DATE: 2026-11-02 TIME: 20:28:58 run inlist_pulses_header DATE: 2026-11-02 TIME: 20:28:58 reading user weak rate file /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/rate_tables/S13_r_be7_wk_li7.h5 version_number d7a3ae0c3 [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 create rate data for r1216_to_mg24 create rate data for r1216_to_si28 create rate data for ral27pa_aux create rate data for ral27pg_aux create rate data for rmg24ap_aux create rate data for rmg24ap_to_si28 create rate data for rmg24gp_aux create rate data for rmg24gp_to_ne20 create rate data for rne20gp_aux create rate data for rne20gp_to_o16 create rate data for ro16gp_to_c12 create rate data for rsi28gp_aux create rate data for rsi28gp_to_mg24 write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/r_c12_ag_o16_0.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/r_o16_ga_c12_0.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/r_c12_to_he4_he4_he4_0.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/r_he4_he4_he4_to_c12_0.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/r1216_to_mg24_1.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/r1216_to_si28_1.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/ral27pa_aux_1.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/ral27pg_aux_1.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/rmg24ap_aux_1.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/rmg24ap_to_si28_1.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/rmg24gp_aux_1.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/rmg24gp_to_ne20_1.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/rne20gp_aux_1.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/rne20gp_to_o16_1.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/ro16gp_to_c12_1.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/rsi28gp_aux_1.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/rsi28gp_to_mg24_1.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 write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/eosDT_data/cache/mesa-FreeEOS_70z00x.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/eosDT_data/cache/mesa-FreeEOS_80z00x_CO.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_co_z0.001_x0.0.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_co_z0.001_x0.03.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_co_z0.004_x0.0.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_co_z0.004_x0.03.bin 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 4 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.9271523184879401E-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 __________________________________________________________________________________________________________________________________________________ save LOGS/profile1.data for model 1591 1600 8.573485 1.604E+05 -15.146670 5.678378 51.847958 0.000000 0.000000 0.000000 0.221655 -4.701836 1293 0 1.4416E+00 8.573485 0.312633 -2.223064 4.301971 -99.000000 51.847958 0.000035 0.799864 0.778345 0.153733 4 2.8470E+05 3.071950 6.401317 5.678378 -48.564577 -8.406569 49.154199 0.153094 0.041154 0.000000 -0.209E-07 lg_XHe_cntr log_rel_run_E_err -11.6103647697109924 rel_E_err 2.4526480386219802D-12 save LOGS/profile2.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 4.8942111152909570E-002 1610 8.585202 1.623E+05 -14.263404 4.683771 51.847958 0.000000 0.000000 0.000000 0.221655 -4.663901 1285 0 9.2080E-01 8.585202 0.303640 -5.974785 4.388361 -99.000000 51.847958 0.000002 0.799775 0.778345 0.153780 5 2.8484E+05 3.107272 6.403189 4.683771 -46.529004 -8.382493 49.154199 0.153082 0.041270 0.000000 -0.235E-07 lg_XHe_cntr log_rel_run_E_err -11.6421857345310027 rel_E_err 2.2793670476134778D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.8818861848812706E-002 1620 8.598179 1.643E+05 -19.700087 2.304512 51.847958 0.000000 0.000000 0.000000 0.221655 -4.621925 1290 0 1.3418E+00 8.598179 0.294034 -6.792091 4.483962 -99.000000 51.847958 0.000000 0.799770 0.778345 0.153807 5 2.8499E+05 3.146412 6.405315 2.304512 -44.337898 -8.355703 49.154199 0.153082 0.041276 0.000000 -0.222E-07 lgRho_cntr log_rel_run_E_err -11.6344536345520861 rel_E_err 2.3203118897473052D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.8679858596585121E-002 1630 8.616533 1.670E+05 -19.626192 -0.501095 51.847958 0.000000 0.000000 0.000000 0.221655 -4.562620 1398 0 1.3037E+00 8.616533 0.281264 -6.085034 4.619078 -99.000000 51.847958 0.000000 0.799770 0.778345 0.153847 5 2.8520E+05 3.201812 6.408464 -0.501096 -41.348594 -8.319104 49.154199 0.153082 0.041276 0.000000 -0.195E-07 lgRho_cntr log_rel_run_E_err -11.5776827361430090 rel_E_err 2.6443398135957957D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.8477548211385925E-002 1640 8.634711 1.692E+05 -21.604767 -0.146468 51.847958 0.000000 0.000000 0.000000 0.221655 -4.504116 1567 0 1.3058E+00 8.634711 0.271943 -5.410115 4.753339 -99.000000 51.847958 0.000000 0.799770 0.778345 0.153884 5 2.8542E+05 3.256663 6.411720 -0.146470 -38.505326 -8.519591 49.154199 0.153082 0.041276 0.000000 -0.144E-07 lgRho_cntr log_rel_run_E_err -11.5260609448688580 rel_E_err 2.9780984813212649D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.8269932343718541E-002 1650 8.652731 1.728E+05 -21.359662 0.198120 51.833222 0.000000 0.000000 0.000000 0.221550 -4.446035 1566 0 1.3165E+00 8.652731 0.252499 -4.780398 4.887298 -4.181423 51.833222 0.000000 0.799770 0.778450 0.153935 5 2.8564E+05 3.311159 6.410055 0.198115 -35.799229 -8.440490 49.154199 0.153082 0.041276 0.000000 -0.157E-07 lgRho_cntr log_rel_run_E_err -11.5276570093038231 rel_E_err 2.9671738352389329D-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 4.8063112648838488E-002 1660 8.671171 1.756E+05 -20.673048 0.545906 51.817708 0.000000 0.000000 0.000000 0.221419 -4.386527 1580 0 1.4027E+00 8.671171 0.240022 -4.160712 5.026713 -4.177138 51.817708 0.000000 0.799770 0.778581 0.154002 5 2.8588E+05 3.367045 6.412848 0.545897 -33.141178 -8.409436 49.154199 0.153082 0.041276 0.000000 -0.135E-07 max increase log_rel_run_E_err -11.5196291701029132 rel_E_err 3.0225314599256937D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.7844089878268041E-002 1670 8.689256 1.782E+05 -21.702694 0.882262 51.802073 0.000000 0.000000 0.000000 0.221268 -4.327968 1589 0 1.4074E+00 8.689256 0.228815 -3.576361 5.168279 -4.172112 51.802073 0.000000 0.799770 0.778732 0.154089 5 2.8611E+05 3.422032 6.415725 0.882247 -30.638876 -8.381860 49.154199 0.153082 0.041276 0.000000 -0.119E-07 max increase log_rel_run_E_err -11.5343402554589840 rel_E_err 2.9218622977389195D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.7621884014392567E-002 1680 8.708160 1.807E+05 -19.356997 1.230024 51.785315 0.000000 0.000000 0.000000 0.221122 -4.265351 1615 0 1.4055E+00 8.708160 0.217909 -2.987734 5.326748 -4.166403 51.785315 0.000000 0.799770 0.778878 0.154263 5 2.8636E+05 3.480215 6.418803 1.229998 -28.123916 -8.355277 49.136726 0.153082 0.041276 0.000000 -0.108E-07 lgRho_cntr log_rel_run_E_err -11.4719353592222184 rel_E_err 3.3733751453877115D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.7380790063128106E-002 1690 8.724728 1.829E+05 -20.934325 1.530002 51.770490 0.000000 0.000000 0.000000 0.221006 -4.210431 1666 0 1.3237E+00 8.724728 0.209040 -2.493279 5.479749 -4.161217 51.770490 0.000000 0.799770 0.778994 0.154428 5 2.8658E+05 3.531313 6.421508 1.529961 -26.009969 -8.334112 49.136726 0.153082 0.041276 0.000000 -0.982E-08 lgRho_cntr log_rel_run_E_err -11.5129874567859378 rel_E_err 3.0691106286048321D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.7163173317843317E-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 8.740857 1.849E+05 -20.478719 1.818803 51.756106 0.000000 0.000000 0.000000 0.220883 -4.155429 1678 0 1.3084E+00 8.740857 0.200940 -2.029230 5.648282 -4.156183 51.756106 0.000000 0.799770 0.779117 0.154677 5 2.8678E+05 3.581801 6.424136 1.818741 -24.025584 -8.315334 49.136726 0.153082 0.041276 0.000000 -0.924E-08 lgRho_cntr log_rel_run_E_err -11.5066198350014943 rel_E_err 3.1144414086848760D-12 save LOGS/profile3.