708774350351D-05 1.9436784774579287D-05 1490 8.337154 1.445E+05 -8.706770 6.490640 72.010553 0.000000 0.000000 0.000000 0.998580 -5.613588 1217 2 0.0000E+00 8.337154 0.450054 6.489600 2.677374 -99.000000 72.010553 0.992443 0.000620 0.001420 0.015652 2 6.3517E+03 2.301717 6.493922 3.869245 -99.000000 -8.729696 0.000000 0.006347 0.000238 0.007557 0.000E+00 max_dt log_rel_run_E_err -7.1670248185621315 rel_E_err 1.5575552257335507D-10 relax to omega: wanted-current, current, wanted 1490 7.3906304749882217D-06 1.2056907684833062D-05 1.9447538159821284D-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 8.337156 1.445E+05 -8.706755 6.490674 72.010553 0.000000 0.000000 0.000000 0.998580 -5.613583 1217 2 0.0000E+00 8.337156 0.450025 6.489635 2.677385 -99.000000 72.010553 0.992443 0.000620 0.001420 0.015652 2 6.3617E+03 2.301722 6.493903 3.869274 -99.000000 -8.729471 0.000000 0.006347 0.000238 0.007557 0.000E+00 max_dt log_rel_run_E_err -7.1580321426437248 rel_E_err 1.3233679194595273D-10 relax to omega: wanted-current, current, wanted 1500 5.4493154767197632D-06 1.4009907127902358D-05 1.9459222604622121D-05 1510 8.337156 1.445E+05 -8.706750 6.490688 72.010553 0.000000 0.000000 0.000000 0.998580 -5.613581 1217 2 0.0000E+00 8.337156 0.449998 6.489648 2.677390 -99.000000 72.010553 0.992443 0.000620 0.001420 0.015652 2 6.3717E+03 2.301723 6.493882 3.869286 -99.000000 -8.729249 0.000000 0.006347 0.000238 0.007557 0.000E+00 max_dt log_rel_run_E_err -7.1505184813162499 rel_E_err 1.1315860478301460D-10 relax to omega: wanted-current, current, wanted 1510 3.5058499942330199D-06 1.5965978639030972D-05 1.9471828633263992D-05 1520 8.337156 1.445E+05 -8.706752 6.490682 72.010553 0.000000 0.000000 0.000000 0.998580 -5.613582 1217 2 0.0000E+00 8.337156 0.449973 6.489642 2.677388 -99.000000 72.010553 0.992443 0.000620 0.001420 0.015652 2 6.3817E+03 2.301723 6.493860 3.869281 -99.000000 -8.729031 0.000000 0.006347 0.000238 0.007557 0.000E+00 max_dt log_rel_run_E_err -7.1441244772406058 rel_E_err 9.9151464897336198D-11 relax to omega: wanted-current, current, wanted 1520 1.5599570896938817D-06 1.7925393343430864D-05 1.9485350433124746D-05 final step: wanted-current, current, wanted 1528 1.3104673931124938D-09 1.9495514573088020D-05 1.9496825040481132D-05 finished doing relax uniform omega 1430 8.337126 1.448E+05 -7.624157 6.484500 71.928155 0.000000 0.000000 0.000000 0.998580 -5.613319 1217 2 2.5566E+00 8.337126 0.445953 6.482928 2.676727 -4.045355 71.928155 0.987989 0.000638 0.001420 0.015775 3 6.9501E+03 2.301791 6.489847 4.042273 -99.000000 -8.688516 0.000000 0.010783 0.000238 0.012011 0.000E+00 max increase log_rel_run_E_err -11.3397109681133834 rel_E_err 4.5739249243020324D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.7614215076429776E-002 1440 8.339606 1.446E+05 -11.183324 6.478368 70.931973 0.000000 0.000000 0.000000 0.998580 -5.599188 1200 2 3.3484E+00 8.339606 0.444071 6.468834 2.689248 -4.055043 70.931973 0.933966 0.001645 0.001420 0.017355 5 1.8172E+04 2.311803 6.483915 4.815106 -99.000000 -8.693891 0.000000 0.063800 0.000238 0.066034 0.000E+00 max increase log_rel_run_E_err -9.7623680293354660 rel_E_err 1.7283511011364947D-10 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.7307351430278874E-002 1450 8.345435 1.439E+05 -11.543443 6.468576 68.887059 0.000000 0.000000 0.000000 0.998580 -5.567681 1232 2 3.4066E+00 8.345435 0.443106 6.438769 2.720311 -4.078155 68.887059 0.820848 0.008851 0.001420 0.021144 5 4.2099E+04 2.334604 6.473711 5.290293 -99.000000 -8.733073 0.000000 0.169710 0.000238 0.179152 0.000E+00 XHe_cntr log_rel_run_E_err -10.0410392371699189 rel_E_err 9.0983106848178491D-11 save photos/x450 for model 1450 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.6617349303020932E-002 1460 8.351936 1.435E+05 -11.384837 6.458988 66.924532 0.000000 0.000000 0.000000 0.998580 -5.534467 1239 2 3.3801E+00 8.351936 0.440803 6.403225 2.756780 -4.094514 66.924532 0.710562 0.024054 0.001420 0.025635 5 6.6115E+04 2.359204 6.463851 5.539970 -99.000000 -8.768244 0.000000 0.264795 0.000238 0.289438 0.000E+00 XHe_cntr log_rel_run_E_err -11.6148220202861960 rel_E_err 2.4276047563018187D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.5888376364339409E-002 1470 8.359458 1.436E+05 -11.489155 6.449287 64.966422 0.000000 0.000000 0.000000 0.998580 -5.497758 1244 2 3.3627E+00 8.359458 0.435562 6.358565 2.800713 -4.107822 64.966422 0.600650 0.050116 0.001420 0.031191 5 9.0939E+04 2.386927 6.453981 5.724643 -99.000000 -8.795472 0.000000 0.348644 0.000238 0.399350 0.000E+00 XHe_cntr log_rel_run_E_err -10.4170788150047784 rel_E_err 3.8275527525405491D-11 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.5114813391506354E-002 1480 8.368837 1.430E+05 -10.882262 6.438599 62.882471 0.000000 0.000000 0.000000 0.849133 -5.453660 1250 2 3.5382E+00 8.368837 0.433804 6.296043 2.857362 -4.125130 62.882471 0.485675 0.093973 0.150867 0.038676 5 1.1826E+05 2.420780 6.443300 5.885472 -99.000000 -8.657210 0.000000 0.419761 0.000239 0.514325 0.000E+00 XHe_cntr log_rel_run_E_err -10.0392354070492864 rel_E_err 9.1361788544010251D-11 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.4267269788409851E-002 1490 8.379376 1.428E+05 -13.297428 6.428304 60.915409 0.000000 0.000000 0.000000 0.722954 -5.405976 1265 2 3.3692E+00 8.379376 0.429643 6.215709 2.923089 -4.142405 60.915409 0.380739 0.155728 0.277046 0.047789 5 1.4505E+05 2.458026 6.432944 6.016102 -99.000000 -8.584195 0.000000 0.462937 0.000243 0.619261 0.000E+00 adjust_J_q log_rel_run_E_err -11.6748831347007442 rel_E_err 2.1140578399812809D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.3457179906744125E-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 8.391673 1.427E+05 -10.965821 6.418066 59.017736 0.000000 0.000000 0.000000 0.614313 -5.352394 1264 2 3.4724E+00 8.391673 0.424992 6.107522 3.002060 -4.160383 59.017736 0.284589 0.240273 0.385687 0.059234 5 1.7205E+05 2.500612 6.422649 6.126346 -99.000000 -8.536568 0.000000 0.474530 0.000256 0.715411 0.000E+00 XO_cntr log_rel_run_E_err -11.2903074949654467 rel_E_err 5.1249838956234751D-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 5.2674504350346769E-002 1510 8.406470 1.432E+05 -12.425127 6.407784 57.175891 0.000000 0.000000 0.000000 0.507377 -5.290300 1269 2 3.3707E+00 8.406470 0.417217 5.957310 3.099753 -4.177137 57.175891 0.198564 0.351273 0.492623 0.073759 5 1.9931E+05 2.550855 6.412440 6.217729 -99.000000 -8.499824 0.000000 0.449500 0.000310 0.801436 0.000E+00 XO_cntr log_rel_run_E_err -10.9718738088504608 rel_E_err 1.0669060826792052D-11 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.1932482038593672E-002 1520 8.420440 1.436E+05 -12.766850 6.399874 55.800820 0.000000 0.000000 0.000000 0.431695 -5.233816 1261 2 3.2925E+00 8.420440 0.410499 5.796905 3.194227 -4.188977 55.800820 0.140158 0.455134 0.568305 0.087565 5 2.2032E+05 2.597395 6.404765 6.275237 -99.000000 -8.463010 0.000000 0.403885 0.000469 0.859842 0.000E+00 XO_cntr log_rel_run_E_err -11.6316857086315686 rel_E_err 2.3351473565074281D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.1393859896586611E-002 1530 8.435656 1.446E+05 -11.959114 6.392887 54.632193 0.000000 0.000000 0.000000 0.370401 -5.174526 1263 2 3.2387E+00 8.435656 0.401761 5.601947 3.299299 -4.198634 54.632193 0.095017 0.558058 0.629599 0.101890 5 2.3861E+05 2.647153 6.398292 6.316220 -99.000000 -8.432938 48.837835 0.345613 0.000952 0.904983 0.000E+00 lgRho_cntr log_rel_run_E_err -11.4062319395099347 rel_E_err 3.9243529525078727D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.0941494676055632E-002 1540 8.452292 1.460E+05 -15.433890 6.386998 53.676451 0.000000 0.000000 0.000000 0.319853 -5.112070 1283 2 3.1296E+00 8.452292 0.390553 5.357992 3.416347 -4.207569 53.676451 0.061111 0.651585 0.680147 0.115924 5 2.5387E+05 2.700576 6.393395 6.344347 -99.000000 -8.405321 48.978758 0.284570 0.002343 0.938889 0.000E+00 lgRho_cntr log_rel_run_E_err -11.5576590745824532 rel_E_err 2.7691145744493392D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 5.0556819867075269E-002 1550 8.469340 1.470E+05 -11.205001 6.382263 52.965487 0.000000 0.000000 0.000000 0.275420 -5.050214 1291 2 3.0013E+00 8.469340 0.382897 5.050849 3.538083 -4.211996 52.965487 0.037499 0.723968 0.724580 0.128133 4 2.6540E+05 2.754441 6.390272 6.361528 -99.000000 -8.381510 48.978758 0.232306 0.005694 0.962501 0.000E+00 lgRho_cntr log_rel_run_E_err -11.5483714277918192 rel_E_err 2.8289714997149348D-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 5.0239113788299886E-002 1560 8.486785 1.489E+05 -10.933621 6.377924 52.448776 0.000000 0.000000 0.000000 0.253587 -4.988762 1300 2 2.8586E+00 8.486785 0.371139 4.619046 3.664056 -4.215115 52.448776 0.020954 0.772856 0.746413 0.138311 4 2.7385E+05 2.808815 6.388726 6.370291 -99.000000 -8.356510 48.961214 0.192648 0.012477 0.979046 0.000E+00 lgRho_cntr log_rel_run_E_err -14.2490231150206963 rel_E_err -5.6360765740342604D-15 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.9961942450041152E-002 1570 8.505081 1.511E+05 -7.721728 6.370743 52.095516 0.000000 0.000000 0.000000 0.234909 -4.926025 1304 2 2.6646E+00 8.505081 0.358455 3.935577 3.797390 -4.214908 52.095516 0.009614 0.797486 0.765091 0.146251 3 2.7964E+05 2.865164 6.388652 6.369146 -99.000000 -8.327352 48.961214 0.167455 0.022999 0.990386 0.000E+00 lgRho_cntr log_rel_run_E_err -10.2235759804787527 rel_E_err 5.9761848128187575D-11 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_93a1ca63/data/rates_data/cache/r_c12_ag_o16_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/rates_data/cache/r_o16_ga_c12_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/rates_data/cache/r_c12_to_he4_he4_he4_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/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 4.9706802642414769E-002 1580 8.516304 1.527E+05 -7.807286 6.360842 51.964796 0.000000 0.000000 0.000000 0.230986 -4.888345 1309 2 2.5198E+00 8.516304 0.349492 3.369436 3.879732 -4.214076 51.964796 0.005348 0.802171 0.769014 0.149474 3 2.8178E+05 2.899413 6.389352 6.360399 -59.451719 -8.305003 48.961214 0.159630 0.029311 0.000000 0.000E+00 lgRho_cntr log_rel_run_E_err -10.8827626788968423 rel_E_err -1.3098975236275108D-11 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.9567703578875875E-002 1590 8.537498 1.559E+05 -10.069425 6.303175 51.842095 0.000000 0.000000 0.000000 0.224107 -4.818361 1316 2 2.0865E+00 8.537498 0.332811 1.987642 4.035925 -4.210436 51.842095 0.001401 0.801957 0.775893 0.152600 3 2.8378E+05 2.963651 6.391668 6.303154 -55.203490 -8.257974 48.978830 0.154195 0.037326 0.000000 0.000E+00 lgRho_cntr log_rel_run_E_err -10.9888984199023714 rel_E_err 1.0258918510316187D-11 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.9334447512664005E-002 stop because have dropped below central lower limit for he4 0.8641662777E-03 0.1000000000E-02 1593 8.543966 1.569E+05 -9.676389 6.263461 51.823742 0.000000 0.000000 0.000000 0.222353 -4.797193 1316 2 1.9484E+00 8.543966 0.327646 1.466503 4.083669 -4.209104 51.823742 0.000864 0.801367 0.777647 0.153042 3 2.8408E+05 2.983192 6.392500 6.263454 -53.962401 -8.241920 48.978830 0.153679 0.038695 0.000000 0.000E+00 lgRho_cntr log_rel_run_E_err -8.5138917204102285 rel_E_err 3.0627269466825054D-09 save LOGS/profile17.data for model 1593 solver retries 1 Lnuc retries 1 varcontrol dt limit 85 max increase dt limit 656 max decrease dt limit 1 Lnuc dt limit 78 lgRho_cntr dt limit 1141 XHe_cntr dt limit 35 XO_cntr dt limit 24 adjust_J_q dt limit 21 model saved to he_dep.mod save photos/x593 for model 1593 termination code: xa_central_lower_limit runtime (minutes), retries, steps 4.76 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 8.543966 1.569E+05 -9.676389 6.263461 51.823742 0.000000 0.000000 0.000000 0.222353 -4.797193 1316 2 1.9484E+00 8.543966 0.327646 1.466503 4.083669 -4.209104 51.823742 0.000864 0.801367 0.777647 0.153042 3 2.8408E+05 2.983192 6.392500 6.263454 -53.962401 -8.241920 48.978830 0.153679 0.038695 0.000000 0.000E+00 lgRho_cntr log_rel_run_E_err -8.5138917204102285 rel_E_err 3.0627269466825054D-09 DATE: 2026-10-14 TIME: 11:28:23 finished inlist_to_he_dep_header run inlist_pulses_header DATE: 2026-10-14 TIME: 11:28:23 reading user weak rate file /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/rates_data/rate_tables/S13_r_be7_wk_li7.h5 version_number 93a1ca63a [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_93a1ca63/data/rates_data/cache/r_c12_ag_o16_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/rates_data/cache/r_o16_ga_c12_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/rates_data/cache/r_c12_to_he4_he4_he4_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/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 8.567667 1.599E+05 -12.973926 5.908574 51.823742 0.000000 0.000000 0.000000 0.222353 -4.720389 1313 0 1.6734E+00 8.567667 0.314784 -1.142831 4.258838 -99.000000 51.823742 0.000087 0.799995 0.777647 0.153695 4 2.8464E+05 3.054545 6.400061 5.908574 -49.597175 -8.222258 48.978830 0.153134 0.040965 0.000000 -0.205E-07 lgRho_cntr log_rel_run_E_err -10.2923790926022249 rel_E_err 5.1005957817841426D-11 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 4.9014170557876630E-002 1610 8.583274 1.624E+05 -18.835520 4.938631 51.823742 0.000000 0.000000 0.000000 0.222353 -4.669856 1304 0 1.0188E+00 8.583274 0.302661 -5.098356 4.373961 -99.000000 51.823742 0.000003 0.799786 0.777647 0.153787 5 2.8485E+05 3.101582 6.402561 4.938631 -46.860426 -8.179952 48.978830 0.153099 0.041247 0.000000 -0.272E-07 lg_XHe_cntr log_rel_run_E_err -11.5720346076416973 rel_E_err 2.6789548383320540D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.8850329585450769E-002 1620 8.592233 1.638E+05 -16.433043 3.454934 51.823742 0.000000 0.000000 0.000000 0.222353 -4.640859 1306 0 1.2341E+00 8.592233 0.295929 -7.020376 4.439966 -99.000000 51.823742 0.000000 0.799776 0.777647 0.153807 5 2.8495E+05 3.128603 6.404019 3.454934 -45.334195 -8.155755 48.978830 0.153098 0.041259 0.000000 -0.268E-07 max increase log_rel_run_E_err -11.5721008741653364 rel_E_err 2.6785461030419683D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.8755024713459452E-002 1630 8.610910 1.658E+05 -19.169641 -0.561486 51.823742 0.000000 0.000000 0.000000 0.222353 -4.580528 1389 0 1.4401E+00 8.610910 0.287135 -6.292491 4.577558 -99.000000 51.823742 0.000000 0.799776 0.777647 0.153844 4 2.8516E+05 3.184944 6.407184 -0.561487 -42.250123 -8.672422 48.978830 0.153098 0.041260 0.000000 -0.162E-07 lgRho_cntr log_rel_run_E_err -11.5534739715414609 rel_E_err 2.7959282902045571D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.8551141950132791E-002 1640 8.629386 1.684E+05 -20.174544 -0.232655 51.823742 0.000000 0.000000 0.000000 0.222353 -4.520952 1519 0 1.3715E+00 8.629386 0.275141 -5.599566 4.713748 -99.000000 51.823742 0.000000 0.799776 0.777647 0.153885 5 2.8538E+05 3.240718 6.410459 -0.232657 -39.326532 -8.663313 48.978830 0.153098 0.041260 0.000000 -0.136E-07 lgRho_cntr log_rel_run_E_err -11.4867189784540287 rel_E_err 3.2604761034832915D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.8342455089611165E-002 1650 8.647652 1.719E+05 -21.183609 0.118585 51.813084 0.000000 0.000000 0.000000 0.221386 -4.462118 1553 0 1.3223E+00 8.647652 0.256712 -4.950098 4.849187 -4.183637 51.813084 0.000000 0.799776 0.778614 0.153932 5 2.8561E+05 3.295915 6.408948 0.118582 -36.551212 -8.647955 48.978830 0.153098 0.041260 0.000000 -0.129E-07 lgRho_cntr log_rel_run_E_err -11.4975194689779698 rel_E_err 3.1803911114491609D-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 4.8133091726304880E-002 1660 8.665786 1.746E+05 -21.080329 0.461806 51.797985 0.000000 0.000000 0.000000 0.220095 -4.403625 1567 0 1.3260E+00 8.665786 0.244346 -4.334010 4.985432 -4.179508 51.797985 0.000000 0.799776 0.779905 0.153993 5 2.8583E+05 3.350837 6.411600 0.461799 -33.906382 -8.632588 48.978830 0.153098 0.041260 0.000000 -0.119E-07 lgRho_cntr log_rel_run_E_err -11.4916812928202479 rel_E_err 3.2234334414515913D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.7919742096140978E-002 1670 8.683891 1.772E+05 -20.482314 0.799725 51.782496 0.000000 0.000000 0.000000 0.219106 -4.345077 1587 0 1.3293E+00 8.683891 0.233104 -3.742391 5.125352 -4.175052 51.782496 0.000000 0.799776 0.780894 0.154073 5 2.8607E+05 3.405824 6.414436 0.799713 -31.370993 -8.619399 48.996445 0.153098 0.041260 0.000000 -0.103E-07 lgRho_cntr log_rel_run_E_err -11.4997864590831345 rel_E_err 3.1638329221887596D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.7699436590567586E-002 1680 8.701848 1.796E+05 -19.845275 1.131357 51.766734 0.000000 0.000000 0.000000 0.218397 -4.285724 1599 0 1.3233E+00 8.701848 0.222724 -3.176222 5.272208 -4.170242 51.766734 0.000000 0.799776 0.781603 0.154228 5 2.8630E+05 3.461008 6.417337 1.131336 -28.950404 -8.607549 48.996445 0.153098 0.041260 0.000000 -0.917E-08 lgRho_cntr log_rel_run_E_err -11.4012012604024946 rel_E_err 3.9700752592162364D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.7472773195310597E-002 1690 8.719745 1.819E+05 -20.656094 1.456548 51.750832 0.000000 0.000000 0.000000 0.218044 -4.226777 1639 0 1.3266E+00 8.719745 0.213100 -2.635270 5.431662 -4.161592 51.750832 0.000000 0.799776 0.781956 0.154383 5 2.8654E+05 3.516010 6.420214 1.456513 -26.637980 -8.624805 48.996445 0.153098 0.041260 0.000000 -0.800E-08 lgRho_cntr log_rel_run_E_err -11.5134824631840544 rel_E_err 3.0656144664723015D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.7240044668791850E-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 8.735929 1.839E+05 -21.117819 1.747052 51.736435 0.000000 0.000000 0.000000 0.217809 -4.172169 1655 0 1.3144E+00 8.735929 0.205006 -2.164431 5.594117 -4.160707 51.736435 0.000000 0.799776 0.782191 0.154601 5 2.8674E+05 3.566394 6.422843 1.746999 -24.624856 -8.617914 48.996445 0.153098 0.041260 0.000000 -0.752E-08 lgRho_cntr log_rel_run_E_err -11.4775544114330650 rel_E_err 3.3300103900903073D-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 4.7022868813855097E-002 1710 8.751902 1.858E+05 -20.645062 2.030399 51.722514 0.000000 0.000000 0.000000 0.217667 -4.115936 1667 0 1.2887E+00 8.751902 0.197415 -1.716374 5.777494 -4.156088 51.722514 0.000000 0.799776 0.782333 0.154945 5 2.8695E+05 3.617209 6.425409 2.030321 -22.707568 -8.611724 48.996445 0.153098 0.041260 0.000000 -0.722E-08 lgRho_cntr log_rel_run_E_err -11.4851888756955187 rel_E_err 3.2719836458993846D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.6801937203148840E-002 1720 8.767526 1.876E+05 -20.940553 2.303333 51.709600 0.000000 0.000000 0.000000 0.217547 -4.056936 1685 0 1.2407E+00 8.767526 0.190287 -1.294136 5.982248 -4.151607 51.709600 0.000000 0.799776 0.782453 0.155497 5 2.8713E+05 3.668719 6.427857 2.303223 -20.896292 -8.605914 48.996445 0.153098 0.041260 0.000000 -0.738E-08 lgRho_cntr log_rel_run_E_err -11.5077527188104138 rel_E_err 3.1063277841800138D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.6579129779010880E-002 1730 8.782632 1.893E+05 -20.536390 2.561955 51.698342 0.000000 0.000000 0.000000 0.217444 -3.993922 1696 0 1.1619E+00 8.782632 0.183491 -0.901108 6.203249 -4.147364 51.698342 0.000000 0.799775 0.782556 0.156351 5 2.8729E+05 3.721170 6.430123 2.561805 -19.202951 -8.599706 48.996445 0.153097 0.041261 0.000000 -0.836E-08 lgRho_cntr log_rel_run_E_err -11.4858249866728368 rel_E_err 3.2671946806398339D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.6356975705847944E-002 1740 8.797087 1.910E+05 -19.804556 2.807653 51.689253 0.000000 0.000000 0.000000 0.217367 -3.926139 1692 0 1.0491E+00 8.797087 0.176792 -0.538966 6.431916 -4.143573 51.689253 0.000000 0.799774 0.782633 0.157571 3 2.8742E+05 3.774660 6.432154 2.807457 -17.633698 -8.591982 48.996445 0.153096 0.041263 0.000000 -0.107E-07 lgRho_cntr log_rel_run_E_err -11.4915321910314958 rel_E_err 3.2245402991819718D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.6137666412518132E-002 1750 8.810869 1.927E+05 -20.308717 3.054052 51.682449 0.000000 0.000000 0.000000 0.217313 -3.853787 1695 0 9.0615E-01 8.810869 0.169964 -0.205989 6.660574 -4.140312 51.682449 0.000000 0.799772 0.782687 0.159157 5 2.8751E+05 3.829051 6.433933 3.053813 -16.182452 -8.581869 48.996445 0.153092 0.041269 0.000000 -0.149E-07 lgRho_cntr log_rel_run_E_err -11.5049944233153472 rel_E_err 3.1261195087133151D-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 4.5921838312867849E-002 1760 8.824075 1.944E+05 -18.861669 3.321636 51.677653 0.000000 0.000000 0.000000 0.217276 -3.777837 1708 0 7.4189E-01 8.824075 0.162854 0.102516 6.885022 -4.137557 51.677653 0.000000 0.799767 0.782724 0.161052 3 2.8758E+05 3.884077 6.435478 3.321374 -14.832086 -8.568987 48.996445 0.153085 0.041281 0.000000 -0.224E-07 lgRho_cntr log_rel_run_E_err -11.5168435543414720 rel_E_err 3.0419806393140926D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.5708142251944875E-002 1770 8.836857 1.963E+05 -20.271780 3.623117 51.674402 0.000000 0.000000 0.000000 0.217250 -3.699472 1723 0 5.6491E-01 8.836857 0.155388 0.392198 7.104047 -4.135285 51.674402 0.000000 0.799758 0.782750 0.163176 5 2.8762E+05 3.939476 6.436829 3.622862 -13.561588 -8.553345 48.996445 0.153071 0.041303 0.000000 -0.347E-07 lgRho_cntr log_rel_run_E_err -11.5131074823518009 rel_E_err 3.0682625385262031D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.5493906503595784E-002 1780 8.849368 1.982E+05 -19.985197 3.958754 51.672248 0.000000 0.000000 0.000000 0.217234 -3.619708 1725 0 3.8134E-01 8.849368 0.147544 0.668041 7.317916 -4.133241 51.672248 0.000000 0.799742 0.782766 0.165457 5 2.8765E+05 3.995060 6.438026 3.958531 -12.352209 -8.535114 48.996445 0.153047 0.041343 0.000000 -0.549E-07 lgRho_cntr log_rel_run_E_err -11.5070309064831733 rel_E_err 3.1114949002914452D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.5275930023351743E-002 1790 8.861735 2.002E+05 -19.926695 4.321573 51.670835 0.000000 0.000000 0.000000 0.217223 -3.539264 1733 0 1.9509E-01 8.861735 0.139345 0.933829 7.527304 -4.131803 51.670835 0.000000 0.799714 0.782777 0.167840 4 2.8767E+05 4.050732 6.439108 4.321395 -11.189454 -8.514672 48.996445 0.153003 0.041415 0.000000 -0.860E-07 lgRho_cntr log_rel_run_E_err -11.5075597317408818 rel_E_err 3.1077084471546580D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.5050899569489974E-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 8.874045 2.023E+05 -19.732338 4.702912 51.669914 0.000000 0.000000 0.000000 0.217216 -3.458667 1741 0 8.2212E-03 8.874045 0.130804 1.192061 7.732736 -4.130288 51.669914 0.000000 0.799664 0.782784 0.170287 5 2.8768E+05 4.106407 6.440094 4.702778 -10.063677 -8.492283 48.996445 0.152928 0.041538 0.000000 -0.136E-06 lgRho_cntr log_rel_run_E_err -11.5024800729112293 rel_E_err 3.1442706880915689D-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 4.4815551416081109E-002 1810 8.886356 2.045E+05 -17.292321 5.096256 51.669311 0.000000 0.000000 0.000000 0.217211 -3.378244 1760 0 -1.7750E-01 8.886356 0.121970 1.444568 7.934726 -4.128995 51.669311 0.000000 0.799580 0.782789 0.172773 3 2.8769E+05 4.162047 6.441009 5.096159 -8.967483 -8.468379 48.996445 0.152799 0.041749 0.000000 -0.212E-06 lgRho_cntr log_rel_run_E_err -11.5110311689707352 rel_E_err 3.0829666802342420D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.4566256970770747E-002 1820 8.898720 2.067E+05 -19.421013 5.495711 51.668917 0.000000 0.000000 0.000000 0.217208 -3.298238 1773 0 -3.6184E-01 8.898720 0.112881 1.692302 8.133397 -4.127855 51.668917 0.000000 0.799436 0.782792 0.175285 5 2.8769E+05 4.217632 6.441867 5.495643 -7.897196 -8.443293 48.996445 0.152580 0.042109 0.000000 -0.329E-06 lgRho_cntr log_rel_run_E_err -11.5123702777806791 rel_E_err 3.0734752643198390D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.4299304023019119E-002 1830 8.911164 2.090E+05 -19.234308 5.898835 51.668658 0.000000 0.000000 0.000000 0.217206 -3.218815 1787 0 -5.4369E-01 8.911164 0.103562 1.936113 8.329007 -4.126751 51.668658 0.000000 0.799191 0.782794 0.177820 5 2.8770E+05 4.273138 6.442679 5.898788 -6.848735 -8.417272 48.996445 0.152207 0.042723 0.000000 -0.506E-06 lgRho_cntr log_rel_run_E_err -11.5143708584896558 rel_E_err 3.0593498374430923D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.4010111642796827E-002 1840 8.923718 2.114E+05 -17.698801 6.303794 51.668486 0.000000 0.000000 0.000000 0.217205 -3.140120 1801 0 -7.2266E-01 8.923718 0.094042 2.176557 8.521703 -4.125708 51.668486 0.000000 0.798773 0.782795 0.180385 5 2.8770E+05 4.328553 6.443459 6.303762 -5.818920 -8.390444 48.996445 0.151570 0.043769 0.000001 -0.764E-06 lgRho_cntr log_rel_run_E_err -11.5186433530479135 rel_E_err 3.0294001804755484D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.3693376036999292E-002 1850 8.936409 2.139E+05 -18.369102 6.709579 51.668372 0.000000 0.000000 0.000000 0.217204 -3.062318 1814 0 -8.9825E-01 8.936409 0.084343 2.414187 8.711720 -4.124638 51.668372 0.000000 0.798060 0.782796 0.183003 5 2.8770E+05 4.383856 6.444214 6.709557 -4.804015 -8.362621 48.996445 0.150484 0.045553 0.000001 -0.115E-05 lgRho_cntr log_rel_run_E_err -11.5219618057017161 rel_E_err 3.0063406855035207D-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 4.3342554317730958E-002 1860 8.949280 2.164E+05 -17.347120 7.115350 51.668295 0.000000 0.000000 0.000000 0.217204 -2.985624 1823 0 -1.0699E+00 8.949280 0.074470 2.649598 8.899378 -4.123662 51.668295 0.000000 0.796841 0.782796 0.185720 5 2.8770E+05 4.439030 6.444959 7.115335 -3.798972 -8.333547 48.996445 0.148627 0.048602 0.000002 -0.171E-05 lgRho_cntr log_rel_run_E_err -11.5048468926172340 rel_E_err 3.1271816381131595D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.2949592620517188E-002 1870 8.962392 2.179E+05 -16.223656 7.520835 51.668262 0.000000 0.000000 0.000000 0.217203 -2.910368 1826 0 -1.2365E+00 8.962392 0.071487 2.883662 9.085247 -99.000000 51.668262 0.000000 0.794760 0.782797 0.188621 5 2.8770E+05 4.494041 6.450652 7.520825 -2.796375 -8.354308 48.996445 0.145451 0.053808 0.000005 -0.170E-05 lgRho_cntr log_rel_run_E_err -11.5260576466125944 rel_E_err 2.9781210986228481D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.2504102632650864E-002 1880 8.975844 2.203E+05 -15.098711 7.925377 51.668262 0.000000 0.000000 0.000000 0.217203 -2.837070 1838 0 -1.3967E+00 8.975844 0.062568 3.117607 9.270192 -99.000000 51.668262 0.000000 0.791225 0.782797 0.191855 6 2.8770E+05 4.548841 6.451875 7.925370 -1.785680 -8.329114 48.996445 0.140043 0.062653 0.000009 -0.329E-05 lgRho_cntr log_rel_run_E_err -11.5165020970061374 rel_E_err 3.0443732901238478D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.1992413643124359E-002 1890 8.989775 2.230E+05 -13.983879 8.328433 51.668262 0.000000 0.000000 0.000000 0.217203 -2.766443 1857 0 -1.5486E+00 8.989775 0.052630 3.353654 9.455877 -99.000000 51.668262 0.000000 0.785305 0.782797 0.195680 6 2.8770E+05 4.603371 6.452846 8.328429 -0.750946 -8.297594 48.996445 0.130943 0.077463 0.000017 -0.492E-05 lgRho_cntr log_rel_run_E_err -11.4927863494636977 rel_E_err 3.2152418831885301D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.1394549952267698E-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_93a1ca63/data/rates_data/cache/r_c12_ag_o16_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/rates_data/cache/r_o16_ga_c12_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/rates_data/cache/r_c12_to_he4_he4_he4_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/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 9.002040 2.253E+05 -17.872181 8.663643 51.668262 0.000000 0.000000 0.000000 0.217203 -2.709556 1876 0 -2.2965E+00 9.002040 0.043825 3.555570 9.613910 -99.000000 51.668262 0.000000 0.777583 0.782797 0.199637 6 2.8770E+05 4.649149 6.453639 8.663640 0.148215 -8.268488 48.996445 0.118990 0.096784 0.000030 -0.673E-05 max increase log_rel_run_E_err -11.3811898500777353 rel_E_err 4.1572883658514077D-12 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 4.0805532230579422E-002 1910 9.012302 2.273E+05 -16.136691 8.926412 51.668262 0.000000 0.000000 0.000000 0.217203 -2.665606 1874 0 -1.7826E+00 9.012302 0.036492 3.720519 9.742439 -99.000000 51.668262 0.000000 0.769148 0.782797 0.203485 6 2.8770E+05 4.685912 6.454285 8.926410 0.890614 -8.243837 48.996445 0.105818 0.117887 0.000046 -0.852E-05 Lnuc log_rel_run_E_err -11.3929235948245715 rel_E_err 4.0464707476000694D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.0262330852239729E-002 1920 9.027667 2.304E+05 -17.704438 9.285342 51.668262 0.000000 0.000000 0.000000 0.217203 -2.603436 1846 0 -1.8947E+00 9.027667 0.025359 3.964515 9.931257 -99.000000 51.668262 0.000000 0.753559 0.782797 0.210320 5 2.8770E+05 4.739436 6.455218 9.285340 1.990340 -8.205961 48.996445 0.081115 0.156893 0.000085 -0.118E-04 lgRho_cntr log_rel_run_E_err -11.4995409043220107 rel_E_err 3.1656222930958196D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.9341526839782259E-002 1930 9.042926 2.335E+05 -17.460459 9.598034 51.668262 0.000000 0.000000 0.000000 0.217203 -2.538563 1800 0 -2.0433E+00 9.042926 0.014111 4.207060 10.117498 -99.000000 51.668262 0.000000 0.737354 0.782797 0.218019 5 2.8770E+05 4.793958 6.456160 9.598033 3.059520 -8.167820 48.996445 0.054867 0.197447 0.000142 -0.157E-04 lgRho_cntr log_rel_run_E_err -11.5119856650418324 rel_E_err 3.0761983505620087D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.8265037676149173E-002 1940 9.057094 2.365E+05 -16.865075 9.851147 51.668262 0.000000 0.000000 0.000000 0.217203 -2.468499 1749 0 -2.2033E+00 9.057094 0.003364 4.434826 10.290997 -99.000000 51.668262 0.000000 0.724902 0.782797 0.225253 5 2.8770E+05 4.848804 6.457088 9.851145 4.019807 -8.131843 48.996445 0.034213 0.228614 0.000203 -0.216E-04 lgRho_cntr log_rel_run_E_err -11.5463643036252464 rel_E_err 2.8420760598937580D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.7084594533862959E-002 1950 9.070181 2.394E+05 -17.282068 10.057724 51.668262 0.000000 0.000000 0.000000 0.217203 -2.394337 1695 0 -2.3609E+00 9.070181 -0.006660 4.645200 10.449961 -99.000000 51.668262 0.000000 0.716961 0.782797 0.231427 5 2.8770E+05 4.903520 6.457967 10.057722 4.865343 -8.098620 49.009603 0.020750 0.248489 0.000255 -0.290E-04 lgRho_cntr log_rel_run_E_err -11.5453786615439107 rel_E_err 2.8485335468329971D-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 3.5829108627689982E-002 1960 9.082621 2.422E+05 -16.892534 10.235458 51.668262 0.000000 0.000000 0.000000 0.217203 -2.318233 1636 0 -2.5092E+00 9.082621 -0.016171 4.842111 10.597615 -99.000000 51.668262 0.000000 0.712217 0.782797 0.236672 5 2.8770E+05 4.957940 6.458826 10.235457 5.627281 -8.067440 49.009603 0.012549 0.260360 0.000294 -0.382E-04 lgRho_cntr log_rel_run_E_err -11.5325638793233818 rel_E_err 2.9338379411016461D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.4495129754169337E-002 1970 9.094769 2.449E+05 -16.392041 10.396628 51.668262 0.000000 0.000000 0.000000 0.217203 -2.241535 1582 0 -2.6486E+00 9.094769 -0.025351 5.030280 10.737728 -99.000000 51.668262 0.000000 0.709408 0.782797 0.241264 5 2.8770E+05 5.012111 6.459675 10.396626 6.336418 -8.037661 49.009603 0.007606 0.267380 0.000323 -0.509E-04 lgRho_cntr log_rel_run_E_err -11.5623681483131069 rel_E_err 2.7392511439391284D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.3065138300386501E-002 1980 9.106883 2.475E+05 -12.122006 10.547422 51.668262 0.000000 0.000000 0.000000 0.217203 -2.165056 1562 0 -2.7840E+00 9.106883 -0.034231 5.211960 10.872096 -99.000000 51.668262 0.000000 0.707747 0.782797 0.245393 3 2.8770E+05 5.066136 6.460548 10.547420 7.008608 -8.009303 49.009603 0.004621 0.271524 0.000347 -0.671E-04 lgRho_cntr log_rel_run_E_err -11.0870846189290653 rel_E_err 8.1830533212045337D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.1532260939821317E-002 1990 9.119069 2.501E+05 -12.454576 10.692016 51.668262 0.000000 0.000000 0.000000 0.217203 -2.089157 1493 0 -2.9155E+00 9.119069 -0.042976 5.389324 11.002464 -99.000000 51.668262 0.000000 0.706778 0.782797 0.249202 3 2.8770E+05 5.120052 6.461428 10.692014 7.656609 -7.981726 49.009603 0.002805 0.273931 0.000367 -0.880E-04 lgRho_cntr log_rel_run_E_err -10.9311642779587341 rel_E_err 1.1717520501155361D-11 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 2.9885989573456957E-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 9.131445 2.527E+05 -16.653748 10.832824 51.668262 0.000000 0.000000 0.000000 0.217203 -2.013952 1461 0 -3.0449E+00 9.131445 -0.051557 5.563587 11.129771 -99.000000 51.668262 0.000000 0.706282 0.782797 0.252766 5 2.8770E+05 5.174018 6.462334 10.832821 8.286698 -7.955140 49.009603 0.001697 0.275147 0.000389 -0.115E-03 lgRho_cntr log_rel_run_E_err -11.5578640165496243 rel_E_err 2.7678081477492693D-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 2.8122406765495222E-002 2010 9.143965 2.554E+05 -12.297520 10.970642 51.668262 0.000000 0.000000 0.000000 0.217203 -1.940093 1421 0 -3.1715E+00 9.143965 -0.060089 5.734392 11.253821 -99.000000 51.668262 0.000000 0.706275 0.782797 0.256115 3 2.8770E+05 5.227680 6.463283 10.970639 8.898610 -7.929208 49.009603 0.001021 0.275142 0.000424 -0.154E-03 lgRho_cntr log_rel_run_E_err -10.7196405837717617 rel_E_err 1.9070383041375742D-11 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 2.6254308191745030E-002 2020 9.158279 2.584E+05 -16.410246 11.127619 51.668262 0.000000 0.000000 0.000000 0.217203 -1.858243 1389 0 -3.2924E+00 9.158279 -0.069808 5.928138 11.393746 -99.000000 51.668262 0.000000 0.707481 0.782797 0.259707 6 2.8770E+05 5.287944 6.464407 11.127616 9.586279 -7.900215 49.009603 0.000567 0.272135 0.000526 -0.210E-03 lgRho_cntr log_rel_run_E_err -11.5793705991862712 rel_E_err 2.6340826685117657D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 2.3973588224726443E-002 retry: check_lgL_power_photo_change hard limit 2028 2030 9.169800 2.608E+05 -14.627130 11.253001 51.668262 0.000000 0.000000 0.000000 0.217203 -1.796798 1362 1 -3.6636E+00 9.169800 -0.077230 6.078049 11.501443 -99.000000 51.668262 0.000000 0.710730 0.782797 0.262248 6 2.8770E+05 5.334577 6.465296 11.252999 10.109600 -7.878446 49.013989 0.000355 0.264129 0.000773 -0.269E-03lgL_power_phot log_rel_run_E_err -11.0933655473987702 rel_E_err 8.0655586317096499D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 2.2097857592262272E-002 2040 9.177626 2.624E+05 -16.050810 11.339536 51.668262 0.000000 0.000000 0.000000 0.217203 -1.758182 1346 1 -3.7273E+00 9.177626 -0.082321 6.177349 11.572565 -99.000000 51.668262 0.000000 0.715434 0.782797 0.263750 6 2.8770E+05 5.364932 6.465855 11.339533 10.450144 -7.863416 49.013989 0.000256 0.252631 0.001205 -0.316E-03lgL_power_phot log_rel_run_E_err -11.5729630038035758 rel_E_err 2.6732341234662592D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 2.0805556428998416E-002 2050 9.185647 2.640E+05 -10.752045 11.429441 51.668262 0.000000 0.000000 0.000000 0.217203 -1.722422 1333 1 -3.7885E+00 9.185647 -0.087320 6.276856 11.643606 -99.000000 51.668262 0.000000 0.724090 0.782797 0.265029 3 2.8770E+05 5.394425 6.466525 11.429438 10.782586 -7.849232 49.013989 0.000182 0.231710 0.002281 -0.361E-03lgL_power_phot log_rel_run_E_err -11.2264349858279733 rel_E_err 5.9369721840665736D-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 1.9474968801319891E-002 2060 9.193911 2.657E+05 -14.915442 11.523900 51.668262 0.000000 0.000000 0.000000 0.217203 -1.690772 1318 1 -3.8408E+00 9.193911 -0.092443 6.376790 11.714738 -99.000000 51.668262 0.000000 0.738870 0.782797 0.266006 4 2.8770E+05 5.422599 6.467193 11.523897 11.101763 -7.834697 49.013989 0.000125 0.196693 0.005053 -0.452E-03lgL_power_phot log_rel_run_E_err -11.5522392325711092 rel_E_err 2.8038886809898670D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 1.8106038841813558E-002 2070 9.202424 2.674E+05 -10.065012 11.622514 51.668262 0.000000 0.000000 0.000000 0.217203 -1.663400 1307 1 -3.8780E+00 9.202424 -0.097795 6.477832 11.786450 -99.000000 51.668262 0.000000 0.761029 0.782797 0.266703 3 2.8770E+05 5.449389 6.467790 11.622511 11.399391 -7.819180 49.013989 0.000081 0.146068 0.011738 -0.454E-03lgL_power_phot log_rel_run_E_err -10.9285588499306350 rel_E_err 1.1788027764246200D-11 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 1.6692582273687286E-002 2080 9.211243 2.692E+05 -14.059537 11.723243 51.668262 0.000000 0.000000 0.000000 0.217203 -1.636628 1291 1 -3.8945E+00 9.211243 -0.103100 6.582688 11.860648 -99.000000 51.668262 0.000000 0.788046 0.782797 0.267408 4 2.8770E+05 5.476456 6.468522 11.723240 11.667902 -7.804467 49.013989 0.000047 0.088168 0.025004 -0.476E-03lgL_power_phot log_rel_run_E_err -11.5678882707259163 rel_E_err 2.7046540905861565D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 1.5198975968028520E-002 2090 9.223199 2.717E+05 -13.121019 11.853190 51.668262 0.000000 0.000000 0.000000 0.217203 -1.590998 1267 1 -3.7812E+00 9.223199 -0.110739 6.730696 11.964897 -99.000000 51.668262 0.000000 0.818311 0.782797 0.269153 4 2.8770E+05 5.517162 6.469507 11.853186 11.964619 -7.783170 49.013989 0.000018 0.030827 0.049509 -0.592E-03lgL_power_phot log_rel_run_E_err -11.6088626867463578 rel_E_err 2.4611456349749013D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 1.3054913671184160E-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 9.236821 2.748E+05 -11.521812 11.998025 51.668262 0.000000 0.000000 0.000000 0.217203 -1.522370 1241 1 -3.8880E+00 9.236821 -0.119985 6.905720 12.087434 -99.000000 51.668262 0.000000 0.834516 0.782797 0.272278 4 2.8770E+05 5.570734 6.470750 11.998022 12.222963 -7.757924 48.987637 0.000003 0.005549 0.069099 -0.776E-03 lgRho_cntr log_rel_run_E_err -11.5653375546673676 rel_E_err 2.7205859151911642D-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 1.0482872821478761E-002 Turning on Riemann hydro! save LOGS/prehydro_prof001.data for model 2102 2110 9.240087 2.738E+05 -6.002515 12.040050 51.668262 0.000000 0.000000 0.000000 0.217203 -1.504815 2499 1 -4.9448E+00 9.240087 -0.117693 6.950726 12.118776 -99.000000 51.668262 0.000000 0.836213 0.782797 0.273076 3 2.8770E+05 5.584061 6.469242 12.040046 12.283411 -7.846892 49.014101 0.000002 0.003237 0.071538 0.609E-02 max increase log_rel_run_E_err -10.6751793677239011 rel_E_err 1.8890657030756381D-12 check gamma integral 9.8190043182394219E-003 2120 9.244343 2.746E+05 -9.779005 12.083500 51.668262 0.000000 0.000000 0.000000 0.217203 -1.481207 2500 1 -4.1530E+00 9.244343 -0.118683 7.004781 12.156501 -99.000000 51.668262 0.000000 0.837615 0.782797 0.274162 5 2.8770E+05 5.601747 6.471918 12.083496 12.342107 -7.855012 49.014101 0.000001 0.001374 0.073638 -0.845E-03 max increase log_rel_run_E_err -10.3147551910386479 rel_E_err 2.7908089899017097D-12 check gamma integral 9.0178834371025616E-003 2130 9.257935 2.776E+05 -9.749278 12.220286 51.668262 0.000000 0.000000 0.000000 0.217203 -1.405813 2500 1 -4.1274E+00 9.257935 -0.127610 7.173390 12.273688 -99.000000 51.668262 0.000000 0.838548 0.782797 0.277569 5 2.8770E+05 5.658272 6.473287 12.220282 12.505482 -7.834293 49.014101 0.000000 0.000031 0.075395 -0.117E-02 lgRho_cntr log_rel_run_E_err -10.1204841088697091 rel_E_err 2.7097041927662979D-12 check gamma integral 6.5238509880654744E-003 2140 9.271284 2.806E+05 -6.685293 12.355600 51.668262 0.000000 0.000000 0.000000 0.217203 -1.335668 2500 1 -4.2601E+00 9.271284 -0.136087 7.332773 12.384138 -99.000000 51.668262 0.000000 0.838270 0.782797 0.280624 5 2.8770E+05 5.712170 6.474603 12.355595 12.647791 -7.815044 49.014101 0.000000 0.000011 0.075835 -0.154E-02 lgRho_cntr log_rel_run_E_err -9.9831146657762098 rel_E_err 2.9344853210712302D-12 check gamma integral 4.1869656281276766E-003 2150 9.284991 2.835E+05 -7.256276 12.492548 51.668262 0.000000 0.000000 0.000000 0.217203 -1.267570 2502 1 -4.3854E+00 9.284991 -0.144496 7.491142 12.493825 -99.000000 51.668262 0.000000 0.837547 0.782797 0.283569 5 2.8770E+05 5.765895 6.475960 12.492543 12.785103 -7.796557 49.014101 0.000000 0.000011 0.076859 -0.200E-02 lgRho_cntr log_rel_run_E_err -9.8724365929205664 rel_E_err 2.9476386054971174D-12 save photos/x150 for model 2150 check gamma integral 1.9050323497499006E-003 reached high velocities 0.40925284168877013 stopping in at least 1481.7944321607090 seconds save LOGS/gamma1_prof001.data for model 2159 2160 9.299122 2.865E+05 -4.964578 12.631639 51.668262 0.000000 0.000000 0.000000 0.217203 -1.201806 2503 1 -4.5059E+00 9.299122 -0.152879 7.649390 12.603591 -99.000000 51.668262 0.000000 0.835717 0.782797 0.286568 5 2.8770E+05 5.819453 6.477370 12.631635 12.921219 -7.778784 49.014101 0.000000 0.000010 0.079435 -0.259E-02 lgRho_cntr log_rel_run_E_err -9.6680739469749906 rel_E_err -3.0917878182790350D-11 check gamma integral -3.1502401918286500E-004 retry: check_lgL_power_photo_change hard limit 2164 retry: some xa < min_xa_hard_limit 2168 retry: logRho > hydro_mtx_max_allowed_logRho 2421 2170 retry: get_T_tau -- L <= 0 2170 2170 9.297628 2.859E+05 -8.121206 12.384401 51.668262 0.000000 0.000000 0.000000 0.217203 -1.192225 2503 5 -5.4388E+00 9.297628 -0.150737 7.610036 12.583525 -99.000000 51.668262 0.000000 0.833398 0.782797 0.288587 4 2.8770E+05 5.820904 6.478118 12.384394 12.606514 -7.788179 49.014101 0.000000 0.000010 0.082677 0.173E-01 retry log_rel_run_E_err -8.5558644112650768 rel_E_err 2.3927931678471077D-12 check gamma integral 1.1000320638241751E-004 retry: get_T_tau -- L <= 0 2172 retry: check_lgL_power_photo_change hard limit 2173 retry: check_lgL_power_photo_change hard limit 2174 retry: check_lgL_power_photo_change hard limit 2176 retry: check_lgL_power_photo_change hard limit 2178 2180 9.305846 2.864E+05 -8.013751 12.633968 51.668262 0.000000 0.000000 0.000000 0.217203 -1.167148 2503 10 -6.3143E+00 9.305846 -0.155213 7.711358 12.651541 -99.000000 51.668262 0.000000 0.833279 0.782797 0.288815 3 2.8770E+05 5.846421 6.472339 12.633963 12.910130 -7.751579 49.014101 0.000000 0.000010 0.082844 -0.130E+00lgL_power_phot log_rel_run_E_err -8.5258288186148850 rel_E_err 5.5363813494610937D-12 check gamma integral -1.2338366976476106E-003 retry: check_lgL_power_photo_change hard limit 2182 retry: check_lgL_power_photo_change hard limit 2188 2190 9.315924 2.872E+05 -8.001207 12.954033 51.668262 0.000000 0.000000 0.000000 0.217203 -1.137175 2503 12 -6.7101E+00 9.315924 -0.160400 7.834811 12.734422 -99.000000 51.668262 0.000000 0.833217 0.782797 0.288999 3 2.8770E+05 5.877398 6.466375 12.954029 13.282875 -7.714157 49.014101 0.000000 0.000010 0.082931 -0.270E+00lgL_power_phot log_rel_run_E_err -8.5193840520618753 rel_E_err 4.1669859898379330D-12 check gamma integral -2.8178707984862377E-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 9.328552 2.876E+05 -7.760424 13.362861 51.668262 0.000000 0.000000 0.000000 0.217203 -1.099587 2507 12 -6.8642E+00 9.328552 -0.165978 7.985070 12.836755 -99.000000 51.668262 0.000000 0.833116 0.782797 0.289247 3 2.8770E+05 5.916261 6.458016 13.362860 13.736817 -7.678979 49.014101 0.000000 0.000010 0.083072 -0.443E+00lgL_power_phot log_rel_run_E_err -8.5080084445746174 rel_E_err 1.0151284338772716D-11 save LOGS/profile25.data for model 2200 save photos/x200 for model 2200 check gamma integral -4.6706032770212806E-003 retry: check_lgL_power_photo_change hard limit 2201 2210 9.339056 2.877E+05 -7.675098 13.705176 51.668262 0.000000 0.000000 0.000000 0.217203 -1.068265 2509 13 -7.1085E+00 9.339056 -0.170035 8.106594 12.920602 -99.000000 51.668262 0.000000 0.832983 0.782797 0.289482 3 2.8770E+05 5.948644 6.450619 13.705175 14.100972 -7.643186 49.014101 0.000000 0.000009 0.083258 -0.592E+00lgL_power_phot log_rel_run_E_err -8.5020720334489024 rel_E_err 4.0099630294186265D-12 check gamma integral -6.0923858353147502E-003 2220 9.351462 2.877E+05 -7.781508 14.104518 51.668262 0.000000 0.000000 0.000000 0.217203 -1.031337 2511 13 -7.2244E+00 9.351462 -0.174279 8.246784 13.018266 -99.000000 51.668262 0.000000 0.832700 0.782797 0.289802 3 2.8770E+05 5.986910 6.441852 14.104517 14.510750 -7.604802 49.014101 0.000000 0.000009 0.083651 -0.770E+00lgL_power_phot log_rel_run_E_err -8.4969788725806428 rel_E_err 2.9087882316946578D-12 check gamma integral -7.6295385070166630E-003 2230 9.364592 2.875E+05 -7.987896 14.507889 51.668262 0.000000 0.000000 0.000000 0.217203 -0.992539 2513 13 -7.3364E+00 9.364592 -0.178272 8.392396 13.120144 -99.000000 51.668262 0.000000 0.832091 0.782797 0.290223 3 2.8770E+05 6.027347 6.432933 14.507888 14.910742 -7.568974 49.014101 0.000001 0.000009 0.084499 -0.960E+00lgL_power_phot log_rel_run_E_err -8.4916640870371705 rel_E_err 2.4795590124414582D-12 check gamma integral -9.0881195270817068E-003 2240 9.378321 2.873E+05 -7.971520 14.887346 51.668262 0.000000 0.000000 0.000000 0.217203 -0.952811 2514 13 -7.4239E+00 9.378321 -0.182029 8.543124 13.225149 -99.000000 51.668262 0.000000 0.830676 0.782797 0.290839 3 2.8770E+05 6.069333 6.424095 14.887346 15.274404 -7.535973 49.014101 0.000001 0.000010 0.086472 -0.116E+01lgL_power_phot log_rel_run_E_err -8.4865533812638478 rel_E_err 2.2380777784870934D-12 check gamma integral -1.0431787790957207E-002 2250 9.393223 2.870E+05 -7.436868 15.227312 51.668262 0.000000 0.000000 0.000000 0.217203 -0.912046 2515 13 -7.4736E+00 9.393223 -0.185752 8.707171 13.337348 -99.000000 51.668262 0.000000 0.826930 0.782797 0.291981 3 2.8770E+05 6.113956 6.414919 15.227312 15.584608 -7.503965 49.014101 0.000002 0.000010 0.091694 -0.137E+01lgL_power_phot log_rel_run_E_err -8.4779630194735045 rel_E_err 3.9029597428792981D-12 save photos/x250 for model 2250 check gamma integral -1.1687038753139502E-002 2260 9.412589 2.866E+05 -6.371915 15.559321 51.668262 0.000000 0.000000 0.000000 0.217203 -0.868898 2501 13 -7.4447E+00 9.412589 -0.190183 8.923587 13.479277 -99.000000 51.668262 0.000000 0.812136 0.782797 0.295617 3 2.8770E+05 6.167656 6.403330 15.559321 15.853137 -7.466450 49.014101 0.000004 0.000011 0.112152 -0.165E+01 lgRho_cntr log_rel_run_E_err -8.4627026024220289 rel_E_err -3.2506305209134593D-12 check gamma integral -1.3004756037773858E-002 2270 9.437704 2.859E+05 -8.397780 15.893306 51.668262 0.000000 0.000000 0.000000 0.217203 -0.858084 2488 13 -7.5276E+00 9.437704 -0.195424 9.209014 13.652554 -99.000000 51.668262 0.000000 0.738138 0.782797 0.313481 4 2.8770E+05 6.216449 6.388456 15.893306 16.056749 -7.422462 49.014101 0.000009 0.000018 0.205280 -0.202E+01 XSi_cntr log_rel_run_E_err -8.4316170589168582 rel_E_err 4.1318834826022506D-12 check gamma integral -1.4201669510042524E-002 2280 9.453146 2.853E+05 -9.002260 16.078633 51.668262 0.000000 0.000000 0.000000 0.217203 -0.891610 2481 13 -7.8484E+00 9.453146 -0.198607 9.394386 13.755578 -99.000000 51.668262 0.000000 0.620300 0.782797 0.346493 4 2.8770E+05 6.226457 6.378759 16.078633 16.174499 -7.395929 49.014101 0.000015 0.000040 0.275105 -0.226E+01 XO_cntr log_rel_run_E_err -8.4026494471490096 rel_E_err 4.2475189882463506D-12 check gamma integral -1.4713090622893780E-002 2290 9.461923 2.849E+05 -5.648438 16.179016 51.668262 0.000000 0.000000 0.000000 0.217203 -0.923791 2477 13 -7.9856E+00 9.461923 -0.200622 9.514514 13.817505 -99.000000 51.668262 0.000000 0.513210 0.782797 0.381886 3 2.8770E+05 6.224676 6.372356 16.179016 16.298146 -7.379215 49.014101 0.000021 0.000050 0.299406 -0.243E+01 XO_cntr log_rel_run_E_err -8.3756905737033698 rel_E_err 7.5296798868006158D-12 check gamma integral -1.4961635853517233E-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 9.468510 2.846E+05 -5.436098 16.250693 51.668262 0.000000 0.000000 0.000000 0.217203 -0.952651 2474 13 -8.0195E+00 9.468510 -0.202399 9.621060 13.868592 -99.000000 51.668262 0.000001 0.411788 0.782797 0.420388 3 2.8770E+05 6.220118 6.366534 16.250693 16.446511 -7.364527 49.014101 0.000026 0.000051 0.330500 -0.258E+01 XO_cntr log_rel_run_E_err -8.3463833787637292 rel_E_err 7.1133720639582681D-12 save LOGS/profile26.data for model 2300 save photos/x300 for model 2300 check gamma integral -1.5141203130429073E-002 2310 9.474953 2.840E+05 -5.013832 16.314311 51.668262 0.000000 0.000000 0.000000 0.217203 -0.981626 2470 13 -7.9160E+00 9.474953 -0.204627 9.753322 13.926223 -99.000000 51.668262 0.000001 0.297819 0.782797 0.470659 3 2.8770E+05 6.214376 6.359015 16.314311 16.650236 -7.346230 49.014101 0.000032 0.000045 0.368607 -0.278E+01 dX_nuc o16 log_rel_run_E_err -8.3025384569595406 rel_E_err -3.5401659184513282D-11 check gamma integral -1.5324171699138531E-002 2320 9.479916 2.835E+05 -5.191298 16.351504 51.668262 0.000000 0.000000 0.000000 0.217203 -1.002021 2466 13 -7.9434E+00 9.479916 -0.207041 9.891686 13.979160 -99.000000 51.668262 0.000001 0.204587 0.782797 0.518728 3 2.8770E+05 6.210333 6.350602 16.351504 16.850948 -7.326574 49.014101 0.000037 0.000035 0.399695 -0.301E+01 dX_nuc o16 log_rel_run_E_err -8.2335156769485458 rel_E_err -4.0558032249088053D-11 check gamma integral -1.5480868834522333E-002 2330 9.483861 2.827E+05 -4.860090 16.357102 51.668262 0.000000 0.000000 0.000000 0.217203 -1.016738 2463 13 -7.8543E+00 9.483861 -0.210135 10.052477 14.030792 -99.000000 51.668262 0.000002 0.128014 0.782797 0.564384 3 2.8770E+05 6.207535 6.339431 16.357102 17.042956 -7.301693 49.014101 0.000039 0.000025 0.423676 -0.332E+01 dX_nuc o16 log_rel_run_E_err -8.1538576348821810 rel_E_err -1.1676159250733043D-10 check gamma integral -1.5639895946023323E-002 2340 9.485638 2.815E+05 -8.403399 16.301642 51.668262 0.000000 0.000000 0.000000 0.217203 -1.028813 2465 13 -7.7168E+00 9.485638 -0.214142 10.210310 14.068970 -99.000000 51.668262 0.000002 0.075633 0.782797 0.600065 4 2.8770E+05 6.203017 6.324392 16.301642 17.164985 -7.270140 49.014101 0.000037 0.000016 0.436798 -0.374E+01 dX_nuc o16 log_rel_run_E_err -8.0641100202397737 rel_E_err 7.9771279565449591D-12 check gamma integral -1.5824766971855780E-002 2350 9.480090 2.793E+05 -11.241192 16.025071 51.668262 0.000000 0.000000 0.000000 0.217203 -1.058550 2475 13 -7.3895E+00 9.480090 -0.221319 10.296975 14.056392 -99.000000 51.668262 0.000002 0.042358 0.782797 0.624994 5 2.8770E+05 6.178480 6.296117 16.025070 17.024860 -7.215865 49.014101 0.000028 0.000008 0.440413 -0.459E+01 dX_nuc o16 log_rel_run_E_err -7.9554169262569898 rel_E_err 1.0190970350161478D-11 save photos/x350 for model 2350 check gamma integral -1.6254988197446824E-002 2360 9.462002 2.765E+05 -12.362907 15.447138 51.668262 0.000000 0.000000 0.000000 0.217203 -1.122728 2492 13 -7.7383E+00 9.462002 -0.229365 10.144552 13.938845 -99.000000 51.668262 0.000001 0.034739 0.782797 0.629004 5 2.8770E+05 6.117900 6.262898 15.447136 16.387433 -7.158759 49.014101 0.000018 0.000005 0.438928 -0.568E+01 lgRho_cntr log_rel_run_E_err -7.9049330210185413 rel_E_err 1.7706740825392669D-11 check gamma integral -1.6866200124774400E-002 2370 9.445466 2.747E+05 -13.044971 14.962948 51.668262 0.000000 0.000000 0.000000 0.217203 -1.180542 2499 13 -7.8971E+00 9.445466 -0.234409 9.963184 13.823113 -99.000000 51.668262 0.000000 0.033896 0.782797 0.627495 7 2.8770E+05 6.063546 6.241489 14.962943 15.772888 -7.125410 49.014101 0.000012 0.000003 0.437707 -0.642E+01 lgRho_cntr log_rel_run_E_err -7.8913285958657156 rel_E_err 1.0650477821042607D-11 check gamma integral -1.7133491389238691E-002 retry: logT > hydro_mtx_max_allowed_logT 1281 2378 retry: logT < hydro_mtx_min_allowed_logT 1265 2380 2380 9.431929 2.734E+05 -12.958700 14.583669 51.668262 0.000000 0.000000 0.000000 0.217203 -1.228489 2504 15 -8.4164E+00 9.431929 -0.237964 9.810030 13.726334 -99.000000 51.668262 0.000000 0.033747 0.782797 0.625761 6 2.8770E+05 6.019046 6.226228 14.583662 15.255796 -7.102302 49.014101 0.000009 0.000003 0.437029 -0.699E+01 retry log_rel_run_E_err -7.8833367290172722 rel_E_err 1.0559185571887831D-11 check gamma integral -1.7159435694500853E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1262 2381 retry: logT < hydro_mtx_min_allowed_logT 1258 2383 retry: logT < hydro_mtx_min_allowed_logT 1249 2386 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1246 2389 2390 9.429066 2.732E+05 -13.407643 14.505278 51.668262 0.000000 0.000000 0.000000 0.217203 -1.238696 2504 19 -8.9079E+00 9.429066 -0.238678 9.777504 13.705679 -99.000000 51.668262 0.000000 0.033733 0.782797 0.625379 6 2.8770E+05 6.009635 6.223144 14.505270 15.145018 -7.097735 49.014101 0.000008 0.000002 0.436925 -0.710E+01 hold log_rel_run_E_err -7.8795827927046673 rel_E_err 1.0640337830874763D-11 check gamma integral -1.7141697876660415E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1232 2394 retry: logT > hydro_mtx_max_allowed_logT 1229 2396 __________________________________________________________________________________________________________________________________________________ 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 9.427105 2.730E+05 -13.468285 14.451935 51.668262 0.000000 0.000000 0.000000 0.217203 -1.245703 2504 21 -8.7973E+00 9.427105 -0.239161 9.755206 13.691491 -99.000000 51.668262 0.000000 0.033725 0.782797 0.625116 9 2.8770E+05 6.003188 6.221058 14.451926 15.068868 -7.094665 49.014101 0.000008 0.000002 0.436861 -0.718E+01 max increase log_rel_run_E_err -7.8759626769500137 rel_E_err 1.0846808733701230D-11 save LOGS/profile27.data for model 2400 save photos/x400 for model 2400 check gamma integral -1.7124706170581146E-002 retry: logT < hydro_mtx_min_allowed_logT 1223 2401 retry: logT < hydro_mtx_min_allowed_logT 1218 2404 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1210 2408 2410 9.425355 2.728E+05 -13.425912 14.404547 51.668262 0.000000 0.000000 0.000000 0.217203 -1.251970 2504 24 -8.9086E+00 9.425355 -0.239588 9.735288 13.678797 -99.000000 51.668262 0.000000 0.033719 0.782797 0.624878 7 2.8770E+05 5.997431 6.219211 14.404538 15.000697 -7.091961 49.014101 0.000008 0.000002 0.436810 -0.725E+01 max increase log_rel_run_E_err -7.8724078355290938 rel_E_err 1.0516962135492251D-11 check gamma integral -1.7106169188379965E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1206 2412 retry: logT < hydro_mtx_min_allowed_logT 1197 2416 write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/kap_data/cache/lowT_fa05_gs98_z0.1_x0.0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/kap_data/cache/lowT_fa05_gs98_z0.1_x0.1.bin retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1192 2419 2420 9.423526 2.727E+05 -13.584676 14.355276 51.668262 0.000000 0.000000 0.000000 0.217203 -1.258528 2504 27 -9.0198E+00 9.423526 -0.240031 9.714469 13.665507 -99.000000 51.668262 0.000000 0.033714 0.782797 0.624629 6 2.8770E+05 5.991415 6.217298 14.355266 14.929294 -7.089171 49.014101 0.000008 0.000002 0.436761 -0.733E+01 max increase log_rel_run_E_err -7.8688976485362989 rel_E_err 1.0482224948229627D-11 check gamma integral -1.7083375759006751E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1186 2423 retry: logT > hydro_mtx_max_allowed_logT 1181 2427 retry: logT < hydro_mtx_min_allowed_logT 1179 2429 2430 9.421861 2.725E+05 -13.628730 14.310626 51.668262 0.000000 0.000000 0.000000 0.217203 -1.264510 2504 30 -9.1311E+00 9.421861 -0.240430 9.695509 13.653383 -99.000000 51.668262 0.000000 0.033710 0.782797 0.624401 6 2.8770E+05 5.985936 6.215569 14.310616 14.864127 -7.086660 49.014101 0.000007 0.000002 0.436720 -0.739E+01 max increase log_rel_run_E_err -7.8654357017148069 rel_E_err 1.0718658424551191D-11 check gamma integral -1.7059547021203193E-002 retry: logT < hydro_mtx_min_allowed_logT 1172 2432 retry: logT > hydro_mtx_max_allowed_logT 1169 2435 2440 9.420640 2.724E+05 -13.605407 14.277990 51.668262 0.000000 0.000000 0.000000 0.217203 -1.268905 2504 32 -8.9414E+00 9.420640 -0.240722 9.681593 13.644472 -99.000000 51.668262 0.000000 0.033707 0.782797 0.624233 8 2.8770E+05 5.981915 6.214307 14.277979 14.816216 -7.084834 49.014101 0.000007 0.000002 0.436693 -0.744E+01 max increase log_rel_run_E_err -7.8620489591797451 rel_E_err 1.0635691730488130D-11 check gamma integral -1.7040184628296023E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1176 2441 retry: logT > hydro_mtx_max_allowed_logT 1157 2444 retry: logT > hydro_mtx_max_allowed_logT 1152 2448 2450 9.419317 2.723E+05 -13.464994 14.242774 51.668262 0.000000 0.000000 0.000000 0.217203 -1.273669 2504 35 -9.0526E+00 9.419317 -0.241035 9.666525 13.634810 -99.000000 51.668262 0.000000 0.033705 0.782797 0.624051 6 2.8770E+05 5.977561 6.212948 14.242763 14.764255 -7.082872 49.014101 0.000007 0.000002 0.436666 -0.750E+01 max increase log_rel_run_E_err -7.8586971245058059 rel_E_err 1.0531715158458858D-11 save photos/x450 for model 2450 check gamma integral -1.7017414201286402E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1147 2452 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1152 2454 retry: logT < hydro_mtx_min_allowed_logT 1138 2458 2460 9.418194 2.722E+05 -13.713976 14.212975 51.668262 0.000000 0.000000 0.000000 0.217203 -1.277719 2504 38 -9.1639E+00 9.418194 -0.241301 9.653731 13.626597 -99.000000 51.668262 0.000000 0.033703 0.782797 0.623896 6 2.8770E+05 5.973864 6.211799 14.212963 14.720071 -7.081219 49.014101 0.000007 0.000002 0.436644 -0.754E+01 max increase log_rel_run_E_err -7.8553611525471103 rel_E_err 1.0402560262815175D-11 check gamma integral -1.6996600495414710E-002 retry: logT > hydro_mtx_max_allowed_logT 1136 2461 retry: logT < hydro_mtx_min_allowed_logT 1214 2464 retry: logT < hydro_mtx_min_allowed_logT 1140 2470 2470 9.417250 2.721E+05 -13.302712 14.188002 51.668262 0.000000 0.000000 0.000000 0.217203 -1.281125 2504 41 -9.2752E+00 9.417250 -0.241523 9.642979 13.619686 -99.000000 51.668262 0.000000 0.033701 0.782797 0.623765 6 2.8770E+05 5.970757 6.210837 14.187990 14.682893 -7.079838 49.014101 0.000007 0.000002 0.436627 -0.758E+01 retry log_rel_run_E_err -7.8520943749442482 rel_E_err 1.0120542222614893D-11 check gamma integral -1.6978053574838461E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1120 2473 retry: logT < hydro_mtx_min_allowed_logT 1118 2477 retry: logT < hydro_mtx_min_allowed_logT 1138 2480 2480 9.416223 2.721E+05 -13.711476 14.160900 51.668262 0.000000 0.000000 0.000000 0.217203 -1.284835 2504 44 -9.3865E+00 9.416223 -0.241763 9.631279 13.612159 -99.000000 51.668262 0.000000 0.033700 0.782797 0.623622 6 2.8770E+05 5.967375 6.209794 14.160887 14.642389 -7.078344 49.014101 0.000007 0.000002 0.436610 -0.762E+01 retry log_rel_run_E_err -7.8488806475887776 rel_E_err 1.0815760089101901D-11 check gamma integral -1.6956766787558097E-002 retry: logT < hydro_mtx_min_allowed_logT 1202 2487 2490 9.415153 2.720E+05 -13.726821 14.132726 51.668262 0.000000 0.000000 0.000000 0.217203 -1.288706 2520 45 -9.0541E+00 9.415153 -0.242013 9.619081 13.604303 -99.000000 51.668262 0.000000 0.033699 0.782797 0.623473 7 2.8770E+05 5.963850 6.208708 14.132713 14.600113 -7.076785 49.014101 0.000007 0.000002 0.436593 -0.766E+01 max increase log_rel_run_E_err -7.8456686731486194 rel_E_err 1.0524271054348614D-11 k, q, energy_removed_layers before adjustment is 1145 0.99999861062056261 3.8288280793772355E+045 k, q, energy_removed_layers after adjustment is 1341 0.99997995850164800 2.7391125425690354E+047 Layers above q= 0.99997995850164800 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10637.455078125000 max vel inside fraction of cutoff 1614.0536697245570 max c/cs inside fraction of cutoff 0.56193314841073683 average v/vesc outside cutoff 0.71482153363401868 Kinetic plus potential energy outside cutoff 2.7391125425690354E+047 mass inside cutoff 1341 51.667226140572332 relax counter 0 log max v [km/s]= 3.9318491536476290 check gamma integral -1.6933348235099583E-002 retry: logT < hydro_mtx_min_allowed_logT 1142 2491 retry: logT > hydro_mtx_max_allowed_logT 1109 2495 retry: logT > hydro_mtx_max_allowed_logT 1104 2498 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1116 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 9.414070 2.719E+05 -13.670239 14.104329 51.668262 0.000000 0.000000 0.000000 0.217203 -1.292623 2520 49 -9.4664E+00 9.414070 -0.242264 9.606752 13.596352 -99.000000 51.668262 0.000000 0.033697 0.782797 0.623323 6 2.8770E+05 5.960285 6.207618 14.104315 14.557325 -7.075222 49.014101 0.000006 0.000002 0.436577 -0.771E+01 retry log_rel_run_E_err -7.8425060305895427 rel_E_err 1.0264393151601415D-11 save LOGS/profile28.data for model 2500 save photos/x500 for model 2500 k, q, energy_removed_layers before adjustment is 1163 0.99999825498102679 4.3694323033113751E+046 k, q, energy_removed_layers after adjustment is 1342 0.99997971661282736 2.9967127777084543E+047 Layers above q= 0.99997971661282736 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10637.654296875000 max vel inside fraction of cutoff 1628.8424220368370 max c/cs inside fraction of cutoff 0.56803574147067415 average v/vesc outside cutoff 0.73880677993106258 Kinetic plus potential energy outside cutoff 2.9967127777084543E+047 mass inside cutoff 1342 51.667213642597460 relax counter 0 log max v [km/s]= 3.9453694359385891 check gamma integral -1.6908395524783799E-002 retry: logT > hydro_mtx_max_allowed_logT 1098 2504 retry: logT > hydro_mtx_max_allowed_logT 1094 2507 2510 9.413297 2.718E+05 -13.783607 14.084077 51.668262 0.000000 0.000000 0.000000 0.217203 -1.295425 2520 51 -9.2766E+00 9.413297 -0.242444 9.597937 13.590662 -99.000000 51.668262 0.000000 0.033696 0.782797 0.623215 6 2.8770E+05 5.957737 6.206840 14.084063 14.526701 -7.074128 49.014101 0.000006 0.000002 0.436566 -0.774E+01 max increase log_rel_run_E_err -7.8393787565761386 rel_E_err 1.0241610462997147D-11 k, q, energy_removed_layers before adjustment is 1174 0.99999797219777675 7.2627212823334102E+046 k, q, energy_removed_layers after adjustment is 1343 0.99997952211385466 3.1744823104761397E+047 Layers above q= 0.99997952211385466 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10637.796875000000 max vel inside fraction of cutoff 1639.3104296626279 max c/cs inside fraction of cutoff 0.57237320567000394 average v/vesc outside cutoff 0.75608469205129158 Kinetic plus potential energy outside cutoff 3.1744823104761397E+047 mass inside cutoff 1343 51.667203593173639 relax counter 0 log max v [km/s]= 3.9606656653606871 check gamma integral -1.6889762633288632E-002 retry: logT > hydro_mtx_max_allowed_logT 1088 2513 retry: logT > hydro_mtx_max_allowed_logT 1084 2515 retry: logT < hydro_mtx_min_allowed_logT 1148 2518 2520 9.412482 2.717E+05 -13.826361 14.062795 51.668262 0.000000 0.000000 0.000000 0.217203 -1.298379 2520 54 -9.3879E+00 9.412482 -0.242632 9.588655 13.584665 -99.000000 51.668262 0.000000 0.033696 0.782797 0.623101 7 2.8770E+05 5.955053 6.206022 14.062780 14.494424 -7.072977 49.014101 0.000006 0.000002 0.436555 -0.777E+01 max increase log_rel_run_E_err -7.8363002443041498 rel_E_err 1.0754202628827646D-11 k, q, energy_removed_layers before adjustment is 1182 0.99999770792516129 9.9139556112123847E+046 k, q, energy_removed_layers after adjustment is 1343 0.99997952211385466 3.3560579137171357E+047 Layers above q= 0.99997952211385466 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10637.943359375000 max vel inside fraction of cutoff 1650.2382353618004 max c/cs inside fraction of cutoff 0.57691732709875077 average v/vesc outside cutoff 0.77441871597293155 Kinetic plus potential energy outside cutoff 3.3560579137171357E+047 mass inside cutoff 1343 51.667203593173639 relax counter 0 log max v [km/s]= 3.9731387152686501 check gamma integral -1.6869422939658932E-002 retry: logT < hydro_mtx_min_allowed_logT 1090 2521 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1070 2527 retry: logT < hydro_mtx_min_allowed_logT 1066 2530 2530 9.411759 2.717E+05 -13.810298 14.043950 51.668262 0.000000 0.000000 0.000000 0.217203 -1.301001 2520 57 -9.4992E+00 9.411759 -0.242799 9.580418 13.579339 -99.000000 51.668262 0.000000 0.033695 0.782797 0.623000 5 2.8770E+05 5.952671 6.205299 14.043935 14.465760 -7.071953 49.014101 0.000006 0.000002 0.436546 -0.780E+01 retry log_rel_run_E_err -7.8331837420546861 rel_E_err 1.0535008635369114D-11 k, q, energy_removed_layers before adjustment is 1191 0.99999743895968873 1.2311888664541686E+047 k, q, energy_removed_layers after adjustment is 1344 0.99997932616409335 3.5125755978287393E+047 Layers above q= 0.99997932616409335 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10638.074218750000 max vel inside fraction of cutoff 1659.8552317232420 max c/cs inside fraction of cutoff 0.58093003205249683 average v/vesc outside cutoff 0.78919497679364070 Kinetic plus potential energy outside cutoff 3.5125755978287393E+047 mass inside cutoff 1344 51.667193468790110 relax counter 0 log max v [km/s]= 3.9939629845583080 check gamma integral -1.6850758812252419E-002 retry: logT < hydro_mtx_min_allowed_logT 1062 2534 retry: logT < hydro_mtx_min_allowed_logT 1094 2539 2540 9.410934 2.716E+05 -13.878325 14.022478 51.668262 0.000000 0.000000 0.000000 0.217203 -1.303998 2520 59 -9.3886E+00 9.410934 -0.242988 9.571015 13.573254 -99.000000 51.668262 0.000000 0.033694 0.782797 0.622884 6 2.8770E+05 5.949952 6.204475 14.022463 14.433008 -7.070785 49.014101 0.000006 0.000002 0.436536 -0.783E+01 hold log_rel_run_E_err -7.8301044042825261 rel_E_err 1.0690730989785451D-11 k, q, energy_removed_layers before adjustment is 1201 0.99999712828317633 1.4891052015371941E+047 k, q, energy_removed_layers after adjustment is 1344 0.99997932616409335 3.6860506711085680E+047 Layers above q= 0.99997932616409335 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10638.220703125000 max vel inside fraction of cutoff 1670.7440294007986 max c/cs inside fraction of cutoff 0.58548907948670781 average v/vesc outside cutoff 0.80657717056729483 Kinetic plus potential energy outside cutoff 3.6860506711085680E+047 mass inside cutoff 1344 51.667193468790110 relax counter 0 log max v [km/s]= 4.0100793423242891 check gamma integral -1.6828736080828056E-002 retry: logT > hydro_mtx_max_allowed_logT 1054 2544 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1064 2546 2550 9.410274 2.716E+05 -13.894857 14.005335 51.668262 0.000000 0.000000 0.000000 0.217203 -1.306396 2520 61 -9.4364E+00 9.410274 -0.243140 9.563493 13.568382 -99.000000 51.668262 0.000000 0.033694 0.782797 0.622791 6 2.8770E+05 5.947776 6.203816 14.005320 14.406786 -7.069854 49.014101 0.000006 0.000002 0.436529 -0.786E+01 max increase log_rel_run_E_err -7.8270683986772358 rel_E_err 1.0680439323864206D-11 save photos/x550 for model 2550 k, q, energy_removed_layers before adjustment is 1205 0.99999692947330565 1.6679003486291423E+047 k, q, energy_removed_layers after adjustment is 1345 0.99997912867906824 3.8211705491507100E+047 Layers above q= 0.99997912867906824 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10638.339843750000 max vel inside fraction of cutoff 1679.3872273439758 max c/cs inside fraction of cutoff 0.58911975991536170 average v/vesc outside cutoff 0.81892124020574819 Kinetic plus potential energy outside cutoff 3.8211705491507100E+047 mass inside cutoff 1345 51.667183265082159 relax counter 0 log max v [km/s]= 4.0144024379963561 check gamma integral -1.6810569079652584E-002 retry: logT > hydro_mtx_max_allowed_logT 1047 2551 retry: logT > hydro_mtx_max_allowed_logT 1042 2558 2560 9.409508 2.715E+05 -13.909002 13.985488 51.668262 0.000000 0.000000 0.000000 0.217203 -1.309180 2522 63 -9.2466E+00 9.409508 -0.243315 9.554768 13.562726 -99.000000 51.668262 0.000000 0.033693 0.782797 0.622684 7 2.8770E+05 5.945252 6.203055 13.985472 14.376349 -7.068778 49.014101 0.000006 0.000002 0.436521 -0.789E+01 max increase log_rel_run_E_err -7.8240384181408817 rel_E_err 1.0217610276056268D-11 k, q, energy_removed_layers before adjustment is 1213 0.99999663510335035 1.8925967848213633E+047 k, q, energy_removed_layers after adjustment is 1348 0.99997892938111432 3.9737161311215112E+047 Layers above q= 0.99997892938111432 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10638.474609375000 max vel inside fraction of cutoff 1689.3372150164721 max c/cs inside fraction of cutoff 0.59331259751823318 average v/vesc outside cutoff 0.83282510528574760 Kinetic plus potential energy outside cutoff 3.9737161311215112E+047 mass inside cutoff 1348 51.667172967703330 relax counter 0 log max v [km/s]= 4.0371093872933450 check gamma integral -1.6788884341342233E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1042 2561 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1096 2565 retry: logT < hydro_mtx_min_allowed_logT 1036 2567 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1030 2570 2570 9.408833 2.714E+05 -13.887710 13.968036 51.668262 0.000000 0.000000 0.000000 0.217203 -1.311634 2522 67 -9.6589E+00 9.408833 -0.243469 9.547082 13.557739 -99.000000 51.668262 0.000000 0.033693 0.782797 0.622589 6 2.8770E+05 5.943028 6.202385 13.968020 14.349516 -7.067833 49.014101 0.000006 0.000002 0.436514 -0.792E+01 retry log_rel_run_E_err -7.8210887546607939 rel_E_err 1.0512774106815543D-11 k, q, energy_removed_layers before adjustment is 1217 0.99999643688037954 2.0619667202437898E+047 k, q, energy_removed_layers after adjustment is 1348 0.99997892938111432 4.1047439722760622E+047 Layers above q= 0.99997892938111432 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10638.593750000000 max vel inside fraction of cutoff 1698.0378237979824 max c/cs inside fraction of cutoff 0.59699053930934842 average v/vesc outside cutoff 0.84577820953701865 Kinetic plus potential energy outside cutoff 4.1047439722760622E+047 mass inside cutoff 1348 51.667172967703330 relax counter 0 log max v [km/s]= 4.0456480324572217 check gamma integral -1.6769234637525325E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1034 2573 retry: logT < hydro_mtx_min_allowed_logT 1022 2578 2580 9.408318 2.714E+05 -13.842519 13.954736 51.668262 0.000000 0.000000 0.000000 0.217203 -1.313508 2522 69 -9.4692E+00 9.408318 -0.243587 9.541215 13.553931 -99.000000 51.668262 0.000000 0.033692 0.782797 0.622516 7 2.8770E+05 5.941331 6.201874 13.954720 14.329023 -7.067115 49.014101 0.000006 0.000001 0.436509 -0.794E+01 max increase log_rel_run_E_err -7.8181415559492962 rel_E_err 1.0229233105575139D-11 k, q, energy_removed_layers before adjustment is 1220 0.99999624913650309 2.2021317958171983E+047 k, q, energy_removed_layers after adjustment is 1349 0.99997872863725490 4.2027149001555906E+047 Layers above q= 0.99997872863725490 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10638.681640625000 max vel inside fraction of cutoff 1704.6388142297476 max c/cs inside fraction of cutoff 0.59978814884781384 average v/vesc outside cutoff 0.85406783743262016 Kinetic plus potential energy outside cutoff 4.2027149001555906E+047 mass inside cutoff 1349 51.667162595617071 relax counter 0 log max v [km/s]= 4.0604451049816586 check gamma integral -1.6753890228901523E-002 retry: logT > hydro_mtx_max_allowed_logT 1019 2581 retry: logT > hydro_mtx_max_allowed_logT 1015 2585 retry: adjust_correction failed in eval_equations -- give up in solver 2590 2590 9.407787 2.713E+05 -13.931584 13.941034 51.668262 0.000000 0.000000 0.000000 0.217203 -1.315442 2522 72 -9.5805E+00 9.407787 -0.243708 9.535162 13.549999 -99.000000 51.668262 0.000000 0.033692 0.782797 0.622441 5 2.8770E+05 5.939580 6.201348 13.941017 14.307869 -7.066376 49.014101 0.000006 0.000001 0.436504 -0.796E+01 retry log_rel_run_E_err -7.8152302037016641 rel_E_err 1.0278660643587978D-11 k, q, energy_removed_layers before adjustment is 1223 0.99999605186068685 2.3450962138973674E+047 k, q, energy_removed_layers after adjustment is 1350 0.99997852609359716 4.3019604965118599E+047 Layers above q= 0.99997852609359716 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10638.773437500000 max vel inside fraction of cutoff 1711.4124177407698 max c/cs inside fraction of cutoff 0.60266550066380165 average v/vesc outside cutoff 0.86237275537672009 Kinetic plus potential energy outside cutoff 4.3019604965118599E+047 mass inside cutoff 1350 51.667152130538369 relax counter 0 log max v [km/s]= 4.0750941133624803 check gamma integral -1.6737744686216412E-002 retry: logT < hydro_mtx_min_allowed_logT 1007 2594 retry: logT < hydro_mtx_min_allowed_logT 1005 2597 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1002 2600 __________________________________________________________________________________________________________________________________________________ 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 9.407204 2.713E+05 -13.819292 13.926029 51.668262 0.000000 0.000000 0.000000 0.217203 -1.317565 2522 75 -9.6917E+00 9.407204 -0.243840 9.528525 13.545685 -99.000000 51.668262 0.000000 0.033692 0.782797 0.622359 5 2.8770E+05 5.937659 6.200771 13.926011 14.284659 -7.065567 49.014101 0.000006 0.000001 0.436499 -0.798E+01 retry log_rel_run_E_err -7.8122987667628552 rel_E_err 9.8902035175875146D-12 save LOGS/profile29.data for model 2600 save photos/x600 for model 2600 k, q, energy_removed_layers before adjustment is 1226 0.99999586947527264 2.4795531100953768E+047 k, q, energy_removed_layers after adjustment is 1356 0.99997685710405226 4.4136517978081814E+047 Layers above q= 0.99997685710405226 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10638.871093750000 max vel inside fraction of cutoff 1718.7982414000487 max c/cs inside fraction of cutoff 0.60581057115020520 average v/vesc outside cutoff 0.86321194880935603 Kinetic plus potential energy outside cutoff 4.4136517978081814E+047 mass inside cutoff 1356 51.667065896749882 relax counter 0 log max v [km/s]= 4.0782208878161201 check gamma integral -1.6719671728236338E-002 retry: logT < hydro_mtx_min_allowed_logT 998 2606 retry: logT > hydro_mtx_max_allowed_logT 993 2609 2610 9.406565 2.712E+05 -13.941664 13.909585 51.668262 0.000000 0.000000 0.000000 0.217203 -1.319895 2522 77 -9.5020E+00 9.406565 -0.243985 9.521240 13.540947 -99.000000 51.668262 0.000000 0.033691 0.782797 0.622269 6 2.8770E+05 5.935551 6.200140 13.909567 14.259169 -7.064682 49.014101 0.000006 0.000001 0.436493 -0.801E+01 max increase log_rel_run_E_err -7.8093463248077120 rel_E_err 1.0183658952475194D-11 k, q, energy_removed_layers before adjustment is 1230 0.99999563748628795 2.6367909787706591E+047 k, q, energy_removed_layers after adjustment is 1356 0.99997685710405226 4.5308863703937218E+047 Layers above q= 0.99997685710405226 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10638.982421875000 max vel inside fraction of cutoff 1726.8543786195596 max c/cs inside fraction of cutoff 0.60925024357636093 average v/vesc outside cutoff 0.87395412047258525 Kinetic plus potential energy outside cutoff 4.5308863703937218E+047 mass inside cutoff 1356 51.667065896749882 relax counter 0 log max v [km/s]= 4.0939130321376389 check gamma integral -1.6699390358178877E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1022 2613 retry: logT < hydro_mtx_min_allowed_logT 986 2616 retry: logT < hydro_mtx_min_allowed_logT 982 2620 2620 9.405954 2.712E+05 -13.889288 13.893916 51.668262 0.000000 0.000000 0.000000 0.217203 -1.322121 2522 80 -9.6133E+00 9.405954 -0.244123 9.514286 13.536421 -99.000000 51.668262 0.000000 0.033691 0.782797 0.622183 5 2.8770E+05 5.933538 6.199537 13.893898 14.234828 -7.063839 49.014101 0.000006 0.000001 0.436488 -0.803E+01 retry log_rel_run_E_err -7.8064714231804873 rel_E_err 1.0106140683824711D-11 k, q, energy_removed_layers before adjustment is 1234 0.99999538924492237 2.7971219379573934E+047 k, q, energy_removed_layers after adjustment is 1357 0.99997656208586971 4.6405516946293620E+047 Layers above q= 0.99997656208586971 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10639.085937500000 max vel inside fraction of cutoff 1734.4951364403892 max c/cs inside fraction of cutoff 0.61252141874254740 average v/vesc outside cutoff 0.88182257031271427 Kinetic plus potential energy outside cutoff 4.6405516946293620E+047 mass inside cutoff 1357 51.667050653673229 relax counter 0 log max v [km/s]= 4.1071368997125548 check gamma integral -1.6679599252367408E-002 retry: logT > hydro_mtx_max_allowed_logT 979 2625 retry: logT < hydro_mtx_min_allowed_logT 975 2629 2630 9.405238 2.711E+05 -13.984515 13.875557 51.668262 0.000000 0.000000 0.000000 0.217203 -1.324735 2522 82 -9.4235E+00 9.405238 -0.244285 9.506126 13.531105 -99.000000 51.668262 0.000000 0.033691 0.782797 0.622082 6 2.8770E+05 5.931176 6.198832 13.875538 14.206241 -7.062853 49.014101 0.000006 0.000001 0.436482 -0.806E+01 max increase log_rel_run_E_err -7.8036823963817943 rel_E_err 1.0125991245975111D-11 k, q, energy_removed_layers before adjustment is 1237 0.99999518999027637 2.9410346522963440E+047 k, q, energy_removed_layers after adjustment is 1357 0.99997656208586971 4.7661884991335840E+047 Layers above q= 0.99997656208586971 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10639.208984375000 max vel inside fraction of cutoff 1743.4029769708557 max c/cs inside fraction of cutoff 0.61634608252386580 average v/vesc outside cutoff 0.89325166816725132 Kinetic plus potential energy outside cutoff 4.7661884991335840E+047 mass inside cutoff 1357 51.667050653673229 relax counter 0 log max v [km/s]= 4.1242829684764066 check gamma integral -1.6655828811015270E-002 retry: logT < hydro_mtx_min_allowed_logT 973 2631 retry: logT < hydro_mtx_min_allowed_logT 969 2635 retry: logT < hydro_mtx_min_allowed_logT 965 2639 2640 9.404681 2.711E+05 -14.008839 13.861317 