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 4.6944795634653987E-002 1710 8.756740 1.868E+05 -20.837318 2.099891 51.742321 0.000000 0.000000 0.000000 0.220747 -4.098481 1676 0 1.2768E+00 8.756740 0.193392 -1.588785 5.838441 -4.151181 51.742321 0.000000 0.799770 0.779253 0.155075 5 2.8698E+05 3.632800 6.426685 2.099802 -22.139558 -8.298274 49.136726 0.153081 0.041277 0.000000 -0.908E-08 lgRho_cntr log_rel_run_E_err -11.5170434035679765 rel_E_err 3.0405811335700873D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.6723139895819651E-002 1720 8.772224 1.886E+05 -20.455185 2.369748 51.729737 0.000000 0.000000 0.000000 0.220571 -4.038372 1690 0 1.2201E+00 8.772224 0.186296 -1.175255 6.048979 -4.146364 51.729737 0.000000 0.799770 0.779429 0.155711 5 2.8716E+05 3.684576 6.429098 2.369624 -20.363310 -8.282158 49.136726 0.153081 0.041277 0.000000 -0.963E-08 lgRho_cntr log_rel_run_E_err -11.3533643014241648 rel_E_err 4.4323668548959017D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.6500344442519798E-002 1730 8.787140 1.903E+05 -19.988845 2.625389 51.719003 0.000000 0.000000 0.000000 0.220337 -3.973934 1727 0 1.1309E+00 8.787140 0.179478 -0.791734 6.273301 -4.141922 51.719003 0.000000 0.799770 0.779663 0.156673 5 2.8731E+05 3.737347 6.431311 2.625223 -18.707883 -8.265832 49.136726 0.153080 0.041278 0.000000 -0.113E-07 lgRho_cntr log_rel_run_E_err -11.5054696969190680 rel_E_err 3.1227002863534228D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.6278969465163730E-002 1740 8.801385 1.920E+05 -20.652111 2.871198 51.710539 0.000000 0.000000 0.000000 0.220101 -3.904682 1722 0 1.0081E+00 8.801385 0.172707 -0.438960 6.502649 -4.138024 51.710539 0.000000 0.799768 0.779899 0.158008 4 2.8742E+05 3.791138 6.433279 2.870985 -17.176089 -8.248041 49.136726 0.153078 0.041281 0.000000 -0.150E-07 lgRho_cntr log_rel_run_E_err -10.9615508984225780 rel_E_err 1.0925695727720337D-11 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.6060839029067463E-002 1750 8.814975 1.937E+05 -20.566720 3.123686 51.704327 0.000000 0.000000 0.000000 0.219889 -3.831102 1734 0 8.5763E-01 8.814975 0.165767 -0.114118 6.730315 -4.134615 51.704327 0.000000 0.799766 0.780111 0.159697 5 2.8751E+05 3.845754 6.434996 3.123434 -15.757947 -8.227814 49.136726 0.153074 0.041289 0.000000 -0.217E-07 lgRho_cntr log_rel_run_E_err -11.5120932919105474 rel_E_err 3.0754361014686526D-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 4.5845945057280089E-002 1760 8.828035 1.955E+05 -20.427720 3.402379 51.700008 0.000000 0.000000 0.000000 0.219724 -3.754288 1731 0 6.8855E-01 8.828035 0.158530 0.187994 6.953151 -4.131743 51.700008 0.000000 0.799760 0.780276 0.161670 4 2.8757E+05 3.900921 6.436489 3.402114 -14.434216 -8.204722 49.136726 0.153065 0.041303 0.000000 -0.331E-07 lgRho_cntr log_rel_run_E_err -11.5015898024443040 rel_E_err 3.1507228134061729D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.5632452790659139E-002 1770 8.840720 1.974E+05 -19.326296 3.716314 51.697104 0.000000 0.000000 0.000000 0.219604 -3.675398 1736 0 5.0898E-01 8.840720 0.150945 0.472935 7.170549 -4.129251 51.697104 0.000000 0.799749 0.780396 0.163849 5 2.8761E+05 3.956395 6.437802 3.716066 -13.184181 -8.178660 49.136726 0.153049 0.041330 0.000000 -0.521E-07 lgRho_cntr log_rel_run_E_err -11.5302138415849278 rel_E_err 2.9497564430385583D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.5417459967146911E-002 1780 8.853170 1.993E+05 -20.058663 4.062548 51.694837 0.000000 0.000000 0.000000 0.219506 -3.595366 1765 0 3.2479E-01 8.853170 0.142924 0.744949 7.382888 -4.136768 51.694837 0.000000 0.799730 0.780494 0.166166 5 2.8763E+05 4.012004 6.438412 4.062339 -11.990846 -8.459468 49.136726 0.153020 0.041378 0.000000 0.442E-06 lgRho_cntr log_rel_run_E_err -11.5161156774068321 rel_E_err 3.0470832693495638D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.5197941149570861E-002 1790 8.865513 2.012E+05 -20.978235 4.433259 51.693445 0.000000 0.000000 0.000000 0.219443 -3.514818 1775 0 1.3764E-01 8.865513 0.135271 1.008069 7.591021 -4.127339 51.693445 0.000000 0.799696 0.780557 0.168573 5 2.8765E+05 4.067691 6.439390 4.433095 -10.840221 -8.491841 49.136726 0.152968 0.041462 0.000000 -0.960E-07 lgRho_cntr log_rel_run_E_err -11.5279417240859470 rel_E_err 2.9652292528615548D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.4970188962229748E-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 8.877820 2.032E+05 -21.034558 4.819976 51.692629 0.000000 0.000000 0.000000 0.219405 -3.434250 1774 0 -4.9007E-02 8.877820 0.126881 1.264354 7.795350 -4.125877 51.692629 0.000000 0.799638 0.780595 0.171033 4 2.8766E+05 4.123361 6.440414 4.819855 -9.724202 -8.469770 49.136726 0.152879 0.041608 0.000000 -0.154E-06 lgRho_cntr log_rel_run_E_err -11.5266711178698635 rel_E_err 2.9739172645851240D-12 save LOGS/profile4.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 4.4731004694902335E-002 1810 8.890145 2.054E+05 -20.922649 5.216284 51.692095 0.000000 0.000000 0.000000 0.219380 -3.353931 1791 0 -2.3449E-01 8.890145 0.118110 1.515331 7.996347 -4.124658 51.692095 0.000000 0.799539 0.780620 0.173528 5 2.8767E+05 4.178988 6.441347 5.216197 -8.636064 -8.445828 49.136726 0.152728 0.041857 0.000000 -0.240E-06 lgRho_cntr log_rel_run_E_err -11.5208343567104308 rel_E_err 3.0141554272744356D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.4476704365311773E-002 1820 8.902530 2.077E+05 -20.886865 5.617808 51.691746 0.000000 0.000000 0.000000 0.219364 -3.274097 1799 0 -4.1794E-01 8.902530 0.109082 1.761770 8.194066 -4.123343 51.691746 0.000000 0.799369 0.780636 0.176046 5 2.8767E+05 4.234547 6.442223 5.617748 -7.572761 -8.420710 49.136726 0.152470 0.042281 0.000000 -0.372E-06 lgRho_cntr log_rel_run_E_err -11.5167691814957198 rel_E_err 3.0425016225161484D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.4203462039554872E-002 1830 8.915007 2.100E+05 -20.178029 6.022210 51.691515 0.000000 0.000000 0.000000 0.219353 -3.194883 1811 0 -5.9903E-01 8.915007 0.099846 2.004486 8.388785 -4.122382 51.691515 0.000000 0.799081 0.780647 0.178587 5 2.8767E+05 4.290030 6.443061 6.022169 -6.530273 -8.394735 49.136726 0.152030 0.043003 0.000001 -0.567E-06 lgRho_cntr log_rel_run_E_err -11.5157087333887578 rel_E_err 3.0499397952623434D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.3906421687052874E-002 1840 8.927600 2.124E+05 -19.247049 6.427866 51.691363 0.000000 0.000000 0.000000 0.219346 -3.116451 1821 0 -7.7703E-01 8.927600 0.090433 2.243985 8.580639 -4.121585 51.691363 0.000000 0.798588 0.780654 0.181164 5 2.8768E+05 4.345411 6.443873 6.427838 -5.505427 -8.367836 49.136726 0.151281 0.044234 0.000001 -0.855E-06 lgRho_cntr log_rel_run_E_err -11.5227242562590657 rel_E_err 3.0010673621842084D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.3579979292767537E-002 1850 8.940343 2.148E+05 -18.160848 6.833914 51.691261 0.000000 0.000000 0.000000 0.219341 -3.038970 1829 0 -9.5148E-01 8.940343 0.080852 2.480834 8.769896 -4.120326 51.691261 0.000000 0.797748 0.780659 0.183806 5 2.8768E+05 4.400677 6.444663 6.833895 -4.494105 -8.339735 49.136726 0.150001 0.046336 0.000002 -0.128E-05 lgRho_cntr log_rel_run_E_err -11.5203419346266944 rel_E_err 3.0175749467996661D-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 4.3217158385588227E-002 1860 8.953282 2.173E+05 -17.013567 7.239885 51.691192 0.000000 0.000000 0.000000 0.219337 -2.962685 1842 0 -1.1216E+00 8.953282 0.071109 2.715729 8.956971 -4.119225 51.691192 0.000000 0.796312 0.780663 0.186567 5 2.8768E+05 4.455803 6.445448 7.239872 -3.490597 -8.310217 49.136726 0.147812 0.049930 0.000003 -0.191E-05 lgRho_cntr log_rel_run_E_err -11.5374663526302186 rel_E_err 2.9009059403785955D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.2809201535742969E-002 1870 8.966490 2.186E+05 -15.877769 7.645298 51.691176 0.000000 0.000000 0.000000 0.219336 -2.887982 1842 0 -1.2865E+00 8.966490 0.068898 2.949604 9.142479 -99.000000 51.691176 0.000000 0.793861 0.780664 0.189548 5 2.8768E+05 4.510755 6.451418 7.645289 -2.486622 -8.334455 49.136726 0.144070 0.056060 0.000006 -0.227E-05 lgRho_cntr log_rel_run_E_err -11.5145213257381052 rel_E_err 3.0582900675488604D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.2344906186792576E-002 1880 8.980052 2.211E+05 -14.754448 8.049559 51.691176 0.000000 0.000000 0.000000 0.219336 -2.815519 1864 0 -1.4442E+00 8.980052 0.059738 3.183871 9.327450 -99.000000 51.691176 0.000000 0.789710 0.780664 0.192927 5 2.8768E+05 4.565401 6.452543 8.049553 -1.470248 -8.306560 49.136726 0.137712 0.066445 0.000011 -0.370E-05 lgRho_cntr log_rel_run_E_err -11.5338002108513269 rel_E_err 2.9254978895583654D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.1809137523870721E-002 1890 8.994203 2.238E+05 -13.644228 8.451519 51.691176 0.000000 0.000000 0.000000 0.219336 -2.745878 1875 0 -1.5930E+00 8.994203 0.049819 3.420999 9.513710 -99.000000 51.691176 0.000000 0.782814 0.780664 0.197000 6 2.8768E+05 4.619906 6.453537 8.451515 -0.425304 -8.273972 49.136726 0.127090 0.083698 0.000021 -0.547E-05 lgRho_cntr log_rel_run_E_err -11.5227656677054373 rel_E_err 3.0007812139131573D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 4.1179684720386314E-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 /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/r_c12_ag_o16_0.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/r_o16_ga_c12_0.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/r_c12_to_he4_he4_he4_0.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/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 9.003050 2.255E+05 -18.713245 8.690277 51.691176 0.000000 0.000000 0.000000 0.219336 -2.705643 1890 0 -1.9666E+00 9.003050 0.043613 3.565744 9.626959 -99.000000 51.691176 0.000000 0.776870 0.780664 0.199945 6 2.8768E+05 4.652589 6.454130 8.690274 0.221403 -8.253025 49.136726 0.117875 0.098569 0.000031 -0.683E-05 max increase log_rel_run_E_err -11.4683915792298965 rel_E_err 3.4010140085787747D-12 save LOGS/profile5.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 4.0744647701442233E-002 1910 9.016933 2.281E+05 -19.187107 9.038998 51.691176 0.000000 0.000000 0.000000 0.219336 -2.647403 1881 0 -1.8047E+00 9.016933 0.033839 3.788198 9.800022 -99.000000 51.691176 0.000000 0.764733 0.780664 0.205370 5 2.8768E+05 4.701813 6.455027 9.038996 1.224544 -8.219542 49.136726 0.098862 0.128938 0.000056 -0.934E-05 lgRho_cntr log_rel_run_E_err -11.5252321846958559 rel_E_err 2.9837869852479435D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.9989521444005215E-002 1920 9.032491 2.312E+05 -19.491766 9.388400 51.691176 0.000000 0.000000 0.000000 0.219336 -2.584655 1862 0 -1.9379E+00 9.032491 0.022732 4.034589 9.990284 -99.000000 51.691176 0.000000 0.748324 0.780664 0.212627 5 2.8768E+05 4.755930 6.456011 9.388398 2.330941 -8.181240 49.136726 0.072694 0.169998 0.000102 -0.129E-04 lgRho_cntr log_rel_run_E_err -11.5192106695009500 rel_E_err 3.0254454755277263D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.9011545543123041E-002 1930 9.047475 2.343E+05 -19.681348 9.682319 51.691176 0.000000 0.000000 0.000000 0.219336 -2.518333 1811 0 -2.0910E+00 9.047475 0.011730 4.273561 10.173368 -99.000000 51.691176 0.000000 0.732945 0.780664 0.220305 5 2.8768E+05 4.810597 6.456979 9.682318 3.371946 -8.143510 49.136726 0.047600 0.208486 0.000162 -0.176E-04 lgRho_cntr log_rel_run_E_err -11.5249045466524542 rel_E_err 2.9860388466504680D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.7896758043130523E-002 1940 9.061265 2.372E+05 -19.547483 9.918725 51.691176 0.000000 0.000000 0.000000 0.219336 -2.446747 1759 0 -2.2517E+00 9.061265 0.001284 4.495692 10.342182 -99.000000 51.691176 0.000000 0.721977 0.780664 0.227225 5 2.8768E+05 4.865437 6.457880 9.918724 4.294123 -8.107891 49.136726 0.029277 0.235939 0.000221 -0.238E-04 lgRho_cntr log_rel_run_E_err -11.5473978981369516 rel_E_err 2.8353201338788478D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.6691464610441156E-002 1950 9.074092 2.400E+05 -19.240594 10.114388 51.691176 0.000000 0.000000 0.000000 0.219336 -2.371728 1717 0 -2.4067E+00 9.074092 -0.008462 4.701224 10.497142 -99.000000 51.691176 0.000000 0.715199 0.780664 0.233083 5 2.8768E+05 4.920065 6.458755 10.114386 5.109442 -8.075055 49.136726 0.017713 0.252903 0.000268 -0.312E-04 lgRho_cntr log_rel_run_E_err -11.5555132890843595 rel_E_err 2.7828302200390096D-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 3.5413191636213370E-002 1960 9.086389 2.427E+05 -16.955446 10.285689 51.691176 0.000000 0.000000 0.000000 0.219336 -2.295287 1663 0 -2.5508E+00 9.086389 -0.017766 4.894778 10.641987 -99.000000 51.691176 0.000000 0.711177 0.780664 0.238100 5 2.8768E+05 4.974381 6.459608 10.285687 5.851446 -8.043995 49.136726 0.010721 0.262965 0.000304 -0.422E-04 lgRho_cntr log_rel_run_E_err -11.5689147068747804 rel_E_err 2.6982693061443622D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.4052144461011798E-002 1970 9.098499 2.454E+05 -16.529288 10.442862 51.691176 0.000000 0.000000 0.000000 0.219336 -2.218511 1627 0 -2.6905E+00 9.098499 -0.026737 5.080484 10.780004 -99.000000 51.691176 0.000000 0.708796 0.780664 0.242535 5 2.8768E+05 5.028521 6.460466 10.442860 6.546808 -8.014415 49.136726 0.006507 0.268912 0.000331 -0.539E-04 lgRho_cntr log_rel_run_E_err -11.5704356404757505 rel_E_err 2.6888362810118291D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.2592265391118820E-002 1980 9.110602 2.480E+05 -12.532599 10.591189 51.691176 0.000000 0.000000 0.000000 0.219336 -2.142137 1564 0 -2.8240E+00 9.110602 -0.035424 5.260433 10.912880 -99.000000 51.691176 0.000000 0.707389 0.780664 0.246561 6 2.8768E+05 5.082485 6.461313 10.591187 7.209760 -7.986075 49.136726 0.003955 0.272419 0.000353 -0.631E-04 lgRho_cntr log_rel_run_E_err -11.2973941708976255 rel_E_err 5.0420346869421006D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 3.1026278180809250E-002 1990 9.122813 2.505E+05 -13.562256 10.734198 51.691176 0.000000 0.000000 0.000000 0.219336 -2.066398 1539 0 -2.9542E+00 9.122813 -0.043978 5.436519 11.042097 -99.000000 51.691176 0.000000 0.706581 0.780664 0.250294 3 2.8768E+05 5.136380 6.462246 10.734196 7.851160 -7.958863 49.136726 0.002400 0.274419 0.000373 -0.960E-04 lgRho_cntr log_rel_run_E_err -11.0564816131249284 rel_E_err 8.7804826054125869D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 2.9345460341851263E-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 9.135282 2.531E+05 -11.655450 10.873558 51.691176 0.000000 0.000000 0.000000 0.219336 -1.991382 1499 0 -3.0897E+00 9.135282 -0.052409 5.609202 11.168042 -99.000000 51.691176 0.000000 0.706222 0.780664 0.253792 3 2.8768E+05 5.190435 6.463172 10.873556 8.473646 -7.932336 49.136726 0.001451 0.275293 0.000397 -0.122E-03 lgRho_cntr log_rel_run_E_err -11.0070904604645659 rel_E_err 9.8380616456198144D-12 save LOGS/profile6.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 2.7553367643280240E-002 2010 9.147807 2.557E+05 -11.489886 11.011273 51.691176 0.000000 0.000000 0.000000 0.219336 -1.917840 1454 0 -3.2086E+00 9.147807 -0.060882 5.779704 11.291734 -99.000000 51.691176 0.000000 0.706424 0.780664 0.257103 3 2.8768E+05 5.243974 6.464115 11.011270 9.083581 -7.906010 49.136726 0.000871 0.274770 0.000441 -0.167E-03 lgRho_cntr log_rel_run_E_err -10.9498162093530755 rel_E_err 1.1224933858221162D-11 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 2.5645854420923587E-002 2020 9.162260 2.588E+05 -16.225036 11.169407 51.691176 0.000000 0.000000 0.000000 0.219336 -1.836335 1424 0 -3.3438E+00 9.162260 -0.070665 5.973787 11.431722 -99.000000 51.691176 0.000000 0.708276 0.780664 0.260637 5 2.8768E+05 5.304345 6.465232 11.169404 9.770029 -7.876052 49.136726 0.000481 0.270172 0.000584 -0.225E-03 lgRho_cntr log_rel_run_E_err -11.4349486724904086 rel_E_err 3.6732571067397440D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 2.3315252644820157E-002 retry: check_lgL_power_photo_change hard limit 2025 2030 9.172121 2.608E+05 -11.775526 11.277146 51.691176 0.000000 0.000000 0.000000 0.219336 -1.784770 1403 1 -3.6794E+00 9.172121 -0.077036 6.100982 11.523062 -99.000000 51.691176 0.000000 0.711862 0.780664 0.262738 3 2.8768E+05 5.343824 6.465994 11.277143 10.212250 -7.856843 49.136726 0.000321 0.261357 0.000868 -0.288E-03lgL_power_phot log_rel_run_E_err -11.9981699625310370 rel_E_err 