51.668262 0.000000 0.000000 0.000000 0.217203 -1.326767 2522 85 -9.5348E+00 9.404681 -0.244411 9.499786 13.526973 -99.000000 51.668262 0.000000 0.033690 0.782797 0.622003 6 2.8770E+05 5.929341 6.198286 13.861298 14.184020 -7.062089 49.014101 0.000006 0.000001 0.436478 -0.808E+01 max increase log_rel_run_E_err -7.8008717960816698 rel_E_err 9.9848698910224820D-12 k, q, energy_removed_layers before adjustment is 1240 0.99999498997634140 3.0676623264423337E+047 k, q, energy_removed_layers after adjustment is 1358 0.99997626358720049 4.8617810142582518E+047 Layers above q= 0.99997626358720049 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10639.304687500000 max vel inside fraction of cutoff 1750.2801259350326 max c/cs inside fraction of cutoff 0.61930692129760834 average v/vesc outside cutoff 0.89964105841148589 Kinetic plus potential energy outside cutoff 4.8617810142582518E+047 mass inside cutoff 1358 51.667035230765883 relax counter 0 log max v [km/s]= 4.1363323703680832 check gamma integral -1.6636955404731740E-002 retry: logT < hydro_mtx_min_allowed_logT 961 2643 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 957 2647 2650 9.404026 2.710E+05 -13.927273 13.844588 51.668262 0.000000 0.000000 0.000000 0.217203 -1.329159 2522 87 -9.3450E+00 9.404026 -0.244558 9.492326 13.522107 -99.000000 51.668262 0.000000 0.033690 0.782797 0.621910 9 2.8770E+05 5.927181 6.197644 13.844568 14.157860 -7.061194 49.014101 0.000006 0.000001 0.436473 -0.811E+01 max increase log_rel_run_E_err -7.7980547809964262 rel_E_err 1.0323426949317092D-11 save photos/x650 for model 2650 k, q, energy_removed_layers before adjustment is 1243 0.99999476771939744 3.2078168991227991E+047 k, q, energy_removed_layers after adjustment is 1358 0.99997626358720049 4.9719074481161605E+047 Layers above q= 0.99997626358720049 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10639.416015625000 max vel inside fraction of cutoff 1758.3232170946958 max c/cs inside fraction of cutoff 0.62277882945929297 average v/vesc outside cutoff 0.90958973695740075 Kinetic plus potential energy outside cutoff 4.9719074481161605E+047 mass inside cutoff 1358 51.667035230765883 relax counter 0 log max v [km/s]= 4.1512684901950356 check gamma integral -1.6614293518799339E-002 retry: logT > hydro_mtx_max_allowed_logT 953 2651 retry: logT < hydro_mtx_min_allowed_logT 950 2654 retry: logT < hydro_mtx_min_allowed_logT 948 2656 retry: logT > hydro_mtx_max_allowed_logT 944 2660 2660 9.403545 2.710E+05 -14.003489 13.832320 51.668262 0.000000 0.000000 0.000000 0.217203 -1.330916 2522 91 -9.7573E+00 9.403545 -0.244667 9.486848 13.518531 -99.000000 51.668262 0.000000 0.033690 0.782797 0.621842 6 2.8770E+05 5.925595 6.197171 13.832301 14.138641 -7.060537 49.014101 0.000006 0.000001 0.436470 -0.813E+01 retry log_rel_run_E_err -7.7952591361883465 rel_E_err 1.0111779563676190D-11 k, q, energy_removed_layers before adjustment is 1245 0.99999461855024763 3.3070438212468925E+047 k, q, energy_removed_layers after adjustment is 1358 0.99997626358720049 5.0511065028131357E+047 Layers above q= 0.99997626358720049 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10639.498046875000 max vel inside fraction of cutoff 1764.1970094800506 max c/cs inside fraction of cutoff 0.62532047915513267 average v/vesc outside cutoff 0.91675892825000926 Kinetic plus potential energy outside cutoff 5.0511065028131357E+047 mass inside cutoff 1358 51.667035230765883 relax counter 0 log max v [km/s]= 4.1577396239444573 check gamma integral -1.6597338140550272E-002 retry: logT > hydro_mtx_max_allowed_logT 942 2663 retry: logT < hydro_mtx_min_allowed_logT 942 2666 2670 9.403175 2.710E+05 -14.021162 13.822888 51.668262 0.000000 0.000000 0.000000 0.217203 -1.332269 2522 93 -9.5676E+00 9.403175 -0.244750 9.482631 13.515778 -99.000000 51.668262 0.000000 0.033690 0.782797 0.621789 7 2.8770E+05 5.924374 6.196808 13.822868 14.123842 -7.060033 49.014101 0.000006 0.000001 0.436468 -0.814E+01 max increase log_rel_run_E_err -7.7924928683322969 rel_E_err 1.0540729758094876D-11 k, q, energy_removed_layers before adjustment is 1247 0.99999446945219428 3.3944175234756957E+047 k, q, energy_removed_layers after adjustment is 1359 0.99997596162600866 5.1113151104634307E+047 Layers above q= 0.99997596162600866 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10639.560546875000 max vel inside fraction of cutoff 1768.6997259970674 max c/cs inside fraction of cutoff 0.62727238218764747 average v/vesc outside cutoff 0.91975864949665487 Kinetic plus potential energy outside cutoff 5.1113151104634307E+047 mass inside cutoff 1359 51.667019628956020 relax counter 0 log max v [km/s]= 4.1728552802467584 check gamma integral -1.6584105434262374E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 935 2671 retry: adjust_correction failed in eval_equations -- give up in solver 2674 retry: logT < hydro_mtx_min_allowed_logT 928 2679 2680 9.402797 2.709E+05 -13.998683 13.813270 51.668262 0.000000 0.000000 0.000000 0.217203 -1.333651 2522 96 -9.6789E+00 9.402797 -0.244835 9.478327 13.512966 -99.000000 51.668262 0.000000 0.033690 0.782797 0.621736 6 2.8770E+05 5.923128 6.196438 13.813250 14.108734 -7.059518 49.014101 0.000006 0.000001 0.436465 -0.816E+01 max increase log_rel_run_E_err -7.7897944815062985 rel_E_err 1.0000251891505903D-11 k, q, energy_removed_layers before adjustment is 1249 0.99999432828311274 3.4695576872736733E+047 k, q, energy_removed_layers after adjustment is 1359 0.99997596162600866 5.1720119374961311E+047 Layers above q= 0.99997596162600866 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10639.625000000000 max vel inside fraction of cutoff 1773.2783305979851 max c/cs inside fraction of cutoff 0.62926036660748974 average v/vesc outside cutoff 0.92520897707211602 Kinetic plus potential energy outside cutoff 5.1720119374961311E+047 mass inside cutoff 1359 51.667019628956020 relax counter 0 log max v [km/s]= 4.1840848621576958 check gamma integral -1.6570437769231526E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 924 2683 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 920 2686 retry: logT < hydro_mtx_min_allowed_logT 919 2689 2690 9.402408 2.709E+05 -14.060376 13.803359 51.668262 0.000000 0.000000 0.000000 0.217203 -1.335076 2522 99 -9.7901E+00 9.402408 -0.244922 9.473888 13.510065 -99.000000 51.668262 0.000000 0.033689 0.782797 0.621681 6 2.8770E+05 5.921842 6.196058 13.803338 14.093145 -7.058989 49.014101 0.000006 0.000001 0.436463 -0.817E+01 max increase log_rel_run_E_err -7.7870657941702266 rel_E_err 1.0620573633287977D-11 k, q, energy_removed_layers before adjustment is 1251 0.99999419574394088 3.5440132188426351E+047 k, q, energy_removed_layers after adjustment is 1359 0.99997596162600866 5.2337393503784217E+047 Layers above q= 0.99997596162600866 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10639.693359375000 max vel inside fraction of cutoff 1777.9833868445471 max c/cs inside fraction of cutoff 0.63130661634554031 average v/vesc outside cutoff 0.93076037267322187 Kinetic plus potential energy outside cutoff 5.2337393503784217E+047 mass inside cutoff 1359 51.667019628956020 relax counter 0 log max v [km/s]= 4.1888311838446262 check gamma integral -1.6556166169013259E-002 retry: logT > hydro_mtx_max_allowed_logT 915 2693 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 918 2696 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 909 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 9.402086 2.709E+05 -14.047143 13.795180 51.668262 0.000000 0.000000 0.000000 0.217203 -1.336254 2522 102 -9.9014E+00 9.402086 -0.244994 9.470221 13.507668 -99.000000 51.668262 0.000000 0.033689 0.782797 0.621635 5 2.8770E+05 5.920781 6.195741 13.795159 14.080266 -7.058552 49.014101 0.000006 0.000001 0.436461 -0.819E+01 retry log_rel_run_E_err -7.7843842392311107 rel_E_err 9.8958442102732015D-12 save LOGS/profile30.data for model 2700 save photos/x700 for model 2700 k, q, energy_removed_layers before adjustment is 1253 0.99999406313628769 3.6087345631844466E+047 k, q, energy_removed_layers after adjustment is 1360 0.99997565611036676 5.2842508874115581E+047 Layers above q= 0.99997565611036676 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10639.746093750000 max vel inside fraction of cutoff 1781.8561552149060 max c/cs inside fraction of cutoff 0.63299344652251788 average v/vesc outside cutoff 0.93398788565303714 Kinetic plus potential energy outside cutoff 5.2842508874115581E+047 mass inside cutoff 1360 51.667003843493887 relax counter 0 log max v [km/s]= 4.1995834631108995 check gamma integral -1.6544246078825930E-002 retry: logT > hydro_mtx_max_allowed_logT 912 2706 retry: logT > hydro_mtx_max_allowed_logT 903 2709 2710 9.401679 2.708E+05 -14.084598 13.784862 51.668262 0.000000 0.000000 0.000000 0.217203 -1.337742 2522 104 -9.7117E+00 9.401679 -0.245085 9.465592 13.504639 -99.000000 51.668262 0.000000 0.033689 0.782797 0.621577 5 2.8770E+05 5.919440 6.195344 13.784841 14.063999 -7.058002 49.014101 0.000006 0.000001 0.436458 -0.820E+01 max increase log_rel_run_E_err -7.7817079205888975 rel_E_err 1.0080128802278260D-11 k, q, energy_removed_layers before adjustment is 1255 0.99999393057897701 3.6835941759302394E+047 k, q, energy_removed_layers after adjustment is 1360 0.99997565611036676 5.3472984140045159E+047 Layers above q= 0.99997565611036676 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10639.814453125000 max vel inside fraction of cutoff 1786.7287938999864 max c/cs inside fraction of cutoff 0.63511910542913175 average v/vesc outside cutoff 0.93961351253531877 Kinetic plus potential energy outside cutoff 5.3472984140045159E+047 mass inside cutoff 1360 51.667003843493887 relax counter 0 log max v [km/s]= 4.2120052860122605 check gamma integral -1.6529023396366877E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 898 2714 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 895 2717 2720 9.401204 2.708E+05 -14.056967 13.772821 51.668262 0.000000 0.000000 0.000000 0.217203 -1.339481 2522 106 -9.5219E+00 9.401204 -0.245192 9.460183 13.501100 -99.000000 51.668262 0.000000 0.033689 0.782797 0.621510 7 2.8770E+05 5.917873 6.194880 13.772800 14.044988 -7.057359 49.014101 0.000006 0.000001 0.436456 -0.822E+01 max increase log_rel_run_E_err -7.7790935658781999 rel_E_err 9.8080238133219128D-12 k, q, energy_removed_layers before adjustment is 1257 0.99999376588767719 3.7873583883222878E+047 k, q, energy_removed_layers after adjustment is 1360 0.99997565611036676 5.4197809702287373E+047 Layers above q= 0.99997565611036676 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10639.894531250000 max vel inside fraction of cutoff 1792.3968454012656 max c/cs inside fraction of cutoff 0.63759642414088202 average v/vesc outside cutoff 0.94609372728987862 Kinetic plus potential energy outside cutoff 5.4197809702287373E+047 mass inside cutoff 1360 51.667003843493887 relax counter 0 log max v [km/s]= 4.2204823168280114 check gamma integral -1.6510996692376781E-002 retry: logT < hydro_mtx_min_allowed_logT 910 2721 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 932 2725 retry: logT > hydro_mtx_max_allowed_logT 887 2729 2730 9.400750 2.708E+05 -14.094226 13.761321 51.668262 0.000000 0.000000 0.000000 0.217203 -1.341144 2522 109 -9.6332E+00 9.400750 -0.245293 9.455011 13.497713 -99.000000 51.668262 0.000000 0.033689 0.782797 0.621445 6 2.8770E+05 5.916375 6.194439 13.761300 14.026805 -7.056746 49.014101 0.000006 0.000001 0.436453 -0.824E+01 max increase log_rel_run_E_err -7.7764701828918694 rel_E_err 9.9083748833602233D-12 k, q, energy_removed_layers before adjustment is 1258 0.99999366716405846 3.8596902641690203E+047 k, q, energy_removed_layers after adjustment is 1360 0.99997565611036676 5.4879430520961471E+047 Layers above q= 0.99997565611036676 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10639.968750000000 max vel inside fraction of cutoff 1797.7922657934048 max c/cs inside fraction of cutoff 0.63995924185438402 average v/vesc outside cutoff 0.95220083235334629 Kinetic plus potential energy outside cutoff 5.4879430520961471E+047 mass inside cutoff 1360 51.667003843493887 relax counter 0 log max v [km/s]= 4.2331355502293420 check gamma integral -1.6493515334446863E-002 retry: logT < hydro_mtx_min_allowed_logT 884 2732 retry: logT < hydro_mtx_min_allowed_logT 881 2735 retry: logT < hydro_mtx_min_allowed_logT 877 2738 2740 9.400395 2.707E+05 -14.094037 13.752340 51.668262 0.000000 0.000000 0.000000 0.217203 -1.342445 2522 112 -9.7445E+00 9.400395 -0.245372 9.450967 13.495065 -99.000000 51.668262 0.000000 0.033689 0.782797 0.621395 6 2.8770E+05 5.915204 6.194094 13.752318 14.012585 -7.056268 49.014101 0.000006 0.000001 0.436451 -0.825E+01 max increase log_rel_run_E_err -7.7738506828050156 rel_E_err 9.9218409666986757D-12 k, q, energy_removed_layers before adjustment is 1259 0.99999356717548371 3.9217835228353219E+047 k, q, energy_removed_layers after adjustment is 1361 0.99997530554226366 5.5407602152515167E+047 Layers above q= 0.99997530554226366 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.027343750000 max vel inside fraction of cutoff 1801.9939608790714 max c/cs inside fraction of cutoff 0.64180243172952067 average v/vesc outside cutoff 0.95387602850004205 Kinetic plus potential energy outside cutoff 5.5407602152515167E+047 mass inside cutoff 1361 51.666985730249415 relax counter 0 log max v [km/s]= 4.2389104693806576 check gamma integral -1.6479681073975502E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 908 2741 retry: logT > hydro_mtx_max_allowed_logT 873 2745 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 870 2749 2750 9.400122 2.707E+05 -14.106049 13.745436 51.668262 0.000000 0.000000 0.000000 0.217203 -1.343445 2522 115 -9.8558E+00 9.400122 -0.245433 9.447857 13.493027 -99.000000 51.668262 0.000000 0.033689 0.782797 0.621356 6 2.8770E+05 5.914303 6.193828 13.745414 14.001645 -7.055901 49.014101 0.000006 0.000001 0.436450 -0.826E+01 max increase log_rel_run_E_err -7.7712237078544515 rel_E_err 1.0270622194017855D-11 save photos/x750 for model 2750 k, q, energy_removed_layers before adjustment is 1261 0.99999340033935602 3.9778149387034103E+047 k, q, energy_removed_layers after adjustment is 1361 0.99997530554226366 5.5809580099426210E+047 Layers above q= 0.99997530554226366 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.074218750000 max vel inside fraction of cutoff 1805.2165384614671 max c/cs inside fraction of cutoff 0.64321797135081515 average v/vesc outside cutoff 0.95744444981665577 Kinetic plus potential energy outside cutoff 5.5809580099426210E+047 mass inside cutoff 1361 51.666985730249415 relax counter 0 log max v [km/s]= 4.2512545264692170 check gamma integral -1.6468939215048117E-002 retry: logT > hydro_mtx_max_allowed_logT 867 2753 retry: logT < hydro_mtx_min_allowed_logT 890 2756 2760 9.399821 2.707E+05 -14.132754 13.737836 51.668262 0.000000 0.000000 0.000000 0.217203 -1.344548 2522 117 -9.6660E+00 9.399821 -0.245500 9.444430 13.490780 -99.000000 51.668262 0.000000 0.033689 0.782797 0.621313 10 2.8770E+05 5.913311 6.193535 13.737814 13.989588 -7.055497 49.014101 0.000005 0.000001 0.436448 -0.828E+01 max increase log_rel_run_E_err -7.7686619506205510 rel_E_err 9.7760575296207412D-12 k, q, energy_removed_layers before adjustment is 1262 0.99999333434676707 4.0197205657465459E+047 k, q, energy_removed_layers after adjustment is 1361 0.99997530554226366 5.6247979253536535E+047 Layers above q= 0.99997530554226366 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.123046875000 max vel inside fraction of cutoff 1808.7571022250104 max c/cs inside fraction of cutoff 0.64477508488789048 average v/vesc outside cutoff 0.96134183725966560 Kinetic plus potential energy outside cutoff 5.6247979253536535E+047 mass inside cutoff 1361 51.666985730249415 relax counter 0 log max v [km/s]= 4.2586224430142909 check gamma integral -1.6457004850410108E-002 retry: logT < hydro_mtx_min_allowed_logT 861 2761 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 858 2764 retry: logT < hydro_mtx_min_allowed_logT 855 2769 2770 9.399514 2.707E+05 -14.133529 13.730088 51.668262 0.000000 0.000000 0.000000 0.217203 -1.345674 2522 120 -9.7773E+00 9.399514 -0.245569 9.440934 13.488488 -99.000000 51.668262 0.000000 0.033688 0.782797 0.621269 6 2.8770E+05 5.912298 6.193236 13.730066 13.977288 -7.055084 49.014101 0.000005 0.000001 0.436447 -0.829E+01 max increase log_rel_run_E_err -7.7660991697485926 rel_E_err 9.8935965808519315D-12 k, q, energy_removed_layers before adjustment is 1264 0.99999320064347996 4.0858231487961273E+047 k, q, energy_removed_layers after adjustment is 1361 0.99997530554226366 5.6690450643946701E+047 Layers above q= 0.99997530554226366 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.175781250000 max vel inside fraction of cutoff 1812.3582320787134 max c/cs inside fraction of cutoff 0.64636087434685685 average v/vesc outside cutoff 0.96528161655129352 Kinetic plus potential energy outside cutoff 5.6690450643946701E+047 mass inside cutoff 1361 51.666985730249415 relax counter 0 log max v [km/s]= 4.2685417053620753 check gamma integral -1.6444722243824862E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 860 2772 retry: logT > hydro_mtx_max_allowed_logT 849 2776 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 847 2779 2780 9.399221 2.706E+05 -14.127623 13.722687 51.668262 0.000000 0.000000 0.000000 0.217203 -1.346750 2522 123 -9.8886E+00 9.399221 -0.245634 9.437592 13.486296 -99.000000 51.668262 0.000000 0.033688 0.782797 0.621228 6 2.8770E+05 5.911330 6.192951 13.722664 13.965525 -7.054691 49.014101 0.000005 0.000001 0.436445 -0.830E+01 max increase log_rel_run_E_err -7.7635469311766503 rel_E_err 9.8911045657287864D-12 k, q, energy_removed_layers before adjustment is 1265 0.99999310300064093 4.1374685462736200E+047 k, q, energy_removed_layers after adjustment is 1362 0.99997495040048712 5.7111411377794761E+047 Layers above q= 0.99997495040048712 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.222656250000 max vel inside fraction of cutoff 1815.7913207890260 max c/cs inside fraction of cutoff 0.64787458051421332 average v/vesc outside cutoff 0.96587285473300521 Kinetic plus potential energy outside cutoff 5.7111411377794761E+047 mass inside cutoff 1362 51.666967380691183 relax counter 0 log max v [km/s]= 4.2732495660708034 check gamma integral -1.6432875306449792E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 851 2785 retry: logT < hydro_mtx_min_allowed_logT 842 839 2788 2790 9.398853 2.706E+05 -14.143730 13.713411 51.668262 0.000000 0.000000 0.000000 0.217203 -1.348100 2522 125 -9.6988E+00 9.398853 -0.245716 9.433400 13.483545 -99.000000 51.668262 0.000000 0.033688 0.782797 0.621175 6 2.8770E+05 5.910115 6.192593 13.713388 13.950769 -7.054198 49.014101 0.000005 0.000001 0.436444 -0.831E+01 max increase log_rel_run_E_err -7.7610204052101945 rel_E_err 9.9874536908168229D-12 k, q, energy_removed_layers before adjustment is 1266 0.99999300421119530 4.1958729554201084E+047 k, q, energy_removed_layers after adjustment is 1362 0.99997495040048712 5.7633434379480100E+047 Layers above q= 0.99997495040048712 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.285156250000 max vel inside fraction of cutoff 1820.0832803275362 max c/cs inside fraction of cutoff 0.64976963800433241 average v/vesc outside cutoff 0.97047717053020044 Kinetic plus potential energy outside cutoff 5.7633434379480100E+047 mass inside cutoff 1362 51.666967380691183 relax counter 0 log max v [km/s]= 4.2844856046322386 check gamma integral -1.6417874517766589E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 836 2793 retry: logT < hydro_mtx_min_allowed_logT 833 2796 __________________________________________________________________________________________________________________________________________________ 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 9.398418 2.706E+05 -14.159338 13.702458 51.668262 0.000000 0.000000 0.000000 0.217203 -1.349696 2522 127 -9.5091E+00 9.398418 -0.245813 9.428445 13.480293 -99.000000 51.668262 0.000000 0.033688 0.782797 0.621113 6 2.8770E+05 5.908680 6.192170 13.702435 13.933323 -7.053616 49.014101 0.000005 0.000001 0.436442 -0.833E+01 max increase log_rel_run_E_err -7.7585365633605727 rel_E_err 9.8334644329674123D-12 save LOGS/profile31.data for model 2800 save photos/x800 for model 2800 k, q, energy_removed_layers before adjustment is 1268 0.99999280301395532 4.2816169929833086E+047 k, q, energy_removed_layers after adjustment is 1363 0.99997459074192341 5.8243944879274098E+047 Layers above q= 0.99997459074192341 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.355468750000 max vel inside fraction of cutoff 1825.1367810311315 max c/cs inside fraction of cutoff 0.65200474401627162 average v/vesc outside cutoff 0.97265875314302708 Kinetic plus potential energy outside cutoff 5.8243944879274098E+047 mass inside cutoff 1363 51.666948797758408 relax counter 0 log max v [km/s]= 4.2960487278067649 check gamma integral -1.6399938967053124E-002 retry: logT < hydro_mtx_min_allowed_logT 874 2801 retry: logT < hydro_mtx_min_allowed_logT 826 2806 retry: logT < hydro_mtx_min_allowed_logT 823 2808 2810 9.398068 2.705E+05 -14.172591 13.693653 51.668262 0.000000 0.000000 0.000000 0.217203 -1.350981 2522 130 -9.7787E+00 9.398068 -0.245890 9.424458 13.477674 -99.000000 51.668262 0.000000 0.033688 0.782797 0.621063 6 2.8770E+05 5.907525 6.191832 13.693629 13.919280 -7.053149 49.014101 0.000005 0.000001 0.436440 -0.835E+01 max increase log_rel_run_E_err -7.7560049843144778 rel_E_err 1.0269756643383050D-11 k, q, energy_removed_layers before adjustment is 1269 0.99999270538297202 4.3334591047159368E+047 k, q, energy_removed_layers after adjustment is 1364 0.99997422635597921 5.8729841369991261E+047 Layers above q= 0.99997422635597921 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.414062500000 max vel inside fraction of cutoff 1829.1883804649576 max c/cs inside fraction of cutoff 0.65379966378097121 average v/vesc outside cutoff 0.97360466009294044 Kinetic plus potential energy outside cutoff 5.8729841369991261E+047 mass inside cutoff 1364 51.666929970570102 relax counter 0 log max v [km/s]= 4.3011550432500885 check gamma integral -1.6385345361289223E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 832 2811 retry: logT < hydro_mtx_min_allowed_logT 819 2815 retry: logT < hydro_mtx_min_allowed_logT 816 2819 2820 9.397812 2.705E+05 -14.155476 13.687228 51.668262 0.000000 0.000000 0.000000 0.217203 -1.351920 2522 133 -9.8900E+00 9.397812 -0.245947 9.421547 13.475761 -99.000000 51.668262 0.000000 0.033688 0.782797 0.621027 6 2.8770E+05 5.906681 6.191583 13.687205 13.909025 -7.052808 49.014101 0.000005 0.000001 0.436439 -0.836E+01 max increase log_rel_run_E_err -7.7535213022829677 rel_E_err 9.6975310268553079D-12 k, q, energy_removed_layers before adjustment is 1270 0.99999260657662092 4.3769392429900161E+047 k, q, energy_removed_layers after adjustment is 1365 0.99997386018304624 5.9079922219441865E+047 Layers above q= 0.99997386018304624 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.457031250000 max vel inside fraction of cutoff 1832.1381402994771 max c/cs inside fraction of cutoff 0.65510809962913708 average v/vesc outside cutoff 0.97344914013920281 Kinetic plus potential energy outside cutoff 5.9079922219441865E+047 mass inside cutoff 1365 51.666911051051194 relax counter 0 log max v [km/s]= 4.3050772364601571 check gamma integral -1.6374599661248778E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 815 2822 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 810 2827 2830 9.397530 2.705E+05 -14.154487 13.680139 51.668262 0.000000 0.000000 0.000000 0.217203 -1.352956 2522 135 -9.7002E+00 9.397530 -0.246010 9.418332 13.473649 -99.000000 51.668262 0.000000 0.033688 0.782797 0.620986 6 2.8770E+05 5.905750 6.191310 13.680116 13.897700 -7.052432 49.014101 0.000005 0.000001 0.436438 -0.837E+01 max increase log_rel_run_E_err -7.7510426465606255 rel_E_err 1.0137594517436204D-11 k, q, energy_removed_layers before adjustment is 1271 0.99999250654249194 4.4227202680528266E+047 k, q, energy_removed_layers after adjustment is 1365 0.99997386018304624 5.9458176691023798E+047 Layers above q= 0.99997386018304624 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.501953125000 max vel inside fraction of cutoff 1835.3866944133169 max c/cs inside fraction of cutoff 0.65655070634669854 average v/vesc outside cutoff 0.97674841417781999 Kinetic plus potential energy outside cutoff 5.9458176691023798E+047 mass inside cutoff 1365 51.666911051051194 relax counter 0 log max v [km/s]= 4.3062056380030764 check gamma integral -1.6362645516071018E-002 retry: adjust_correction failed in eval_equations -- give up in solver 2833 retry: logT > hydro_mtx_max_allowed_logT 803 2836 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 802 2839 2840 9.397148 2.705E+05 -14.180424 13.670553 51.668262 0.000000 0.000000 0.000000 0.217203 -1.354360 2522 138 -9.8115E+00 9.397148 -0.246095 9.413981 13.470789 -99.000000 51.668262 0.000000 0.033688 0.782797 0.620932 6 2.8770E+05 5.904489 6.190941 13.670528 13.882370 -7.051924 49.014101 0.000005 0.000001 0.436436 -0.838E+01 max increase log_rel_run_E_err -7.7485772725621329 rel_E_err 9.9567334670536338D-12 k, q, energy_removed_layers before adjustment is 1272 0.99999240538443057 4.4837244757374672E+047 k, q, energy_removed_layers after adjustment is 1366 0.99997348926883067 5.9957608823909431E+047 Layers above q= 0.99997348926883067 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.562500000000 max vel inside fraction of cutoff 1839.7695019140717 max c/cs inside fraction of cutoff 0.65849974727710514 average v/vesc outside cutoff 0.97790181588964953 Kinetic plus potential energy outside cutoff 5.9957608823909431E+047 mass inside cutoff 1366 51.666891886558453 relax counter 0 log max v [km/s]= 4.3047489145705873 check gamma integral -1.6346316927353347E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 794 2843 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 795 2845 retry: logT > hydro_mtx_max_allowed_logT 793 2849 2850 9.396870 2.704E+05 -14.165150 13.663592 51.668262 0.000000 0.000000 0.000000 0.217203 -1.355379 2522 141 -9.9228E+00 9.396870 -0.246156 9.410820 13.468709 -99.000000 51.668262 0.000000 0.033688 0.782797 0.620892 5 2.8770E+05 5.903573 6.190672 13.663567 13.871227 -7.051555 49.014101 0.000005 0.000001 0.436435 -0.839E+01 max increase log_rel_run_E_err -7.7461444009348615 rel_E_err 9.9924244956613954D-12 save photos/x850 for model 2850 k, q, energy_removed_layers before adjustment is 1273 0.99999227562193260 4.5360026994573051E+047 k, q, energy_removed_layers after adjustment is 1366 0.99997348926883067 6.0315348120845827E+047 Layers above q= 0.99997348926883067 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.611328125000 max vel inside fraction of cutoff 1842.9445628335702 max c/cs inside fraction of cutoff 0.65991363415143212 average v/vesc outside cutoff 0.98104550463086748 Kinetic plus potential energy outside cutoff 6.0315348120845827E+047 mass inside cutoff 1366 51.666891886558453 relax counter 0 log max v [km/s]= 4.3047745658247125 check gamma integral -1.6334344016311574E-002 retry: logT > hydro_mtx_max_allowed_logT 796 2856 retry: logT > hydro_mtx_max_allowed_logT 794 2859 2860 9.396472 2.704E+05 -14.204862 13.653615 51.668262 0.000000 0.000000 0.000000 0.217203 -1.356843 2531 143 -9.7330E+00 9.396472 -0.246244 9.406285 13.465726 -99.000000 51.668262 0.000000 0.033688 0.782797 0.620835 6 2.8770E+05 5.902259 6.190288 13.653591 13.855242 -7.051027 49.014101 0.000005 0.000001 0.436433 -0.841E+01 max increase log_rel_run_E_err -7.7437311605645265 rel_E_err 9.8224723859245416D-12 k, q, energy_removed_layers before adjustment is 1283 0.99999214406483450 4.5952488345806307E+047 k, q, energy_removed_layers after adjustment is 1376 0.99997311359389729 6.0817153931528091E+047 Layers above q= 0.99997311359389729 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.673828125000 max vel inside fraction of cutoff 1847.4837984870035 max c/cs inside fraction of cutoff 0.66193789288273130 average v/vesc outside cutoff 0.98220412350605357 Kinetic plus potential energy outside cutoff 6.0817153931528091E+047 mass inside cutoff 1376 51.666872476087704 relax counter 0 log max v [km/s]= 4.3064711003540834 check gamma integral -1.6317011952684094E-002 retry: logT > hydro_mtx_max_allowed_logT 791 2863 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 866 2867 2870 9.396038 2.704E+05 -14.040216 13.642753 51.668262 0.000000 0.000000 0.000000 0.217203 -1.358438 2531 145 -9.5433E+00 9.396038 -0.246340 9.401341 13.462472 -99.000000 51.668262 0.000000 0.033688 0.782797 0.620773 6 2.8770E+05 5.900827 6.189867 13.642728 13.837815 -7.050450 49.014101 0.000005 0.000001 0.436432 -0.843E+01 max increase log_rel_run_E_err -7.7413299407957998 rel_E_err 1.0089210360197737D-11 k, q, energy_removed_layers before adjustment is 1284 0.99999201070421617 4.6548627616533679E+047 k, q, energy_removed_layers after adjustment is 1376 0.99997311359389729 6.1352483276939685E+047 Layers above q= 0.99997311359389729 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.746093750000 max vel inside fraction of cutoff 1852.4118282822976 max c/cs inside fraction of cutoff 0.66413936497852966 average v/vesc outside cutoff 0.98695270274952673 Kinetic plus potential energy outside cutoff 6.1352483276939685E+047 mass inside cutoff 1376 51.666872476087704 relax counter 0 log max v [km/s]= 4.3085657072528045 check gamma integral -1.6297906816596295E-002 retry: logT < hydro_mtx_min_allowed_logT 784 2872 retry: logT < hydro_mtx_min_allowed_logT 781 2875 retry: logT > hydro_mtx_max_allowed_logT 779 2878 retry: logT < hydro_mtx_min_allowed_logT 776 2880 2880 9.395612 2.703E+05 -14.200756 13.632091 51.668262 0.000000 0.000000 0.000000 0.217203 -1.360007 2531 149 -9.9556E+00 9.395612 -0.246434 9.396485 13.459274 -99.000000 51.668262 0.000000 0.033687 0.782797 0.620712 5 2.8770E+05 5.899419 6.189452 13.632066 13.820688 -7.049879 49.014101 0.000005 0.000001 0.436430 -0.844E+01 retry log_rel_run_E_err -7.7389261671771470 rel_E_err 1.0023549253167094D-11 k, q, energy_removed_layers before adjustment is 1285 0.99999187521173061 4.7105144076486896E+047 k, q, energy_removed_layers after adjustment is 1376 0.99997311359389729 6.1858734513995808E+047 Layers above q= 0.99997311359389729 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.814453125000 max vel inside fraction of cutoff 1857.2339386925676 max c/cs inside fraction of cutoff 0.66629739471667593 average v/vesc outside cutoff 0.99153462309057050 Kinetic plus potential energy outside cutoff 6.1858734513995808E+047 mass inside cutoff 1376 51.666872476087704 relax counter 0 log max v [km/s]= 4.3039547410844214 check gamma integral -1.6278920252048499E-002 retry: logT < hydro_mtx_min_allowed_logT 780 2884 retry: logT > hydro_mtx_max_allowed_logT 770 2889 2890 9.395290 2.703E+05 -14.207367 13.624040 51.668262 0.000000 0.000000 0.000000 0.217203 -1.361192 2531 151 -9.7658E+00 9.395290 -0.246506 9.392814 13.456856 -99.000000 51.668262 0.000000 0.033687 0.782797 0.620666 6 2.8770E+05 5.898355 6.189143 13.624015 13.807742 -7.049447 49.014101 0.000005 0.000001 0.436429 -0.846E+01 max increase log_rel_run_E_err -7.7365630581919724 rel_E_err 1.0170877000741410D-11 k, q, energy_removed_layers before adjustment is 1286 0.99999174360951348 4.7597055276588241E+047 k, q, energy_removed_layers after adjustment is 1376 0.99997311359389729 6.2238872346299747E+047 Layers above q= 0.99997311359389729 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.867187500000 max vel inside fraction of cutoff 1860.8657344565504 max c/cs inside fraction of cutoff 0.66792523558503947 average v/vesc outside cutoff 0.99496879654082437 Kinetic plus potential energy outside cutoff 6.2238872346299747E+047 mass inside cutoff 1376 51.666872476087704 relax counter 0 log max v [km/s]= 4.3075104774538833 check gamma integral -1.6264428290337071E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 764 2893 retry: logT < hydro_mtx_min_allowed_logT 760 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 9.394922 2.703E+05 -14.226153 13.614864 51.668262 0.000000 0.000000 0.000000 0.217203 -1.362545 2531 153 -9.7344E+00 9.394922 -0.246587 9.388627 13.454096 -99.000000 51.668262 0.000000 0.033687 0.782797 0.620614 6 2.8770E+05 5.897142 6.188790 13.614838 13.792972 -7.048958 49.014101 0.000005 0.000001 0.436428 -0.847E+01 max increase log_rel_run_E_err -7.7342355755041101 rel_E_err 1.0298690133893600D-11 save LOGS/profile32.data for model 2900 save photos/x900 for model 2900 k, q, energy_removed_layers before adjustment is 1287 0.99999161012538074 4.8025874275542056E+047 k, q, energy_removed_layers after adjustment is 1377 0.99997273305801782 6.2662069901375444E+047 Layers above q= 0.99997273305801782 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.921875000000 max vel inside fraction of cutoff 1864.9950809332518 max c/cs inside fraction of cutoff 0.66977875835916179 average v/vesc outside cutoff 0.99345706631223951 Kinetic plus potential energy outside cutoff 6.2662069901375444E+047 mass inside cutoff 1377 51.666852814460313 relax counter 0 log max v [km/s]= 4.3072412948393550 check gamma integral -1.6247747063984408E-002 retry: logT < hydro_mtx_min_allowed_logT 768 2902 retry: logT < hydro_mtx_min_allowed_logT 755 2906 2910 9.394539 2.703E+05 -14.242123 13.605311 51.668262 0.000000 0.000000 0.000000 0.217203 -1.363955 2531 155 -9.5447E+00 9.394539 -0.246671 9.384263 13.451220 -99.000000 51.668262 0.000000 0.033687 0.782797 0.620559 9 2.8770E+05 5.895877 6.188420 13.605285 13.777578 -7.048452 49.014101 0.000005 0.000001 0.436426 -0.849E+01 max increase log_rel_run_E_err -7.7318868775504530 rel_E_err 9.7256112017843559D-12 k, q, energy_removed_layers before adjustment is 1288 0.99999151217894355 4.8453813805960685E+047 k, q, energy_removed_layers after adjustment is 1377 0.99997273305801782 6.3098932857178533E+047 Layers above q= 0.99997273305801782 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10640.986328125000 max vel inside fraction of cutoff 1869.2826622955424 max c/cs inside fraction of cutoff 0.67170631673651060 average v/vesc outside cutoff 0.99741336725314234 Kinetic plus potential energy outside cutoff 6.3098932857178533E+047 mass inside cutoff 1377 51.666852814460313 relax counter 0 log max v [km/s]= 4.3093572112836318 check gamma integral -1.6230193558961381E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 756 2911 retry: logT < hydro_mtx_min_allowed_logT 820 2914 retry: logT < hydro_mtx_min_allowed_logT 830 2918 2920 9.394152 2.702E+05 -14.194227 13.595662 51.668262 0.000000 0.000000 0.000000 0.217203 -1.365381 2531 158 -9.6560E+00 9.394152 -0.246757 9.379851 13.448310 -99.000000 51.668262 0.000000 0.033687 0.782797 0.620504 6 2.8770E+05 5.894599 6.188047 13.595635 13.762011 -7.047945 49.014101 0.000005 0.000001 0.436425 -0.850E+01 max increase log_rel_run_E_err -7.7295471297256899 rel_E_err 1.0365451880066415D-11 k, q, energy_removed_layers before adjustment is 1290 0.99999131338788272 4.9025542180148264E+047 k, q, energy_removed_layers after adjustment is 1377 0.99997273305801782 6.3527780805191513E+047 Layers above q= 0.99997273305801782 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10641.046875000000 max vel inside fraction of cutoff 1873.6019116125631 max c/cs inside fraction of cutoff 0.67365121645017412 average v/vesc outside cutoff 1.0013558206634767 Kinetic plus potential energy outside cutoff 6.3527780805191513E+047 mass inside cutoff 1377 51.666852814460313 relax counter 0 log max v [km/s]= 4.3071287807132048 check gamma integral -1.6212269771787920E-002 retry: logT < hydro_mtx_min_allowed_logT 748 2922 retry: logT < hydro_mtx_min_allowed_logT 739 2926 2930 9.393691 2.702E+05 -14.269729 13.584192 51.668262 0.000000 0.000000 0.000000 0.217203 -1.367079 2531 160 -9.4662E+00 9.393691 -0.246858 9.374602 13.444846 -99.000000 51.668262 0.000000 0.033687 0.782797 0.620438 8 2.8770E+05 5.893077 6.187603 13.584165 13.743486 -7.047345 49.014101 0.000005 0.000001 0.436424 -0.852E+01 max increase log_rel_run_E_err -7.7271831744391060 rel_E_err 1.0313215507516203D-11 k, q, energy_removed_layers before adjustment is 1291 0.99999121249585587 4.9526406858293757E+047 k, q, energy_removed_layers after adjustment is 1377 0.99997273305801782 6.4033736791854897E+047 Layers above q= 0.99997273305801782 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10641.123046875000 max vel inside fraction of cutoff 1878.7202720602077 max c/cs inside fraction of cutoff 0.67596002622655982 average v/vesc outside cutoff 1.0060017352900859 Kinetic plus potential energy outside cutoff 6.4033736791854897E+047 mass inside cutoff 1377 51.666852814460313 relax counter 0 log max v [km/s]= 4.3102971316404810 check gamma integral -1.6190712183592165E-002 retry: logT < hydro_mtx_min_allowed_logT 736 2931 retry: logT < hydro_mtx_min_allowed_logT 733 2934 retry: adjust_correction failed in eval_equations -- give up in solver 2938 2940 9.393225 2.701E+05 -14.264681 13.572604 51.668262 0.000000 0.000000 0.000000 0.217203 -1.368796 2531 163 -9.5775E+00 9.393225 -0.246961 9.369293 13.441341 -99.000000 51.668262 0.000000 0.033687 0.782797 0.620371 6 2.8770E+05 5.891539 6.187150 13.572577 13.724747 -7.046738 49.014101 0.000005 0.000001 0.436422 -0.854E+01 max increase log_rel_run_E_err -7.7248855382804757 rel_E_err 9.8425386093639044D-12 k, q, energy_removed_layers before adjustment is 1293 0.99999095072377675 5.0228058680043785E+047 k, q, energy_removed_layers after adjustment is 1378 0.99997242043323908 6.4532093844399243E+047 Layers above q= 0.99997242043323908 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10641.197265625000 max vel inside fraction of cutoff 1883.8745530026738 max c/cs inside fraction of cutoff 0.67828949941659500 average v/vesc outside cutoff 1.0077971444846179 Kinetic plus potential energy outside cutoff 6.4532093844399243E+047 mass inside cutoff 1378 51.666836661681444 relax counter 0 log max v [km/s]= 4.3080697313736689 check gamma integral -1.6168652566575816E-002 retry: logT < hydro_mtx_min_allowed_logT 870 2943 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 724 2945 retry: logT < hydro_mtx_min_allowed_logT 721 2948 2950 9.392768 2.701E+05 -14.279420 13.561240 51.668262 0.000000 0.000000 0.000000 0.217203 -1.370483 2531 166 -9.6888E+00 