1.0042227076059038D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 2.1700885324494868E-002 2040 9.179995 2.624E+05 -18.097611 11.364399 51.691176 0.000000 0.000000 0.000000 0.219336 -1.746850 1387 1 -3.7447E+00 9.179995 -0.081986 6.200159 11.594057 -99.000000 51.691176 0.000000 0.717553 0.780664 0.264187 6 2.8768E+05 5.373970 6.466631 11.364396 10.550421 -7.842175 49.136726 0.000231 0.247486 0.001433 -0.326E-03lgL_power_phot log_rel_run_E_err -11.5680471738007089 rel_E_err 2.7036646715318277D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 2.0398492178383163E-002 2050 9.188081 2.639E+05 -11.067184 11.455482 51.691176 0.000000 0.000000 0.000000 0.219336 -1.712170 1361 1 -3.8036E+00 9.188081 -0.086578 6.299617 11.665036 -99.000000 51.691176 0.000000 0.727833 0.780664 0.265386 3 2.8768E+05 5.403121 6.467234 11.455479 10.879346 -7.828679 49.136726 0.000162 0.222761 0.002867 -0.354E-03lgL_power_phot log_rel_run_E_err -11.5196212888548875 rel_E_err -3.0225863110399554D-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 1.9057636168023983E-002 2060 9.196418 2.655E+05 -10.630400 11.551219 51.691176 0.000000 0.000000 0.000000 0.219336 -1.681877 1346 1 -3.8518E+00 9.196418 -0.091656 6.399616 11.736190 -99.000000 51.691176 0.000000 0.744828 0.780664 0.266271 3 2.8768E+05 5.430846 6.467877 11.551216 11.192780 -7.813712 49.136726 0.000110 0.182849 0.006532 -0.400E-03lgL_power_phot log_rel_run_E_err -11.5918917829501122 rel_E_err -2.5592235121291489D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 1.7677927453320964E-002 2070 9.205003 2.673E+05 -9.996147 11.650581 51.691176 0.000000 0.000000 0.000000 0.219336 -1.655300 1334 1 -3.8832E+00 9.205003 -0.096960 6.501221 11.808278 -99.000000 51.691176 0.000000 0.768960 0.780664 0.266927 3 2.8768E+05 5.457422 6.468533 11.650578 11.482037 -7.798094 49.136726 0.000070 0.128584 0.014982 -0.477E-03lgL_power_phot log_rel_run_E_err -12.2616670905547842 rel_E_err -5.4743544000765319D-13 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 1.6247649993341218E-002 2080 9.214145 2.691E+05 -9.625804 11.753539 51.691176 0.000000 0.000000 0.000000 0.219336 -1.626517 1323 1 -3.8136E+00 9.214145 -0.102667 6.610425 11.885516 -99.000000 51.691176 0.000000 0.796741 0.780664 0.267765 3 2.8768E+05 5.485922 6.469236 11.753536 11.745845 -7.781372 49.136726 0.000038 0.070699 0.030792 -0.506E-03 max increase log_rel_run_E_err -11.2152674893533462 rel_E_err 6.0916158869584515D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 1.4683395566003244E-002 2090 9.227309 2.720E+05 -15.562466 11.894168 51.691176 0.000000 0.000000 0.000000 0.219336 -1.571279 1290 1 -3.7875E+00 9.227309 -0.111424 6.774733 12.001108 -99.000000 51.691176 0.000000 0.825118 0.780664 0.270049 6 2.8768E+05 5.532895 6.470306 11.894165 12.047783 -7.755907 49.136726 0.000011 0.019583 0.057019 -0.641E-03 lgRho_cntr log_rel_run_E_err -11.3044918618662269 rel_E_err 4.9603022229298794D-12 Setting energy conservation error to zero until hydro is turned on for the first time check gamma integral 1.2290961780748373E-002 Turning on Riemann hydro! save LOGS/prehydro_prof001.data for model 2099 __________________________________________________________________________________________________________________________________________________ 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 9.239475 2.740E+05 -12.925389 12.029060 51.691176 0.000000 0.000000 0.000000 0.219336 -1.506957 1665 1 -5.4991E+00 9.239475 -0.120212 6.934201 12.112746 -99.000000 51.691176 0.000000 0.836011 0.780664 0.273033 6 2.8768E+05 5.582058 6.465219 12.029056 12.269960 -7.554852 49.152015 0.000002 0.003514 0.071244 -0.287E-01 lgRho_cntr log_rel_run_E_err -11.5645985939950044 rel_E_err 2.7252189865846097D-12 save LOGS/profile7.data for model 2100 save photos/x100 for model 2100 check gamma integral 9.9389369673736992E-003 2110 9.240690 2.732E+05 -6.800977 12.045534 51.691176 0.000000 0.000000 0.000000 0.219336 -1.500779 2539 1 -4.7073E+00 9.240690 -0.114508 6.950796 12.124198 -99.000000 51.691176 0.000000 0.836501 0.780664 0.273294 5 2.8768E+05 5.586864 6.471480 12.045530 12.292120 -7.872762 49.152015 0.000001 0.002854 0.071960 0.916E-03 max increase log_rel_run_E_err -10.5414328982577512 rel_E_err 2.6235527351425862D-12 check gamma integral 9.6954304398279983E-003 2120 9.248292 2.748E+05 -9.926144 12.120069 51.691176 0.000000 0.000000 0.000000 0.219336 -1.457966 2539 1 -3.9155E+00 9.248292 -0.119083 7.046689 12.191104 -99.000000 51.691176 0.000000 0.838258 0.780664 0.275276 5 2.8768E+05 5.618739 6.472761 12.120065 12.390156 -7.864650 49.152015 0.000000 0.000524 0.074672 -0.925E-03 lgRho_cntr log_rel_run_E_err -10.2613911803764566 rel_E_err 2.6027277678833113D-12 check gamma integral 8.2731440132335250E-003 2130 9.261823 2.779E+05 -9.171804 12.257659 51.691176 0.000000 0.000000 0.000000 0.219336 -1.383849 2540 1 -4.1669E+00 9.261823 -0.127974 7.212461 12.306255 -99.000000 51.691176 0.000000 0.838501 0.780664 0.278588 5 2.8768E+05 5.674623 6.474021 12.257655 12.546317 -7.843950 49.152015 0.000000 0.000014 0.075508 -0.125E-02 lgRho_cntr log_rel_run_E_err -10.0901898788878341 rel_E_err 2.6813728320894152D-12 check gamma integral 5.8239305963623785E-003 2140 9.275252 2.808E+05 -7.823593 12.392933 51.691176 0.000000 0.000000 0.000000 0.219336 -1.314291 2543 1 -4.2953E+00 9.275252 -0.136345 7.370949 12.416128 -99.000000 51.691176 0.000000 0.838120 0.780664 0.281609 5 2.8768E+05 5.728431 6.475331 12.392929 12.685970 -7.825383 49.152015 0.000000 0.000011 0.076055 -0.162E-02 lgRho_cntr log_rel_run_E_err -9.9642188607961639 rel_E_err 2.8219006728490940D-12 check gamma integral 3.5082518126156211E-003 2150 9.289058 2.837E+05 -7.074185 12.530079 51.691176 0.000000 0.000000 0.000000 0.219336 -1.246769 2546 1 -4.4192E+00 9.289058 -0.144634 7.528773 12.525548 -99.000000 51.691176 0.000000 0.837170 0.780664 0.284559 5 2.8768E+05 5.782108 6.476702 12.530075 12.822315 -7.807729 49.152015 0.000000 0.000010 0.077399 -0.210E-02 lgRho_cntr log_rel_run_E_err -9.8673289309662433 rel_E_err 2.4118506606765725D-12 save photos/x150 for model 2150 check gamma integral 1.2479613020730080E-003 reached high velocities 0.40558675110816322 stopping in at least 1489.9439626808012 seconds save LOGS/gamma1_prof001.data for model 2156 2160 9.303312 2.866E+05 -4.392474 12.669086 51.691176 0.000000 0.000000 0.000000 0.219336 -1.181879 2549 1 -4.5364E+00 9.303312 -0.152909 7.686575 12.635214 -99.000000 51.691176 0.000000 0.834741 0.780664 0.287640 10 2.8768E+05 5.835536 6.478126 12.669082 12.957487 -7.790782 49.152015 0.000000 0.000010 0.080809 -0.269E-02 lgRho_cntr log_rel_run_E_err -9.1090993415964228 rel_E_err -2.1952942838239908D-10 check gamma integral -9.4691739147624251E-004 retry: check_lgL_power_photo_change hard limit 2162 retry: logRho > hydro_mtx_max_allowed_logRho 920 2162 retry: get_T_tau -- L <= 0 2163 retry: check_lgL_power_photo_change hard limit 2164 retry: check_lgL_power_photo_change hard limit 2165 retry: check_lgL_power_photo_change hard limit 2166 retry: check_lgL_power_photo_change hard limit 2168 2170 9.297883 2.848E+05 -8.344372 12.475895 51.691176 0.000000 0.000000 0.000000 0.219336 -1.195871 2549 8 -6.1892E+00 9.297883 -0.149634 7.616713 12.588795 -99.000000 51.691176 0.000000 0.834541 0.780664 0.287822 3 2.8768E+05 5.819793 6.473886 12.475889 12.728118 -7.781643 49.152015 0.000000 0.000010 0.081090 -0.113E+00lgL_power_phot log_rel_run_E_err -8.8083785680341737 rel_E_err 2.3741696857642519D-12 check gamma integral -2.1198446551730647E-005 retry: check_lgL_power_photo_change hard limit 2172 retry: check_lgL_power_photo_change hard limit 2177 2180 9.307711 2.860E+05 -8.872747 12.785924 51.691176 0.000000 0.000000 0.000000 0.219336 -1.166644 2549 10 -6.6010E+00 9.307711 -0.155448 7.739651 12.670497 -99.000000 51.691176 0.000000 0.834500 0.780664 0.287989 3 2.8768E+05 5.849976 6.469312 12.785921 13.096430 -7.746787 49.152015 0.000000 0.000010 0.081147 -0.231E+00lgL_power_phot log_rel_run_E_err -8.8009079286107816 rel_E_err 2.6619446780001297D-12 check gamma integral -1.6324121633286717E-003 retry: check_lgL_power_photo_change hard limit 2187 2190 9.318784 2.868E+05 -8.880116 13.142645 51.691176 0.000000 0.000000 0.000000 0.219336 -1.133680 2551 11 -6.8668E+00 9.318784 -0.161055 7.874411 12.761281 -99.000000 51.691176 0.000000 0.834445 0.780664 0.288189 3 2.8768E+05 5.884022 6.462734 13.142643 13.501112 -7.706249 49.152015 0.000000 0.000010 0.081225 -0.374E+00lgL_power_phot log_rel_run_E_err -8.7875544472167242 rel_E_err 4.2383708532382937D-12 check gamma integral -3.3464733948225570E-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 9.330738 2.874E+05 -8.575223 13.532551 51.691176 0.000000 0.000000 0.000000 0.219336 -1.098004 2552 11 -6.9830E+00 9.330738 -0.166282 8.015618 12.857819 -99.000000 51.691176 0.000000 0.834353 0.780664 0.288431 3 2.8768E+05 5.920848 6.455863 13.532549 13.923726 -7.667812 49.152015 0.000000 0.000009 0.081354 -0.533E+00lgL_power_phot log_rel_run_E_err -8.7723176010131070 rel_E_err 5.3291859144394121D-12 save LOGS/profile8.data for model 2200 save photos/x200 for model 2200 check gamma integral -5.0673265641276001E-003 2210 9.344205 2.877E+05 -8.503626 13.969678 51.691176 0.000000 0.000000 0.000000 0.219336 -1.057783 2554 11 -7.1318E+00 9.344205 -0.171349 8.170415 12.964871 -99.000000 51.691176 0.000000 0.834160 0.780664 0.288744 3 2.8768E+05 5.962400 6.447727 13.969677 14.377621 -7.627837 49.152015 0.000000 0.000009 0.081623 -0.713E+00lgL_power_phot log_rel_run_E_err -8.7621931321886120 rel_E_err 2.8357363740094477D-12 check gamma integral -6.8381772442856568E-003 2220 9.358136 2.877E+05 -8.194058 14.404578 51.691176 0.000000 0.000000 0.000000 0.219336 -1.016325 2554 11 -7.2702E+00 9.358136 -0.175896 8.326909 13.073865 -99.000000 51.691176 0.000000 0.833738 0.780664 0.289138 3 2.8768E+05 6.005383 6.438457 14.404578 14.812226 -7.588264 49.152015 0.000000 0.000009 0.082212 -0.904E+00lgL_power_phot log_rel_run_E_err -8.7540854180215621 rel_E_err 2.1284392676543762D-12 check gamma integral -8.4797035639724017E-003 2230 9.372350 2.874E+05 -7.918759 14.807125 51.691176 0.000000 0.000000 0.000000 0.219336 -0.974597 2554 11 -7.3766E+00 9.372350 -0.180003 8.484575 13.183437 -99.000000 51.691176 0.000000 0.832753 0.780664 0.289673 3 2.8768E+05 6.049066 6.428483 14.807125 15.200583 -7.550343 49.152015 0.000001 0.000009 0.083589 -0.110E+01lgL_power_phot log_rel_run_E_err -8.7474556757399302 rel_E_err 1.9389947203864380D-12 check gamma integral -9.9579041209576502E-003 2240 9.387446 2.869E+05 -7.406823 15.162608 51.691176 0.000000 0.000000 0.000000 0.219336 -0.931964 2557 11 -7.4397E+00 9.387446 -0.183952 8.652297 13.298081 -99.000000 51.691176 0.000000 0.830152 0.780664 0.290577 3 2.8768E+05 6.094810 6.417764 15.162608 15.528265 -7.513280 49.152015 0.000001 0.000010 0.087226 -0.132E+01lgL_power_phot log_rel_run_E_err -8.7376524661019044 rel_E_err 3.7258163803744250D-12 check gamma integral -1.1316882248153951E-002 2250 9.404748 2.863E+05 -6.389234 15.472726 51.691176 0.000000 0.000000 0.000000 0.219336 -0.888711 2544 11 -7.4682E+00 9.404748 -0.188109 8.847434 13.426679 -99.000000 51.691176 0.000000 0.821714 0.780664 0.292778 3 2.8768E+05 6.144845 6.405608 15.472726 15.787133 -7.474678 49.152015 0.000003 0.000011 0.098989 -0.158E+01 lgRho_cntr log_rel_run_E_err -8.7196699849160062 rel_E_err 1.3355399762264723D-12 save photos/x250 for model 2250 check gamma integral -1.2608449789425241E-002 2260 9.427252 2.854E+05 -8.367421 15.782158 51.691176 0.000000 0.000000 0.000000 0.219336 -0.857972 2535 11 -7.4252E+00 9.427252 -0.193088 9.105652 13.586418 -99.000000 51.691176 0.000000 0.782538 0.780664 0.302005 4 2.8768E+05 6.198385 6.390189 15.782158 15.990781 -7.429799 49.152015 0.000006 0.000014 0.151830 -0.193E+01 lgRho_cntr log_rel_run_E_err -8.6885672929003821 rel_E_err 3.7357677582058937D-12 check gamma integral -1.3861496891186787E-002 2270 9.450163 2.844E+05 -9.155236 16.052116 51.691176 0.000000 0.000000 0.000000 0.219336 -0.889702 2525 11 -7.7742E+00 9.450163 -0.197960 9.378184 13.739668 -99.000000 51.691176 0.000000 0.647491 0.780664 0.337588 4 2.8768E+05 6.222441 6.374346 16.052116 16.144191 -7.387503 49.152015 0.000014 0.000036 0.268034 -0.231E+01 XO_cntr log_rel_run_E_err -8.6494917494146026 rel_E_err 4.1193358490017955D-12 check gamma integral -1.4720650152142644E-002 2280 9.459765 2.839E+05 -5.491921 16.157729 51.691176 0.000000 0.000000 0.000000 0.219336 -0.923074 2519 11 -7.9526E+00 9.459765 -0.200228 9.508470 13.806439 -99.000000 51.691176 0.000000 0.538258 0.780664 0.372316 3 2.8768E+05 6.221593 6.366747 16.157729 16.258227 -7.368380 49.152015 0.000020 0.000049 0.292843 -0.251E+01 XO_cntr log_rel_run_E_err -8.6207599476082493 rel_E_err 3.0851545916542572D-12 check gamma integral -1.5002505329986060E-002 2290 9.466615 2.834E+05 -5.768282 16.229028 51.691176 0.000000 0.000000 0.000000 0.219336 -0.953243 2515 11 -8.0023E+00 9.466615 -0.202129 9.617628 13.858378 -99.000000 51.691176 0.000000 0.435972 0.780664 0.409733 3 2.8768E+05 6.216897 6.360263 16.229028 16.397216 -7.352608 49.152015 0.000025 0.000051 0.322579 -0.267E+01 XO_cntr log_rel_run_E_err -8.5958246109562104 rel_E_err 1.2059360712604164D-12 check gamma integral -1.5193019518109844E-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 9.473048 2.829E+05 -9.231290 16.289484 51.691176 0.000000 0.000000 0.000000 0.219336 -0.983764 2511 11 -7.8260E+00 9.473048 -0.204419 9.746644 13.914328 -99.000000 51.691176 0.000001 0.322319 0.780664 0.457937 4 2.8768E+05 6.210423 6.352315 16.289484 16.586958 -7.333921 49.152015 0.000031 0.000046 0.360278 -0.289E+01 dX_nuc o16 log_rel_run_E_err -8.5455387293362328 rel_E_err 4.8232463589183600D-12 save LOGS/profile9.data for model 2300 save photos/x300 for model 2300 check gamma integral -1.5379545327600162E-002 2310 9.478112 2.822E+05 -5.415151 16.324600 51.691176 0.000000 0.000000 0.000000 0.219336 -1.007192 2508 11 -7.9263E+00 9.478112 -0.207006 9.885170 13.967198 -99.000000 51.691176 0.000001 0.223573 0.780664 0.506896 3 2.8768E+05 6.204912 6.343162 16.324600 16.783520 -7.313219 49.152015 0.000036 0.000037 0.393294 -0.314E+01 dX_nuc o16 log_rel_run_E_err -8.4705710981331919 rel_E_err -4.6684554280226922D-11 check gamma integral -1.5547356121020700E-002 2320 9.481896 2.814E+05 -5.271803 16.324305 51.691176 0.000000 0.000000 0.000000 0.219336 -1.024856 2506 11 -7.8312E+00 9.481896 -0.210311 10.041876 14.017047 -99.000000 51.691176 0.000002 0.142512 0.780664 0.553497 3 2.8768E+05 6.200237 6.331176 16.324305 16.966253 -7.289320 49.152015 0.000038 0.000026 0.419157 -0.346E+01 dX_nuc o16 log_rel_run_E_err -8.3732472677465566 rel_E_err -1.2928947789097043D-10 check gamma integral -1.5719424354253178E-002 2330 9.483113 2.801E+05 -8.641909 16.251548 51.691176 0.000000 0.000000 0.000000 0.219336 -1.040781 2510 11 -7.7140E+00 9.483113 -0.214777 10.193378 14.051340 -99.000000 51.691176 0.000002 0.085729 0.780664 0.590769 4 2.8768E+05 6.192747 6.314571 16.251547 17.068338 -7.255295 49.152015 0.000036 0.000017 0.434347 -0.395E+01 dX_nuc o16 log_rel_run_E_err -8.2878164929135938 rel_E_err 7.2982076404787870D-12 check gamma integral -1.5932259793957359E-002 2340 9.473988 2.775E+05 -12.204153 15.873935 51.691176 0.000000 0.000000 0.000000 0.219336 -1.083529 2513 11 -7.4123E+00 9.473988 -0.223434 10.234131 14.012649 -99.000000 51.691176 0.000001 0.050924 0.780664 0.615339 5 2.8768E+05 6.156047 6.281175 15.873934 16.798071 -7.192816 49.152015 0.000026 0.000009 0.439367 -0.502E+01 lgRho_cntr log_rel_run_E_err -8.1932799863397481 rel_E_err 9.2574768297011409D-12 check gamma integral -1.6461060641989007E-002 2350 9.456073 2.752E+05 -12.889916 15.318668 51.691176 0.000000 0.000000 0.000000 0.219336 -1.147002 2546 11 -7.7725E+00 9.456073 -0.230833 10.065933 13.892483 -99.000000 51.691176 0.000000 0.045424 0.780664 0.617337 5 2.8768E+05 6.096332 6.251663 15.318666 16.156761 -7.143071 49.152015 0.000017 0.000005 0.438392 -0.605E+01 lgRho_cntr log_rel_run_E_err -8.1605068187394476 rel_E_err 2.9479826666876714D-11 save photos/x350 for model 2350 check gamma integral -1.6944666904639225E-002 2360 9.439725 2.736E+05 -13.452665 14.845394 51.691176 0.000000 0.000000 0.000000 0.219336 -1.204590 2559 11 -7.9096E+00 