9.392767 -0.247061 9.364080 13.437898 -99.000000 51.668262 0.000000 0.033687 0.782797 0.620305 6 2.8770E+05 5.890028 6.186713 13.561212 13.706346 -7.046142 49.014101 0.000005 0.000001 0.436421 -0.856E+01 max increase log_rel_run_E_err -7.7226209158901655 rel_E_err 9.7369961920252095D-12 save photos/x950 for model 2950 k, q, energy_removed_layers before adjustment is 1294 0.99999081739496709 5.0718411267557579E+047 k, q, energy_removed_layers after adjustment is 1378 0.99997242043323908 6.5012326650024899E+047 Layers above q= 0.99997242043323908 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10641.269531250000 max vel inside fraction of cutoff 1888.9126842462158 max c/cs inside fraction of cutoff 0.68057083398333618 average v/vesc outside cutoff 1.0122543292410779 Kinetic plus potential energy outside cutoff 6.5012326650024899E+047 mass inside cutoff 1378 51.666836661681444 relax counter 0 log max v [km/s]= 4.3064883663559268 check gamma integral -1.6146743106343380E-002 retry: logT < hydro_mtx_min_allowed_logT 718 2952 retry: logT < hydro_mtx_min_allowed_logT 800 2956 retry: logT < hydro_mtx_min_allowed_logT 710 2960 2960 9.392370 2.701E+05 -14.277190 13.551345 51.668262 0.000000 0.000000 0.000000 0.217203 -1.371953 2531 169 -9.8000E+00 9.392368 -0.247149 9.359537 13.434895 -99.000000 51.668262 0.000000 0.033687 0.782797 0.620248 5 2.8770E+05 5.888711 6.186330 13.551317 13.690306 -7.045623 49.014101 0.000005 0.000001 0.436420 -0.858E+01 retry log_rel_run_E_err -7.7203680586496670 rel_E_err 9.9619635684029718D-12 k, q, energy_removed_layers before adjustment is 1296 0.99999054324874059 5.1427260285644559E+047 k, q, energy_removed_layers after adjustment is 1378 0.99997242043323908 6.5424175897834519E+047 Layers above q= 0.99997242043323908 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10641.332031250000 max vel inside fraction of cutoff 1893.2863658151191 max c/cs inside fraction of cutoff 0.68255477689080646 average v/vesc outside cutoff 1.0160953392664736 Kinetic plus potential energy outside cutoff 6.5424175897834519E+047 mass inside cutoff 1378 51.666836661681444 relax counter 0 log max v [km/s]= 4.3058992452127569 check gamma integral -1.6127443891741255E-002 retry: logT > hydro_mtx_max_allowed_logT 708 2964 retry: logT > hydro_mtx_max_allowed_logT 702 2968 2970 9.391935 2.700E+05 -14.290364 13.540565 51.668262 0.000000 0.000000 0.000000 0.217203 -1.373558 2531 171 -9.6103E+00 9.391933 -0.247245 9.354581 13.431619 -99.000000 51.668262 0.000000 0.033687 0.782797 0.620186 6 2.8770E+05 5.887275 6.185913 13.540536 13.672810 -7.045057 49.014101 0.000005 0.000001 0.436419 -0.859E+01 max increase log_rel_run_E_err -7.7181331279026439 rel_E_err 1.0074242119856569D-11 k, q, energy_removed_layers before adjustment is 1297 0.99999040232568392 5.1943323506376247E+047 k, q, energy_removed_layers after adjustment is 1379 0.99997210454337082 6.5870702383527962E+047 Layers above q= 0.99997210454337082 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10641.402343750000 max vel inside fraction of cutoff 1898.0377493362002 max c/cs inside fraction of cutoff 0.68471376312222865 average v/vesc outside cutoff 1.0173606872832710 Kinetic plus potential energy outside cutoff 6.5870702383527962E+047 mass inside cutoff 1379 51.666820340201077 relax counter 0 log max v [km/s]= 4.3079173452090584 check gamma integral -1.6106179718803498E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 698 2972 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 740 2976 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 702 2979 2980 9.391487 2.700E+05 -14.278530 13.529463 51.668262 0.000000 0.000000 0.000000 0.217203 -1.375212 2531 174 -9.7216E+00 9.391485 -0.247343 9.349473 13.428241 -99.000000 51.668262 0.000000 0.033687 0.782797 0.620121 6 2.8770E+05 5.885794 6.185478 13.529434 13.654772 -7.044473 49.014101 0.000005 0.000001 0.436417 -0.861E+01 max increase log_rel_run_E_err -7.7158671991616243 rel_E_err 9.8318738039327518D-12 k, q, energy_removed_layers before adjustment is 1298 0.99999025955616361 5.2469236749918777E+047 k, q, energy_removed_layers after adjustment is 1379 0.99997210454337082 6.6320598362530066E+047 Layers above q= 0.99997210454337082 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10641.474609375000 max vel inside fraction of cutoff 1902.9153426222172 max c/cs inside fraction of cutoff 0.68693413320238894 average v/vesc outside cutoff 1.0215577552691832 Kinetic plus potential energy outside cutoff 6.6320598362530066E+047 mass inside cutoff 1379 51.666820340201077 relax counter 0 log max v [km/s]= 4.3064140128442316 check gamma integral -1.6084023487742648E-002 retry: logT > hydro_mtx_max_allowed_logT 689 2984 retry: logT > hydro_mtx_max_allowed_logT 685 2988 2990 9.390964 2.700E+05 -14.322161 13.516517 51.668262 0.000000 0.000000 0.000000 0.217203 -1.377144 2531 176 -9.5318E+00 9.390961 -0.247458 9.343509 13.424294 -99.000000 51.668262 0.000000 0.033687 0.782797 0.620046 6 2.8770E+05 5.884066 6.184977 13.516488 13.633711 -7.043790 49.014101 0.000005 0.000001 0.436416 -0.863E+01 max increase log_rel_run_E_err -7.7136500946848408 rel_E_err 9.9936759535076351D-12 k, q, energy_removed_layers before adjustment is 1299 0.99999011501178070 5.2968971843897810E+047 k, q, energy_removed_layers after adjustment is 1379 0.99997210454337082 6.6841964393433178E+047 Layers above q= 0.99997210454337082 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10641.556640625000 max vel inside fraction of cutoff 1908.5836278081697 max c/cs inside fraction of cutoff 0.68951961959489172 average v/vesc outside cutoff 1.0264096086819328 Kinetic plus potential energy outside cutoff 6.6841964393433178E+047 mass inside cutoff 1379 51.666820340201077 relax counter 0 log max v [km/s]= 4.3090309832318887 check gamma integral -1.6057853284604063E-002 retry: logT < hydro_mtx_min_allowed_logT 680 2991 retry: logT < hydro_mtx_min_allowed_logT 684 2995 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 672 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 9.390458 2.699E+05 -14.346147 13.504020 51.668262 0.000000 0.000000 0.000000 0.217203 -1.379012 2531 179 -9.6431E+00 9.390455 -0.247568 9.337745 13.420477 -99.000000 51.668262 0.000000 0.033687 0.782797 0.619973 5 2.8770E+05 5.882395 6.184491 13.503990 13.613353 -7.043132 49.014101 0.000005 0.000001 0.436415 -0.865E+01 retry log_rel_run_E_err -7.7114427225649314 rel_E_err 9.5723034183661374D-12 save LOGS/profile33.data for model 3000 save photos/3000 for model 3000 k, q, energy_removed_layers before adjustment is 1301 0.99998989447865883 5.3633167697246153E+047 k, q, energy_removed_layers after adjustment is 1379 0.99997210454337082 6.7331634850336737E+047 Layers above q= 0.99997210454337082 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10641.636718750000 max vel inside fraction of cutoff 1914.0355805969239 max c/cs inside fraction of cutoff 0.69201168040701289 average v/vesc outside cutoff 1.0310260222422760 Kinetic plus potential energy outside cutoff 6.7331634850336737E+047 mass inside cutoff 1379 51.666820340201077 relax counter 0 log max v [km/s]= 4.3085109677841684 check gamma integral -1.6032248333865160E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 671 3005 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 674 3009 3010 9.389732 2.699E+05 -14.345181 13.486094 51.668262 0.000000 0.000000 0.000000 0.217203 -1.381697 2531 181 -9.4533E+00 9.389729 -0.247728 9.329464 13.414991 -99.000000 51.668262 0.000000 0.033687 0.782797 0.619869 6 2.8770E+05 5.879995 6.183800 13.486063 13.584107 -7.042188 49.014101 0.000005 0.000001 0.436413 -0.868E+01 max increase log_rel_run_E_err -7.7092599081684989 rel_E_err 1.0043633127311856D-11 k, q, energy_removed_layers before adjustment is 1303 0.99998966996389760 5.4396694568170012E+047 k, q, energy_removed_layers after adjustment is 1381 0.99997146322626029 6.8035322638326902E+047 Layers above q= 0.99997146322626029 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10641.751953125000 max vel inside fraction of cutoff 1921.8210516266017 max c/cs inside fraction of cutoff 0.69557947229415462 average v/vesc outside cutoff 1.0357482275282441 Kinetic plus potential energy outside cutoff 6.8035322638326902E+047 mass inside cutoff 1381 51.666787204460810 relax counter 0 log max v [km/s]= 4.3101660167307241 check gamma integral -1.5994930146318601E-002 retry: logT < hydro_mtx_min_allowed_logT 662 3011 retry: logT < hydro_mtx_min_allowed_logT 720 3016 retry: logT > hydro_mtx_max_allowed_logT 658 3019 3020 9.389124 2.698E+05 -14.375236 13.471114 51.668262 0.000000 0.000000 0.000000 0.217203 -1.383945 2531 184 -9.5646E+00 9.389120 -0.247861 9.322534 13.410396 -99.000000 51.668262 0.000000 0.033686 0.782797 0.619782 6 2.8770E+05 5.877986 6.183219 13.471083 13.559627 -7.041402 49.014101 0.000005 0.000001 0.436412 -0.871E+01 max increase log_rel_run_E_err -7.7070629310014294 rel_E_err 1.0246351749993666D-11 k, q, energy_removed_layers before adjustment is 1305 0.99998944142705748 5.5065482061494955E+047 k, q, energy_removed_layers after adjustment is 1381 0.99997146322626029 6.8607894305235087E+047 Layers above q= 0.99997146322626029 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10641.845703125000 max vel inside fraction of cutoff 1928.2965147693776 max c/cs inside fraction of cutoff 0.69855499110614760 average v/vesc outside cutoff 1.0410868828418716 Kinetic plus potential energy outside cutoff 6.8607894305235087E+047 mass inside cutoff 1381 51.666787204460810 relax counter 0 log max v [km/s]= 4.3081566119217909 check gamma integral -1.5963212520238211E-002 retry: logT < hydro_mtx_min_allowed_logT 700 3023 retry: logT < hydro_mtx_min_allowed_logT 654 3027 3030 9.388461 2.698E+05 -14.385045 13.454798 51.668262 0.000000 0.000000 0.000000 0.217203 -1.386398 2531 186 -9.3749E+00 9.388457 -0.248005 9.314974 13.405380 -99.000000 51.668262 0.000000 0.033686 0.782797 0.619686 10 2.8770E+05 5.875795 6.182588 13.454767 13.532922 -7.040546 49.014101 0.000005 0.000001 0.436411 -0.873E+01 max increase log_rel_run_E_err -7.7048729353039311 rel_E_err 1.0046996391346598D-11 k, q, energy_removed_layers before adjustment is 1307 0.99998920833670368 5.5866364686357813E+047 k, q, energy_removed_layers after adjustment is 1381 0.99997146322626029 6.9227296765343318E+047 Layers above q= 0.99997146322626029 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10641.951171875000 max vel inside fraction of cutoff 1935.3181285985675 max c/cs inside fraction of cutoff 0.70178985820161233 average v/vesc outside cutoff 1.0468411664125605 Kinetic plus potential energy outside cutoff 6.9227296765343318E+047 mass inside cutoff 1381 51.666787204460810 relax counter 0 log max v [km/s]= 4.3115915934512206 check gamma integral -1.5928105578809224E-002 retry: logT < hydro_mtx_min_allowed_logT 640 3031 retry: logT > hydro_mtx_max_allowed_logT 637 3036 retry: logT < hydro_mtx_min_allowed_logT 634 3039 3040 9.387729 2.697E+05 -14.400252 13.436796 51.668262 0.000000 0.000000 0.000000 0.217203 -1.389111 2531 189 -9.4861E+00 9.387724 -0.248165 9.306618 13.399832 -99.000000 51.668262 0.000000 0.033686 0.782797 0.619581 6 2.8770E+05 5.873373 6.181885 13.436763 13.503408 -7.039602 49.014101 0.000005 0.000001 0.436409 -0.876E+01 max increase log_rel_run_E_err -7.7027389736378575 rel_E_err 9.5486019976410338D-12 k, q, energy_removed_layers before adjustment is 1309 0.99998883631782509 5.6816880705286020E+047 k, q, energy_removed_layers after adjustment is 1382 0.99997098273132001 6.9893225196910816E+047 Layers above q= 0.99997098273132001 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10642.062500000000 max vel inside fraction of cutoff 1943.0270820710239 max c/cs inside fraction of cutoff 0.70535152008273838 average v/vesc outside cutoff 1.0485430494521357 Kinetic plus potential energy outside cutoff 6.9893225196910816E+047 mass inside cutoff 1382 51.666762378122513 relax counter 0 log max v [km/s]= 4.3091750109554363 check gamma integral -1.5888691179677377E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 626 3043 retry: logT < hydro_mtx_min_allowed_logT 628 620 3047 3050 9.386929 2.696E+05 -14.414049 13.417181 51.668262 0.000000 0.000000 0.000000 0.217203 -1.392073 2531 191 -9.2964E+00 9.386923 -0.248340 9.297498 13.393772 -99.000000 51.668262 0.000000 0.033686 0.782797 0.619465 8 2.8770E+05 5.870729 6.181121 13.417148 13.471195 -7.038570 49.014101 0.000005 0.000001 0.436408 -0.880E+01 max increase log_rel_run_E_err -7.7005919403785379 rel_E_err 9.7880389213659085D-12 save photos/x050 for model 3050 k, q, energy_removed_layers before adjustment is 1310 0.99998864594674763 5.7543929452357956E+047 k, q, energy_removed_layers after adjustment is 1382 0.99997098273132001 7.0614023856275235E+047 Layers above q= 0.99997098273132001 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10642.189453125000 max vel inside fraction of cutoff 1951.3805322775331 max c/cs inside fraction of cutoff 0.70922299765029129 average v/vesc outside cutoff 1.0552037053869154 Kinetic plus potential energy outside cutoff 7.0614023856275235E+047 mass inside cutoff 1382 51.666762378122513 relax counter 0 log max v [km/s]= 4.3131811124570607 check gamma integral -1.5844934085298464E-002 retry: logT < hydro_mtx_min_allowed_logT 620 3051 retry: logT > hydro_mtx_max_allowed_logT 610 3055 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 604 3060 3060 9.386043 2.696E+05 -14.435448 13.395476 51.668262 0.000000 0.000000 0.000000 0.217203 -1.395359 2531 194 -9.4077E+00 9.386036 -0.248533 9.287385 13.387046 -99.000000 51.668262 0.000000 0.033686 0.782797 0.619337 5 2.8770E+05 5.867798 6.180272 13.395442 13.435480 -7.037429 49.014101 0.000005 0.000001 0.436406 -0.883E+01 retry log_rel_run_E_err -7.6984916087818496 rel_E_err 9.7299048037272160D-12 k, q, energy_removed_layers before adjustment is 1312 0.99998826766630855 5.8607799943690648E+047 k, q, energy_removed_layers after adjustment is 1383 0.99997049571314989 7.1389174771312956E+047 Layers above q= 0.99997049571314989 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10642.326171875000 max vel inside fraction of cutoff 1960.5690157028496 max c/cs inside fraction of cutoff 0.71349609977734496 average v/vesc outside cutoff 1.0578222155357135 Kinetic plus potential energy outside cutoff 7.1389174771312956E+047 mass inside cutoff 1383 51.666737214740273 relax counter 0 log max v [km/s]= 4.3106209542173497 check gamma integral -1.5795513064811986E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 599 3064 retry: logT < hydro_mtx_min_allowed_logT 597 3068 3070 9.384936 2.695E+05 -14.463947 13.368442 51.668262 0.000000 0.000000 0.000000 0.217203 -1.399464 2531 196 -9.2179E+00 9.384929 -0.248773 9.274760 13.378642 -99.000000 51.668262 0.000000 0.033686 0.782797 0.619178 6 2.8770E+05 5.864139 6.179201 13.368407 13.390902 -7.036005 49.014101 0.000005 0.000001 0.436404 -0.888E+01 max increase log_rel_run_E_err -7.6963618449823921 rel_E_err 1.0109932719724556D-11 k, q, energy_removed_layers before adjustment is 1314 0.99998788999740640 5.9831594542376611E+047 k, q, energy_removed_layers after adjustment is 1384 0.99997000203468023 7.2347602250597138E+047 Layers above q= 0.99997000203468023 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10642.498046875000 max vel inside fraction of cutoff 1971.9310103923344 max c/cs inside fraction of cutoff 0.71880142404987502 average v/vesc outside cutoff 1.0619879841980755 Kinetic plus potential energy outside cutoff 7.2347602250597138E+047 mass inside cutoff 1384 51.666711707231933 relax counter 0 log max v [km/s]= 4.3150448814179665 check gamma integral -1.5732486908028059E-002 retry: logT < hydro_mtx_min_allowed_logT 592 3073 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 582 3077 3080 9.383432 2.694E+05 -14.461654 13.331807 51.668262 0.000000 0.000000 0.000000 0.217203 -1.405048 2531 198 -9.0282E+00 9.383424 -0.249100 9.257599 13.367202 -99.000000 51.668262 0.000000 0.033686 0.782797 0.618960 7 2.8770E+05 5.859166 6.177771 13.331770 13.330329 -7.034080 49.014101 0.000005 0.000001 0.436402 -0.894E+01 max increase log_rel_run_E_err -7.6942505986776943 rel_E_err 9.6262097291593746D-12 k, q, energy_removed_layers before adjustment is 1317 0.99998739825727001 6.1335080674007128E+047 k, q, energy_removed_layers after adjustment is 1384 0.99997000203468023 7.3608539164419551E+047 Layers above q= 0.99997000203468023 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10642.730468750000 max vel inside fraction of cutoff 1987.1828251123479 max c/cs inside fraction of cutoff 0.72596090170656746 average v/vesc outside cutoff 1.0735161424696866 Kinetic plus potential energy outside cutoff 7.3608539164419551E+047 mass inside cutoff 1384 51.666711707231933 relax counter 0 log max v [km/s]= 4.3218237731904141 check gamma integral -1.5644439591046742E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 570 3081 retry: logT > hydro_mtx_max_allowed_logT 672 3085 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 570 3089 3090 9.381885 2.692E+05 -14.541377 13.294249 51.668262 0.000000 0.000000 0.000000 0.217203 -1.410798 2531 201 -9.1394E+00 9.381875 -0.249435 9.239944 13.355415 -99.000000 51.668262 0.000000 0.033686 0.782797 0.618736 6 2.8770E+05 5.854050 6.176306 13.294210 13.268046 -7.032114 49.014101 0.000005 0.000001 0.436401 -0.900E+01 max increase log_rel_run_E_err -7.6921581466241733 rel_E_err 1.0117858708118309D-11 k, q, energy_removed_layers before adjustment is 1320 0.99998694389731924 6.2790516083055454E+047 k, q, energy_removed_layers after adjustment is 1386 0.99996921570900377 7.4840886610307673E+047 Layers above q= 0.99996921570900377 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10642.966796875000 max vel inside fraction of cutoff 2002.6490408688139 max c/cs inside fraction of cutoff 0.73326550025701387 average v/vesc outside cutoff 1.0718287334393621 Kinetic plus potential energy outside cutoff 7.4840886610307673E+047 mass inside cutoff 1386 51.666671079151136 relax counter 0 log max v [km/s]= 4.3168746812956176 check gamma integral -1.5550994084593654E-002 retry: logT < hydro_mtx_min_allowed_logT 554 3093 retry: adjust_correction failed in eval_equations -- give up in solver 3097 __________________________________________________________________________________________________________________________________________________ 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 9.380059 2.691E+05 -14.524112 13.250061 51.668262 0.000000 0.000000 0.000000 0.217203 -1.417594 2531 203 -8.9497E+00 9.380048 -0.249831 9.219091 13.341470 -99.000000 51.668262 0.000000 0.033686 0.782797 0.618472 7 2.8770E+05 5.848008 6.174575 13.250020 13.194545 -7.029813 49.014101 0.000005 0.000001 0.436399 -0.908E+01 max increase log_rel_run_E_err -7.6900942219573567 rel_E_err 9.7608682394850424D-12 save LOGS/profile34.data for model 3100 save photos/x100 for model 3100 k, q, energy_removed_layers before adjustment is 1323 0.99998648831147297 6.4362316895705974E+047 k, q, energy_removed_layers after adjustment is 1389 0.99996834636649201 7.6270338409100261E+047 Layers above q= 0.99996834636649201 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10643.242187500000 max vel inside fraction of cutoff 2020.6245386189896 max c/cs inside fraction of cutoff 0.74181268178685411 average v/vesc outside cutoff 1.0778756641002070 Kinetic plus potential energy outside cutoff 7.6270338409100261E+047 mass inside cutoff 1389 51.666626161734783 relax counter 0 log max v [km/s]= 4.3242065553281597 check gamma integral -1.5436881287821093E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 546 3102 retry: logT < hydro_mtx_min_allowed_logT 522 3106 3110 9.377552 2.689E+05 -14.596685 13.189690 51.668262 0.000000 0.000000 0.000000 0.217203 -1.426935 2531 205 -8.7599E+00 9.377539 -0.250372 9.190460 13.322284 -99.000000 51.668262 0.000000 0.033686 0.782797 0.618108 8 2.8770E+05 5.839716 6.172203 13.189646 13.093777 -7.026660 49.014101 0.000005 0.000001 0.436396 -0.918E+01 max increase log_rel_run_E_err -7.6880429048527841 rel_E_err 9.8420171395928413D-12 k, q, energy_removed_layers before adjustment is 1328 0.99998573484967979 6.6696672663126409E+047 k, q, energy_removed_layers after adjustment is 1390 0.99996800472651248 7.8153570956636623E+047 Layers above q= 0.99996800472651248 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10643.621093750000 max vel inside fraction of cutoff 2044.7944092171929 max c/cs inside fraction of cutoff 0.75340515290807009 average v/vesc outside cutoff 1.0915392231945817 Kinetic plus potential energy outside cutoff 7.8153570956636623E+047 mass inside cutoff 1390 51.666608509790926 relax counter 0 log max v [km/s]= 4.3340865587945894 check gamma integral -1.5273590185216285E-002 retry: logT < hydro_mtx_min_allowed_logT 496 3111 retry: logT < hydro_mtx_min_allowed_logT 482 3115 retry: logT < hydro_mtx_min_allowed_logT 458 3120 3120 9.374366 2.686E+05 -14.699679 13.113380 51.668262 0.000000 0.000000 0.000000 0.217203 -1.438832 2531 208 -8.8712E+00 9.374351 -0.251058 9.154040 13.297813 -99.000000 51.668262 0.000000 0.033686 0.782797 0.617644 6 2.8770E+05 5.829172 6.169214 13.113332 12.965899 -7.022706 49.014101 0.000005 0.000001 0.436394 -0.931E+01 retry log_rel_run_E_err -7.6860051536209069 rel_E_err 9.4835087595333118D-12 k, q, energy_removed_layers before adjustment is 1333 0.99998483184242548 6.9525711055694304E+047 k, q, energy_removed_layers after adjustment is 1392 0.99996731222433222 8.0380377948393763E+047 Layers above q= 0.99996731222433222 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10644.091796875000 max vel inside fraction of cutoff 2074.7141365324642 max c/cs inside fraction of cutoff 0.76791747805889243 average v/vesc outside cutoff 1.1052349848914613 Kinetic plus potential energy outside cutoff 8.0380377948393763E+047 mass inside cutoff 1392 51.666572729407086 relax counter 0 log max v [km/s]= 4.3246528527429939 check gamma integral -1.5054779371759211E-002 retry: logT > hydro_mtx_max_allowed_logT 428 3125 3130 9.368902 2.682E+05 -14.832680 12.983574 51.668262 0.000000 0.000000 0.000000 0.217203 -1.459293 2531 209 -8.3804E+00 9.368882 -0.252232 9.091499 13.255629 -99.000000 51.668262 0.000000 0.033686 0.782797 0.616847 9 2.8770E+05 5.811082 6.164104 12.983519 12.747413 -7.015992 49.014101 0.000005 0.000001 0.436392 -0.954E+01 max increase log_rel_run_E_err -7.6839945846571061 rel_E_err 9.6157461775172955D-12 k, q, energy_removed_layers before adjustment is 1339 0.99998339050496043 7.3804746345809240E+047 k, q, energy_removed_layers after adjustment is 1395 0.99996603758147840 8.3966824345120869E+047 Layers above q= 0.99996603758147840 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10644.888671875000 max vel inside fraction of cutoff 2123.9779444886012 max c/cs inside fraction of cutoff 0.79222249883351503 average v/vesc outside cutoff 1.1287830108212271 Kinetic plus potential energy outside cutoff 8.3966824345120869E+047 mass inside cutoff 1395 51.666506870826595 relax counter 0 log max v [km/s]= 4.3618127951918364 check gamma integral -1.4650055075528703E-002 retry: logRho > hydro_mtx_max_allowed_logRho 2 3132 3140 9.358262 1.912E+06 -15.074892 12.734287 51.668262 0.000000 0.000000 0.000000 0.217203 -1.499336 2534 210 -8.1588E+00 9.358234 -0.231752 8.969360 13.172693 -99.000000 51.668262 0.000000 0.033685 0.782797 0.615284 5 2.8770E+05 5.775832 9.617075 12.734213 12.326270 -8.379423 49.014101 0.000005 0.000000 0.436390 0.609E+00 max increase log_rel_run_E_err -7.6820558928129312 rel_E_err 9.2653712241465742D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1350 0.99998097781469297 8.0802041515595389E+047 k, q, energy_removed_layers after adjustment is 1403 0.99996280542154448 9.0017838137425761E+047 Layers above q= 0.99996280542154448 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10646.398437500000 max vel inside fraction of cutoff 2213.0573017748861 max c/cs inside fraction of cutoff 0.83754278429378781 average v/vesc outside cutoff 1.1534646594467952 Kinetic plus potential energy outside cutoff 9.0017838137425761E+047 mass inside cutoff 1403 51.666339870741439 relax counter 0 log max v [km/s]= 4.4717173645111012 check gamma integral -1.3754253671552606E-002 retry: eos evaluated at too low a density 3144 retry: logT > hydro_mtx_max_allowed_logT 462 3147 retry: logT > hydro_mtx_max_allowed_logT 150 3148 retry: logT < hydro_mtx_min_allowed_logT 2 3148 retry: get_T_tau -- L <= 0 3148 retry: logRho > hydro_mtx_max_allowed_logRho 3 3148 3150 9.349398 1.655E+06 -15.265990 12.529661 51.668262 0.000000 0.000000 0.000000 0.217203 -1.532855 2534 216 -9.4988E+00 9.349363 -0.206496 8.867173 13.102781 -99.000000 51.668262 0.000000 0.033685 0.782797 0.613980 5 2.8770E+05 5.746455 9.416983 12.529567 11.980990 -3.950708 49.014101 0.000005 0.000000 0.436389 0.107E+03 max increase log_rel_run_E_err -7.6801775505515684 rel_E_err 9.0040482067146810D-12 Using fixed_vsurf 20000.000000000000 save photos/x150 for model 3150 k, q, energy_removed_layers before adjustment is 1358 0.99997912867906757 8.5469606454045190E+047 k, q, energy_removed_layers after adjustment is 1405 0.99996163077085831 9.4222924708858517E+047 Layers above q= 0.99996163077085831 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10647.619140625000 max vel inside fraction of cutoff 2281.2795763328959 max c/cs inside fraction of cutoff 0.87349887984599328 average v/vesc outside cutoff 1.1805131738630552 Kinetic plus potential energy outside cutoff 9.4222924708858517E+047 mass inside cutoff 1405 51.666279178582442 relax counter 0 log max v [km/s]= 4.3072454323773162 check gamma integral -1.2898515743080234E-002 3160 9.347106 1.624E+06 -15.235173 12.477177 51.668262 0.000000 0.000000 0.000000 0.217203 -1.541529 2560 216 -8.7070E+00 9.347069 -0.200279 8.840689 13.084581 -99.000000 51.668262 0.000000 0.033686 0.782797 0.613647 7 2.8770E+05 5.738865 9.396660 12.477076 11.892555 -3.689979 49.014101 0.000005 0.000000 0.436389 0.130E+03 max increase log_rel_run_E_err -7.6783263888150515 rel_E_err 8.8793440347493586D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1387 0.99997852609359672 8.6801664137259292E+047 k, q, energy_removed_layers after adjustment is 1432 0.99996105451330952 9.5280724289674977E+047 Layers above q= 0.99996105451330952 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10647.929687500000 max vel inside fraction of cutoff 2298.2344863150306 max c/cs inside fraction of cutoff 0.88258968152651973 average v/vesc outside cutoff 1.1846416339950949 Kinetic plus potential energy outside cutoff 9.5280724289674977E+047 mass inside cutoff 1432 51.666249404356634 relax counter 0 log max v [km/s]= 4.3344158138833713 check gamma integral -1.2660931898964342E-002 retry: logRho > hydro_mtx_max_allowed_logRho 104 3166 retry: logRho > hydro_mtx_max_allowed_logRho 152 3170 3170 9.338562 1.580E+06 -15.524659 12.282613 51.668262 0.000000 0.000000 0.000000 0.217203 -1.573944 2574 218 -8.5172E+00 9.338518 -0.178164 8.741577 13.016241 -99.000000 51.668262 0.000000 0.033686 0.782797 0.612400 8 2.8770E+05 5.710560 9.392728 12.282488 11.566321 -2.845818 49.014101 0.000005 0.000000 0.436389 0.171E+03 retry log_rel_run_E_err -7.6764982358226312 rel_E_err 8.5291251770122171D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1407 0.99997685710405171 9.0968205397213785E+047 k, q, energy_removed_layers after adjustment is 1449 0.99995945155550525 9.8839243568113981E+047 Layers above q= 0.99995945155550525 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10649.076171875000 max vel inside fraction of cutoff 2358.7965161042389 max c/cs inside fraction of cutoff 0.91566665888334875 average v/vesc outside cutoff 1.2008357866155299 Kinetic plus potential energy outside cutoff 9.8839243568113981E+047 mass inside cutoff 1449 51.666166582313387 relax counter 0 log max v [km/s]= 4.3407926959286023 check gamma integral -1.1716083105380401E-002 retry: get_T_tau -- L <= 0 3175 3180 9.325878 1.656E+06 -15.795379 11.996498 51.668262 0.000000 0.000000 0.000000 0.217203 -1.622208 2574 219 -8.1138E+00 9.325824 -0.147973 8.593280 12.913353 -99.000000 51.668262 0.000000 0.033686 0.782797 0.610556 12 2.8770E+05 5.668549 9.535440 11.996326 11.090406 -2.202283 49.014101 0.000005 0.000000 0.436388 0.174E+03 lgRho_cntr log_rel_run_E_err -7.6746996299761108 rel_E_err 9.1865870964796052D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1414 0.99997459074192285 9.6268956368762680E+047 k, q, energy_removed_layers after adjustment is 1454 0.99995661067188168 1.0352096764006094E+048 Layers above q= 0.99995661067188168 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10650.736328125000 max vel inside fraction of cutoff 2442.3211218477609 max c/cs inside fraction of cutoff 0.96281334548070285 average v/vesc outside cutoff 1.2198465693372145 Kinetic plus potential energy outside cutoff 1.0352096764006094E+048 mass inside cutoff 1454 51.666019798795006 relax counter 0 log max v [km/s]= 4.3653769042189596 check gamma integral -1.0142234876131197E-002 3190 9.310344 1.641E+06 -16.128972 11.649295 51.668262 0.000000 0.000000 0.000000 0.217203 -1.681409 2600 219 -8.2157E+00 9.310277 -0.114486 8.409599 12.784939 -99.000000 51.668262 0.000000 0.033686 0.782797 0.608329 7 2.8770E+05 5.617149 9.585703 11.649045 10.515364 -1.911774 49.014101 0.000005 0.000000 0.436388 0.178E+03 lgRho_cntr log_rel_run_E_err -7.6729739546020594 rel_E_err 8.5507753829226016D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1436 0.99997210454337160 1.0160334590356958E+048 k, q, energy_removed_layers after adjustment is 1477 0.99995404404121957 1.0834031532410602E+048 Layers above q= 0.99995404404121957 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10652.722656250000 max vel inside fraction of cutoff 2536.5542606884878 max c/cs inside fraction of cutoff 1.0181162173032694 average v/vesc outside cutoff 1.2437022096831132 Kinetic plus potential energy outside cutoff 1.0834031532410602E+048 mass inside cutoff 1477 51.665887185450394 relax counter 0 log max v [km/s]= 4.3363230131049626 check gamma integral -7.9419310890643854E-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 9.295135 1.605E+06 -16.488057 11.311326 51.668262 0.000000 0.000000 0.000000 0.217203 -1.739291 2595 219 -8.2238E+00 9.295056 -0.084661 8.227323 12.656510 -99.000000 51.668262 0.000000 0.033686 0.782797 0.606206 7 2.8770E+05 5.566930 9.606943 11.310968 9.952124 -1.795389 49.014101 0.000005 0.000000 0.436388 0.182E+03 lgRho_cntr log_rel_run_E_err -7.6712982986079288 rel_E_err 8.5518156750415231D-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 1434 0.99996975240496877 1.0615312412576121E+048 k, q, energy_removed_layers after adjustment is 1472 0.99995139772717678 1.1242830085397758E+048 Layers above q= 0.99995139772717678 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10654.625000000000 max vel inside fraction of cutoff 2622.4539091943479 max c/cs inside fraction of cutoff 1.0704349435621210 average v/vesc outside cutoff 1.2557406758719940 Kinetic plus potential energy outside cutoff 1.1242830085397758E+048 mass inside cutoff 1472 51.665750455004023 relax counter 0 log max v [km/s]= 4.3270391287120749 check gamma integral -5.5096105451957408E-003 3210 9.279905 1.560E+06 -16.820953 10.973308 51.668262 0.000000 0.000000 0.000000 0.217203 -1.797005 2593 219 -8.2290E+00 9.279814 -0.057151 8.042067 12.525059 -99.000000 51.668262 0.000000 0.033686 0.782797 0.604155 6 2.8770E+05 5.516787 9.612574 10.972799 9.380252 -1.737619 49.014101 0.000005 0.000000 0.436388 0.186E+03 lgRho_cntr log_rel_run_E_err -7.6696645607990455 rel_E_err 7.7802351857971082D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1435 0.99996766002948445 1.1016427851422143E+048 k, q, energy_removed_layers after adjustment is 1470 0.99994948764754799 1.1601125289193492E+048 Layers above q= 0.99994948764754799 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10656.496093750000 max vel inside fraction of cutoff 2703.8235067646488 max c/cs inside fraction of cutoff 1.1216394047891991 average v/vesc outside cutoff 1.2802079566363431 Kinetic plus potential energy outside cutoff 1.1601125289193492E+048 mass inside cutoff 1470 51.665651764509995 relax counter 0 log max v [km/s]= 4.3215292188776084 check gamma integral -2.8194929688331459E-003 3220 9.264639 1.512E+06 -17.136523 10.633503 51.668262 0.000000 0.000000 0.000000 0.217203 -1.854434 2596 219 -8.2319E+00 9.264535 -0.031507 7.853287 12.390273 -99.000000 51.668262 0.000000 0.033686 0.782797 0.602194 6 2.8770E+05 5.466714 9.609770 10.632782 8.793589 -1.710320 49.014101 0.000005 0.000000 0.436388 0.191E+03 lgRho_cntr log_rel_run_E_err -7.6681032130265860 rel_E_err 7.6928483761456728D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1438 0.99996552506604353 1.1388312676619795E+048 k, q, energy_removed_layers after adjustment is 1471 0.99994737439752446 1.1919170375246796E+048 Layers above q= 0.99994737439752446 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10658.351562500000 max vel inside fraction of cutoff 2781.8877517920942 max c/cs inside fraction of cutoff 1.1722498540263027 average v/vesc outside cutoff 1.2910324775691973 Kinetic plus potential energy outside cutoff 1.1919170375246796E+048 mass inside cutoff 1471 51.665542576554842 relax counter 0 log max v [km/s]= 4.3176730911522636 check gamma integral 1.0248479701153858E-004 3230 9.248030 1.471E+06 -17.468989 10.261419 51.668262 0.000000 0.000000 0.000000 0.217203 -1.916237 2603 219 -8.1533E+00 9.247912 -0.005412 7.643910 12.240011 -99.000000 51.668262 0.000000 0.033686 0.782797 0.600189 6 2.8770E+05 5.412501 9.614584 10.260370 8.135060 -1.689487 49.014101 0.000005 0.000000 0.436388 0.194E+03 lgRho_cntr log_rel_run_E_err -7.6666003749282590 rel_E_err 7.2100332157367096D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1445 0.99996338151884678 1.1740545561821325E+048 k, q, energy_removed_layers after adjustment is 1478 0.99994558292166735 1.2229531000250188E+048 Layers above q= 0.99994558292166735 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10660.361328125000 max vel inside fraction of cutoff 2863.7364600989235 max c/cs inside fraction of cutoff 1.2269106925719206 average v/vesc outside cutoff 1.3153206302139364 Kinetic plus potential energy outside cutoff 1.2229531000250188E+048 mass inside cutoff 1478 51.665450014111528 relax counter 0 log max v [km/s]= 4.3174210478528563 check gamma integral 3.4914105712724546E-003 3240 9.231052 1.422E+06 -17.748852 9.877929 51.668262 0.000000 0.000000 0.000000 0.217203 -1.978446 2601 219 -8.1513E+00 9.230921 0.019664 7.425016 12.082295 -99.000000 51.668262 0.000000 0.033686 0.782797 0.598306 6 2.8770E+05 5.357434 9.605939 9.876396 7.433955 -1.684195 49.014101 0.000005 0.000000 0.436388 0.199E+03 lgRho_cntr log_rel_run_E_err -7.6651285767222532 rel_E_err 7.2049349157193119D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1444 0.99996163077085953 1.2041458390238914E+048 k, q, energy_removed_layers after adjustment is 1477 0.99994306621219886 1.2515265047745631E+048 Layers above q= 0.99994306621219886 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10662.404296875000 max vel inside fraction of cutoff 2944.7526310636131 max c/cs inside fraction of cutoff 1.2826859964526340 average v/vesc outside cutoff 1.3264734274246610 Kinetic plus potential energy outside cutoff 1.2515265047745631E+048 mass inside cutoff 1477 51.665319980108208 relax counter 0 log max v [km/s]= 4.3147651833558296 check gamma integral 7.1184572008093404E-003 3250 9.213977 1.375E+06 -18.054337 9.489180 51.668262 0.000000 0.000000 0.000000 0.217203 -2.039805 2599 219 -8.1469E+00 9.213833 0.043553 7.199130 11.919205 -99.000000 51.668262 0.000000 0.033686 0.782797 0.596608 6 2.8770E+05 5.302466 9.594575 9.486948 6.686527 -1.689332 49.014101 0.000005 0.000000 0.436388 0.204E+03 lgRho_cntr log_rel_run_E_err -7.6637393488306023 rel_E_err 6.7307720961862277D-12 Using fixed_vsurf 20000.000000000000 save photos/x250 for model 3250 k, q, energy_removed_layers before adjustment is 1446 0.99995945155550636 1.2337738414943392E+048 k, q, energy_removed_layers after adjustment is 1478 0.99994128252604875 1.2776537343525887E+048 Layers above q= 0.99994128252604875 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10664.460937500000 max vel inside fraction of cutoff 3023.9807364534704 max c/cs inside fraction of cutoff 1.3389591928912070 average v/vesc outside cutoff 1.3356662216878039 Kinetic plus potential energy outside cutoff 1.2776537343525887E+048 mass inside cutoff 1478 51.665227820145503 relax counter 0 log max v [km/s]= 4.3127849408747396 check gamma integral 1.0856043330529107E-002 3260 9.196634 1.329E+06 -18.293279 9.092333 51.668262 0.000000 0.000000 0.000000 0.217203 -2.100691 2602 219 -8.1790E+00 9.196476 0.066702 6.962842 11.748659 -99.000000 51.668262 0.000000 0.033686 0.782797 0.595107 6 2.8770E+05 5.247115 9.581829 9.089098 5.827122 -1.701757 49.014101 0.000005 0.000000 0.436388 0.208E+03 lgRho_cntr log_rel_run_E_err -7.6623944994801114 rel_E_err 6.6678040424830497D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1449 0.99995781780292192 1.2596191366034437E+048 k, q, energy_removed_layers after adjustment is 1481 0.99993954256869000 1.3018972902166574E+048 Layers above q= 0.99993954256869000 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10666.566406250000 max vel inside fraction of cutoff 3102.4453152883530 max c/cs inside fraction of cutoff 1.3965449741221858 average v/vesc outside cutoff 1.3553642375874959 Kinetic plus potential energy outside cutoff 1.3018972902166574E+048 mass inside cutoff 1481 51.665137919573432 relax counter 0 log max v [km/s]= 4.3104340568312329 check gamma integral 1.4658629393239961E-002 3270 9.179232 1.285E+06 -18.493997 8.665070 51.668262 0.000000 0.000000 0.000000 0.217203 -2.160170 2608 219 -8.1886E+00 9.179061 0.089022 6.717660 11.572244 -99.000000 51.668262 0.000000 0.033686 0.782797 0.593845 6 2.8770E+05 5.192106 9.568639 8.660140 5.161697 -1.718730 49.014101 0.000005 0.000000 0.436388 0.213E+03 lgRho_cntr log_rel_run_E_err -7.6610941367608199 rel_E_err 6.4154096501501327D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1456 0.99995599661124324 1.2846844462756495E+048 k, q, energy_removed_layers after adjustment is 1488 0.99993790970710406 1.3244033970925035E+048 Layers above q= 0.99993790970710406 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10668.703125000000 max vel