9.439725 -0.235842 9.885702 13.777037 -99.000000 51.691176 0.000000 0.044700 0.780664 0.615720 7 2.8768E+05 6.042545 6.231357 14.845389 15.545817 -7.111185 49.152015 0.000011 0.000004 0.437396 -0.681E+01 lgRho_cntr log_rel_run_E_err -8.1468472725513212 rel_E_err 9.9176713503085445D-12 check gamma integral -1.7107774779039828E-002 retry: logRho > hydro_mtx_max_allowed_logRho 1564 2365 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1291 2367 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1279 2369 retry: logT < hydro_mtx_min_allowed_logT 1277 2370 2370 9.429640 2.727E+05 -14.584473 14.564190 51.691176 0.000000 0.000000 0.000000 0.219336 -1.240510 2566 15 -8.7637E+00 9.429640 -0.238585 9.772057 13.704554 -99.000000 51.691176 0.000000 0.044584 0.780664 0.614438 6 2.8768E+05 6.009364 6.220145 14.564183 15.160314 -7.094267 49.152015 0.000009 0.000003 0.436974 -0.725E+01 retry log_rel_run_E_err -8.1404757016606091 rel_E_err 8.8566709454452073D-12 check gamma integral -1.7078727964487440E-002 retry: logT > hydro_mtx_max_allowed_logT 1267 2373 retry: logT > hydro_mtx_max_allowed_logT 1256 2375 retry: logT > hydro_mtx_max_allowed_logT 1272 2378 2380 9.427400 2.725E+05 -14.263375 14.502769 51.691176 0.000000 0.000000 0.000000 0.219336 -1.248526 2566 18 -8.8749E+00 9.427400 -0.239173 9.746729 13.688339 -99.000000 51.691176 0.000000 0.044570 0.780664 0.614145 6 2.8768E+05 6.001995 6.217734 14.502762 15.073890 -7.090689 49.152015 0.000009 0.000003 0.436901 -0.734E+01 max increase log_rel_run_E_err -8.1349918904419649 rel_E_err 9.1413912776041209D-12 check gamma integral -1.7058308386161437E-002 retry: logT < hydro_mtx_min_allowed_logT 1248 2382 write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/lowT_fa05_gs98_z0.1_x0.0.bin retry: adjust_correction failed in eval_equations -- give up in solver 2386 2390 9.425254 2.723E+05 -14.577647 14.444275 51.691176 0.000000 0.000000 0.000000 0.219336 -1.256221 2566 20 -8.6852E+00 9.425254 -0.239730 9.722442 13.672766 -99.000000 51.691176 0.000000 0.044558 0.780664 0.613861 10 2.8768E+05 5.994934 6.215452 14.444267 14.990841 -7.087318 49.152015 0.000008 0.000003 0.436839 -0.744E+01 max increase log_rel_run_E_err -8.1296589983744401 rel_E_err 8.8035931580834120D-12 check gamma integral -1.7033852244861696E-002 retry: logT < hydro_mtx_min_allowed_logT 1254 2391 write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/lowT_fa05_gs98_z0.1_x0.1.bin retry: logT > hydro_mtx_max_allowed_logT 1216 2394 retry: logT < hydro_mtx_min_allowed_logT 1228 2396 retry: logT > hydro_mtx_max_allowed_logT 1215 2400 __________________________________________________________________________________________________________________________________________________ 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 9.423434 2.722E+05 -13.860944 14.394924 51.691176 0.000000 0.000000 0.000000 0.219336 -1.262759 2566 24 -9.0975E+00 9.423434 -0.240197 9.701829 13.659526 -99.000000 51.691176 0.000000 0.044550 0.780664 0.613618 6 2.8768E+05 5.988945 6.213534 14.394915 14.920212 -7.084500 49.152015 0.000008 0.000003 0.436791 -0.751E+01 retry log_rel_run_E_err -8.1243100685624743 rel_E_err 8.6798261592625948D-12 save LOGS/profile10.data for model 2400 save photos/x400 for model 2400 check gamma integral -1.7009316011374450E-002 retry: logT < hydro_mtx_min_allowed_logT 1216 2402 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1254 2407 retry: logT > hydro_mtx_max_allowed_logT 1200 2409 2410 9.422192 2.720E+05 -13.610173 14.361376 51.691176 0.000000 0.000000 0.000000 0.219336 -1.267228 2566 27 -9.2088E+00 9.422192 -0.240514 9.687753 13.650474 -99.000000 51.691176 0.000000 0.044545 0.780664 0.613452 6 2.8768E+05 5.984856 6.212234 14.361367 14.871906 -7.082596 49.152015 0.000008 0.000003 0.436761 -0.757E+01 max increase log_rel_run_E_err -8.1192007831500170 rel_E_err 8.9613192032173379D-12 check gamma integral -1.6990551225000879E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1195 2413 retry: logT < hydro_mtx_min_allowed_logT 1246 2417 2420 9.421012 2.719E+05 -14.329683 14.329602 51.691176 0.000000 0.000000 0.000000 0.219336 -1.271479 2566 29 -9.0190E+00 9.421012 -0.240813 9.674375 13.641861 -99.000000 51.691176 0.000000 0.044541 0.780664 0.613293 6 2.8768E+05 5.980970 6.211006 14.329592 14.825935 -7.080802 49.152015 0.000008 0.000003 0.436734 -0.762E+01 max increase log_rel_run_E_err -8.1141923965167493 rel_E_err 8.7676118253992563D-12 check gamma integral -1.6971194419973624E-002 retry: logT > hydro_mtx_max_allowed_logT 1184 2421 retry: logT < hydro_mtx_min_allowed_logT 1314 2427 retry: logT < hydro_mtx_min_allowed_logT 1172 2429 2430 9.419584 2.718E+05 -14.362414 14.291272 51.691176 0.000000 0.000000 0.000000 0.219336 -1.276631 2566 32 -9.1303E+00 9.419584 -0.241173 9.658177 13.631419 -99.000000 51.691176 0.000000 0.044537 0.780664 0.613100 6 2.8768E+05 5.976266 6.209528 14.291262 14.770194 -7.078649 49.152015 0.000007 0.000003 0.436705 -0.768E+01 max increase log_rel_run_E_err -8.1091380975803382 rel_E_err 8.9132187483294990D-12 check gamma integral -1.6945758029197556E-002 retry: logT > hydro_mtx_max_allowed_logT 1166 2432 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1160 2435 retry: logT < hydro_mtx_min_allowed_logT 1155 2439 2440 9.418559 2.717E+05 -14.747176 14.263866 51.691176 0.000000 0.000000 0.000000 0.219336 -1.280331 2566 35 -9.2416E+00 9.418559 -0.241429 9.646555 13.623918 -99.000000 51.691176 0.000000 0.044534 0.780664 0.612961 6 2.8768E+05 5.972891 6.208472 14.263856 14.730148 -7.077117 49.152015 0.000007 0.000002 0.436685 -0.772E+01 max increase log_rel_run_E_err -8.1042352680661214 rel_E_err 8.5044817522125178D-12 check gamma integral -1.6926152587625067E-002 retry: logT > hydro_mtx_max_allowed_logT 1148 2444 retry: logT < hydro_mtx_min_allowed_logT 1145 2447 2450 9.417351 2.716E+05 -14.497587 14.231653 51.691176 0.000000 0.000000 0.000000 0.219336 -1.284698 2566 37 -9.0518E+00 9.417351 -0.241731 9.632851 13.615064 -99.000000 51.691176 0.000000 0.044531 0.780664 0.612797 8 2.8768E+05 5.968912 6.207233 14.231642 14.682873 -7.075323 49.152015 0.000007 0.000002 0.436663 -0.777E+01 max increase log_rel_run_E_err -8.0994244911147266 rel_E_err 8.4110954583346530D-12 save photos/x450 for model 2450 check gamma integral -1.6901571207484156E-002 retry: logT > hydro_mtx_max_allowed_logT 1244 2451 retry: logT < hydro_mtx_min_allowed_logT 1139 2453 retry: logT > hydro_mtx_max_allowed_logT 1133 2457 2460 9.416471 2.716E+05 -15.248425 14.208261 51.691176 0.000000 0.000000 0.000000 0.219336 -1.287881 2566 40 -9.1631E+00 9.416471 -0.241949 9.622872 13.608609 -99.000000 51.691176 0.000000 0.044529 0.780664 0.612677 7 2.8768E+05 5.966014 6.206335 14.208249 14.648407 -7.074024 49.152015 0.000007 0.000002 0.436648 -0.781E+01 max increase log_rel_run_E_err -8.0946359504435748 rel_E_err 8.7137110397413220D-12 check gamma integral -1.6882669808124709E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1126 2461 retry: logT < hydro_mtx_min_allowed_logT 1198 2466 retry: logT < hydro_mtx_min_allowed_logT 1226 2470 2470 9.415421 2.715E+05 -15.214988 14.180424 51.691176 0.000000 0.000000 0.000000 0.219336 -1.291681 2566 43 -9.2744E+00 9.415421 -0.242209 9.610965 13.600901 -99.000000 51.691176 0.000000 0.044527 0.780664 0.612533 6 2.8768E+05 5.962556 6.205267 14.180412 14.607240 -7.072484 49.152015 0.000007 0.000002 0.436631 -0.785E+01 retry log_rel_run_E_err -8.0899899768699797 rel_E_err 8.8816973965766178D-12 check gamma integral -1.6859007581024672E-002 retry: logT < hydro_mtx_min_allowed_logT 1124 2474 retry: logT > hydro_mtx_max_allowed_logT 1106 2477 retry: logT < hydro_mtx_min_allowed_logT 1103 2480 2480 9.414343 2.714E+05 -14.731125 14.151901 51.691176 0.000000 0.000000 0.000000 0.219336 -1.295590 2566 46 -9.3856E+00 9.414343 -0.242475 9.598730 13.592970 -99.000000 51.691176 0.000000 0.044525 0.780664 0.612386 6 2.8768E+05 5.959003 6.204173 14.151889 14.564891 -7.070912 49.152015 0.000007 0.000002 0.436615 -0.790E+01 retry log_rel_run_E_err -8.0853645871423012 rel_E_err 8.8334556006228667D-12 check gamma integral -1.6833428406865157E-002 retry: logT < hydro_mtx_min_allowed_logT 1120 2483 retry: logT < hydro_mtx_min_allowed_logT 1138 2487 retry: logT < hydro_mtx_min_allowed_logT 1108 2490 2490 9.413562 2.713E+05 -15.177898 14.131304 51.691176 0.000000 0.000000 0.000000 0.219336 -1.298422 2566 49 -9.4969E+00 9.413562 -0.242667 9.589872 13.587224 -99.000000 51.691176 0.000000 0.044524 0.780664 0.612279 6 2.8768E+05 5.956430 6.203384 14.131291 14.534202 -7.069779 49.152015 0.000007 0.000002 0.436604 -0.793E+01 retry log_rel_run_E_err -8.0807556764051398 rel_E_err 8.4663435766226546D-12 Layers above q= 0.99999905625000052 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8315.8164062500000 max vel inside fraction of cutoff 1564.9628925349241 max c/cs inside fraction of cutoff 0.54776156370446305 average v/vesc outside cutoff -3.9246449909760568E-002 Kinetic plus potential energy outside cutoff -2.1902900451831005E+045 mass inside cutoff 1116 51.691126993658365 relax counter 0 log max v [km/s]= 3.9297154802397460 check gamma integral -1.6814108637460880E-002 retry: logT > hydro_mtx_max_allowed_logT 1086 2495 retry: logT > hydro_mtx_max_allowed_logT 1082 2498 __________________________________________________________________________________________________________________________________________________ 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 9.412762 2.713E+05 -14.846944 14.110253 51.691176 0.000000 0.000000 0.000000 0.219336 -1.301324 2566 51 -9.3072E+00 9.412762 -0.242862 9.580800 13.581333 -99.000000 51.691176 0.000000 0.044522 0.780664 0.612169 7 2.8768E+05 5.953795 6.202578 14.110240 14.502745 -7.068624 49.152015 0.000007 0.000002 0.436594 -0.796E+01 max increase log_rel_run_E_err -8.0761789197673775 rel_E_err 8.7818306072164088D-12 save LOGS/profile11.data for model 2500 save photos/x500 for model 2500 k, q, energy_removed_layers before adjustment is 1131 0.99999883873952444 2.2608702963130150E+046 k, q, energy_removed_layers after adjustment is 1345 0.99998490611919744 2.1698625042910857E+047 Layers above q= 0.99998490611919744 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8315.9667968750000 max vel inside fraction of cutoff 1575.7464178561927 max c/cs inside fraction of cutoff 0.55220545983436620 average v/vesc outside cutoff 0.73954602685110615 Kinetic plus potential energy outside cutoff 2.1698625042910857E+047 mass inside cutoff 1345 51.690395556759761 relax counter 0 log max v [km/s]= 3.9444330006935471 check gamma integral -1.6793620100151781E-002 retry: logT < hydro_mtx_min_allowed_logT 1080 2501 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1114 2505 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1154 2509 2510 9.412095 2.712E+05 -14.385582 14.092726 51.691176 0.000000 0.000000 0.000000 0.219336 -1.303747 2566 54 -9.4184E+00 9.412095 -0.243025 9.573232 13.576415 -99.000000 51.691176 0.000000 0.044521 0.780664 0.612077 6 2.8768E+05 5.951597 6.201908 14.092713 14.476483 -7.067665 49.152015 0.000006 0.000002 0.436585 -0.799E+01 max increase log_rel_run_E_err -8.0716685826276198 rel_E_err 8.6616602521255224D-12 k, q, energy_removed_layers before adjustment is 1146 0.99999863491365082 4.2917698004520898E+046 k, q, energy_removed_layers after adjustment is 1346 0.99998467496131938 2.2908115798633140E+047 Layers above q= 0.99998467496131938 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8316.0917968750000 max vel inside fraction of cutoff 1584.6687924214978 max c/cs inside fraction of cutoff 0.55589422846642211 average v/vesc outside cutoff 0.75288688528120595 Kinetic plus potential energy outside cutoff 2.2908115798633140E+047 mass inside cutoff 1346 51.690383607937250 relax counter 0 log max v [km/s]= 3.9603569510837713 check gamma integral -1.6775984064053694E-002 retry: logT < hydro_mtx_min_allowed_logT 1066 2514 retry: logT > hydro_mtx_max_allowed_logT 1059 2517 2520 9.411253 2.711E+05 -14.737803 14.070633 51.691176 0.000000 0.000000 0.000000 0.219336 -1.306810 2566 56 -9.2287E+00 9.411253 -0.243231 9.563672 13.570198 -99.000000 51.691176 0.000000 0.044520 0.780664 0.611961 6 2.8768E+05 5.948820 6.201063 14.070619 14.443288 -7.066458 49.152015 0.000006 0.000002 0.436575 -0.802E+01 max increase log_rel_run_E_err -8.0673066485885787 rel_E_err 8.7871518657190263D-12 k, q, energy_removed_layers before adjustment is 1158 0.99999836982730106 6.7430819535297702E+046 k, q, energy_removed_layers after adjustment is 1346 0.99998467496131938 2.4386704875945065E+047 Layers above q= 0.99998467496131938 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8316.2500000000000 max vel inside fraction of cutoff 1595.8424090754679 max c/cs inside fraction of cutoff 0.56052917278012659 average v/vesc outside cutoff 0.77304080265989983 Kinetic plus potential energy outside cutoff 2.4386704875945065E+047 mass inside cutoff 1346 51.690383607937250 relax counter 0 log max v [km/s]= 3.9735917197522630 check gamma integral -1.6752995984289067E-002 retry: logT < hydro_mtx_min_allowed_logT 1074 2522 retry: logT < hydro_mtx_min_allowed_logT 1054 2525 retry: logT < hydro_mtx_min_allowed_logT 1054 2528 2530 9.410439 2.711E+05 -15.431975 14.049320 51.691176 0.000000 0.000000 0.000000 0.219336 -1.309772 2566 59 -9.3400E+00 9.410439 -0.243428 9.554431 13.564182 -99.000000 51.691176 0.000000 0.044519 0.780664 0.611848 6 2.8768E+05 5.946135 6.200248 14.049306 14.411169 -7.065296 49.152015 0.000006 0.000002 0.436566 -0.806E+01 max increase log_rel_run_E_err -8.0629388769073298 rel_E_err 8.5390948044981610D-12 k, q, energy_removed_layers before adjustment is 1173 0.99999812176816594 8.8373650254715599E+046 k, q, energy_removed_layers after adjustment is 1347 0.99998448915842775 2.5769667848068449E+047 Layers above q= 0.99998448915842775 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8316.3984375000000 max vel inside fraction of cutoff 1606.5464430598811 max c/cs inside fraction of cutoff 0.56498546895299628 average v/vesc outside cutoff 0.79053956151077021 Kinetic plus potential energy outside cutoff 2.5769667848068449E+047 mass inside cutoff 1347 51.690374003567321 relax counter 0 log max v [km/s]= 3.9854819166067155 check gamma integral -1.6730016700795151E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1044 2532 retry: logT > hydro_mtx_max_allowed_logT 1042 2535 retry: logT < hydro_mtx_min_allowed_logT 1040 2538 2540 9.409805 2.710E+05 -15.073442 14.032774 51.691176 0.000000 0.000000 0.000000 0.219336 -1.312078 2566 62 -9.4512E+00 9.409805 -0.243582 9.547243 13.559500 -99.000000 51.691176 0.000000 0.044518 0.780664 0.611761 7 2.8768E+05 5.944047 6.199615 14.032760 14.386170 -7.064396 49.152015 0.000006 0.000002 0.436559 -0.808E+01 max increase log_rel_run_E_err -8.0586440728708038 rel_E_err 8.4792299597073740D-12 k, q, energy_removed_layers before adjustment is 1179 0.99999793929516889 1.0453291641554815E+047 k, q, energy_removed_layers after adjustment is 1348 0.99998430132004579 2.6813582760767485E+047 Layers above q= 0.99998430132004579 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8316.5175781250000 max vel inside fraction of cutoff 1614.8072824992805 max c/cs inside fraction of cutoff 0.56843542690210891 average v/vesc outside cutoff 0.80321762565128296 Kinetic plus potential energy outside cutoff 2.6813582760767485E+047 mass inside cutoff 1348 51.690364293980501 relax counter 0 log max v [km/s]= 3.9976371150245131 check gamma integral -1.6711628190178521E-002 retry: logT < hydro_mtx_min_allowed_logT 1034 2542 retry: logT > hydro_mtx_max_allowed_logT 1035 2548 retry: logT < hydro_mtx_min_allowed_logT 1025 2550 2550 9.409101 2.710E+05 -14.599898 14.014427 51.691176 0.000000 0.000000 0.000000 0.219336 -1.314641 2566 65 -9.5625E+00 9.409101 -0.243752 9.539259 13.554294 -99.000000 51.691176 0.000000 0.044518 0.780664 0.611663 6 2.8768E+05 5.941727 6.198914 14.014413 14.358384 -7.063399 49.152015 0.000006 0.000002 0.436552 -0.811E+01 retry log_rel_run_E_err -8.0544001198299604 rel_E_err 8.2841237454761688D-12 save photos/x550 for model 2550 k, q, energy_removed_layers before adjustment is 1185 0.99999774088919335 1.2116188177896754E+047 k, q, energy_removed_layers after adjustment