inside fraction of cutoff 3179.3840402671672 max c/cs inside fraction of cutoff 1.4549989604143645 average v/vesc outside cutoff 1.3699825633386793 Kinetic plus potential energy outside cutoff 1.3244033970925035E+048 mass inside cutoff 1488 51.665053552453770 relax counter 0 log max v [km/s]= 4.3090006878300056 check gamma integral 1.8392285928743084E-002 3280 9.161687 1.240E+06 -18.665148 8.238469 51.668262 0.000000 0.000000 0.000000 0.217203 -2.218386 2612 219 -8.1903E+00 9.161505 0.110792 6.460914 11.388679 -99.000000 51.668262 0.000000 0.033686 0.782797 0.592836 6 2.8770E+05 5.137221 9.550548 8.231160 4.328872 -1.737047 49.014101 0.000005 0.000000 0.436388 0.218E+03 lgRho_cntr log_rel_run_E_err -7.6598610242734608 rel_E_err 5.9954052862961092D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1460 0.99995404404121924 1.3087381741201289E+048 k, q, energy_removed_layers after adjustment is 1496 0.99993553284134584 1.3456051513251882E+048 Layers above q= 0.99993553284134584 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10670.898437500000 max vel inside fraction of cutoff 3255.3495751555820 max c/cs inside fraction of cutoff 1.5148690186413205 average v/vesc outside cutoff 1.3737465858324900 Kinetic plus potential energy outside cutoff 1.3456051513251882E+048 mass inside cutoff 1496 51.664930743931869 relax counter 0 log max v [km/s]= 4.3079397313880916 check gamma integral 2.1989133703456950E-002 3290 9.143703 1.202E+06 -18.819076 7.812521 51.668262 0.000000 0.000000 0.000000 0.217203 -2.276198 2620 219 -8.0996E+00 9.143510 0.132527 6.186070 11.194165 -99.000000 51.668262 0.000000 0.033686 0.782797 0.592080 6 2.8770E+05 5.081572 9.539023 7.802133 3.439955 -1.758147 49.014101 0.000005 0.000000 0.436388 0.222E+03 max increase log_rel_run_E_err -7.6586451597974925 rel_E_err 5.9249052376879709D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1468 0.99995219786602241 1.3302352978993188E+048 k, q, energy_removed_layers after adjustment is 1504 0.99993342088264414 1.3661609638946596E+048 Layers above q= 0.99993342088264414 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10673.201171875000 max vel inside fraction of cutoff 3331.7820467851152 max c/cs inside fraction of cutoff 1.5775351981004608 average v/vesc outside cutoff 1.3842032455320659 Kinetic plus potential energy outside cutoff 1.3661609638946596E+048 mass inside cutoff 1504 51.664821622697076 relax counter 0 log max v [km/s]= 4.3084379449996932 check gamma integral 2.5427316932886364E-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 9.124869 1.163E+06 -18.967398 7.374015 51.668262 0.000000 0.000000 0.000000 0.217203 -2.334767 2620 219 -8.0827E+00 9.124658 0.154843 5.883336 10.983056 -99.000000 51.668262 0.000000 0.033686 0.782797 0.591589 5 2.8770E+05 5.023937 9.526032 7.359752 2.469691 -1.780350 49.014101 0.000005 0.000000 0.436388 0.227E+03 lgRho_cntr log_rel_run_E_err -7.6574938509818882 rel_E_err 5.5269367496994927D-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 1472 0.99995058711646412 1.3516144144576839E+048 k, q, energy_removed_layers after adjustment is 1507 0.99993176701663644 1.3865801673844957E+048 Layers above q= 0.99993176701663644 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10675.691406250000 max vel inside fraction of cutoff 3410.5011098632513 max c/cs inside fraction of cutoff 1.6449770272529272 average v/vesc outside cutoff 1.3990418362083241 Kinetic plus potential energy outside cutoff 1.3865801673844957E+048 mass inside cutoff 1507 51.664736170315457 relax counter 0 log max v [km/s]= 4.3076833362083811 check gamma integral 2.8697931941394673E-002 3310 9.106596 1.124E+06 -19.105927 6.962566 51.668262 0.000000 0.000000 0.000000 0.217203 -2.389706 2622 219 -8.1295E+00 9.106372 0.176197 5.573006 10.770695 -99.000000 51.668262 0.000000 0.033686 0.782797 0.591402 6 2.8770E+05 4.968666 9.510248 6.944485 1.488745 -1.809715 49.014101 0.000005 0.000000 0.436388 0.232E+03 lgRho_cntr log_rel_run_E_err -7.6563765455843402 rel_E_err 5.2709943247460649D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1475 0.99994879105025536 1.3734019487897374E+048 k, q, energy_removed_layers after adjustment is 1509 0.99993063542026461 1.4054877146365345E+048 Layers above q= 0.99993063542026461 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10678.199218750000 max vel inside fraction of cutoff 3485.6410257743210 max c/cs inside fraction of cutoff 1.7124920189131425 average v/vesc outside cutoff 1.4214674359029766 Kinetic plus potential energy outside cutoff 1.4054877146365345E+048 mass inside cutoff 1509 51.664677702698036 relax counter 0 log max v [km/s]= 4.3062721783570685 check gamma integral 3.1511507154850363E-002 3320 9.087329 1.089E+06 -19.250933 6.547282 51.668262 0.000000 0.000000 0.000000 0.217203 -2.445819 2624 219 -7.9573E+00 9.087094 0.198545 5.225214 10.538301 -99.000000 51.668262 0.000000 0.033686 0.782797 0.591490 6 2.8770E+05 4.911025 9.499466 6.526085 0.410289 -1.836132 49.014101 0.000005 0.000000 0.436388 0.236E+03 lgRho_cntr log_rel_run_E_err -7.6553152194309702 rel_E_err 5.3328736176058242D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1479 0.99994693106325672 1.3931431173276081E+048 k, q, energy_removed_layers after adjustment is 1512 0.99992872046482306 1.4247532099732635E+048 Layers above q= 0.99992872046482306 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10680.958984375000 max vel inside fraction of cutoff 3563.4633880889078 max c/cs inside fraction of cutoff 1.7862827745049603 average v/vesc outside cutoff 1.4345020802326103 Kinetic plus potential energy outside cutoff 1.4247532099732635E+048 mass inside cutoff 1512 51.664578760279227 relax counter 0 log max v [km/s]= 4.3077488806486466 check gamma integral 3.4085104392155716E-002 3330 9.068419 1.048E+06 -19.394940 6.157207 51.668262 0.000000 0.000000 0.000000 0.217203 -2.499276 2623 219 -8.0700E+00 9.068176 0.220423 4.860732 10.301449 -99.000000 51.668262 0.000000 0.033686 0.782797 0.591842 6 2.8770E+05 4.855047 9.477148 6.134689 -0.693898 -1.868368 49.014101 0.000005 0.000000 0.436388 0.242E+03 lgRho_cntr log_rel_run_E_err -7.6543085348351463 rel_E_err 4.8770116398447107D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1482 0.99994475331171628 1.4137449850948870E+048 k, q, energy_removed_layers after adjustment is 1512 0.99992676443186834 1.4430491319242178E+048 Layers above q= 0.99992676443186834 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10683.800781250000 max vel inside fraction of cutoff 3638.1347545694380 max c/cs inside fraction of cutoff 1.8615089476963356 average v/vesc outside cutoff 1.4451327724606768 Kinetic plus potential energy outside cutoff 1.4430491319242178E+048 mass inside cutoff 1512 51.664477695456732 relax counter 0 log max v [km/s]= 4.3055638942492038 check gamma integral 3.6233256007186763E-002 3340 9.049513 1.011E+06 -19.541942 5.779821 51.668262 0.000000 0.000000 0.000000 0.217203 -2.551383 2624 219 -7.9812E+00 9.049264 0.242335 4.470595 10.055682 -99.000000 51.668262 0.000000 0.033686 0.782797 0.592426 6 2.8770E+05 4.799595 9.459036 5.757971 -1.845032 -1.901015 49.014101 0.000005 0.000000 0.436388 0.248E+03 max increase log_rel_run_E_err -7.6533447824812475 rel_E_err 4.7702281762237872D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1486 0.99994306621219842 1.4321262104480910E+048 k, q, energy_removed_layers after adjustment is 1515 0.99992418165007479 1.4608947461711348E+048 Layers above q= 0.99992418165007479 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10686.791015625000 max vel inside fraction of cutoff 3710.6195915763506 max c/cs inside fraction of cutoff 1.9396532198960592 average v/vesc outside cutoff 1.4532331826013209 Kinetic plus potential energy outside cutoff 1.4608947461711348E+048 mass inside cutoff 1515 51.664344247611240 relax counter 0 log max v [km/s]= 4.3059331785862414 check gamma integral 3.8040865531204053E-002 3350 9.029640 9.727E+05 -19.700432 5.393228 51.668262 0.000000 0.000000 0.000000 0.217203 -2.604994 2630 219 -7.9950E+00 9.029386 0.265479 4.029874 9.787480 -99.000000 51.668262 0.000000 0.033686 0.782797 0.593257 6 2.8770E+05 4.741787 9.437586 5.373997 -3.107718 -1.935803 49.014101 0.000005 0.000000 0.436388 0.254E+03 lgRho_cntr log_rel_run_E_err -7.6524335933350267 rel_E_err 4.3288433554868714D-12 Using fixed_vsurf 20000.000000000000 save photos/x350 for model 3350 k, q, energy_removed_layers before adjustment is 1497 0.99994081771732879 1.4524455722407543E+048 k, q, energy_removed_layers after adjustment is 1523 0.99992242831419376 1.4792599360343205E+048 Layers above q= 0.99992242831419376 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10690.117187500000 max vel inside fraction of cutoff 3783.7861824384950 max c/cs inside fraction of cutoff 2.0250235045991603 average v/vesc outside cutoff 1.4689466934373074 Kinetic plus potential energy outside cutoff 1.4792599360343205E+048 mass inside cutoff 1523 51.664253655794177 relax counter 0 log max v [km/s]= 4.3051399311930441 check gamma integral 3.9623909447556609E-002 3360 9.010730 9.367E+05 -19.855112 5.039098 51.668262 0.000000 0.000000 0.000000 0.217203 -2.655131 2630 219 -8.0008E+00 9.010473 0.287637 3.579188 9.522744 -99.000000 51.668262 0.000000 0.033686 0.782797 0.594228 5 2.8770E+05 4.687180 9.416402 5.023769 -4.361091 -1.976456 49.014101 0.000005 0.000000 0.436388 0.259E+03 lgRho_cntr log_rel_run_E_err -7.6515540681187932 rel_E_err 4.2478642583089578D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1499 0.99993873043880899 1.4718094710560495E+048 k, q, energy_removed_layers after adjustment is 1526 0.99991918100390287 1.4964495993709704E+048 Layers above q= 0.99991918100390287 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10693.472656250000 max vel inside fraction of cutoff 3849.8550449718464 max c/cs inside fraction of cutoff 2.1092417675505781 average v/vesc outside cutoff 1.4695013758358282 Kinetic plus potential energy outside cutoff 1.4964495993709704E+048 mass inside cutoff 1526 51.664085872916409 relax counter 0 log max v [km/s]= 4.3049719245458684 check gamma integral 4.0880779991970768E-002 3370 8.990411 9.002E+05 -20.025458 4.694057 51.668262 0.000000 0.000000 0.000000 0.217203 -2.708344 2637 219 -7.8982E+00 8.990151 0.311630 3.058050 9.227642 -99.000000 51.668262 0.000000 0.033686 0.782797 0.595429 6 2.8770E+05 4.628846 9.395350 4.683898 -5.766575 -2.017056 49.014101 0.000005 0.000000 0.436388 0.265E+03 lgRho_cntr log_rel_run_E_err -7.6507115565563728 rel_E_err 4.2990474801813165D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1505 0.99993656728230829 1.4898443172827644E+048 k, q, energy_removed_layers after adjustment is 1533 0.99991686216582631 1.5146721041572065E+048 Layers above q= 0.99991686216582631 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10697.304687500000 max vel inside fraction of cutoff 3916.2025891623480 max c/cs inside fraction of cutoff 2.2029801051125082 average v/vesc outside cutoff 1.4830023462660320 Kinetic plus potential energy outside cutoff 1.5146721041572065E+048 mass inside cutoff 1533 51.663966062583945 relax counter 0 log max v [km/s]= 4.3049959193510805 check gamma integral 4.2017727891047851E-002 3380 8.971155 8.619E+05 -20.190492 4.430540 51.668262 0.000000 0.000000 0.000000 0.217203 -2.758315 2640 219 -7.9380E+00 8.970892 0.334543 2.527149 8.937871 -99.000000 51.668262 0.000000 0.033686 0.782797 0.596699 5 2.8770E+05 4.573845 9.365605 4.425081 -7.156773 -2.062472 49.014101 0.000005 0.000000 0.436388 0.272E+03 lgRho_cntr log_rel_run_E_err -7.6499170022618586 rel_E_err 3.8543083975639231D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1508 0.99993448415037622 1.5073709928325134E+048 k, q, energy_removed_layers after adjustment is 1536 0.99991404062001854 1.5316871138700981E+048 Layers above q= 0.99991404062001854 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10701.166015625000 max vel inside fraction of cutoff 3974.0299266440206 max c/cs inside fraction of cutoff 2.2947310496413857 average v/vesc outside cutoff 1.4968451598722456 Kinetic plus potential energy outside cutoff 1.5316871138700981E+048 mass inside cutoff 1536 51.663820278216896 relax counter 0 log max v [km/s]= 4.3046609076229618 check gamma integral 4.2939547938993496E-002 3390 8.950970 8.258E+05 -20.366936 4.234697 51.668262 0.000000 0.000000 0.000000 0.217203 -2.810420 2636 219 -7.7615E+00 8.950706 0.358760 1.929457 8.623602 -99.000000 51.668262 0.000000 0.033686 0.782797 0.598139 5 2.8770E+05 4.516425 9.339712 4.232541 -8.677350 -2.108489 49.014101 0.000005 0.000000 0.436388 0.279E+03 lgRho_cntr log_rel_run_E_err -7.6491583010450972 rel_E_err 3.7850779200238748D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1508 0.99993176701663611 1.5266605320289358E+048 k, q, energy_removed_layers after adjustment is 1533 0.99991191984092254 1.5494386426566134E+048 Layers above q= 0.99991191984092254 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10705.472656250000 max vel inside fraction of cutoff 4028.7643533083469 max c/cs inside fraction of cutoff 2.3939270096713288 average v/vesc outside cutoff 1.5126794865191424 Kinetic plus potential energy outside cutoff 1.5494386426566134E+048 mass inside cutoff 1533 51.663710701247652 relax counter 0 log max v [km/s]= 4.3050971997273431 check gamma integral 4.3786842310170722E-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 8.931272 7.872E+05 -20.542200 4.109342 51.668262 0.000000 0.000000 0.000000 0.217203 -2.861117 2633 219 -7.8700E+00 8.931006 0.382597 1.303511 8.306636 -99.000000 51.668262 0.000000 0.033686 0.782797 0.599635 5 2.8770E+05 4.460581 9.304198 4.108662 -10.226576 -2.161063 49.014101 0.000005 0.000000 0.436388 0.286E+03 lgRho_cntr log_rel_run_E_err -7.6484493881170987 rel_E_err 3.6193485664762672D-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 1507 0.99992920455802137 1.5444537979007631E+048 k, q, energy_removed_layers after adjustment is 1532 0.99990850403506437 1.5667824071534070E+048 Layers above q= 0.99990850403506437 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10709.955078125000 max vel inside fraction of cutoff 4075.9949592284815 max c/cs inside fraction of cutoff 2.4935917498825306 average v/vesc outside cutoff 1.5206724420260560 Kinetic plus potential energy outside cutoff 1.5667824071534070E+048 mass inside cutoff 1532 51.663534212496835 relax counter 0 log max v [km/s]= 4.3043560833876828 check gamma integral 4.4529928037481174E-002 3410 8.911689 7.497E+05 -20.719234 4.022513 51.668262 0.000000 0.000000 0.000000 0.217203 -2.911475 2635 219 -7.7792E+00 8.911422 0.406513 0.636980 7.981880 -99.000000 51.668262 0.000000 0.033686 0.782797 0.601196 5 2.8770E+05 4.405218 9.267357 4.022334 -11.833543 -2.213023 49.014101 0.000005 0.000000 0.436388 0.294E+03 max increase log_rel_run_E_err -7.6477807970380960 rel_E_err 3.4114496108387666D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1510 0.99992676443186745 1.5624240517889352E+048 k, q, energy_removed_layers after adjustment is 1536 0.99990420833716132 1.5841612842522043E+048 Layers above q= 0.99990420833716132 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10714.707031250000 max vel inside fraction of cutoff 4116.6441897378591 max c/cs inside fraction of cutoff 2.5954791248141804 average v/vesc outside cutoff 1.5206125196624380 Kinetic plus potential energy outside cutoff 1.5841612842522043E+048 mass inside cutoff 1536 51.663312261253608 relax counter 0 log max v [km/s]= 4.3044065873345208 check gamma integral 4.5211657398811236E-002 3420 8.891226 7.135E+05 -20.907087 3.950502 51.668262 0.000000 0.000000 0.000000 0.217203 -2.964137 2636 219 -7.7908E+00 8.890959 0.431769 -0.109597 7.633322 -99.000000 51.668262 0.000000 0.033686 0.782797 0.602893 5 2.8770E+05 4.347499 9.231894 3.950464 -13.587226 -2.274190 49.014101 0.000005 0.000000 0.436388 0.302E+03 lgRho_cntr log_rel_run_E_err -7.6471389025108598 rel_E_err 3.2348124664673931D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1513 0.99992330380444072 1.5818537105515617E+048 k, q, energy_removed_layers after adjustment is 1540 0.99989930028622354 1.6028290958096557E+048 Layers above q= 0.99989930028622354 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10720.017578125000 max vel inside fraction of cutoff 4152.2439507763202 max c/cs inside fraction of cutoff 2.7050250860412630 average v/vesc outside cutoff 1.5223229458310557 Kinetic plus potential energy outside cutoff 1.6028290958096557E+048 mass inside cutoff 1540 51.663058670793561 relax counter 0 log max v [km/s]= 4.3040183350288688 check gamma integral 4.5882684942652553E-002 3430 8.871855 6.779E+05 -21.087528 3.890061 51.668262 0.000000 0.000000 0.000000 0.217203 -3.014051 2626 219 -7.7943E+00 8.871589 0.455951 -0.866062 7.296805 -99.000000 51.668262 0.000000 0.033686 0.782797 0.604557 5 2.8770E+05 4.292978 9.191198 3.890053 -15.320681 -2.337357 49.014101 0.000005 0.000000 0.436388 0.311E+03 lgRho_cntr log_rel_run_E_err -7.6465356748525011 rel_E_err 3.1141801313649242D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1506 0.99991975210787110 1.5998647011307580E+048 k, q, energy_removed_layers after adjustment is 1534 0.99989295984931625 1.6216757039680121E+048 Layers above q= 0.99989295984931625 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10725.402343750000 max vel inside fraction of cutoff 4179.4831727007540 max c/cs inside fraction of cutoff 2.8116088319340395 average v/vesc outside cutoff 1.5144900701352919 Kinetic plus potential energy outside cutoff 1.6216757039680121E+048 mass inside cutoff 1534 51.662731071440462 relax counter 0 log max v [km/s]= 4.3037315013782278 check gamma integral 4.6491605350918119E-002 3440 8.851143 6.417E+05 -21.283437 3.827286 51.668262 0.000000 0.000000 0.000000 0.217203 -3.067545 2620 219 -7.6892E+00 8.850879 0.482154 -1.732477 6.934321 -99.000000 51.668262 0.000000 0.033686 0.782797 0.606386 5 2.8770E+05 4.234786 9.148460 3.827285 -17.256428 -2.405411 49.014101 0.000005 0.000000 0.436388 0.321E+03 lgRho_cntr log_rel_run_E_err -7.6459579493684044 rel_E_err 2.9948139256293714D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1720 0.99919315990749724 3.5609966930899698E+048 k, q, energy_removed_layers after adjustment is 1856 0.99587722997731487 7.7588573436866519E+048 Layers above q= 0.99587722997731487 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10731.583984375000 max vel inside fraction of cutoff 4022.1492983886646 max c/cs inside fraction of cutoff 2.7194432375095037 average v/vesc outside cutoff 0.96329629098955771 Kinetic plus potential energy outside cutoff 7.7588573436866519E+048 mass inside cutoff 1856 51.455245289698361 relax counter 0 log max v [km/s]= 4.3037255092726010 check gamma integral 4.7123884799604138E-002 3450 8.831594 6.061E+05 -21.471329 3.773330 51.668262 0.000000 0.000000 0.000000 0.217203 -3.118142 2616 219 -7.7242E+00 8.831334 0.507269 -2.608797 6.596361 -99.000000 51.668262 0.000000 0.033686 0.782797 0.608162 5 2.8770E+05 4.179962 9.099288 3.773330 -19.166395 -2.476541 49.014101 0.000005 0.000000 0.436388 0.331E+03 lgRho_cntr log_rel_run_E_err -7.6454031978085579 rel_E_err 2.9041876425175542D-12 Using fixed_vsurf 20000.000000000000 save photos/x450 for model 3450 k, q, energy_removed_layers before adjustment is 1769 0.99846410125817997 6.9912690892651610E+048 k, q, energy_removed_layers after adjustment is 1875 0.99451397959719801 1.2040831614424786E+049 Layers above q= 0.99451397959719801 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10737.867187500000 max vel inside fraction of cutoff 3975.3611371466245 max c/cs inside fraction of cutoff 2.7589034292753905 average v/vesc outside cutoff 0.97668711623406512 Kinetic plus potential energy outside cutoff 1.2040831614424786E+049 mass inside cutoff 1875 51.384808512364089 relax counter 0 log max v [km/s]= 4.3033883770171624 check gamma integral 4.7709005460765175E-002 3460 8.811163 5.749E+05 -21.670696 3.718574 51.668262 0.000000 0.000000 0.000000 0.217203 -3.171166 2608 219 -7.5444E+00 8.810908 0.533933 -3.588852 6.258963 -99.000000 51.668262 0.000000 0.033686 0.782797 0.610063 5 2.8770E+05 4.122748 9.060932 3.718574 -21.250465 -2.556285 49.014101 0.000005 0.000000 0.436388 0.341E+03 lgRho_cntr log_rel_run_E_err -7.6448881382665208 rel_E_err 2.6067141685732367D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1792 0.99763762524660282 1.1460063966375325E+049 k, q, energy_removed_layers after adjustment is 1887 0.99306526096408287 1.7278743069500684E+049 Layers above q= 0.99306526096408287 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10744.947265625000 max vel inside fraction of cutoff 3918.4335891566138 max c/cs inside fraction of cutoff 2.8018306839464207 average v/vesc outside cutoff 0.99047492204009269 Kinetic plus potential energy outside cutoff 1.7278743069500684E+049 mass inside cutoff 1887 51.309955738971134 relax counter 0 log max v [km/s]= 4.3037877012882788 check gamma integral 4.8311464623222680E-002 3470 8.791285 5.427E+05 -21.868031 3.665387 51.668262 0.000000 0.000000 0.000000 0.217203 -3.222872 2600 219 -7.6454E+00 8.791036 0.560363 -4.611426 5.958312 -99.000000 51.668262 0.000000 0.033686 0.782797 0.611958 5 2.8770E+05 4.067175 9.013692 3.665387 -23.370130 -2.640177 49.014101 0.000005 0.000000 0.436388 0.353E+03 lgRho_cntr log_rel_run_E_err -7.6443962339488651 rel_E_err 2.5651767547868893D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1811 0.99671002751807536 1.6610339442906191E+049 k, q, energy_removed_layers after adjustment is 1898 0.99155975311797884 2.2958017594426310E+049 Layers above q= 0.99155975311797884 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10752.410156250000 max vel inside fraction of cutoff 3848.9782909527503 max c/cs inside fraction of cutoff 2.8347808676923556 average v/vesc outside cutoff 1.0051497836427337 Kinetic plus potential energy outside cutoff 2.2958017594426310E+049 mass inside cutoff 1898 51.232168765662571 relax counter 0 log max v [km/s]= 4.3031893917635147 check gamma integral 4.8891854569423382E-002 3480 8.771552 5.135E+05 -22.067379 3.612610 51.668262 0.000000 0.000000 0.000000 0.217203 -3.274321 2595 219 -7.5482E+00 8.771310 0.587129 -5.698795 5.696275 -99.000000 51.668262 0.000000 0.033686 0.782797 0.613882 5 2.8770E+05 4.012087 8.971038 3.612610 -25.568155 -2.726065 49.014101 0.000005 0.000000 0.436388 0.365E+03 max increase log_rel_run_E_err -7.6439370729130145 rel_E_err 2.3453273358601933D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1827 0.99567326923404298 2.2444614724355841E+049 k, q, energy_removed_layers after adjustment is 1908 0.99016816135994423 2.9004251954628804E+049 Layers above q= 0.99016816135994423 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10760.443359375000 max vel inside fraction of cutoff 3779.7625883251117 max c/cs inside fraction of cutoff 2.8689381016825308 average v/vesc outside cutoff 1.0198278254849635 Kinetic plus potential energy outside cutoff 2.9004251954628804E+049 mass inside cutoff 1908 51.160267638598519 relax counter 0 log max v [km/s]= 4.3032568470251311 check gamma integral 4.9463730020031814E-002 3490 8.750982 4.857E+05 -22.279043 3.557611 51.668262 0.000000 0.000000 0.000000 0.217203 -3.328077 2594 219 -7.5515E+00 8.750751 0.615654 -6.915144 5.463141 -99.000000 51.668262 0.000000 0.033686 0.782797 0.615931 5 2.8770E+05 3.954748 8.931486 3.557611 -27.962080 -2.822989 49.014101 0.000005 0.000000 0.436388 0.378E+03 lgRho_cntr log_rel_run_E_err -7.6435046663375728 rel_E_err 2.2702256269447727D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1841 0.99457524992417268 2.8829948171047290E+049 k, q, energy_removed_layers after adjustment is 1917 0.98862320397661951 3.5579199759783754E+049 Layers above q= 0.98862320397661951 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10769.572265625000 max vel inside fraction of cutoff 3699.8475628432029 max c/cs inside fraction of cutoff 2.9044310786356293 average v/vesc outside cutoff 1.0380722818190931 Kinetic plus potential energy outside cutoff 3.5579199759783754E+049 mass inside cutoff 1917 51.080442376278874 relax counter 0 log max v [km/s]= 4.3030226889796586 check gamma integral 5.0056178035539453E-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 8.731519 4.593E+05 -22.483432 3.505574 51.668262 0.000000 0.000000 0.000000 0.217203 -3.379024 2585 219 -7.5453E+00 8.731300 0.643336 -8.152859 5.272879 -99.000000 51.668262 0.000000 0.033686 0.782797 0.617914 5 2.8770E+05 3.900584 8.889741 3.505574 -30.330050 -2.919598 49.014101 0.000005 0.000000 0.436388 0.390E+03 lgRho_cntr log_rel_run_E_err -7.6430909033690648 rel_E_err 2.1252676148443196D-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 1849 0.99348313024588519 3.5116937913201023E+049 k, q, energy_removed_layers after adjustment is 1918 0.98729161880966332 4.1934790221512951E+049 Layers above q= 0.98729161880966332 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10779.017578125000 max vel inside fraction of cutoff 3617.2564392179411 max c/cs inside fraction of cutoff 2.9337603615609491 average v/vesc outside cutoff 1.0515966327300297 Kinetic plus potential energy outside cutoff 4.1934790221512951E+049 mass inside cutoff 1918 51.011641685463388 relax counter 0 log max v [km/s]= 4.3028624008040497 check gamma integral 5.0614746281629965E-002 3510 8.710555 4.329E+05 -22.708368 3.449504 51.668262 0.000000 0.000000 0.000000 0.217203 -3.434038 2581 219 -7.4678E+00 8.710343 0.674010 -9.591242 5.089727 -99.000000 51.668262 0.000000 0.033686 0.782797 0.620094 5 2.8770E+05 3.842301 8.848438 3.449504 -32.997644 -3.026649 49.014101 0.000005 0.000000 0.436388 0.402E+03 lgRho_cntr log_rel_run_E_err -7.6426890897356508 rel_E_err 2.0700950176173292D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1859 0.99224505099117344 4.2171604351857719E+049 k, q, energy_removed_layers after adjustment is 1923 0.98586595208749783 4.8789216684720172E+049 Layers above q= 0.98586595208749783 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10790.214843750000 max vel inside fraction of cutoff 3531.7911215354197 max c/cs inside fraction of cutoff 2.9757139906163683 average v/vesc outside cutoff 1.0724805507493662 Kinetic plus potential energy outside cutoff 4.8789216684720172E+049 mass inside cutoff 1923 50.937979964236909 relax counter 0 log max v [km/s]= 4.3027952043225097 check gamma integral 5.1214716334492753E-002 3520 8.689917 4.076E+05 -22.934862 3.394312 51.668262 0.000000 0.000000 0.000000 0.217203 -3.488282 2584 219 -7.3033E+00 8.689713 0.705180 -11.123307 4.921824 -99.000000 51.668262 0.000000 0.033686 0.782797 0.622287 6 2.8770E+05 3.785015 8.805957 3.394312 -35.747518 -3.138184 49.014101 0.000005 0.000000 0.436388 0.413E+03 lgRho_cntr log_rel_run_E_err -7.6423065526640368 rel_E_err 1.8135351135052451D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1877 0.99101433913404269 4.9202928506773599E+049 k, q, energy_removed_layers after adjustment is 1934 0.98456037799061891 5.5441617415322277E+049 Layers above q= 0.98456037799061891 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10802.433593750000 max vel inside fraction of cutoff 3439.7101391734827 max c/cs inside fraction of cutoff 3.0127632724184461 average v/vesc outside cutoff 1.0941711906081082 Kinetic plus potential energy outside cutoff 5.5441617415322277E+049 mass inside cutoff 1934 50.870523220195963 relax counter 0 log max v [km/s]= 4.3030823252831221 check gamma integral 5.1804021836910047E-002 3530 8.669928 3.840E+05 -23.159377 3.340862 51.668262 0.000000 0.000000 0.000000 0.217203 -3.540886 2583 219 -7.4043E+00 8.669734 0.736436 -12.727234 4.764953 -99.000000 51.668262 0.000000 0.033686 0.782797 0.624460 5 2.8770E+05 3.729615 8.764769 3.340862 -38.533899 -3.258240 49.014101 0.000005 0.000000 0.436388 0.423E+03 lgRho_cntr log_rel_run_E_err -7.6419521927697955 rel_E_err 1.8445816968441113D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1888 0.98979606589557712 5.5727656849881282E+049 k, q, energy_removed_layers after adjustment is 1938 0.98333405088046799 6.1723479824671419E+049 Layers above q= 0.98333405088046799 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10815.599609375000 max vel inside fraction of cutoff 3345.6157144334315 max c/cs inside fraction of cutoff 3.0462069576389279 average v/vesc outside cutoff 1.1150699842535226 Kinetic plus potential energy outside cutoff 6.1723479824671419E+049 mass inside cutoff 1938 50.807161030200255 relax counter 0 log max v [km/s]= 4.3025069500722459 check gamma integral 5.2374145496058351E-002 3540 8.648941 3.605E+05 -23.401075 3.284749 51.668262 0.000000 0.000000 0.000000 0.217203 -3.596194 2578 219 -7.3232E+00 8.648759 0.770597 -14.534662 4.602944 -99.000000 51.668262 0.000000 0.033686 0.782797 0.626786 5 2.8770E+05 3.671535 8.723738 3.284749 -41.595888 -3.392884 49.014101 0.000005 0.000000 0.436388 0.432E+03 lgRho_cntr log_rel_run_E_err -7.6416184811703909 rel_E_err 1.6373200127397668D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1895 0.98850550382873170 6.2611305539426473E+049 k, q, energy_removed_layers after adjustment is 1940 0.98195164920552735 6.8073307339048920E+049 Layers above q= 0.98195164920552735 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10831.115234375000 max vel inside fraction of cutoff 3244.6026527399790 max c/cs inside fraction of cutoff 3.0862056320763336 average v/vesc outside cutoff 1.1297313061396108 Kinetic plus potential energy outside cutoff 6.8073307339048920E+049 mass inside cutoff 1940 50.735734738754090 relax counter 0 log max v [km/s]= 4.3025019871980481 check gamma integral 5.2972815558853928E-002 3550 8.628378 3.368E+05 -23.644360 3.229778 51.668262 0.000000 0.000000 0.000000 0.217203 -3.650435 2572 219 -7.1504E+00 8.628209 0.805663 -16.341368 4.445276 -99.000000 51.668262 0.000000 0.033686 0.782797 0.629115 6 2.8770E+05 3.614719 8.675311 3.229778 -44.738635 -3.528258 49.014101 0.000005 0.000000 0.436388 0.440E+03 lgRho_cntr log_rel_run_E_err -7.6413112525972018 rel_E_err 1.5412396616999037D-12 Using fixed_vsurf 20000.000000000000 save photos/x550 for model 3550 k, q, energy_removed_layers before adjustment is 1895 0.98721203288911208 6.9149452196807068E+049 k, q, energy_removed_layers after adjustment is 1937 0.98073352241615297 7.4015792708488773E+049 Layers above q= 0.98073352241615297 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10848.363281250000 max vel inside fraction of cutoff 3141.7506519560816 max c/cs inside fraction of cutoff 3.1201961358100094 average v/vesc outside cutoff 1.1551764029436320 Kinetic plus potential energy outside cutoff 7.4015792708488773E+049 mass inside cutoff 1937 50.672796245077883 relax counter 0 log max v [km/s]= 4.3027376462509279 check gamma integral 5.3560184666798717E-002 3560 8.608482 3.138E+05 -23.886661 3.176620 51.668262 0.000000 0.000000 0.000000 0.217203 -3.702951 2572 219 -7.2364E+00 8.608327 0.841460 -17.947268 4.292964 -99.000000 51.668262 0.000000 0.033686 0.782797 0.631417 5 2.8770E+05 3.559832 8.624439 3.176620 -47.923365 -3.672990 49.014101 0.000005 0.000000 0.436388 0.450E+03 lgRho_cntr log_rel_run_E_err -7.6410200731924434 rel_E_err 1.4997029997007628D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1901 0.98599227995562733 7.5029809366312821E+049 k, q, energy_removed_layers after adjustment is 1938 0.97973930062680503 7.9485738736578900E+049 Layers above q= 0.97973930062680503 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10867.466796875000 max vel inside fraction of cutoff 3038.8166252124979 max c/cs inside fraction of cutoff 3.1564672029026619 average v/vesc outside cutoff 1.1764153257424925 Kinetic plus potential energy outside cutoff 7.9485738736578900E+049 mass inside cutoff 1938 50.621426533527767 relax counter 0 log max v [km/s]= 4.3022112748807597 check gamma integral 5.4130446278467109E-002 3570 8.587678 2.905E+05 -24.147750 3.126682 51.668262 0.000000 0.000000 0.000000 0.217203 -3.757904 2573 219 -7.1398E+00 8.587540 0.881339 -19.532982 4.134097 -99.000000 51.668262 0.000000 0.033686 0.782797 0.633872 5 2.8770E+05 3.502527 8.570023 3.126682 -51.406232 -3.835763 49.014101 0.000005 0.000000 0.436388 0.463E+03 lgRho_cntr log_rel_run_E_err -7.6407498423001314 rel_E_err 1.3750944560639743D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1908 0.98472208592441468 8.1009355359467350E+049 k, q, energy_removed_layers after adjustment is 1941 0.97868481900347215 8.4886909962510591E+049 Layers above q= 0.97868481900347215 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10890.689453125000 max vel inside fraction of cutoff 2927.8693584647590 max c/cs inside fraction of cutoff 3.2000844760959226 average v/vesc outside cutoff 1.2026737578853002 Kinetic plus potential energy outside cutoff 8.4886909962510591E+049 mass inside cutoff 1941 50.566943301108338 relax counter 0 log max v [km/s]= 4.3021579257059477 check gamma integral 5.4728735215948211E-002 3580 8.567045 2.665E+05 -24.415925 3.078205 51.668262 0.000000 0.000000 0.000000 0.217203 -3.812419 2574 219 -7.0227E+00 8.566929 0.924223 -21.218967 3.976709 -99.000000 51.668262 0.000000 0.033686 0.782797 0.636357 5 2.8770E+05 3.445790 8.505924 3.078205 -55.025385 -4.009558 49.014186 0.000005 0.000000 0.436388 0.480E+03 lgRho_cntr log_rel_run_E_err -7.6405009046171362 rel_E_err 1.2580367563997592D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1909 0.98333405088046866 8.6813776466748779E+049 k, q, energy_removed_layers after adjustment is 1940 0.97771145135116533 8.9934264122926503E+049 Layers above q= 0.97771145135116533 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10918.160156250000 max vel inside fraction of cutoff 2806.5694879884518 max c/cs inside fraction of cutoff 3.2353797971500340 average v/vesc outside cutoff 1.2321459029401916 Kinetic plus potential energy outside cutoff 8.9934264122926503E+049 mass inside cutoff 1940 50.516651086567343 relax counter 0 log max v [km/s]= 4.3021175710929960 check gamma integral 5.5325772752789895E-002 3590 8.546543 2.416E+05 -24.693505 3.029852 51.668262 0.000000 0.000000 0.000000 0.217203 -3.866596 2570 219 -6.9325E+00 8.546451 0.971613 -23.132940 3.820508 -99.000000 51.668262 0.000000 0.033686 0.782797 0.638878 5 2.8770E+05 3.389509 8.430163 3.029852 -58.793082 -4.202608 49.014186 0.000005 0.000000 0.436388 0.505E+03 lgRho_cntr log_rel_run_E_err -7.6402658136484387 rel_E_err 1.1806284686154873D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1911 0.98207927026766551 9.1983778900191067E+049 k, q, energy_removed_layers after adjustment is 1940 0.97689894765329222 9.4684242304110448E+049 Layers above q= 0.97689894765329222 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10951.843750000000 max vel inside fraction of cutoff 2686.9443328722100 max c/cs inside fraction of cutoff 3.2938960883521995 average v/vesc outside cutoff 1.2678336923710964 Kinetic plus potential energy outside cutoff 9.4684242304110448E+049 mass inside cutoff 1940 50.474670432914088 relax counter 0 log max v [km/s]= 4.3019762419791707 check gamma integral 5.5924402887744556E-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 8.526660 2.154E+05 -24.976983 2.982756 51.668262 0.000000 0.000000 0.000000 0.217203 -3.919119 2574 219 -6.8179E+00 8.526598 1.025119 -25.364000 3.669170 -99.000000 51.668262 0.000000 0.033686 0.782797 0.641372 5 2.8770E+05 3.335027 8.337796 2.982756 -62.619328 -4.413921 49.014186 0.000005 0.000000 0.436388 0.538E+03 lgRho_cntr log_rel_run_E_err -7.6400493171957127 rel_E_err 1.0746905705899702D-12 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 1916 0.98088005003166057 9.6920805753691438E+049 k, q, energy_removed_layers after adjustment is 1941 0.97624730790985437 9.9144417821928837E+049 Layers above q= 0.97624730790985437 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10994.566406250000 max vel inside fraction of cutoff 2547.6971871439514 max c/cs inside fraction of cutoff 3.3456493245218781 average v/vesc outside cutoff 1.3181204958698551 Kinetic plus potential energy outside cutoff 9.9144417821928837E+049 mass inside cutoff 1941 50.441001340148631 relax counter 0 log max v [km/s]= 4.3018328219892847 check gamma integral 5.6513224277473371E-002 3610 8.507221 1.857E+05 -25.276678 2.936241 51.668262 0.000000 0.000000 0.000000 0.217203 -3.970432 2571 219 -6.5923E+00 8.507200 1.093239 -28.302200 3.521263 -99.000000 51.668262 0.000000 0.033686 0.782797 0.643859 6 2.8770E+05 3.281873 8.216088 2.936241 -66.533885 -4.666258 49.014186 0.000005 0.000000 0.436388 0.591E+03 lgRho_cntr log_rel_run_E_err -7.6398513040571148 rel_E_err 1.0075611222327241D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1904 0.97957707268475325 1.0211316557614827E+050 k, q, energy_removed_layers after adjustment is 1927 0.97526984829469776 1.0371625030030689E+050 Layers above q= 0.97526984829469776 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11057.158203125000 max vel inside fraction of cutoff 2373.2480017427256 max c/cs inside fraction of cutoff 3.3980904196411168 average v/vesc outside cutoff 1.3658111400628590 Kinetic plus potential energy outside cutoff 1.0371625030030689E+050 mass inside cutoff 1927 50.390497701000456 relax counter 0 log max v [km/s]= 4.3017739569280637 check gamma integral 5.7102945459857217E-002 3620 8.494111 1.485E+05 -25.534877 2.904446 51.668262 0.000000 0.000000 0.000000 0.217203 -4.005014 2569 219 -6.3398E+00 8.494111 1.195406 -32.819527 3.419480 -99.000000 51.668262 0.000000 0.033686 0.782797 0.645571 6 2.8770E+05 3.246066 8.032768 2.904446 -69.295584 -5.014086 49.014186 0.000005 0.000000 0.436388 0.699E+03 varcontrol log_rel_run_E_err -7.6396717678717074 rel_E_err 8.6680047856005214D-13 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1888 0.97787367929321545 1.0781934793392207E+050 k, q, energy_removed_layers after adjustment is 1908 0.97429102290448799 1.0886918653667063E+050 Layers above q= 0.97429102290448799 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11171.509765625000 max vel inside fraction of cutoff 2117.7138334333090 max c/cs inside fraction of cutoff 3.2953782870124786 average v/vesc outside cutoff 1.4640610988875919 Kinetic plus potential energy outside cutoff 1.0886918653667063E+050 mass inside cutoff 1908 50.339923494629474 relax counter 0 log max v [km/s]= 4.3015524441116284 check gamma integral 5.7537222877407097E-002 3630 8.510989 1.184E+05 -25.398180 2.944307 51.668262 0.000000 0.000000 0.000000 0.217203 -3.960790 2549 219 -6.4505E+00 8.510989 1.303279 -33.736467 3.540377 -99.000000 51.668262 0.000000 0.033686 0.782797 0.643288 5 2.8770E+05 3.292085 7.855234 2.944307 -65.835044 -5.388973 49.014186 0.000005 0.000000 0.436388 0.803E+03 lgRho_cntr log_rel_run_E_err -7.6394974060733540 rel_E_err 8.7057660634882079D-13 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1851 0.97649167281364391 1.1183608966001051E+050 k, q, energy_removed_layers after adjustment is 1867 0.97380024443433044 1.1241395689579403E+050 Layers above q= 0.97380024443433044 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11325.318359375000 max vel inside fraction of cutoff 1884.1502540820841 max c/cs inside fraction of cutoff 3.3598933777432336 average v/vesc outside cutoff 1.5722768516967478 Kinetic plus potential energy outside cutoff 1.1241395689579403E+050 mass inside cutoff 1867 50.314565824221219 relax counter 0 log max v [km/s]= 4.3012062636468915 check gamma integral 5.7113977088336688E-002 3640 8.531864 1.082E+05 -25.148808 2.993597 51.668262 0.000000 0.000000 0.000000 0.217203 -3.906069 2551 219 -6.7196E+00 8.531864 1.347772 -32.976991 3.695059 -99.000000 51.668262 0.000000 0.033686 0.782797 0.640519 5 2.8770E+05 3.349089 7.787607 2.993597 -61.700874 -5.555779 49.014186 0.000005 0.000000 0.436388 0.850E+03 lgRho_cntr log_rel_run_E_err -7.6393243109139162 rel_E_err 9.4567722104744313D-13 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1839 0.97592148803813594 1.1305503572857051E+050 k, q, energy_removed_layers after adjustment is 1853 0.97363665161094448 1.1350110329374235E+050 Layers above q= 0.97363665161094448 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11400.755859375000 max vel inside fraction of cutoff 1783.2366914173454 max c/cs inside fraction of cutoff 3.3598780106782677 average v/vesc outside cutoff 1.6283561172260601 Kinetic plus potential energy outside cutoff 1.1350110329374235E+050 mass inside cutoff 1853 50.306113267418453 relax counter 0 log max v [km/s]= 4.3011026162051627 check gamma integral 5.6541672955150696E-002 3650 8.551316 1.021E+05 -24.905683 3.039222 51.668262 0.000000 0.000000 0.000000 0.217203 -3.855054 2543 219 -6.8344E+00 8.551316 1.375802 -32.275724 3.840584 -99.000000 51.668262 0.000000 0.033686 0.782797 0.637993 5 2.8770E+05 3.402298 7.742607 3.039222 -58.014576 -5.660467 49.014186 0.000005 0.000000 0.436388 0.887E+03 lgRho_cntr log_rel_run_E_err -7.6391436227786809 rel_E_err 9.5176093341680114D-13 Using fixed_vsurf 20000.000000000000 save photos/x650 for model 3650 k, q, energy_removed_layers before adjustment is 1820 0.97575857810227629 1.1367413275465738E+050 k, q, energy_removed_layers after adjustment is 1834 0.97347349485641432 1.1409126725786421E+050 Layers above q= 0.97347349485641432 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11452.410156250000 max vel inside fraction of cutoff 1726.0147054765116 max c/cs inside fraction of cutoff 3.3682015715557840 average v/vesc outside cutoff 1.6535648665907756 Kinetic plus potential energy outside cutoff 1.1409126725786421E+050 mass inside cutoff 1834 50.297683241535431 relax counter 0 log max v [km/s]= 4.3010776052652053 check gamma integral 5.5998137058155061E-002 3660 8.570390 9.759E+04 -24.664574 3.083841 51.668262 0.000000 0.000000 0.000000 0.217203 -3.805031 2552 219 -6.9137E+00 8.570390 1.397168 -31.607365 3.984100 -99.000000 51.668262 0.000000 0.033686 0.782797 0.635564 5 2.8770E+05 3.454550 7.706719 3.083841 -54.550856 -5.739129 49.014186 0.000005 0.000000 0.436388 0.917E+03 lgRho_cntr log_rel_run_E_err -7.6389575953272333 rel_E_err 1.0113379681376443D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1820 0.97559566816641663 1.1411943032164149E+050 k, q, energy_removed_layers after adjustment is 1833 0.97347349485641410 1.1449824793188840E+050 Layers above q= 0.97347349485641410 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11494.080078125000 max vel inside fraction of cutoff 1682.4577169131533 max c/cs inside fraction of cutoff 3.3715568370466138 average v/vesc outside cutoff 1.6810626897119132 Kinetic plus potential energy outside cutoff 1.1449824793188840E+050 mass inside cutoff 1833 50.297683241535417 relax counter 0 log max v [km/s]= 4.3010651611082862 check gamma integral 5.5459521681749814E-002 3670 8.589269 9.405E+04 -24.426143 3.127878 51.668262 0.000000 0.000000 0.000000 0.217203 -3.755529 2551 219 -6.9764E+00 8.589269 1.414576 -30.968612 4.126715 -99.000000 51.668262 0.000000 0.033686 0.782797 0.633205 5 2.8770E+05 3.506342 7.677251 3.127878 -51.264145 -5.802428 49.014186 0.000005 0.000000 0.436388 0.940E+03 lgRho_cntr log_rel_run_E_err -7.6387634404162714 rel_E_err 1.0088208674050415D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1810 0.97543310798493954 1.1446809510517151E+050 k, q, energy_removed_layers after adjustment is 1823 0.97330946596417223 1.1480532255757339E+050 Layers above q= 0.97330946596417223 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11529.582031250000 max vel inside fraction of cutoff 1636.1801681270026 max c/cs inside fraction of cutoff 3.3374082768658666 average v/vesc outside cutoff 1.7048038581872760 Kinetic plus potential energy outside cutoff 1.1480532255757339E+050 mass inside cutoff 1823 50.289208153812915 relax counter 0 log max v [km/s]= 4.3010574871180598 check gamma integral 5.4922656373467736E-002 3680 8.608021 9.118E+04 -24.190989 3.172387 51.668262 0.000000 0.000000 0.000000 0.217203 -3.706380 2556 219 -7.0293E+00 8.608021 1.429287 -30.357978 4.268802 -99.000000 51.668262 0.000000 0.033686 0.782797 0.630906 5 2.8770E+05 3.557858 7.652879 3.172387 -48.133389 -5.855851 49.014186 0.000005 0.000000 0.436388 0.958E+03 lgRho_cntr log_rel_run_E_err -7.6385557588929833 rel_E_err 1.1414007109089189D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1804 0.97526984829469809 1.1475328169209697E+050 k, q, energy_removed_layers after adjustment is 1816 0.97330946596417223 1.1504890961054717E+050 Layers above q= 0.97330946596417223 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11560.710937500000 max vel inside fraction of cutoff 1606.0455495621577 max c/cs inside fraction of cutoff 3.3354253565569558 average v/vesc outside cutoff 1.7243168076980615 Kinetic plus potential energy outside cutoff 1.1504890961054717E+050 mass inside cutoff 1816 50.289208153812915 relax counter 0 log max v [km/s]= 4.3010522509089588 check gamma integral 5.4386636646867874E-002 3690 8.626675 8.880E+04 -23.959537 3.221854 51.668262 0.000000 0.000000 0.000000 0.217203 -3.657510 2565 219 -7.0754E+00 8.626675 1.442019 -29.774111 4.410639 -99.000000 51.668262 0.000000 0.033686 0.782797 0.628662 4 2.8770E+05 3.609179 7.632324 3.221854 -45.145513 -5.902388 49.014186 0.000005 0.000000 0.436388 0.973E+03 lgRho_cntr log_rel_run_E_err -7.6383405626328766 rel_E_err 1.1286045812099273D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1803 0.97526984829469809 1.1494398552620477E+050 k, q, energy_removed_layers after adjustment is 1815 0.97330946596417223 1.1524799011522503E+050 Layers above q= 0.97330946596417223 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11588.517578125000 max vel inside fraction of cutoff 1579.9254518982416 max c/cs inside fraction of cutoff 3.3325491737219353 average v/vesc outside cutoff 1.7414402279497310 Kinetic plus potential energy outside cutoff 1.1524799011522503E+050 mass inside cutoff 1815 50.289208153812915 relax counter 0 log max v [km/s]= 4.3010485019038871 check gamma integral 5.3850927588532875E-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 8.645253 8.677E+04 -23.731900 3.271261 51.668262 0.000000 0.000000 0.000000 0.217203 -3.608876 2567 219 -7.1164E+00 8.645253 1.453232 -29.215705 4.552412 -99.000000 51.668262 0.000000 0.033686 0.782797 0.626469 4 2.8770E+05 3.660360 7.614615 3.271261 -42.290297 -5.943676 49.014186 0.000005 0.000000 0.436388 0.985E+03 lgRho_cntr log_rel_run_E_err -7.6381151152919964 rel_E_err 1.2259417291431198D-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 1799 0.97510693835883844 1.1515348235977531E+050 k, q, energy_removed_layers after adjustment is 1810 0.97330946596417200 1.1541474724970073E+050 Layers above q= 0.97330946596417200 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11613.691406250000 max vel inside fraction of cutoff 1556.8876966875946 max c/cs inside fraction of cutoff 3.3290943784402414 average v/vesc outside cutoff 1.7567045436060935 Kinetic plus potential energy outside cutoff 1.1541474724970073E+050 mass inside cutoff 1810 50.289208153812901 relax counter 0 log max v [km/s]= 4.3010457200708929 check gamma integral 5.3315007794540681E-002 3710 8.663768 8.502E+04 -23.508231 3.320523 51.668262 0.000000 0.000000 0.000000 0.217203 -3.560448 2574 219 -7.1539E+00 8.663768 1.463234 -28.681553 4.694601 -99.000000 51.668262 0.000000 0.033686 0.782797 0.624324 4 2.8770E+05 3.711436 7.599173 3.320523 -39.559315 -5.980851 49.014186 0.000005 0.000000 0.436388 0.995E+03 lgRho_cntr log_rel_run_E_err -7.6378769919382759 rel_E_err 1.2844701770588852D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1795 0.97510693835883844 1.1529035862574920E+050 k, q, energy_removed_layers after adjustment is 1806 0.97330946596417200 1.1555704778346929E+050 Layers above q= 0.97330946596417200 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11636.705078125000 max vel inside fraction of cutoff 1592.7380138798744 max c/cs inside fraction of cutoff 3.3252649779824934 average v/vesc outside cutoff 1.7704701450070968 Kinetic plus potential energy outside cutoff 1.1555704778346929E+050 mass inside cutoff 1806 50.289208153812901 relax counter 0 log max v [km/s]= 4.3010435933243061 check gamma integral 5.2778636315975368E-002 3720 8.682229 8.348E+04 -23.288789 3.369659 51.668262 0.000000 0.000000 0.000000 0.217203 -3.512215 2575 219 -7.1884E+00 8.682229 1.472246 -28.170854 4.838129 -99.000000 51.668262 0.000000 0.033686 0.782797 0.622226 4 2.8770E+05 3.762430 7.585617 3.369659 -36.945490 -6.014655 49.014186 0.000005 0.000000 0.436388 0.100E+04 lgRho_cntr log_rel_run_E_err -7.6376268930513715 rel_E_err 1.3388029298232413D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1791 0.97510693835883844 1.1540892814190884E+050 k, q, energy_removed_layers after adjustment is 1802 0.97330946596417200 1.1568025016363859E+050 Layers above q= 0.97330946596417200 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11657.892578125000 max vel inside fraction of cutoff 1756.0016629741210 max c/cs inside fraction of cutoff 3.3211990903404236 average v/vesc outside cutoff 1.7829947896432758 Kinetic plus potential energy outside cutoff 1.1568025016363859E+050 mass inside cutoff 1802 50.289208153812901 relax counter 0 log max v [km/s]= 4.3010419149559125 check gamma integral 5.2241777776749869E-002 3730 8.700638 8.213E+04 -23.073807 3.418677 51.668262 0.000000 0.000000 0.000000 0.217203 -3.464171 2579 219 -7.2204E+00 8.700638 1.480431 -27.682996 4.984795 -99.000000 51.668262 0.000000 0.033686 0.782797 0.620172 4 2.8770E+05 3.813352 7.573645 3.418677 -34.442807 -6.045646 49.014186 0.000005 0.000000 0.436388 0.101E+04 lgRho_cntr log_rel_run_E_err -7.6373661354393088 rel_E_err 1.4151623667514555D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1791 0.97494402842297878 1.1555944177484290E+050 k, q, energy_removed_layers after adjustment is 1801 0.97330946596417178 1.1578819531691939E+050 Layers above q= 0.97330946596417178 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11677.527343750000 max vel inside fraction of cutoff 1921.3627622220797 max c/cs inside fraction of cutoff 3.3169920858369180 average v/vesc outside cutoff 1.7944730942131906 Kinetic plus potential energy outside cutoff 1.1578819531691939E+050 mass inside cutoff 1801 50.289208153812893 relax counter 0 log max v [km/s]= 4.3010405566489887 check gamma integral 5.1704483833462003E-002 3740 8.718998 8.093E+04 -22.863350 3.467579 51.668262 0.000000 0.000000 0.000000 0.217203 -3.416322 2589 219 -7.2501E+00 8.718998 1.487921 -27.217193 5.137930 -99.000000 51.668262 0.000000 0.033686 0.782797 0.618164 4 2.8770E+05 3.864206 7.562994 3.467579 -32.045859 -6.074297 49.014186 0.000005 0.000000 0.436388 0.102E+04 lgRho_cntr log_rel_run_E_err -7.6370869585896148 rel_E_err 1.5015917130705612D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1788 0.97494402842297856 1.1565182754030303E+050 k, q, energy_removed_layers after adjustment is 1798 0.97330946596417156 1.1588377286004879E+050 Layers above q= 0.97330946596417156 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11695.816406250000 max vel inside fraction of cutoff 2095.5766347631743 max c/cs inside fraction of cutoff 3.3127084069992740 average v/vesc outside cutoff 1.8050618786444390 Kinetic plus potential energy outside cutoff 1.1588377286004879E+050 mass inside cutoff 1798 50.289208153812879 relax counter 0 log max v [km/s]= 4.3010394418317395 check gamma integral 5.1166618468754969E-002 3750 8.737313 7.985E+04 -22.657100 3.516376 51.668262 0.000000 0.000000 0.000000 0.217203 -3.368663 2597 219 -7.2778E+00 8.737313 1.494818 -26.772211 5.302939 -99.000000 51.668262 0.000000 0.033686 0.782797 0.616198 4 2.8770E+05 3.915002 7.553427 3.516376 -29.749212 -6.100966 49.014186 0.000005 0.000000 0.436388 0.103E+04 lgRho_cntr log_rel_run_E_err -7.6367937974413591 rel_E_err 1.5559247838395320D-12 Using fixed_vsurf 20000.000000000000 save photos/x750 for model 3750 k, q, energy_removed_layers before adjustment is 1788 0.97494402842297856 1.1573443074397566E+050 k, q, energy_removed_layers after adjustment is 1798 0.97330946596417156 1.1596917753536947E+050 Layers above q= 0.97330946596417156 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11712.941406250000 max vel inside fraction of cutoff 2285.0556992669804 max c/cs inside fraction of cutoff 3.3083918602353521 average v/vesc outside cutoff 1.8148875847024315 Kinetic plus potential energy outside cutoff 1.1596917753536947E+050 mass inside cutoff 1798 50.289208153812879 relax counter 0 log max v [km/s]= 4.3010385103637985 check gamma integral 5.0628076939839069E-002 3760 8.755583 7.887E+04 -22.454855 3.565061 51.668262 0.000000 0.000000 0.000000 0.217203 -3.321205 2596 219 -7.3035E+00 8.755583 1.501206 -26.346520 5.487165 -99.000000 51.668262 0.000000 0.033686 0.782797 0.614275 4 2.8770E+05 3.965739 7.544754 3.565061 -27.548568 -6.125910 49.014186 0.000005 0.000000 0.436388 0.103E+04 lgRho_cntr log_rel_run_E_err -7.6364877795460382 rel_E_err 1.6570378584375510D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1787 0.97494402842297856 1.1580887493446103E+050 k, q, energy_removed_layers after adjustment is 1797 0.97330946596417156 1.1604610070620498E+050 Layers above q= 0.97330946596417156 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11729.048828125000 max vel inside fraction of cutoff 2482.2534827916647 max c/cs inside fraction of cutoff 3.3040727234901524 average v/vesc outside cutoff 1.8240520711064936 Kinetic plus potential energy outside cutoff 1.1604610070620498E+050 mass inside cutoff 1797 50.289208153812879 relax counter 0 log max v [km/s]= 4.3010377259157462 check gamma integral 5.0088826154246577E-002 3770 8.773801 7.797E+04 -22.256527 3.613620 51.668262 0.000000 0.000000 0.000000 0.217203 -3.273970 2614 219 -7.3267E+00 8.773801 1.507161 -25.938752 5.698363 -99.000000 51.668262 0.000000 0.033686 0.782797 0.612395 5 2.8770E+05 4.016398 7.536823 3.613620 -25.440110 -6.149351 49.014186 0.000005 0.000000 0.436388 0.104E+04 lgRho_cntr log_rel_run_E_err -7.6361580223005001 rel_E_err 1.7436784665544930D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1787 0.97478125195930876 1.1591984674333548E+050 k, q, energy_removed_layers after adjustment is 1796 0.97330946596417156 1.1611597874451866E+050 Layers above q= 0.97330946596417156 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11744.277343750000 max vel inside fraction of cutoff 2691.1226468670775 max c/cs inside fraction of cutoff 3.2997657041843942 average v/vesc outside cutoff 1.8326511274230493 Kinetic plus potential energy outside cutoff 1.1611597874451866E+050 mass inside cutoff 1796 50.289208153812879 relax counter 0 log max v [km/s]= 4.3010370700672391 check gamma integral 4.9548193986676529E-002 3780 8.791965 7.715E+04 -22.061999 3.662049 51.668262 0.000000 0.000000 0.000000 0.217203 -3.226967 2613 219 -7.3470E+00 8.791965 1.512753 -25.547849 5.941298 -99.000000 51.668262 0.000000 0.033686 0.782797 0.610557 5 2.8770E+05 4.066977 7.529511 3.662049 -23.419637 -6.171500 49.014186 0.000005 0.000000 0.436388 0.105E+04 lgRho_cntr log_rel_run_E_err -7.6358099771850529 rel_E_err 1.9698200027923725D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1783 0.97478125195930854 1.1598207225625616E+050 k, q, energy_removed_layers after adjustment is 1792 0.97330946596417134 1.1618001126280467E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11758.767578125000 max vel inside fraction of cutoff 2932.1465312525738 max c/cs inside fraction of cutoff 3.2954728033248264 average v/vesc outside cutoff 1.8407745794002486 Kinetic plus potential energy outside cutoff 1.1618001126280467E+050 mass inside cutoff 1792 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010365224041687 check gamma integral 4.9004589366564939E-002 3790 8.810088 7.638E+04 -21.871141 3.710378 51.668262 0.000000 0.000000 0.000000 0.217203 -3.180175 2616 219 -7.3653E+00 8.810088 1.518037 -25.173088 6.214820 -99.000000 51.668262 0.000000 0.033686 0.782797 0.608761 5 2.8770E+05 4.117505 7.522718 3.710378 -21.481787 -6.192531 49.014186 0.000005 0.000000 0.436388 0.105E+04 lgRho_cntr log_rel_run_E_err -7.6354450556535021 rel_E_err 1.9677231216727635D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1778 0.97478125195930876 1.1603958073599553E+050 k, q, energy_removed_layers after adjustment is 1787 0.97330946596417156 1.1623916126140930E+050 Layers above q= 0.97330946596417156 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11772.632812500000 max vel inside fraction of cutoff 3191.1646783442093 max c/cs inside fraction of cutoff 3.2911921718958359 average v/vesc outside cutoff 1.8484964371801975 Kinetic plus potential energy outside cutoff 1.1623916126140930E+050 mass inside cutoff 1787 50.289208153812879 relax counter 0 log max v [km/s]= 4.3010360532368788 check gamma integral 4.8456440229549355E-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 8.828186 7.567E+04 -21.684712 3.758650 51.668262 0.000000 0.000000 0.000000 0.217203 -3.133549 2622 219 -7.3837E+00 8.828186 1.523044 -24.815208 6.511779 -99.000000 51.668262 0.000000 0.033686 0.782797 0.607004 5 2.8770E+05 4.168035 7.516390 3.758650 -19.621504 -6.212537 49.014186 0.000005 0.000000 0.436388 0.106E+04 lgRho_cntr log_rel_run_E_err -7.6350247761755048 rel_E_err 2.6946072312217306D-12 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 1777 0.97478125195930876 1.1609293144989846E+050 k, q, energy_removed_layers after adjustment is 1786 0.97330946596417156 1.1629400911136520E+050 Layers above q= 0.97330946596417156 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11785.929687500000 max vel inside fraction of cutoff 3461.9623926966683 max c/cs inside fraction of cutoff 3.5164276271373414 average v/vesc outside cutoff 1.8558539930379190 Kinetic plus potential energy outside cutoff 1.1629400911136520E+050 mass inside cutoff 1786 50.289208153812879 relax counter 0 log max v [km/s]= 4.3010356255075228 check gamma integral 4.7903921956452954E-002 3810 8.846240 7.500E+04 -21.503660 3.806833 51.668262 0.000000 0.000000 0.000000 0.217203 -3.087144 2621 219 -7.4006E+00 8.846240 1.527796 -24.475459 6.821896 -99.000000 51.668262 0.000000 0.033686 0.782797 0.605290 5 2.8770E+05 4.218511 7.510484 3.806833 -17.838124 -6.231584 49.014186 0.000005 0.000000 0.436388 0.106E+04 lgRho_cntr log_rel_run_E_err -7.6340488659669132 rel_E_err 8.8302154263164669D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1773 0.97478125195930854 1.1614255163412378E+050 k, q, energy_removed_layers after adjustment is 1782 0.97330946596417134 1.1634499880650486E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11798.689453125000 max vel inside fraction of cutoff 3731.5505707175012 max c/cs inside fraction of cutoff 3.7756989430304011 average v/vesc outside cutoff 1.8628726412629073 Kinetic plus potential energy outside cutoff 1.1634499880650486E+050 mass inside cutoff 1782 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010352502651568 check gamma integral 4.7346698611826971E-002 3820 8.864209 7.437E+04 -21.327681 3.859861 51.668262 0.000000 0.000000 0.000000 0.217203 -3.041059 2619 219 -7.4122E+00 8.864209 1.532345 -24.152374 7.136285 -99.000000 51.668262 0.000000 0.033686 0.782797 0.603622 5 2.8770E+05 4.268823 7.504922 3.859861 -16.131297 -6.249877 49.014186 0.000005 0.000000 0.436388 0.107E+04 lgRho_cntr log_rel_run_E_err -7.6295346610759189 rel_E_err 4.0838464579093266D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1770 0.97478125195930854 1.1618915291700587E+050 k, q, energy_removed_layers after adjustment is 1779 0.97330946596417134 1.1639286552467106E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11811.035156250000 max vel inside fraction of cutoff 3953.4459352062672 max c/cs inside fraction of cutoff 4.0124674059397698 average v/vesc outside cutoff 1.8696254042884004 Kinetic plus potential energy outside cutoff 1.1639286552467106E+050 mass inside cutoff 1779 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010349626937217 check gamma integral 4.6781558864292229E-002 3830 8.882085 7.376E+04 -21.156368 3.912057 51.668262 0.000000 0.000000 0.000000 0.217203 -2.995300 2634 219 -7.4176E+00 8.882085 1.536763 -23.841981 7.449116 -99.000000 51.668262 0.000000 0.033686 0.782797 0.602005 5 2.8770E+05 4.318957 7.499605 3.912057 -14.497435 -6.267698 49.014186 0.000005 0.000000 0.436388 0.107E+04 lgRho_cntr log_rel_run_E_err -7.6182897818639539 rel_E_err 7.8324152313427587D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1771 0.97461752566373294 1.1627308885085569E+050 k, q, energy_removed_layers after adjustment is 1779 0.97330946596417134 1.1643849108674784E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11823.152343750000 max vel inside fraction of cutoff 4117.3961341113454 max c/cs inside fraction of cutoff 4.1941364232045348 average v/vesc outside cutoff 1.8762162069612995 Kinetic plus potential energy outside cutoff 1.1643849108674784E+050 mass inside cutoff 1779 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010347589424978 check gamma integral 4.6203248251849884E-002 3840 8.901643 7.312E+04 -20.974929 3.969656 51.668262 0.000000 0.000000 0.000000 0.217203 -2.945346 2639 219 -7.4063E+00 8.901643 1.541553 -23.158914 7.786827 -99.000000 51.668262 0.000000 0.033686 0.782797 0.600281 5 2.8770E+05 4.373894 7.493939 3.969656 -12.780693 -6.287071 49.014186 0.000005 0.000000 0.436388 0.108E+04 lgRho_cntr log_rel_run_E_err -7.5794286965340767 rel_E_err 3.9673486472502510D-10 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1769 0.97461752566373294 1.1632047283836618E+050 k, q, energy_removed_layers after adjustment is 1777 0.97330946596417134 1.1648698831991184E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11836.425781250000 max vel inside fraction of cutoff 4289.2821203343783 max c/cs inside fraction of cutoff 4.3870680674670277 average v/vesc outside cutoff 1.8833964101173375 Kinetic plus potential energy outside cutoff 1.1648698831991184E+050 mass inside cutoff 1777 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010347247265646 check gamma integral 4.5547755960990324E-002 3850 8.921115 7.248E+04 -20.804053 4.027706 51.668262 0.000000 0.000000 0.000000 0.217203 -2.895662 2648 219 -7.4011E+00 8.921115 1.546370 -20.930970 8.115379 -99.000000 51.668262 0.000000 0.033686 0.782797 0.598624 5 2.8770E+05 4.428709 7.488332 4.027706 -11.141800 -6.306602 49.014186 0.000005 0.000000 0.436388 0.108E+04 lgRho_cntr log_rel_run_E_err -7.5076246783564260 rel_E_err 3.0342558562296811D-10 Using fixed_vsurf 20000.000000000000 save photos/x850 for model 3850 k, q, energy_removed_layers before adjustment is 1768 0.97461752566373294 1.1636719169654712E+050 k, q, energy_removed_layers after adjustment is 1776 0.97330946596417134 1.1653478461845106E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11849.929687500000 max vel inside fraction of cutoff 4395.8690656382332 max c/cs inside fraction of cutoff 4.5568574511661613 average v/vesc outside cutoff 1.8906559839309760 Kinetic plus potential energy outside cutoff 1.1653478461845106E+050 mass inside cutoff 1776 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010346218771431 check gamma integral 4.4867635786597450E-002 3860 8.941314 7.180E+04 -20.643815 4.088646 51.668262 0.000000 0.000000 0.000000 0.217203 -2.844125 2649 219 -7.2218E+00 8.941314 1.551624 -18.822625 8.444680 -99.000000 51.668262 0.000000 0.033686 0.782797 0.596976 6 2.8770E+05 4.485713 7.482322 4.088646 -9.514470 -6.327934 49.014186 0.000005 0.000000 0.436388 0.109E+04 lgRho_cntr log_rel_run_E_err -7.4346878530192537 rel_E_err 2.9826448113695404D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1765 0.97461752566373294 1.1641708662256332E+050 k, q, energy_removed_layers after adjustment is 1773 0.97330946596417134 1.1658580731253645E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11864.826171875000 max vel inside fraction of cutoff 4438.5699865342722 max c/cs inside fraction of cutoff 4.6149451251646383 average v/vesc outside cutoff 1.8986173112124938 Kinetic plus potential energy outside cutoff 1.1658580731253645E+050 mass inside cutoff 1773 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010366715238542 check gamma integral 4.4130913701379032E-002 3870 8.960918 7.097E+04 -20.494851 4.149046 51.668262 0.000000 0.000000 0.000000 0.217203 -2.794004 2671 219 -7.1729E+00 8.960918 1.558082 -16.813075 8.753034 -99.000000 51.668262 0.000000 0.033686 0.782797 0.595460 6 2.8770E+05 4.541212 7.475078 4.149046 -7.999709 -6.354160 49.014186 0.000005 0.000000 0.436388 0.109E+04 min_dr_div_cs log_rel_run_E_err -7.4093669638201236 rel_E_err 3.0283837571178506D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1764 0.97461752566373294 1.1647692413812240E+050 k, q, energy_removed_layers after adjustment is 1772 0.97330946596417134 1.1664696507743295E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11883.386718750000 max vel inside fraction of cutoff 4498.6517378072858 max c/cs inside fraction of cutoff 4.7366576121452013 average v/vesc outside cutoff 1.9084660094240027 Kinetic plus potential energy outside cutoff 1.1664696507743295E+050 mass inside cutoff 1772 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010366776108171 check gamma integral 4.3349216590000086E-002 3880 8.969209 7.013E+04 -20.407163 4.175810 51.668262 0.000000 0.000000 0.000000 0.217203 -2.772703 2679 219 -7.1282E+00 8.969209 1.564712 -15.119577 8.885203 -99.000000 51.668262 0.000000 0.033686 0.782797 0.594857 6 2.8770E+05 4.564764 7.467785 4.175810 -7.367587 -6.381039 49.014186 0.000005 0.000000 0.436388 0.110E+04 max increase log_rel_run_E_err -7.4090212677474474 rel_E_err 3.1412469312751541D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1763 0.97461752566373294 1.1653669908494438E+050 k, q, energy_removed_layers after adjustment is 1771 0.97330946596417134 1.1670802238211179E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11902.728515625000 max vel inside fraction of cutoff 4502.4608696742716 max c/cs inside fraction of cutoff 4.8577224888728603 average v/vesc outside cutoff 1.9186481358312524 Kinetic plus potential energy outside cutoff 1.1670802238211179E+050 mass inside cutoff 1771 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010370165559424 check gamma integral 4.2915838999065099E-002 3890 8.962629 6.904E+04 -20.428590 4.155662 51.668262 0.000000 0.000000 0.000000 0.217203 -2.789685 2703 219 -7.1111E+00 8.962629 1.573618 -13.496499 8.789443 -99.000000 51.668262 0.000000 0.033686 0.782797 0.595319 6 2.8770E+05 4.546039 7.458214 4.155662 -7.845119 -6.417031 49.014186 0.000005 0.000000 0.436388 0.111E+04 min_dr_div_cs log_rel_run_E_err -7.4040629792176533 rel_E_err 3.4825707568495371D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1762 0.97445474057690007 1.1665053450883155E+050 k, q, energy_removed_layers after adjustment is 1769 0.97330946596417134 1.1678733678677971E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11929.179687500000 max vel inside fraction of cutoff 4430.1171613865226 max c/cs inside fraction of cutoff 4.8718057648134456 average v/vesc outside cutoff 1.9324453435621209 Kinetic plus potential energy outside cutoff 1.1678733678677971E+050 mass inside cutoff 1769 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010367973918529 check gamma integral 4.3071229730058537E-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 8.948019 6.821E+04 -20.548969 4.110231 51.668262 0.000000 0.000000 0.000000 0.217203 -2.827422 2704 219 -6.9861E+00 8.948002 1.580438 -12.668264 8.561426 -99.000000 51.668262 0.000000 0.033686 0.782797 0.596374 7 2.8770E+05 4.504464 7.451010 4.110231 -8.955104 -6.444483 49.014186 0.000005 0.000000 0.436388 0.112E+04 lgRho_cntr log_rel_run_E_err -7.4014279782755787 rel_E_err 4.8757262135152136D-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 1760 0.97445474057690007 1.1670829943902838E+050 k, q, energy_removed_layers after adjustment is 1767 0.97330946596417134 1.1684611890191561E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11949.804687500000 max vel inside fraction of cutoff 4243.8970755393602 max c/cs inside fraction of cutoff 4.7795409228808357 average v/vesc outside cutoff 1.9431024861564143 Kinetic plus potential energy outside cutoff 1.1684611890191561E+050 mass inside cutoff 1767 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010385235304955 check gamma integral 4.3588582944775973E-002 3910 8.928427 6.745E+04 -20.723676 4.050630 51.668262 0.000000 0.000000 0.000000 0.217203 -2.877952 2714 219 -7.2727E+00 8.928389 1.586843 -12.178208 8.246243 -99.000000 51.668262 0.000000 0.033686 0.782797 0.597856 6 2.8770E+05 4.448858 7.444337 4.050630 -10.502596 -6.470154 49.014186 0.000005 0.000000 0.436388 0.112E+04 lgRho_cntr log_rel_run_E_err -7.4010961066763210 rel_E_err 2.9019035695228737D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1759 0.97445474057690007 1.1676108455493661E+050 k, q, energy_removed_layers after adjustment is 1766 0.97330946596417134 1.1689980355448678E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11969.474609375000 max vel inside fraction of cutoff 4188.0951019524728 max c/cs inside fraction of cutoff 4.7845980241729160 average v/vesc outside cutoff 1.9531828051888329 Kinetic plus potential energy outside cutoff 1.1689980355448678E+050 mass inside cutoff 1766 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010342338547067 check gamma integral 4.4244264390564197E-002 3920 8.910258 6.686E+04 -20.888121 3.996191 51.668262 0.000000 0.000000 0.000000 0.217203 -2.924753 2726 219 -7.3256E+00 8.910206 1.591874 -12.078825 7.944629 -99.000000 51.668262 0.000000 0.033686 0.782797 0.599297 6 2.8770E+05 4.397446 7.439150 3.996191 -11.999012 -6.490234 49.014186 0.000005 0.000000 0.436388 0.113E+04 lgRho_cntr log_rel_run_E_err -7.4007769179396039 rel_E_err 2.9037939251230903D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1761 0.97445474057689985 1.1680158869957731E+050 k, q, energy_removed_layers after adjustment is 1768 0.97330946596417112 1.1694097796900701E+050 Layers above q= 0.97330946596417112 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11985.126953125000 max vel inside fraction of cutoff 4039.2247505956984 max c/cs inside fraction of cutoff 4.7477604193216996 average v/vesc outside cutoff 1.9611502889686887 Kinetic plus potential energy outside cutoff 1.1694097796900701E+050 mass inside cutoff 1768 50.289208153812851 relax counter 0 log max v [km/s]= 4.3010336010191113 check gamma integral 4.4808702149971270E-002 3930 8.892275 6.633E+04 -21.048607 3.942810 51.668262 0.000000 0.000000 0.000000 0.217203 -2.971095 2732 219 -7.3544E+00 8.892211 1.596430 -12.315104 7.638833 -99.000000 51.668262 0.000000 0.033686 0.782797 0.600777 6 2.8770E+05 4.346673 7.434497 3.942810 -13.539598 -6.508344 49.014186 0.000005 0.000000 0.436388 0.113E+04 lgRho_cntr log_rel_run_E_err -7.4004708489019340 rel_E_err 2.7034548864667970D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1758 0.97445474057689985 1.1683756046063604E+050 k, q, energy_removed_layers after adjustment is 1765 0.97330946596417112 1.1697752968455384E+050 Layers above q= 0.97330946596417112 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11999.458984375000 max vel inside fraction of cutoff 3840.6393120466400 max c/cs inside fraction of cutoff 4.6218025598238617 average v/vesc outside cutoff 1.9684048852964335 Kinetic plus potential energy outside cutoff 1.1697752968455384E+050 mass inside cutoff 1765 50.289208153812851 relax counter 0 log max v [km/s]= 4.3010332936466336 check gamma integral 4.5330223316261894E-002 3940 8.874426 6.584E+04 -21.207274 3.890651 51.668262 0.000000 0.000000 0.000000 0.217203 -3.017146 2732 219 -7.3669E+00 8.874353 1.600738 -12.702095 7.330538 -99.000000 51.668262 0.000000 0.033686 0.782797 0.602291 6 2.8770E+05 4.296378 7.430128 3.890651 -15.128689 -6.525394 49.014186 0.000005 0.000000 0.436388 0.114E+04 lgRho_cntr log_rel_run_E_err -7.4001819579664367 rel_E_err 2.5834604626368708D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1757 0.97445474057689985 1.1687094955179710E+050 k, q, energy_removed_layers after adjustment is 1764 0.97330946596417112 1.1701144385947329E+050 Layers above q= 0.97330946596417112 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12013.148437500000 max vel inside fraction of cutoff 3669.7735976331969 max c/cs inside fraction of cutoff 4.5695244199593450 average v/vesc outside cutoff 1.9752970838074786 Kinetic plus potential energy outside cutoff 1.1701144385947329E+050 mass inside cutoff 1764 50.289208153812851 relax counter 0 log max v [km/s]= 4.3010330566189463 check gamma integral 4.5818451294214503E-002 3950 8.854591 6.530E+04 -21.387945 3.831984 51.668262 0.000000 0.000000 0.000000 0.217203 -3.068435 2718 219 -7.2791E+00 8.854513 1.605502 -13.260606 6.985065 -99.000000 51.668262 0.000000 0.033686 0.782797 0.604017 6 2.8770E+05 4.240586 7.425332 3.831984 -16.968760 -6.544169 49.014186 0.000005 0.000000 0.436388 0.114E+04 max increase log_rel_run_E_err -7.3998971630486663 rel_E_err 2.7479294803016854D-12 Using fixed_vsurf 20000.000000000000 save photos/x950 for model 3950 k, q, energy_removed_layers before adjustment is 1756 0.97445474057689985 1.1690718304807583E+050 k, q, energy_removed_layers after adjustment is 1763 0.97330946596417112 1.1704823225262173E+050 Layers above q= 0.97330946596417112 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12028.451171875000 max vel inside fraction of cutoff 3504.3224756916070 max c/cs inside fraction of cutoff 4.4485519830522140 average v/vesc outside cutoff 1.9829585817713533 Kinetic plus potential energy outside cutoff 1.1704823225262173E+050 mass inside cutoff 1763 50.289208153812851 relax counter 0 log max v [km/s]= 4.3010335682246819 check gamma integral 4.6341801291233609E-002 3960 8.833990 6.472E+04 -21.583117 3.774544 51.668262 0.000000 0.000000 0.000000 0.217203 -3.121836 2716 219 -7.2939E+00 8.833910 1.610650 -14.000511 6.627898 -99.000000 51.668262 0.000000 0.033686 0.782797 0.605856 6 2.8770E+05 4.182741 7.420187 3.774544 -18.968728 -6.564358 49.014186 0.000005 0.000000 0.436388 0.115E+04 lgRho_cntr log_rel_run_E_err -7.3996068180953358 rel_E_err 2.3233314571864389D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1757 0.97429102290448721 1.1697774877467457E+050 k, q, energy_removed_layers after adjustment is 1763 0.97330946596417112 1.1708714069731385E+050 Layers above q= 0.97330946596417112 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12045.175781250000 max vel inside fraction of cutoff 3305.8355661916298 max c/cs inside fraction of cutoff 4.3689551392573698 average v/vesc outside cutoff 1.9912821558750116 Kinetic plus potential energy outside cutoff 1.1708714069731385E+050 mass inside cutoff 1763 50.289208153812851 relax counter 0 log max v [km/s]= 4.3010333048762250 check gamma integral 4.6879055662896005E-002 3970 8.814484 6.415E+04 -21.771533 3.722344 51.668262 0.000000 0.000000 0.000000 0.217203 -3.172514 2711 219 -7.3013E+00 8.814403 1.615774 -14.882945 6.301849 -99.000000 51.668262 0.000000 0.033686 0.782797 0.607645 6 2.8770E+05 4.128062 7.415095 3.722344 -20.948205 -6.584355 49.014186 0.000005 0.000000 0.436388 0.115E+04 lgRho_cntr log_rel_run_E_err -7.3993557615460546 rel_E_err 2.0755799786264373D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1756 0.97429102290448721 1.1701516762787293E+050 k, q, energy_removed_layers after adjustment is 1762 0.97330946596417112 1.1712502766728705E+050 Layers above q= 0.97330946596417112 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12062.017578125000 max vel inside fraction of cutoff 3098.8570155846714 max c/cs inside fraction of cutoff 4.2304602531174673 average v/vesc outside cutoff 1.9996131666535404 Kinetic plus potential energy outside cutoff 1.1712502766728705E+050 mass inside cutoff 1762 50.289208153812851 relax counter 0 log max v [km/s]= 4.3010331151993224 check gamma integral 4.7383268733419220E-002 3980 8.793596 6.352E+04 -21.973595 3.666457 51.668262 0.000000 0.000000 0.000000 0.217203 -3.226941 2717 219 -7.2021E+00 8.793514 1.621510 -15.943240 5.981484 -99.000000 51.668262 0.000000 0.033686 0.782797 0.609604 6 2.8770E+05 4.069586 7.409423 3.666457 -23.162061 -6.606638 49.014186 0.000005 0.000000 0.436388 0.116E+04 lgRho_cntr log_rel_run_E_err -7.3991150566780126 rel_E_err 2.2417289618066298D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1756 0.97429102290448721 1.1705613273043107E+050 k, q, energy_removed_layers after adjustment is 1762 0.97330946596417112 1.1716648705491023E+050 Layers above q= 0.97330946596417112 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12081.111328125000 max vel inside fraction of cutoff 2901.8044386004508 max c/cs inside fraction of cutoff 4.1425281363021744 average v/vesc outside cutoff 2.0089989543439501 Kinetic plus potential energy outside cutoff 1.1716648705491023E+050 mass inside cutoff 1762 50.289208153812851 relax counter 0 log max v [km/s]= 4.3010337231351157 check gamma integral 4.7906237684110377E-002 3990 8.774082 6.290E+04 -22.164501 3.614256 51.668262 0.000000 0.000000 0.000000 0.217203 -3.277886 2710 219 -7.2320E+00 8.774003 1.627237 -17.053850 5.719263 -99.000000 51.668262 0.000000 0.033686 0.782797 0.611479 6 2.8770E+05 4.015056 7.403730 3.614256 -25.322873 -6.628783 49.014186 0.000005 0.000000 0.436388 0.117E+04 lgRho_cntr log_rel_run_E_err -7.3988811291466403 rel_E_err 2.0774702398927493D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1756 0.97429102290448699 1.1709604790603013E+050 k, q, energy_removed_layers after adjustment is 1762 0.97330946596417089 1.1720686551285852E+050 Layers above q= 0.97330946596417089 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12100.429687500000 max vel inside fraction of cutoff 2727.4031537367509 max c/cs inside fraction of cutoff 3.9757615482626529 average v/vesc outside cutoff 2.0184289987797781 Kinetic plus potential energy outside cutoff 1.1720686551285852E+050 mass inside cutoff 1762 50.289208153812844 relax counter 0 log max v [km/s]= 4.3010333232835212 check gamma integral 4.8384907986986921E-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 8.753514 6.217E+04 -22.375204 3.559194 51.668262 0.000000 0.000000 0.000000 0.217203 -3.331703 2716 219 -7.1376E+00 8.753445 1.634061 -18.412476 5.481486 -99.000000 51.668262 0.000000 0.033686 0.782797 0.613497 6 2.8770E+05 3.957673 7.397006 3.559194 -27.706137 -6.655014 49.014186 0.000005 0.000000 0.436388 0.117E+04 lgRho_cntr log_rel_run_E_err -7.3985839857245361 rel_E_err 1.9574756468568968D-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 1759 0.97429102290448721 1.1714236171040637E+050 k, q, energy_removed_layers after adjustment is 1765 0.97330946596417112 1.1725369280254734E+050 Layers above q= 0.97330946596417112 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12123.781250000000 max vel inside fraction of cutoff 2521.9268962446126 max c/cs inside fraction of cutoff 3.7125919118306498 average v/vesc outside cutoff 2.0297439373727486 Kinetic plus potential energy outside cutoff 1.1725369280254734E+050 mass inside cutoff 1765 50.289208153812851 relax counter 0 log max v [km/s]= 4.3010338991241772 check gamma integral 4.8896157771307923E-002 4010 8.733439 6.134E+04 -22.591174 3.505439 51.668262 0.000000 0.000000 0.000000 0.217203 -3.384335 2704 219 -6.9472E+00 8.733380 1.641857 -19.833979 5.280969 -99.000000 51.668262 0.000000 0.033686 0.782797 0.615511 6 2.8770E+05 3.901750 7.389277 3.505439 -30.140846 -6.684734 49.014186 0.000005 0.000000 0.436388 0.118E+04 lgRho_cntr log_rel_run_E_err -7.3982522112966045 rel_E_err 6.6007898724842898D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1759 0.97429102290448721 1.1719366461576657E+050 k, q, energy_removed_layers after adjustment is 1765 0.97330946596417112 1.1730553324507092E+050 Layers above q= 0.97330946596417112 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12150.908203125000 max vel inside fraction of cutoff 2279.3459964893486 max c/cs inside fraction of cutoff 3.4369300259926878 average v/vesc outside cutoff 2.0427774027579448 Kinetic plus potential energy outside cutoff 1.1730553324507092E+050 mass inside cutoff 1765 50.289208153812851 relax counter 0 log max v [km/s]= 4.3010356344259515 check gamma integral 4.9405309127335290E-002 4020 8.713680 6.039E+04 -22.806485 3.452551 51.668262 0.000000 0.000000 0.000000 0.217203 -3.436231 2697 219 -6.9293E+00 8.713632 1.650879 -21.147364 5.106322 -99.000000 51.668262 0.000000 0.033686 0.782797 0.617537 6 2.8770E+05 3.846787 7.380199 3.452551 -32.643268 -6.718811 49.014186 0.000005 0.000000 0.436388 0.120E+04 max increase log_rel_run_E_err -7.3978726107812633 rel_E_err 3.7748177093576351D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1759 0.97429102290448699 1.1725095158789889E+050 k, q, energy_removed_layers after adjustment is 1765 0.97330946596417089 1.1736338020069873E+050 Layers above q= 0.97330946596417089 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12182.917968750000 max vel inside fraction of cutoff 2054.9991452967943 max c/cs inside fraction of cutoff 3.2357089501326350 average v/vesc outside cutoff 2.0580035494893716 Kinetic plus potential energy outside cutoff 1.1736338020069873E+050 mass inside cutoff 1765 50.289208153812844 relax counter 0 log max v [km/s]= 4.3010354705863767 check gamma integral 4.9901586274577713E-002 4030 8.693039 5.913E+04 -23.035333 3.397279 51.668262 0.000000 0.000000 0.000000 0.217203 -3.490526 2690 219 -6.7250E+00 8.693011 1.662961 -22.670438 4.937636 -99.000000 51.668262 0.000000 0.033686 0.782797 0.619696 6 2.8770E+05 3.789470 7.367902 3.397279 -35.377928 -6.763920 49.014186 0.000005 0.000000 0.436388 0.121E+04 min_dr_div_cs log_rel_run_E_err -7.3975927050298509 rel_E_err 2.6503865482877616D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1750 0.97412778640308739 1.1735276840128220E+050 k, q, energy_removed_layers after adjustment is 1755 0.97330946596417067 1.1743743921022613E+050 Layers above q= 0.97330946596417067 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12226.839843750000 max vel inside fraction of cutoff 1768.3451483165381 max c/cs inside fraction of cutoff 3.0783374774798218 average v/vesc outside cutoff 2.0786460557706277 Kinetic plus potential energy outside cutoff 1.1743743921022613E+050 mass inside cutoff 1755 50.289208153812837 relax counter 0 log max v [km/s]= 4.3010378988219236 check gamma integral 5.0417945451727321E-002 4040 8.676390 5.752E+04 -23.236520 3.352652 51.668262 0.000000 0.000000 0.000000 0.217203 -3.534316 2686 219 -6.7459E+00 8.676390 1.678772 -24.678423 4.804934 -99.000000 51.668262 0.000000 0.033686 0.782797 0.621477 6 2.8770E+05 3.743347 7.351418 3.352652 -37.681685 -6.821934 49.014186 0.000005 0.000000 0.436388 0.124E+04 min_dr_div_cs log_rel_run_E_err -7.3951237612531537 rel_E_err 1.5272135242584539D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1749 0.97412778640308761 1.1744335750500628E+050 k, q, energy_removed_layers after adjustment is 1754 0.97330946596417089 1.1752861805247804E+050 Layers above q= 0.97330946596417089 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12286.197265625000 max vel inside fraction of cutoff 1670.8026613095292 max c/cs inside fraction of cutoff 3.0421740247057283 average v/vesc outside cutoff 2.1060916693069198 Kinetic plus potential energy outside cutoff 1.1752861805247804E+050 mass inside cutoff 1754 50.289208153812844 relax counter 0 log max v [km/s]= 4.3010367350444811 check gamma integral 5.0868907182158432E-002 4050 8.670135 5.615E+04 -23.322557 3.335796 51.668262 0.000000 0.000000 0.000000 0.217203 -3.550771 2694 219 -6.8066E+00 8.670135 1.692357 -26.377111 4.754903 -99.000000 51.668262 0.000000 0.033686 0.782797 0.622163 6 2.8770E+05 3.726019 7.336724 3.335796 -38.575931 -6.870496 49.014186 0.000005 0.000000 0.436388 0.126E+04 min_dr_div_cs log_rel_run_E_err -7.3948558490407548 rel_E_err 1.4982640953903422D-12 Using fixed_vsurf 20000.000000000000 save photos/x050 for model 4050 k, q, energy_removed_layers before adjustment is 1749 0.97412778640308761 1.1751657435526519E+050 k, q, energy_removed_layers after adjustment is 1754 0.97330946596417089 1.1760223282453115E+050 Layers above q= 0.97330946596417089 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12338.951171875000 max vel inside fraction of cutoff 1679.2109014615339 max c/cs inside fraction of cutoff 3.0086787520972700 average v/vesc outside cutoff 2.1300656748967413 Kinetic plus potential energy outside cutoff 1.1760223282453115E+050 mass inside cutoff 1754 50.289208153812844 relax counter 0 log max v [km/s]= 4.3010353531807208 check gamma integral 5.1069579570304405E-002 4060 8.672549 5.443E+04 -23.311414 3.342044 51.668262 0.000000 0.000000 0.000000 0.217203 -3.544440 2694 219 -6.5522E+00 8.672549 1.709680 -28.090452 4.772202 -99.000000 51.668262 0.000000 0.033686 0.782797 0.621894 6 2.8770E+05 3.732698 7.317487 3.342044 -38.244668 -6.930485 49.014186 0.000005 0.000000 0.436388 0.129E+04 max increase log_rel_run_E_err -7.3944691537382461 rel_E_err 2.1926433678345185D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1751 0.97412778640308784 1.1760388816438129E+050 k, q, energy_removed_layers after adjustment is 1756 0.97330946596417112 1.1768991923372442E+050 Layers above q= 0.97330946596417112 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12408.658203125000 max vel inside fraction of cutoff 1661.7779781626757 max c/cs inside fraction of cutoff 2.9626419673483961 average v/vesc outside cutoff 2.1611784837371713 Kinetic plus potential energy outside cutoff 1.1768991923372442E+050 mass inside cutoff 1756 50.289208153812851 relax counter 0 log max v [km/s]= 4.3010383885525636 check gamma integral 5.1073682102171232E-002 4070 8.688160 5.265E+04 -23.147718 3.383462 51.668262 0.000000 0.000000 0.000000 0.217203 -3.503610 2688 219 -6.6043E+00 8.688160 1.728183 -27.886737 4.892908 -99.000000 51.668262 0.000000 0.033686 0.782797 0.620150 6 2.8770E+05 3.775869 7.296777 3.383462 -36.081679 -6.992954 49.014186 0.000005 0.000000 0.436388 0.132E+04 min_dr_div_cs log_rel_run_E_err -7.3941081809207461 rel_E_err 1.5328784899608267D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1744 0.97396383725771518 1.1771445692247297E+050 k, q, energy_removed_layers after adjustment is 1748 0.97330946596417112 1.1777676417601016E+050 Layers above q= 0.97330946596417112 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12486.250000000000 max vel inside fraction of cutoff 1647.0599813238437 max c/cs inside fraction of cutoff 2.9091335813138270 average v/vesc outside cutoff 2.1951131170608056 Kinetic plus potential energy outside cutoff 1.1777676417601016E+050 mass inside cutoff 1748 50.289208153812851 relax counter 0 log max v [km/s]= 4.3010369281399878 check gamma integral 5.0754189483112493E-002 4080 8.708202 5.140E+04 -22.927375 3.436759 51.668262 0.000000 0.000000 0.000000 0.217203 -3.451293 2663 219 -6.8113E+00 8.708202 1.741648 -27.386230 5.054215 -99.000000 51.668262 0.000000 0.033686 0.782797 0.617943 5 2.8770E+05 3.831354 7.281706 3.436759 -33.404225 -7.038034 49.014186 0.000005 0.000000 0.436388 0.135E+04 lgRho_cntr log_rel_run_E_err -7.3847873569334315 rel_E_err 7.3254895111311725D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1740 0.97396383725771518 1.1777349528996795E+050 k, q, energy_removed_layers after adjustment is 1744 0.97330946596417112 1.1783587882408387E+050 Layers above q= 0.97330946596417112 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12544.828125000000 max vel inside fraction of cutoff 1632.6832731154921 max c/cs inside fraction of cutoff 2.8672257944900554 average v/vesc outside cutoff 2.2202605700715528 Kinetic plus potential energy outside cutoff 1.1783587882408387E+050 mass inside cutoff 1744 50.289208153812851 relax counter 0 log max v [km/s]= 4.3010340371096625 check gamma integral 5.0288900744460019E-002 4090 8.727255 5.052E+04 -22.719842 3.487477 51.668262 0.000000 0.000000 0.000000 0.217203 -3.401628 2655 219 -6.9130E+00 8.727255 1.751166 -26.928168 5.217450 -99.000000 51.668262 0.000000 0.033686 0.782797 0.615890 5 2.8770E+05 3.884175 7.270997 3.487477 -30.964380 -7.069884 49.014186 0.000005 0.000000 0.436388 0.137E+04 lgRho_cntr log_rel_run_E_err -7.3775322033705955 rel_E_err 4.5175970824901109D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1738 0.97396383725771518 1.1781330712078540E+050 k, q, energy_removed_layers after adjustment is 1742 0.97330946596417112 1.1787571215641178E+050 Layers above q= 0.97330946596417112 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12587.347656250000 max vel inside fraction of cutoff 1626.3113100622541 max c/cs inside fraction of cutoff 2.8360390860555151 average v/vesc outside cutoff 2.2382723553585446 Kinetic plus potential energy outside cutoff 1.1787571215641178E+050 mass inside cutoff 1742 50.289208153812851 relax counter 0 log max v [km/s]= 4.3010330336934590 check gamma integral 4.9825716401823796E-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 8.745923 4.982E+04 -22.520018 3.537206 51.668262 0.000000 0.000000 0.000000 0.217203 -3.353044 2648 219 -6.9786E+00 8.745923 1.758923 -26.498391 5.393745 -99.000000 51.668262 0.000000 0.033686 0.782797 0.613919 5 2.8770E+05 3.936002 7.262220 3.537206 -28.669727 -7.095902 49.014186 0.000005 0.000000 0.436388 0.138E+04 lgRho_cntr log_rel_run_E_err -7.3735239865059885 rel_E_err 2.4632419588538660D-11 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 1733 0.97396383725771540 1.1784463759239540E+050 k, q, energy_removed_layers after adjustment is 1737 0.97330946596417134 1.1790704144870225E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12622.693359375000 max vel inside fraction of cutoff 1638.8204006165188 max c/cs inside fraction of cutoff 2.8096471268924641 average v/vesc outside cutoff 2.2530990906610380 Kinetic plus potential energy outside cutoff 1.1790704144870225E+050 mass inside cutoff 1737 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010323390686063 check gamma integral 4.9357575508617808E-002 4110 8.764359 4.922E+04 -22.325917 3.586345 51.668262 0.000000 0.000000 0.000000 0.217203 -3.305150 2642 219 -7.0236E+00 8.764359 1.765663 -26.091122 5.592217 -99.000000 51.668262 0.000000 0.033686 0.782797 0.612010 5 2.8770E+05 3.987254 7.254539 3.586345 -26.493173 -7.118521 49.014186 0.000005 0.000000 0.436388 0.140E+04 lgRho_cntr log_rel_run_E_err -7.3719273575170732 rel_E_err 9.5006182983917955D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1730 0.97396383725771540 1.1787105553897706E+050 k, q, energy_removed_layers after adjustment is 1734 0.97330946596417134 1.1793344543112402E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12653.923828125000 max vel inside fraction of cutoff 1639.0777392021471 max c/cs inside fraction of cutoff 2.7859880959030079 average v/vesc outside cutoff 2.2660907617639938 Kinetic plus potential energy outside cutoff 1.1793344543112402E+050 mass inside cutoff 1734 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010320246677489 check gamma integral 4.8883634508477623E-002 4120 8.782619 4.868E+04 -22.136845 3.635039 51.668262 0.000000 0.000000 0.000000 0.217203 -3.257806 2649 219 -7.0540E+00 8.782619 1.771764 -25.703879 5.819737 -99.000000 51.668262 0.000000 0.033686 0.782797 0.610158 5 2.8770E+05 4.038083 7.247566 3.635039 -24.421702 -7.139047 49.014186 0.000005 0.000000 0.436388 0.141E+04 lgRho_cntr log_rel_run_E_err -7.3711240597235967 rel_E_err 5.8739045471951687D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1729 0.97396383725771540 1.1789434119525835E+050 k, q, energy_removed_layers after adjustment is 1733 0.97330946596417134 1.1795670854613892E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12682.613281250000 max vel inside fraction of cutoff 1636.5384427452957 max c/cs inside fraction of cutoff 2.7639777911904293 average v/vesc outside cutoff 2.2779395359711434 Kinetic plus potential energy outside cutoff 1.1795670854613892E+050 mass inside cutoff 1733 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010318195136161 check gamma integral 4.8403840473190810E-002 4130 8.800713 4.818E+04 -21.952845 3.683315 51.668262 0.000000 0.000000 0.000000 0.217203 -3.210989 2648 219 -7.0709E+00 8.800713 1.777472 -25.335789 6.077625 -99.000000 51.668262 0.000000 0.033686 0.782797 0.608359 5 2.8770E+05 4.088519 7.241052 3.683315 -22.448411 -7.158287 49.014186 0.000005 0.000000 0.436388 0.142E+04 lgRho_cntr log_rel_run_E_err -7.3705394136995883 rel_E_err 5.5548272543925618D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1724 0.97396383725771563 1.1791559556024724E+050 k, q, energy_removed_layers after adjustment is 1728 0.97330946596417156 1.1797793360951538E+050 Layers above q= 0.97330946596417156 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12709.824218750000 max vel inside fraction of cutoff 1634.4676769707337 max c/cs inside fraction of cutoff 2.7428683329001600 average v/vesc outside cutoff 2.2891008045820658 Kinetic plus potential energy outside cutoff 1.1797793360951538E+050 mass inside cutoff 1728 50.289208153812879 relax counter 0 log max v [km/s]= 4.3010316901738941 check gamma integral 4.7918771932225157E-002 4140 8.820270 4.766E+04 -21.757970 3.735514 51.668262 0.000000 0.000000 0.000000 0.217203 -3.160525 2648 219 -7.0320E+00 8.820270 1.783508 -24.955118 6.387471 -99.000000 51.668262 0.000000 0.033686 0.782797 0.606451 5 2.8770E+05 4.143098 7.234151 3.735514 -20.400858 -7.178658 49.014186 0.000005 0.000000 0.436388 0.143E+04 lgRho_cntr log_rel_run_E_err -7.3698377491616371 rel_E_err 4.9126851079468741D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1719 0.97380024443432933 1.1795711368936058E+050 k, q, energy_removed_layers after adjustment is 1722 0.97330946596417134 1.1799981895289211E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12738.986328125000 max vel inside fraction of cutoff 1635.7946022505764 max c/cs inside fraction of cutoff 2.7199961881344286 average v/vesc outside cutoff 2.3009830414131871 Kinetic plus potential energy outside cutoff 1.1799981895289211E+050 mass inside cutoff 1722 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010317781230309 check gamma integral 4.7383489272268896E-002 4150 8.839725 4.712E+04 -21.567880 3.787485 51.668262 0.000000 0.000000 0.000000 0.217203 -3.110445 2644 219 -7.0344E+00 8.839725 1.789726 -24.591192 6.717226 -99.000000 51.668262 0.000000 0.033686 0.782797 0.604597 5 2.8770E+05 4.197475 7.227027 3.787485 -18.447710 -7.199676 49.014186 0.000005 0.000000 0.436388 0.145E+04 lgRho_cntr log_rel_run_E_err -7.3691958351191182 rel_E_err 2.8171687224565984D-12 Using fixed_vsurf 20000.000000000000 save photos/x150 for model 4150 k, q, energy_removed_layers before adjustment is 1717 0.97380024443432955 1.1797911975326549E+050 k, q, energy_removed_layers after adjustment is 1720 0.97330946596417156 1.1802178468592921E+050 Layers above q= 0.97330946596417156 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12769.460937500000 max vel inside fraction of cutoff 1626.4252652165887 max c/cs inside fraction of cutoff 2.6958276117303956 average v/vesc outside cutoff 2.3133129608738501 Kinetic plus potential energy outside cutoff 1.1802178468592921E+050 mass inside cutoff 1720 50.289208153812879 relax counter 0 log max v [km/s]= 4.3010317017628505 check gamma integral 4.6837520667346144E-002 4160 8.859908 4.648E+04 -21.373461 3.845360 51.668262 0.000000 0.000000 0.000000 0.217203 -3.058629 2644 219 -6.9309E+00 8.859908 1.797300 -24.058544 7.070149 -99.000000 51.668262 0.000000 0.033686 0.782797 0.602719 5 2.8770E+05 4.253972 7.218334 3.845360 -16.505195 -7.225303 49.014186 0.000005 0.000000 0.436388 0.146E+04 lgRho_cntr log_rel_run_E_err -7.3689034302302572 rel_E_err 2.6871048682036245D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1712 0.97380024443432933 1.1800514817864653E+050 k, q, energy_removed_layers after adjustment is 1715 0.97330946596417134 1.1804775519548836E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12807.167968750000 max vel inside fraction of cutoff 1652.1330676963310 max c/cs inside fraction of cutoff 2.6655471282640599 average v/vesc outside cutoff 2.3284533299332906 Kinetic plus potential energy outside cutoff 1.1804775519548836E+050 mass inside cutoff 1715 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010320512210241 check gamma integral 4.6250347719834169E-002 4170 8.875309 4.539E+04 -21.221498 3.890942 51.668262 0.000000 0.000000 0.000000 0.217203 -3.019146 2652 219 -6.4712E+00 8.875309 1.810321 -21.459515 7.342416 -99.000000 51.668262 0.000000 0.033686 0.782797 0.601326 5 2.8770E+05 4.297157 7.203315 3.890942 -15.072105 -7.269469 49.014186 0.000005 0.000000 0.436388 0.149E+04 min_dr_div_cs log_rel_run_E_err -7.3675197125166223 rel_E_err 5.5387073840749463D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1706 0.97380024443432955 1.1804780469531134E+050 k, q, energy_removed_layers after adjustment is 1709 0.97330946596417156 1.1809029093249718E+050 Layers above q= 0.97330946596417156 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12873.548828125000 max vel inside fraction of cutoff 1845.8344614868877 max c/cs inside fraction of cutoff 2.6112761600992851 average v/vesc outside cutoff 2.3547918973320545 Kinetic plus potential energy outside cutoff 1.1809029093249718E+050 mass inside cutoff 1709 50.289208153812879 relax counter 0 log max v [km/s]= 4.3010352658437245 check gamma integral 4.5756032551629730E-002 4180 8.853603 4.407E+04 -21.417249 3.826950 51.668262 0.000000 0.000000 0.000000 0.217203 -3.075398 2657 219 -6.8052E+00 8.853597 1.826570 -20.727843 6.965636 -99.000000 51.668262 0.000000 0.033686 0.782797 0.603187 5 2.8770E+05 4.236046 7.184256 3.826950 -17.077506 -7.324400 49.014186 0.000005 0.000000 0.436388 0.153E+04 lgRho_cntr log_rel_run_E_err -7.3644631326980745 rel_E_err 3.3892575120930540D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1701 0.97380024443432955 1.1809784849280532E+050 k, q, energy_removed_layers after adjustment is 1704 0.97330946596417156 1.1814015090552964E+050 Layers above q= 0.97330946596417156 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12959.236328125000 max vel inside fraction of cutoff 1916.0961720889131 max c/cs inside fraction of cutoff 2.5394805422773516 average v/vesc outside cutoff 2.3882374103267927 Kinetic plus potential energy outside cutoff 1.1814015090552964E+050 mass inside cutoff 1704 50.289208153812879 relax counter 0 log max v [km/s]= 4.3010322553456524 check gamma integral 4.6317201402147130E-002 4190 8.834620 4.349E+04 -21.595486 3.774238 51.668262 0.000000 0.000000 0.000000 0.217203 -3.124639 2652 219 -6.9558E+00 8.834603 1.833712 -21.398912 6.637252 -99.000000 51.668262 0.000000 0.033686 0.782797 0.604878 5 2.8770E+05 4.182713 7.175739 3.774238 -18.918993 -7.348554 49.014186 0.000005 0.000000 0.436388 0.155E+04 lgRho_cntr log_rel_run_E_err -7.3640547021075804 rel_E_err 4.9038938440090194D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1699 0.97380024443432955 1.1811882897104479E+050 k, q, energy_removed_layers after adjustment is 1702 0.97330946596417156 1.1816104028517711E+050 Layers above q= 0.97330946596417156 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12997.925781250000 max vel inside fraction of cutoff 1901.7439752504022 max c/cs inside fraction of cutoff 2.5064656946471136 average v/vesc outside cutoff 2.4031337053094819 Kinetic plus potential energy outside cutoff 1.1816104028517711E+050 mass inside cutoff 1702 50.289208153812879 relax counter 0 log max v [km/s]= 4.3010315365366241 check gamma integral 4.6828259954313341E-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 8.816574 4.301E+04 -21.769852 3.725962 51.668262 0.000000 0.000000 0.000000 0.217203 -3.171539 2651 219 -6.9827E+00 8.816551 1.839799 -22.303059 6.335516 -99.000000 51.668262 0.000000 0.033686 0.782797 0.606526 5 2.8770E+05 4.132102 7.168428 3.725962 -20.742991 -7.369107 49.014186 0.000005 0.000000 0.436388 0.156E+04 lgRho_cntr log_rel_run_E_err -7.3634854190330357 rel_E_err 7.5511504128076858D-12 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 1700 0.97380024443432933 1.1813620379227569E+050 k, q, energy_removed_layers after adjustment is 1703 0.97330946596417134 1.1817833273320080E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -13031.400390625000 max vel inside fraction of cutoff 1774.8248061476577 max c/cs inside fraction of cutoff 2.4776039756352235 average v/vesc outside cutoff 2.4159271758773908 Kinetic plus potential energy outside cutoff 1.1817833273320080E+050 mass inside cutoff 1703 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010313920081034 check gamma integral 4.7311935589772369E-002 4210 8.796675 4.248E+04 -21.967103 3.672705 51.668262 0.000000 0.000000 0.000000 0.217203 -3.223397 2649 219 -6.8923E+00 8.796649 1.846435 -23.579511 6.025929 -99.000000 51.668262 0.000000 0.033686 0.782797 0.608379 5 2.8770E+05 4.076369 7.160409 3.672705 -22.840523 -7.391485 49.014186 0.000005 0.000000 0.436388 0.158E+04 max increase log_rel_run_E_err -7.3627510146941306 rel_E_err 7.7286270169877495D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1702 0.97380024443432933 1.1815449598628745E+050 k, q, energy_removed_layers after adjustment is 1705 0.97330946596417134 1.1819653029290286E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -13068.435546875000 max vel inside fraction of cutoff 1631.7241644188600 max c/cs inside fraction of cutoff 2.4453648962783903 average v/vesc outside cutoff 2.4299722369587822 Kinetic plus potential energy outside cutoff 1.1819653029290286E+050 mass inside cutoff 1705 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010316368744457 check gamma integral 4.7842988217991496E-002 4220 8.776161 4.192E+04 -22.172870 3.617796 51.668262 0.000000 0.000000 0.000000 0.217203 -3.276987 2648 219 -6.8990E+00 8.776137 1.853656 -24.959052 5.743497 -99.000000 51.668262 0.000000 0.033686 0.782797 0.610331 5 2.8770E+05 4.019008 7.151629 3.617796 -25.101269 -7.415803 49.014186 0.000005 0.000000 0.436388 0.160E+04 lgRho_cntr log_rel_run_E_err -7.3619672487385808 rel_E_err 4.9850808330951094D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1704 0.97380024443432955 1.1817369064393235E+050 k, q, energy_removed_layers after adjustment is 1707 0.97330946596417156 1.1821561663889652E+050 Layers above q= 0.97330946596417156 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -13109.384765625000 max vel inside fraction of cutoff 1627.0053749875983 max c/cs inside fraction of cutoff 2.4093464078162201 average v/vesc outside cutoff 2.4453714997960696 Kinetic plus potential energy outside cutoff 1.1821561663889652E+050 mass inside cutoff 1707 50.289208153812879 relax counter 0 log max v [km/s]= 4.3010315397221186 check gamma integral 4.8386485776699260E-002 4230 8.755805 4.128E+04 -22.379982 3.563296 51.668262 0.000000 0.000000 0.000000 0.217203 -3.330274 2649 219 -6.7825E+00 8.755788 1.861876 -26.013094 5.504041 -99.000000 51.668262 0.000000 0.033686 0.782797 0.612313 5 2.8770E+05 3.962187 7.141564 3.563296 -27.448454 -7.443446 49.014186 0.000005 0.000000 0.436388 0.162E+04 lgRho_cntr log_rel_run_E_err -7.3610636240260332 rel_E_err 9.0538319605775599D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1702 0.97380024443432955 1.1819524821472460E+050 k, q, energy_removed_layers after adjustment is 1705 0.97330946596417156 1.1823704458973937E+050 Layers above q= 0.97330946596417156 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -13156.837890625000 max vel inside fraction of cutoff 1618.4715947082755 max c/cs inside fraction of cutoff 2.3671332016862245 average v/vesc outside cutoff 2.4630892220472513 Kinetic plus potential energy outside cutoff 1.1823704458973937E+050 mass inside cutoff 1705 50.289208153812879 relax counter 0 log max v [km/s]= 4.3010318943796211 check gamma integral 4.8923096405012211E-002 4240 8.736171 4.047E+04 -22.590757 3.510703 51.668262 0.000000 0.000000 0.000000 0.217203 -3.381756 2647 219 -6.6642E+00 8.736168 1.872544 -26.646280 5.305424 -99.000000 51.668262 0.000000 0.033686 0.782797 0.614268 5 2.8770E+05 3.907479 7.128482 3.510703 -29.816551 -7.479348 49.014186 0.000005 0.000000 0.436388 0.165E+04 lgRho_cntr log_rel_run_E_err -7.3597004693361558 rel_E_err 1.2050591762883211D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1703 0.97363665161094337 1.1823699076287772E+050 k, q, energy_removed_layers after adjustment is 1705 0.97330946596417134 1.1826351093099856E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -13219.779296875000 max vel inside fraction of cutoff 1608.5283203553879 max c/cs inside fraction of cutoff 2.3103756820764447 average v/vesc outside cutoff 2.4863298529447895 Kinetic plus potential energy outside cutoff 1.1826351093099856E+050 mass inside cutoff 1705 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010323141947149 check gamma integral 4.9452058647086600E-002 4250 8.721220 3.881E+04 -22.763168 3.470498 51.668262 0.000000 0.000000 0.000000 0.217203 -3.421025 2643 219 -6.1124E+00 8.721220 1.895012 -27.030211 5.168598 -99.000000 51.668262 0.000000 0.033686 0.782797 0.615789 6 2.8770E+05 3.865857 7.100613 3.470498 -31.699499 -7.556025 49.014186 0.000005 0.000000 0.436388 0.170E+04 max increase log_rel_run_E_err -7.3518689078398518 rel_E_err 1.6073620579632347D-12 Using fixed_vsurf 20000.000000000000 save photos/x250 for model 4250 k, q, energy_removed_layers before adjustment is 1695 0.97363665161094359 1.1828910018277868E+050 k, q, energy_removed_layers after adjustment is 1697 0.97330946596417156 1.1831533027149111E+050 Layers above q= 0.97330946596417156 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -13357.500000000000 max vel inside fraction of cutoff 1615.5827481089750 max c/cs inside fraction of cutoff 2.1831822129397787 average v/vesc outside cutoff 2.5362767984444323 Kinetic plus potential energy outside cutoff 1.1831533027149111E+050 mass inside cutoff 1697 50.289208153812879 relax counter 0 log max v [km/s]= 4.3010368504793650 check gamma integral 4.9897040076044688E-002 4260 8.759508 3.653E+04 -22.363034 3.572146 51.668262 0.000000 0.000000 0.000000 0.217203 -3.321915 2633 219 -6.6075E+00 8.759508 1.927800 -26.170981 5.541004 -99.000000 51.668262 0.000000 0.033686 0.782797 0.611668 5 2.8770E+05 3.971970 7.060690 3.572146 -27.041646 -7.675454 49.014186 0.000005 0.000000 0.436388 0.177E+04 lgRho_cntr log_rel_run_E_err -7.3504281895023436 rel_E_err 1.8584733861901544D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1683 0.97363665161094337 1.1835623630691125E+050 k, q, energy_removed_layers after adjustment is 1685 0.97330946596417134 1.1838200837689361E+050 Layers above q= 0.97330946596417134 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -13571.703125000000 max vel inside fraction of cutoff 1588.1713219151084 max c/cs inside fraction of cutoff 2.1446543071295530 average v/vesc outside cutoff 2.6116053208156411 Kinetic plus potential energy outside cutoff 1.1838200837689361E+050 mass inside cutoff 1685 50.289208153812872 relax counter 0 log max v [km/s]= 4.3010318705913200 check gamma integral 4.8971596000939657E-002 4270 8.778444 3.594E+04 -22.167368 3.622653 51.668262 0.000000 0.000000 0.000000 0.217203 -3.272769 2629 219 -6.7524E+00 8.778444 1.936596 -25.767999 5.768927 -99.000000 51.668262 0.000000 0.033686 0.782797 0.609744 5 2.8770E+05 4.024677 7.050234 3.622653 -24.873165 -7.710047 49.014186 0.000005 0.000000 0.436388 0.179E+04 lgRho_cntr log_rel_run_E_err -7.3502480658847640 rel_E_err 1.8257470955068453D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1679 0.97363665161094315 1.1837278726068149E+050 k, q, energy_removed_layers after adjustment is 1682 0.97314605116296404 1.1839741046985167E+050 Layers above q= 0.97314605116296404 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -13631.974609375000 max vel inside fraction of cutoff 1567.5562151925385 max c/cs inside fraction of cutoff 2.3499259146244467 average v/vesc outside cutoff 2.6162641955192019 Kinetic plus potential energy outside cutoff 1.1839741046985167E+050 mass inside cutoff 1682 50.280764795106613 relax counter 0 log max v [km/s]= 4.3010312942037716 check gamma integral 4.8479402945887658E-002 4280 8.797961 3.538E+04 -21.968813 3.674752 51.668262 0.000000 0.000000 0.000000 0.217203 -3.222241 2625 219 -6.7161E+00 8.797961 1.945176 -25.369340 6.041097 -99.000000 51.668262 0.000000 0.033686 0.782797 0.607801 5 2.8770E+05 4.079069 7.040210 3.674752 -22.728636 -7.744998 49.014186 0.000005 0.000000 0.436388 0.180E+04 lgRho_cntr log_rel_run_E_err -7.3500577619466130 rel_E_err 2.0594461029380004D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1674 0.97363665161094315 1.1838880224390632E+050 k, q, energy_removed_layers after adjustment is 1677 0.97314605116296404 1.1841282434407383E+050 Layers above q= 0.97314605116296404 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -13691.945312500000 max vel inside fraction of cutoff 1603.8548679045466 max c/cs inside fraction of cutoff 2.4532745992055962 average v/vesc outside cutoff 2.6365383548161963 Kinetic plus potential energy outside cutoff 1.1841282434407383E+050 mass inside cutoff 1677 50.280764795106613 relax counter 0 log max v [km/s]= 4.3010313505358786 check gamma integral 4.7956677629169067E-002 4290 8.817701 3.474E+04 -21.770442 3.727521 51.668262 0.000000 0.000000 0.000000 0.217203 -3.171260 2624 219 -6.5801E+00 8.817701 1.955360 -24.980714 6.350827 -99.000000 51.668262 0.000000 0.033686 0.782797 0.605879 5 2.8770E+05 4.134161 7.028612 3.727521 -20.648205 -7.788179 49.014186 0.000005 0.000000 0.436388 0.181E+04 lgRho_cntr log_rel_run_E_err -7.3498554971305046 rel_E_err 2.0304960569819319D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1670 0.97363665161094293 1.1840666461256907E+050 k, q, energy_removed_layers after adjustment is 1673 0.97314605116296382 1.1842985069106254E+050 Layers above q= 0.97314605116296382 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -13764.689453125000 max vel inside fraction of cutoff 1609.9059553890872 max c/cs inside fraction of cutoff 2.5062604875188774 average v/vesc outside cutoff 2.6608498323690912 Kinetic plus potential energy outside cutoff 1.1842985069106254E+050 mass inside cutoff 1673 50.280764795106606 relax counter 0 log max v [km/s]= 4.3010317551668518 check gamma integral 4.7409310681223109E-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 8.818752 3.334E+04 -21.752499 3.730534 51.668262 0.000000 0.000000 0.000000 0.217203 -3.168807 2627 219 -5.9836E+00 8.818752 1.978410 -24.810043 6.370699 -99.000000 51.668262 0.000000 0.033686 0.782797 0.605726 5 2.8770E+05 4.136987 7.003612 3.730534 -20.527847 -7.891652 49.014186 0.000005 0.000000 0.436388 0.184E+04 lgRho_cntr log_rel_run_E_err -7.3491004881862398 rel_E_err 3.7664152543104051D-11 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 1665 0.97347349485641343 1.1845571259398176E+050 k, q, energy_removed_layers after adjustment is 1667 0.97314605116296427 1.1846591022855124E+050 Layers above q= 0.97314605116296427 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -13935.773437500000 max vel inside fraction of cutoff 1609.0316043032885 max c/cs inside fraction of cutoff 2.5744630653320946 average v/vesc outside cutoff 2.7170170848971451 Kinetic plus potential energy outside cutoff 1.1846591022855124E+050 mass inside cutoff 1667 50.280764795106620 relax counter 0 log max v [km/s]= 4.3010362780902529 check gamma integral 4.7334295287208859E-002 4310 8.790706 3.240E+04 -22.026885 3.655454 51.668262 0.000000 0.000000 0.000000 0.217203 -3.242130 2625 219 -6.6129E+00 8.790706 1.995038 -25.465125 5.939978 -99.000000 51.668262 0.000000 0.033686 0.782797 0.608294 5 2.8770E+05 4.058361 6.986695 3.655454 -23.493663 -7.970376 49.014186 0.000005 0.000000 0.436388 0.186E+04 lgRho_cntr log_rel_run_E_err -7.3487798797938346 rel_E_err 2.0447623206839218D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1660 0.97347349485641321 1.1848037228141035E+050 k, q, energy_removed_layers after adjustment is 1662 0.97314605116296404 1.1849030673060045E+050 Layers above q= 0.97314605116296404 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -14064.955078125000 max vel inside fraction of cutoff 1588.5297052936116 max c/cs inside fraction of cutoff 2.6211102901415746 average v/vesc outside cutoff 2.7584954408962328 Kinetic plus potential energy outside cutoff 1.1849030673060045E+050 mass inside cutoff 1662 50.280764795106613 relax counter 0 log max v [km/s]= 4.3010313755174137 check gamma integral 4.8084548449770788E-002 4320 8.770287 3.174E+04 -22.234590 3.600771 51.668262 0.000000 0.000000 0.000000 0.217203 -3.295538 2621 219 -6.5156E+00 8.770287 2.006967 -25.908230 5.670525 -99.000000 51.668262 0.000000 0.033686 0.782797 0.610244 5 2.8770E+05 4.001273 6.975049 3.600771 -25.774602 -8.028655 49.014186 0.000005 0.000000 0.436388 0.187E+04 lgRho_cntr log_rel_run_E_err -7.3485851396721689 rel_E_err 1.9470034269279791D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1654 0.97347349485641277 1.1849753037087124E+050 k, q, energy_removed_layers after adjustment is 1656 0.97314605116296360 1.1850747716569515E+050 Layers above q= 0.97314605116296360 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -14160.730468750000 max vel inside fraction of cutoff 1571.4821188448159 max c/cs inside fraction of cutoff 2.6338133892956335 average v/vesc outside cutoff 2.7887847280734044 Kinetic plus potential energy outside cutoff 1.1850747716569515E+050 mass inside cutoff 1656 50.280764795106592 relax counter 0 log max v [km/s]= 4.3010316188872793 check gamma integral 4.8641850919048171E-002 4330 8.754274 3.068E+04 -22.404558 3.557802 51.668262 0.000000 0.000000 0.000000 0.217203 -3.337478 2621 219 -6.0486E+00 8.754274 2.027041 -26.261964 5.486713 -99.000000 51.668262 0.000000 0.033686 0.782797 0.611810 5 2.8770E+05 3.956572 6.956454 3.557802 -27.642351 -8.130207 49.014186 0.000005 0.000000 0.436388 0.187E+04 max increase log_rel_run_E_err -7.3481039570579627 rel_E_err 1.6894101462984196D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1651 0.97347349485641244 1.1852385870544416E+050 k, q, energy_removed_layers after adjustment is 1653 0.97314605116296327 1.1853392126777655E+050 Layers above q= 0.97314605116296327 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -14327.949218750000 max vel inside fraction of cutoff 1565.5419602062077 max c/cs inside fraction of cutoff 2.6627109776524995 average v/vesc outside cutoff 2.8407431568315280 Kinetic plus potential energy outside cutoff 1.1853392126777655E+050 mass inside cutoff 1653 50.280764795106577 relax counter 0 log max v [km/s]= 4.3010341584559981 check gamma integral 4.9106298520410235E-002 4340 8.779950 2.909E+04 -22.143595 3.626163 51.668262 0.000000 0.000000 0.000000 0.217203 -3.270975 2608 219 -6.3413E+00 8.779950 2.059238 -25.721626 5.790981 -99.000000 51.668262 0.000000 0.033686 0.782797 0.609170 5 2.8770E+05 4.027966 6.928119 3.626163 -24.695709 -8.302092 49.014186 0.000005 0.000000 0.436388 0.186E+04 lgRho_cntr log_rel_run_E_err -7.3467519359416071 rel_E_err 1.9398711023458423D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1682 0.96366744722104258 1.1824475785228046E+050 k, q, energy_removed_layers after adjustment is 1732 0.94829228902447682 1.2353868266817040E+050 Layers above q= 0.94829228902447682 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -14612.830078125000 max vel inside fraction of cutoff 1162.1342126843731 max c/cs inside fraction of cutoff 1.3439177166431482 average v/vesc outside cutoff 1.9153346639098519 Kinetic plus potential energy outside cutoff 1.2353868266817040E+050 mass inside cutoff 1732 48.996614109949562 relax counter 0 log max v [km/s]= 4.3010316961297184 check gamma integral 4.8467907601316772E-002 4350 8.797798 2.814E+04 -21.960900 3.673913 51.668262 0.000000 0.000000 0.000000 0.217203 -3.224743 2593 219 -6.0774E+00 8.797798 2.079233 -25.355655 6.041752 -99.000000 51.668262 0.000000 0.033686 0.782797 0.607401 5 2.8770E+05 4.077722 6.910224 3.673913 -22.735165 -8.412816 49.014186 0.000005 0.000000 0.436388 0.182E+04 max increase log_rel_run_E_err -7.3465155874274917 rel_E_err 2.9390715046803167D-12 Using fixed_vsurf 20000.000000000000 save photos/x350 for model 4350 k, q, energy_removed_layers before adjustment is 1669 0.96308457440330675 1.1979029646663309E+050 k, q, energy_removed_layers after adjustment is 1715 0.94863289168398790 1.2429536179004404E+050 Layers above q= 0.94863289168398790 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -14800.673828125000 max vel inside fraction of cutoff 1176.7883772856101 max c/cs inside fraction of cutoff 1.4727590274815958 average v/vesc outside cutoff 1.9624734632616712 Kinetic plus potential energy outside cutoff 1.2429536179004404E+050 mass inside cutoff 1715 49.014212457279847 relax counter 0 log max v [km/s]= 4.3010325196695867 check gamma integral 4.7980442485416219E-002 4360 8.778805 2.651E+04 -22.149016 3.623182 51.668262 0.000000 0.000000 0.000000 0.217203 -3.274442 2589 219 -6.1246E+00 8.778805 2.114312 -25.734461 5.777615 -99.000000 51.668262 0.000000 0.033686 0.782797 0.609185 5 2.8770E+05 4.024562 6.876961 3.623182 -24.815493 -8.606550 49.014186 0.000005 0.000000 0.436388 0.174E+04 lgRho_cntr log_rel_run_E_err -7.3457873547099322 rel_E_err 1.9016910197715686D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1656 0.96241924263415435 1.2180587277510358E+050 k, q, energy_removed_layers after adjustment is 1698 0.94863289168398779 1.2537108832124640E+050 Layers above q= 0.94863289168398779 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -15151.867187500000 max vel inside fraction of cutoff 1146.6145757726536 max c/cs inside fraction of cutoff 1.4818638001952222 average v/vesc outside cutoff 2.0306838684363040 Kinetic plus potential energy outside cutoff 1.2537108832124640E+050 mass inside cutoff 1698 49.014212457279839 relax counter 0 log max v [km/s]= 4.3010315243405666 check gamma integral 4.8494058785065720E-002 4370 8.782203 2.434E+04 -22.117021 3.632214 51.668262 0.000000 0.000000 0.000000 0.217203 -3.265785 2571 219 -5.6560E+00 8.782203 2.163502 -25.668709 5.821881 -99.000000 51.668262 0.000000 0.033686 0.782797 0.608814 5 2.8770E+05 4.033964 6.826660 3.632214 -24.439917 -8.867719 49.014186 0.000005 0.000000 0.436388 0.162E+04 lgRho_cntr log_rel_run_E_err -7.3451475344033881 rel_E_err 1.9092642598798206D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1639 0.96142124498042580 1.2406441500946272E+050 k, q, energy_removed_layers after adjustment is 1731 0.93124249128465331 1.3115877784626312E+050 Layers above q= 0.93124249128465331 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -15694.642578125000 max vel inside fraction of cutoff 681.38601514542506 max c/cs inside fraction of cutoff 0.73074197806718333 average v/vesc outside cutoff 1.7544848848197772 Kinetic plus potential energy outside cutoff 1.3115877784626312E+050 mass inside cutoff 1731 48.115680699249580 relax counter 0 log max v [km/s]= 4.3010321369953601 check gamma integral 4.8447896366189597E-002 4380 8.780557 2.064E+04 -22.133239 3.628074 51.668262 0.000000 0.000000 0.000000 0.217203 -3.270114 2562 219 -5.1892E+00 8.780557 2.261191 -25.701691 5.800210 -99.000000 51.668262 0.000000 0.033686 0.782797 0.608966 6 2.8770E+05 4.029351 6.736085 3.628074 -24.622277 -9.329781 49.014186 0.000005 0.000000 0.436388 0.154E+04 min_dr_div_cs log_rel_run_E_err -7.3448522221037411 rel_E_err 1.9858149498018737D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1624 0.95975104478095719 1.2687709653380979E+050 k, q, energy_removed_layers after adjustment is 1690 0.93783629382124145 1.3389400847192460E+050 Layers above q= 0.93783629382124145 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -16973.195312500000 max vel inside fraction of cutoff 696.43960901782634 max c/cs inside fraction of cutoff 0.94173358935191853 average v/vesc outside cutoff 2.0865325119410159 Kinetic plus potential energy outside cutoff 1.3389400847192460E+050 mass inside cutoff 1690 48.456371013978135 relax counter 0 log max v [km/s]= 4.3010308471477776 check gamma integral 4.8535631983176633E-002 4390 8.780063 1.632E+04 -22.138587 3.627291 51.668262 0.000000 0.000000 0.000000 0.217203 -3.271401 2584 219 -4.9500E+00 8.780063 2.415570 -25.712393 5.793690 -99.000000 51.668262 0.000000 0.033686 0.782797 0.609014 6 2.8770E+05 4.027972 6.636671 3.627291 -24.677445 -9.941474 49.014186 0.000005 0.000000 0.436388 0.130E+04 varcontrol log_rel_run_E_err -7.3446681672139178 rel_E_err 1.8901549519818000D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1634 0.95032743806670883 1.3462863710495775E+050 k, q, energy_removed_layers after adjustment is 1687 0.93307184351234529 1.3733067606607348E+050 Layers above q= 0.93307184351234529 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -19682.511718750000 max vel inside fraction of cutoff 412.63475684764904 max c/cs inside fraction of cutoff 0.62195021503473602 average v/vesc outside cutoff 2.3084140767230701 Kinetic plus potential energy outside cutoff 1.3733067606607348E+050 mass inside cutoff 1687 48.210200148799899 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8603104299766803E-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 8.779851 1.326E+04 -22.140927 3.627437 51.668262 0.000000 0.000000 0.000000 0.217203 -3.271951 2550 219 -4.8187E+00 8.779851 2.561010 -25.717058 5.790903 -99.000000 51.668262 0.000000 0.033686 0.782797 0.609035 6 2.8770E+05 4.027382 6.566339 3.627437 -24.701091 -10.472150 49.014186 0.000005 0.000000 0.436388 0.117E+04 varcontrol log_rel_run_E_err -7.3444840784766328 rel_E_err 1.9249797774931284D-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 1581 0.94760960773327196 1.3734141812816629E+050 k, q, energy_removed_layers after adjustment is 1617 0.93558992216771264 1.3902113888892878E+050 Layers above q= 0.93558992216771264 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -23285.046875000000 max vel inside fraction of cutoff 386.17590075166800 max c/cs inside fraction of cutoff 0.72037472687871285 average v/vesc outside cutoff 2.7584856103228677 Kinetic plus potential energy outside cutoff 1.3902113888892878E+050 mass inside cutoff 1617 48.340304895620577 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8643608956789597E-002 4410 8.779687 1.154E+04 -22.142752 3.628312 51.668262 0.000000 0.000000 0.000000 0.217203 -3.272381 2488 219 -4.5576E+00 8.779687 2.745811 -25.720696 5.788735 -99.000000 51.668262 0.000000 0.033686 0.782797 0.609051 6 2.8770E+05 4.026922 6.695019 3.628312 -24.719533 -16.330994 49.014186 0.000005 0.000000 0.436388 0.177E+01 varcontrol log_rel_run_E_err -7.3443004167204791 rel_E_err 1.9042113509883387D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1514 0.94453736573728841 1.3946810316660905E+050 k, q, energy_removed_layers after adjustment is 1540 0.93593475922021552 1.4022641339123448E+050 Layers above q= 0.93593475922021552 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -29999.189453125000 max vel inside fraction of cutoff 284.20408628512615 max c/cs inside fraction of cutoff 0.63390817028020974 average v/vesc outside cutoff 3.3516363466921186 Kinetic plus potential energy outside cutoff 1.4022641339123448E+050 mass inside cutoff 1540 48.358122026675900 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8676929663194014E-002 4420 8.779597 9160.931 -22.143749 3.630623 51.668262 0.000000 0.000000 0.000000 0.217203 -3.272615 2408 219 -4.2736E+00 8.779597 2.971065 -25.722682 5.787555 -99.000000 51.668262 0.000000 0.033686 0.782797 0.609060 7 2.8770E+05 4.026671 6.744583 3.630623 -24.729604 -19.040250 49.014186 0.000005 0.000000 0.436388 0.124E+00 varcontrol log_rel_run_E_err -7.3441196030407614 rel_E_err 1.9264491104838672D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1392 0.94231151410065761 1.4062019112191835E+050 k, q, energy_removed_layers after adjustment is 1408 0.93749273461902594 1.4092989701649763E+050 Layers above q= 0.93749273461902594 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -43168.865234375000 max vel inside fraction of cutoff 201.57654001556969 max c/cs inside fraction of cutoff 0.55515644409785858 average v/vesc outside cutoff 4.3356038070065601 Kinetic plus potential energy outside cutoff 1.4092989701649763E+050 mass inside cutoff 1408 48.438619907225821 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8695359966065221E-002 4430 8.779576 6756.550 -22.143980 3.634805 51.668262 0.000000 0.000000 0.000000 0.217203 -3.272669 2427 219 -4.0653E+00 8.779576 3.197828 -25.723144 5.787287 -99.000000 51.668262 0.000000 0.033686 0.782797 0.609062 5 2.8770E+05 4.026613 6.669249 3.634805 -24.731940 -21.010720 49.031675 0.000005 0.000000 0.436388 0.236E-01 varcontrol log_rel_run_E_err -7.3439150647266018 rel_E_err 1.8966589484936010D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1381 0.94085188729901748 1.4114557441025338E+050 k, q, energy_removed_layers after adjustment is 1387 0.93783629382124289 1.4127132137799272E+050 Layers above q= 0.93783629382124289 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -65481.179687500000 max vel inside fraction of cutoff 67.115837731696047 max c/cs inside fraction of cutoff 0.21576552513012243 average v/vesc outside cutoff 5.5624230297766850 Kinetic plus potential energy outside cutoff 1.4127132137799272E+050 mass inside cutoff 1387 48.456371013978220 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8699862092525671E-002 4440 8.779599 4629.092 -22.143724 3.641558 51.668262 0.000000 0.000000 0.000000 0.217202 -3.272609 2472 219 -3.8467E+00 8.779599 3.418666 -25.722638 5.787601 -99.000000 51.668262 0.000000 0.033686 0.782798 0.609060 6 2.8770E+05 4.026677 6.454009 3.641558 -24.729359 -22.148590 49.031675 0.000005 0.000000 0.436388 0.136E-01 varcontrol log_rel_run_E_err -7.3437302871828916 rel_E_err 1.8805058371573086D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1353 0.93982002887013794 1.4136004343608989E+050 k, q, energy_removed_layers after adjustment is 1356 0.93818534454778801 1.4138877739518197E+050 Layers above q= 0.93818534454778801 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -101838.96484375000 max vel inside fraction of cutoff 54.882646001829094 max c/cs inside fraction of cutoff 0.20055689743692012 average v/vesc outside cutoff 7.1164170164687777 Kinetic plus potential energy outside cutoff 1.4138877739518197E+050 mass inside cutoff 1356 48.474405858246456 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8699234406747005E-002 4450 8.779622 4352.395 -22.143469 3.646152 51.668262 0.000000 0.000000 0.000000 0.217202 -3.272549 2476 219 -4.4676E+00 8.779622 3.525499 -25.722129 5.787912 -99.000000 51.668262 0.000000 0.033686 0.782798 0.609058 5 2.8770E+05 4.026742 6.560606 3.646152 -24.726772 -22.609061 49.031675 0.000005 0.000000 0.436388 0.903E-02 min_dr_div_cs log_rel_run_E_err -7.3435514694787791 rel_E_err 1.8477795112148188D-12 Using fixed_vsurf 20000.000000000000 save photos/x450 for model 4450 k, q, energy_removed_layers before adjustment is 1297 0.93942258708465121 1.4139137896152195E+050 k, q, energy_removed_layers after adjustment is 1300 0.93818534454778857 1.4141516369259943E+050 Layers above q= 0.93818534454778857 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -127277.52148437500 max vel inside fraction of cutoff 63.480432040125990 max c/cs inside fraction of cutoff 0.21622845040929356 average v/vesc outside cutoff 8.0107866621332366 Kinetic plus potential energy outside cutoff 1.4141516369259943E+050 mass inside cutoff 1300 48.474405858246485 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8697323373385774E-002 4460 8.779634 4240.008 -22.143338 3.648297 51.668262 0.000000 0.000000 0.000000 0.217202 -3.272518 2441 219 -4.4316E+00 8.779634 3.568313 -25.721867 5.788072 -99.000000 51.668262 0.000000 0.033686 0.782798 0.609056 5 2.8770E+05 4.026775 6.600787 3.648297 -24.725439 -22.773971 49.031675 0.000005 0.000000 0.436388 0.787E-02 min_dr_div_cs log_rel_run_E_err -7.3433687472492890 rel_E_err 1.9132320853978234D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1247 0.93942258708464976 1.4140160345592956E+050 k, q, energy_removed_layers after adjustment is 1251 0.93818534454778701 1.4142310590095889E+050 Layers above q= 0.93818534454778701 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -139363.27343750000 max vel inside fraction of cutoff 55.603231114316294 max c/cs inside fraction of cutoff 0.18259720468058477 average v/vesc outside cutoff 8.4005260137871076 Kinetic plus potential energy outside cutoff 1.4142310590095889E+050 mass inside cutoff 1251 48.474405858246399 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8696100391996282E-002 4470 8.779649 4103.649 -22.143164 3.651097 51.668262 0.000000 0.000000 0.000000 0.217202 -3.272477 2503 219 -4.2480E+00 8.779649 3.619212 -25.721521 5.788283 -99.000000 51.668262 0.000000 0.033686 0.782798 0.609055 5 2.8770E+05 4.026819 6.645799 3.651097 -24.723679 -22.961486 49.031675 0.000005 0.000000 0.436388 0.677E-02 min_dr_div_cs log_rel_run_E_err -7.3431873049990806 rel_E_err 1.9581257257893741D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1274 0.93942258708464998 1.4141049224322560E+050 k, q, energy_removed_layers after adjustment is 1278 0.93818534454778724 1.4142966365852577E+050 Layers above q= 0.93818534454778724 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -155371.05078125000 max vel inside fraction of cutoff 42.923589848427362 max c/cs inside fraction of cutoff 0.13576047591474208 average v/vesc outside cutoff 8.8954525379845588 Kinetic plus potential energy outside cutoff 1.4142966365852577E+050 mass inside cutoff 1278 48.474405858246413 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8694452446325989E-002 4480 8.779663 3946.956 -22.143011 3.654228 51.668262 0.000000 0.000000 0.000000 0.217202 -3.272441 2500 219 -4.2993E+00 8.779663 3.670884 -25.721216 5.788471 -99.000000 51.668262 0.000000 0.033686 0.782798 0.609053 5 2.8770E+05 4.026858 6.681512 3.654228 -24.722127 -23.144886 49.027247 0.000005 0.000000 0.436388 0.593E-02 min_dr_div_cs log_rel_run_E_err -7.3430082776343299 rel_E_err 1.8152623950993271D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1257 0.93942258708465232 1.4141969867452891E+050 k, q, energy_removed_layers after adjustment is 1261 0.93818534454778957 1.4143707733553740E+050 Layers above q= 0.93818534454778957 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -173659.08007812500 max vel inside fraction of cutoff 27.877130124113805 max c/cs inside fraction of cutoff 8.5140764383126483E-002 average v/vesc outside cutoff 9.4209628433378452 Kinetic plus potential energy outside cutoff 1.4143707733553740E+050 mass inside cutoff 1261 48.474405858246534 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8692924096028267E-002 4490 8.779671 3756.959 -22.142929 3.657141 51.668262 0.000000 0.000000 0.000000 0.217202 -3.272421 2483 219 -4.1912E+00 8.779671 3.714971 -25.721055 5.788572 -99.000000 51.668262 0.000000 0.033686 0.782798 0.609053 5 2.8770E+05 4.026878 6.683981 3.657141 -24.721306 -23.297181 49.014030 0.000005 0.000000 0.436388 0.549E-02 min_dr_div_cs log_rel_run_E_err -7.3428274420135660 rel_E_err 1.9392444568749912D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1231 0.93923131223348255 1.4142639006225057E+050 k, q, energy_removed_layers after adjustment is 1236 0.93818534454778857 1.4144220264977299E+050 Layers above q= 0.93818534454778857 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -191078.15429687500 max vel inside fraction of cutoff 16.623085650024841 max c/cs inside fraction of cutoff 4.9601112185413333E-002 average v/vesc outside cutoff 9.8968225920514126 Kinetic plus potential energy outside cutoff 1.4144220264977299E+050 mass inside cutoff 1236 48.474405858246485 relax counter 2 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8692107505860130E-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 8.779676 3572.157 -22.142868 3.660180 51.668262 0.000000 0.000000 0.000000 0.217202 -3.272407 2506 219 -4.2010E+00 8.779676 3.757479 -25.720935 5.788650 -99.000000 51.668262 0.000000 0.033686 0.782798 0.609052 5 2.8770E+05 4.026894 6.681375 3.660180 -24.720686 -23.441165 49.014030 0.000005 0.000000 0.436388 0.514E-02 max increase log_rel_run_E_err -7.3426458001020336 rel_E_err 1.8847002021807732D-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 1224 0.93923131223348166 1.4143266242280576E+050 k, q, energy_removed_layers after adjustment is 1228 0.93844363250816454 1.4144691042990386E+050 Layers above q= 0.93844363250816454 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -209634.10546875000 max vel inside fraction of cutoff 5.5881519148743362 max c/cs inside fraction of cutoff 1.6964039569440880E-002 average v/vesc outside cutoff 10.433155524196687 Kinetic plus potential energy outside cutoff 1.4144691042990386E+050 mass inside cutoff 1228 48.487751148164222 relax counter 12 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8691543591697660E-002 4510 8.779676 3446.887 -22.142866 3.663131 51.668262 0.000000 0.000000 0.000000 0.217202 -3.272406 2507 219 -4.3421E+00 8.779676 3.795986 -25.720930 5.788658 -99.000000 51.668262 0.000000 0.033686 0.782798 0.609052 5 2.8770E+05 4.026894 6.696373 3.663131 -24.720658 -23.569616 49.014030 0.000005 0.000000 0.436388 0.476E-02 min_dr_div_cs log_rel_run_E_err -7.3424663096901543 rel_E_err 1.8536517874809725D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1209 0.93923131223348189 1.4143696735222386E+050 k, q, energy_removed_layers after adjustment is 1213 0.93844363250816476 1.4145012744637085E+050 Layers above q= 0.93844363250816476 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -228084.97265625000 max vel inside fraction of cutoff 3.6277227471124527 max c/cs inside fraction of cutoff 1.0971436718799878E-002 average v/vesc outside cutoff 10.891822433720764 Kinetic plus potential energy outside cutoff 1.4145012744637085E+050 mass inside cutoff 1213 48.487751148164236 relax counter 22 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8691669356498067E-002 4520 8.779672 3308.572 -22.142916 3.665825 51.668262 0.000000 0.000000 0.000000 0.217202 -3.272418 2467 219 -4.3249E+00 8.779672 3.829124 -25.721032 5.788603 -99.000000 51.668262 0.000000 0.033686 0.782798 0.609053 5 2.8770E+05 4.026882 6.691504 3.665825 -24.721166 -23.678896 49.014030 0.000005 0.000000 0.436388 0.456E-02 max increase log_rel_run_E_err -7.3422824294174172 rel_E_err 1.9136496220962368D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1160 0.93904369067956428 1.4144444362990929E+050 k, q, energy_removed_layers after adjustment is 1164 0.93831431175639579 1.4145254752966376E+050 Layers above q= 0.93831431175639579 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -245327.26367187500 max vel inside fraction of cutoff 7.3421992233876621 max c/cs inside fraction of cutoff 2.1970018644624927E-002 average v/vesc outside cutoff 11.279679782151854 Kinetic plus potential energy outside cutoff 1.4145254752966376E+050 mass inside cutoff 1164 48.481069369725070 relax counter 32 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8692385306153170E-002 4530 8.779668 3170.428 -22.142956 3.668528 51.668262 0.000000 0.000000 0.000000 0.217202 -3.272427 2496 219 -4.2525E+00 8.779668 3.860516 -25.721111 5.788560 -99.000000 51.668262 0.000000 0.033686 0.782798 0.609053 5 2.8770E+05 4.026872 6.680197 3.668528 -24.721562 -23.781492 49.014030 0.000005 0.000000 0.436388 0.441E-02 min_dr_div_cs log_rel_run_E_err -7.3420989752297938 rel_E_err 1.8511335786307446D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1181 0.93904369067956506 1.4144709632593303E+050 k, q, energy_removed_layers after adjustment is 1186 0.93831431175639657 1.4145443357284101E+050 Layers above q= 0.93831431175639657 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -262920.40820312500 max vel inside fraction of cutoff 5.6218349823746241 max c/cs inside fraction of cutoff 1.6913347603639037E-002 average v/vesc outside cutoff 11.683807851457251 Kinetic plus potential energy outside cutoff 1.4145443357284101E+050 mass inside cutoff 1186 48.481069369725105 relax counter 42 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8692952403452325E-002 4540 8.779667 3055.656 -22.142967 3.670862 51.668262 0.000000 0.000000 0.000000 0.217202 -3.272430 2454 219 -4.3473E+00 8.779667 3.886269 -25.721134 5.788551 -99.000000 51.668262 0.000000 0.033686 0.782798 0.609053 5 2.8770E+05 4.026869 6.667650 3.670862 -24.721676 -23.865064 49.014030 0.000005 0.000000 0.436388 0.431E-02 min_dr_div_cs log_rel_run_E_err -7.3419170235703923 rel_E_err 1.9109216161709228D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1129 0.93904369067956539 1.4144934756330808E+050 k, q, energy_removed_layers after adjustment is 1134 0.93831431175639690 1.4145613096978501E+050 Layers above q= 0.93831431175639690 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -278333.74804687500 max vel inside fraction of cutoff 2.6171001187897622 max c/cs inside fraction of cutoff 7.9036837419088520E-003 average v/vesc outside cutoff 12.061545142416014 Kinetic plus potential energy outside cutoff 1.4145613096978501E+050 mass inside cutoff 1134 48.481069369725127 relax counter 52 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8693142323011723E-002 4550 8.779667 2980.912 -22.142969 3.672750 51.668262 0.000000 0.000000 0.000000 0.217202 -3.272430 2438 219 -4.3761E+00 8.779667 3.906305 -25.721138 5.788552 -99.000000 51.668262 0.000000 0.033686 0.782798 0.609053 5 2.8770E+05 4.026869 6.664701 3.672750 -24.721692 -23.929749 49.014030 0.000005 0.000000 0.436388 0.421E-02 min_dr_div_cs log_rel_run_E_err -7.3417360154170304 rel_E_err 1.9686118782484097D-12 Using fixed_vsurf 20000.000000000000 save photos/x550 for model 4550 k, q, energy_removed_layers before adjustment is 1104 0.93904369067956628 1.4145073182461509E+050 k, q, energy_removed_layers after adjustment is 1109 0.93831431175639779 1.4145710189911430E+050 Layers above q= 0.93831431175639779 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -290973.66796875000 max vel inside fraction of cutoff 0.78702321208824289 max c/cs inside fraction of cutoff 2.3804305150575134E-003 average v/vesc outside cutoff 12.341284681740152 Kinetic plus potential energy outside cutoff 1.4145710189911430E+050 mass inside cutoff 1109 48.481069369725169 relax counter 62 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8693177902968190E-002 4560 8.779667 2883.509 -22.142968 3.675004 51.668262 0.000000 0.000000 0.000000 0.217202 -3.272430 2450 219 -4.3079E+00 8.779667 3.929368 -25.721137 5.788558 -99.000000 51.668262 0.000000 0.033686 0.782798 0.609053 5 2.8770E+05 4.026869 6.653116 3.675004 -24.721678 -24.003878 49.014030 0.000005 0.000000 0.436388 0.413E-02 min_dr_div_cs log_rel_run_E_err -7.3415544317712040 rel_E_err 1.8769359529009547D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1109 0.93904369067956595 1.4145214171976776E+050 k, q, energy_removed_layers after adjustment is 1113 0.93844363250816565 1.4145808407211719E+050 Layers above q= 0.93844363250816565 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -306263.78710937500 max vel inside fraction of cutoff 0.31899235185523828 max c/cs inside fraction of cutoff 9.8159831826578003E-004 average v/vesc outside cutoff 12.695292763372578 Kinetic plus potential energy outside cutoff 1.4145808407211719E+050 mass inside cutoff 1113 48.487751148164286 relax counter 72 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8693149508028971E-002 4570 8.779668 2793.931 -22.142964 3.677465 51.668262 0.000000 0.000000 0.000000 0.217202 -3.272429 2429 219 -4.2919E+00 8.779668 3.953618 -25.721130 5.788567 -99.000000 51.668262 0.000000 0.033686 0.782798 0.609053 5 2.8770E+05 4.026870 6.646793 3.677465 -24.721635 -24.081474 49.014030 0.000005 0.000000 0.436388 0.402E-02 max increase log_rel_run_E_err -7.3413748323673804 rel_E_err 1.9379825180055712D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1078 0.93904369067956550 1.4145402207618391E+050 k, q, energy_removed_layers after adjustment is 1082 0.93844363250816520 1.4145961209945564E+050 Layers above q= 0.93844363250816520 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -323241.15234375000 max vel inside fraction of cutoff 1.0277536118824371 max c/cs inside fraction of cutoff 3.1614452639821514E-003 average v/vesc outside cutoff 13.141165898648932 Kinetic plus potential energy outside cutoff 1.4145961209945564E+050 mass inside cutoff 1082 48.487751148164257 relax counter 82 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8693067918950804E-002 4580 8.779668 2685.237 -22.142956 3.680136 51.668262 0.000000 0.000000 0.000000 0.217202 -3.272427 2423 219 -4.1831E+00 8.779668 3.978923 -25.721116 5.788580 -99.000000 51.668262 0.000000 0.033686 0.782798 0.609053 5 2.8770E+05 4.026872 6.628471 3.680136 -24.721557 -24.162100 49.014030 0.000005 0.000000 0.436388 0.397E-02 min_dr_div_cs log_rel_run_E_err -7.3411926860925707 rel_E_err 1.8865850675392896D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1060 0.93904369067956439 1.4145528109561142E+050 k, q, energy_removed_layers after adjustment is 1064 0.93844363250816409 1.4146057526771181E+050 Layers above q= 0.93844363250816409 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -341997.50195312500 max vel inside fraction of cutoff 1.6356229569908793 max c/cs inside fraction of cutoff 5.0238575575858434E-003 average v/vesc outside cutoff 13.517290127834304 Kinetic plus potential energy outside cutoff 1.4146057526771181E+050 mass inside cutoff 1064 48.487751148164200 relax counter 92 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8692929159136228E-002 Relaxing model to lower mass! save LOGS/prerelax_prof001.data for model 4587 removing cells 1069 48.487751148164200 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_93a1ca63/data/rates_data/cache/r_c12_ag_o16_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/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_93a1ca63/data/rates_data/cache/r_c12_ag_o16_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/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_93a1ca63/data/rates_data/cache/r_c12_ag_o16_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/rates_data/cache/r_o16_ga_c12_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/data/rates_data/cache/r_c12_to_he4_he4_he4_0.bin write /data/users/wolfwm/.mesa_test/work/mesa_93a1ca63/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 8.6220470359628071D-02 1.5716814828312522D-02 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 0 retry 1 avg remaining difference, lambda 8.6908844999908114D-02 7.8584074141562609D-03 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 1 retry 1 avg remaining difference, lambda 8.7253032320047358D-02 3.9292037070781305D-03 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 2 retry 1 avg remaining difference, lambda 8.7425125980118326D-02 1.9646018535390652D-03 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 3 retry 1 avg remaining difference, lambda 8.7511172810151958D-02 9.8230092676953261D-04 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 4 retry 1 avg remaining difference, lambda 8.7554196225170536D-02 4.9115046338476631D-04 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 5 retry 1 avg remaining difference, lambda 8.7575707932679533D-02 2.4557523169238315D-04 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 6 retry 1 avg remaining difference, lambda 8.7586463786433935D-02 1.2278761584619158D-04 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 7 retry 1 avg remaining difference, lambda 8.7591841713311483D-02 6.1393807923095788D-05 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 8 retry 1 avg remaining difference, lambda 8.7594530676749688D-02 3.0696903961547894D-05 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 9 retry 1 avg remaining difference, lambda 8.7595875158469005D-02 1.5348451980773947D-05 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 10 retry 1 avg remaining difference, lambda 8.7596547399327984D-02 7.6742259903869735D-06 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 11 retry 1 avg remaining difference, lambda 8.7596883519758140D-02 3.8371129951934868D-06 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 12 retry 1 avg remaining difference, lambda 8.7597051579972413D-02 1.9185564975967434D-06 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 13 retry 1 avg remaining difference, lambda 8.7597135610079355D-02 9.5927824879837169D-07 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 14 retry 1 avg remaining difference, lambda 8.7597177625133499D-02 4.7963912439918585D-07 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 15 retry 1 avg remaining difference, lambda 8.7597198632660328D-02 2.3981956219959292D-07 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 16 retry 1 avg remaining difference, lambda 8.7597209136423770D-02 1.1990978109979646D-07 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 17 retry 1 avg remaining difference, lambda 8.7597214388305589D-02 5.9954890549898231D-08 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 18 retry 1 avg remaining difference, lambda 8.7597217014247594D-02 2.9977445274949115D-08 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 19 retry 1 avg remaining difference, lambda 8.7597218327216925D-02 1.4988722637474558D-08 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 20 retry 1 avg remaining difference, lambda 8.7597218983702665D-02 7.4943613187372789D-09 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 21 retry 1 avg remaining difference, lambda 8.7597219311944766D-02 3.7471806593686394D-09 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 22 retry 1 avg remaining difference, lambda 8.7597219476066052D-02 1.8735903296843197D-09 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 23 retry 1 avg remaining difference, lambda 8.7597219558126799D-02 9.3679516484215986D-10 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 24 retry 1 avg remaining difference, lambda 8.7597219599157089D-02 4.6839758242107993D-10 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 25 retry 1 avg remaining difference, lambda 8.7597219619671540D-02 2.3419879121053996D-10 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 26 retry 1 avg remaining difference, lambda 8.7597219629930473D-02 1.1709939560526998D-10 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 27 retry 1 avg remaining difference, lambda 8.7597219635058399D-02 5.8549697802634991D-11 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 28 retry 1 avg remaining difference, lambda 8.7597219637623194D-02 2.9274848901317496D-11 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 29 retry 1 avg remaining difference, lambda 8.7597219638905044D-02 1.4637424450658748D-11 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 30 retry 1 avg remaining difference, lambda 8.7597219639546017D-02 7.3187122253293739D-12 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 31 retry 1 avg remaining difference, lambda 8.7597219639866913D-02 3.6593561126646869D-12 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 32 retry 1 avg remaining difference, lambda 8.7597219640027271D-02 1.8296780563323435D-12 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 33 retry 1 avg remaining difference, lambda 8.7597219640107873D-02 9.1483902816617174D-13 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 34 retry 1 avg remaining difference, lambda 8.7597219640148022D-02 4.5741951408308587D-13 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 35 retry 1 avg remaining difference, lambda 8.7597219640167631D-02 2.2870975704154293D-13 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 36 retry 1 avg remaining difference, lambda 8.7597219640178428D-02 1.1435487852077147D-13 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 37 retry 1 avg remaining difference, lambda 8.7597219640182855D-02 5.7177439260385733D-14 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 38 retry 1 avg remaining difference, lambda 8.7597219640185048D-02 2.8588719630192867D-14 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 39 retry 1 avg remaining difference, lambda 8.7597219640186533D-02 1.4294359815096433D-14 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 40 retry 1 avg remaining difference, lambda 8.7597219640187129D-02 7.1471799075482167D-15 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 41 retry 1 avg remaining difference, lambda 8.7597219640187546D-02 3.5735899537741083D-15 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 42 retry 1 avg remaining difference, lambda 8.7597219640187685D-02 1.7867949768870542D-15 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 43 retry 1 avg remaining difference, lambda 8.7597219640187740D-02 8.9339748844352709D-16 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 44 retry 1 avg remaining difference, lambda 8.7597219640187754D-02 4.4669874422176354D-16 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 45 retry 1 avg remaining difference, lambda 8.7597219640187754D-02 2.2334937211088177D-16 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 46 retry 1 avg remaining difference, lambda 8.7597219640187768D-02 1.1167468605544089D-16 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 47 retry 1 avg remaining difference, lambda 8.7597219640187768D-02 5.5837343027720443D-17 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 48 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 2.7918671513860221D-17 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 49 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 1.3959335756930111D-17 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 50 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 6.9796678784650554D-18 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 51 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 3.4898339392325277D-18 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 52 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 1.7449169696162638D-18 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 53 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 8.7245848480813192D-19 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 54 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 4.3622924240406596D-19 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 55 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 2.1811462120203298D-19 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 56 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 1.0905731060101649D-19 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 57 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 5.4528655300508245D-20 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 58 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 2.7264327650254122D-20 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 59 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 1.3632163825127061D-20 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 60 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 6.8160819125635306D-21 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 61 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 3.4080409562817653D-21 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 62 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 1.7040204781408827D-21 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 63 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 8.5201023907044133D-22 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 64 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 4.2600511953522066D-22 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 65 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 2.1300255976761033D-22 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 66 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 1.0650127988380517D-22 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 67 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 5.3250639941902583D-23 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 68 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 2.6625319970951291D-23 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 69 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 1.3312659985475646D-23 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 70 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 6.6563299927378229D-24 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 71 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 3.3281649963689114D-24 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 72 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 1.6640824981844557D-24 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 73 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 8.3204124909222786D-25 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 74 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 4.1602062454611393D-25 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 75 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 2.0801031227305696D-25 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 76 retry 1 avg remaining difference, lambda 8.7597219640187796D-02 1.0400515613652848D-25 star_info_arrays failed for d_sig_dxa_m1 action 2 species 22 nz 2328 check_sizes failed for s check_sizes failed hydro_solver_step returned ierr -1 s% model_number 1 nz 2328 s% num_retries 77 retry 1 dt 5.2002578068264242D-21 min_timestep_limit 9.9999999999999995D-21 stopping because of problems dt < min_timestep_limit failed in relax composition error when removing mass through star_relax_to_star_cut -1 DATE: 2026-10-14 TIME: 12:00:06 ****************************************************************** failed to create final.mod when running inlist_pulses_header ****************************************************************** ******************** ppisn failed: non-zero exit code ********************