is 1348 0.99998430132004579 2.7943295094399526E+047 Layers above q= 0.99998430132004579 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8316.6445312500000 max vel inside fraction of cutoff 1623.9168445505813 max c/cs inside fraction of cutoff 0.57225095887427657 average v/vesc outside cutoff 0.81825901839226145 Kinetic plus potential energy outside cutoff 2.7943295094399526E+047 mass inside cutoff 1348 51.690364293980501 relax counter 0 log max v [km/s]= 4.0238221840857991 check gamma integral -1.6690671668101412E-002 retry: logT > hydro_mtx_max_allowed_logT 1022 2553 retry: logT < hydro_mtx_min_allowed_logT 1024 2556 retry: logT < hydro_mtx_min_allowed_logT 1102 2560 2560 9.408599 2.709E+05 -14.807655 14.001336 51.691176 0.000000 0.000000 0.000000 0.219336 -1.316473 2566 68 -9.6738E+00 9.408599 -0.243874 9.533552 13.550572 -99.000000 51.691176 0.000000 0.044517 0.780664 0.611594 5 2.8768E+05 5.940069 6.198414 14.001321 14.338514 -7.062689 49.152015 0.000006 0.000002 0.436547 -0.813E+01 retry log_rel_run_E_err -8.0501690851812224 rel_E_err 8.6346784675623995D-12 k, q, energy_removed_layers before adjustment is 1190 0.99999759238164698 1.3251288289488435E+047 k, q, energy_removed_layers after adjustment is 1349 0.99998411137893461 2.8732830463851664E+047 Layers above q= 0.99998411137893461 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8316.7363281250000 max vel inside fraction of cutoff 1630.3860774214259 max c/cs inside fraction of cutoff 0.57496761982770284 average v/vesc outside cutoff 0.82720470380852007 Kinetic plus potential energy outside cutoff 2.8732830463851664E+047 mass inside cutoff 1349 51.690354475701128 relax counter 0 log max v [km/s]= 4.0267022557405516 check gamma integral -1.6675350358763739E-002 retry: logT < hydro_mtx_min_allowed_logT 1021 2564 retry: logT > hydro_mtx_max_allowed_logT 1006 2569 2570 9.408047 2.709E+05 -14.994096 13.986997 51.691176 0.000000 0.000000 0.000000 0.219336 -1.318484 2566 70 -9.4841E+00 9.408047 -0.244007 9.527293 13.546486 -99.000000 51.691176 0.000000 0.044516 0.780664 0.611517 6 2.8768E+05 5.938250 6.197866 13.986982 14.316709 -7.061912 49.152015 0.000006 0.000002 0.436541 -0.816E+01 max increase log_rel_run_E_err -8.0459651421167386 rel_E_err 8.4687446032752571D-12 k, q, energy_removed_layers before adjustment is 1196 0.99999744202507668 1.4429398166056144E+047 k, q, energy_removed_layers after adjustment is 1350 0.99998391939875519 2.9581399880366275E+047 Layers above q= 0.99998391939875519 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8316.8339843750000 max vel inside fraction of cutoff 1637.4420250869682 max c/cs inside fraction of cutoff 0.57793745126467100 average v/vesc outside cutoff 0.83642239226848880 Kinetic plus potential energy outside cutoff 2.9581399880366275E+047 mass inside cutoff 1350 51.690344552019930 relax counter 0 log max v [km/s]= 4.0423633431940269 check gamma integral -1.6658217432255255E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1006 2572 retry: logT < hydro_mtx_min_allowed_logT 1004 2575 retry: logT > hydro_mtx_max_allowed_logT 996 2579 2580 9.407554 2.709E+05 -15.118510 13.974208 51.691176 0.000000 0.000000 0.000000 0.219336 -1.320281 2566 73 -9.5953E+00 9.407554 -0.244125 9.521704 13.542835 -99.000000 51.691176 0.000000 0.044516 0.780664 0.611449 6 2.8768E+05 5.936626 6.197378 13.974193 14.297228 -7.061220 49.152015 0.000006 0.000002 0.436537 -0.818E+01 max increase log_rel_run_E_err -8.0418647590125101 rel_E_err 8.7640084720564086D-12 k, q, energy_removed_layers before adjustment is 1202 0.99999729420841266 1.5498215848547494E+047 k, q, energy_removed_layers after adjustment is 1353 0.99998335559943297 3.0328332061737350E+047 Layers above q= 0.99998335559943297 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8316.9218750000000 max vel inside fraction of cutoff 1643.7088728337624 max c/cs inside fraction of cutoff 0.58058108759051086 average v/vesc outside cutoff 0.84129309350520687 Kinetic plus potential energy outside cutoff 3.0328332061737350E+047 mass inside cutoff 1353 51.690315408570065 relax counter 0 log max v [km/s]= 4.0481861954708567 check gamma integral -1.6642624151422359E-002 retry: logT < hydro_mtx_min_allowed_logT 992 2583 retry: logT < hydro_mtx_min_allowed_logT 1026 2586 2590 9.407109 2.708E+05 -15.032266 13.962655 51.691176 0.000000 0.000000 0.000000 0.219336 -1.321907 2566 75 -9.5639E+00 9.407109 -0.244232 9.516648 13.539532 -99.000000 51.691176 0.000000 0.044516 0.780664 0.611387 6 2.8768E+05 5.935156 6.196937 13.962640 14.279600 -7.060596 49.152015 0.000006 0.000002 0.436533 -0.820E+01 max increase log_rel_run_E_err -8.0378019816802286 rel_E_err 8.4132750742241913D-12 k, q, energy_removed_layers before adjustment is 1207 0.99999715662932642 1.6425164184058942E+047 k, q, energy_removed_layers after adjustment is 1353 0.99998335559943297 3.0995589641347801E+047 Layers above q= 0.99998335559943297 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8317.0019531250000 max vel inside fraction of cutoff 1649.3494553196167 max c/cs inside fraction of cutoff 0.58296533735670775 average v/vesc outside cutoff 0.84975282211304592 Kinetic plus potential energy outside cutoff 3.0995589641347801E+047 mass inside cutoff 1353 51.690315408570065 relax counter 0 log max v [km/s]= 4.0571338636098817 check gamma integral -1.6628282145458154E-002 retry: logT < hydro_mtx_min_allowed_logT 1038 2593 retry: logT < hydro_mtx_min_allowed_logT 1028 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 9.406538 2.708E+05 -14.945812 13.947873 51.691176 0.000000 0.000000 0.000000 0.219336 -1.323991 2577 77 -9.5325E+00 9.406538 -0.244369 9.510171 13.535297 -99.000000 51.691176 0.000000 0.044515 0.780664 0.611308 5 2.8768E+05 5.933274 6.196373 13.947858 14.257006 -7.059798 49.152015 0.000006 0.000002 0.436528 -0.822E+01 retry log_rel_run_E_err -8.0337901645364891 rel_E_err 8.4390924050361404D-12 save LOGS/profile12.data for model 2600 save photos/x600 for model 2600 k, q, energy_removed_layers before adjustment is 1222 0.99999701600654300 1.7572181873346933E+047 k, q, energy_removed_layers after adjustment is 1367 0.99998286392502644 3.1837820964065965E+047 Layers above q= 0.99998286392502644 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8317.1054687500000 max vel inside fraction of cutoff 1656.5370791920304 max c/cs inside fraction of cutoff 0.58601020770211343 average v/vesc outside cutoff 0.85413290531069264 Kinetic plus potential energy outside cutoff 3.1837820964065965E+047 mass inside cutoff 1367 51.690289993341892 relax counter 0 log max v [km/s]= 4.0752198101306858 check gamma integral -1.6609578877310353E-002 retry: logT < hydro_mtx_min_allowed_logT 984 2605 retry: logT < hydro_mtx_min_allowed_logT 984 2607 2610 9.406026 2.707E+05 -15.608487 13.934623 51.691176 0.000000 0.000000 0.000000 0.219336 -1.325862 2577 79 -9.5012E+00 9.406026 -0.244492 9.504357 13.531493 -99.000000 51.691176 0.000000 0.044515 0.780664 0.611237 7 2.8768E+05 5.931584 6.195866 13.934607 14.236714 -7.059083 49.152015 0.000006 0.000002 0.436524 -0.824E+01 max increase log_rel_run_E_err -8.0298057093664212 rel_E_err 8.2302559153635173D-12 k, q, energy_removed_layers before adjustment is 1227 0.99999686394294895 1.8518356172652083E+047 k, q, energy_removed_layers after adjustment is 1370 0.99998226341197527 3.2594290381340199E+047 Layers above q= 0.99998226341197527 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8317.1992187500000 max vel inside fraction of cutoff 1662.9532945771036 max c/cs inside fraction of cutoff 0.58873458562119896 average v/vesc outside cutoff 0.86355573257277307 Kinetic plus potential energy outside cutoff 3.2594290381340199E+047 mass inside cutoff 1370 51.690258952116210 relax counter 0 log max v [km/s]= 4.0771107364050403 check gamma integral -1.6592472827183166E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1060 2611 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 976 2614 retry: logT < hydro_mtx_min_allowed_logT 971 2619 2620 9.405608 2.707E+05 -14.475363 13.923848 51.691176 0.000000 0.000000 0.000000 0.219336 -1.327386 2577 82 -9.6124E+00 9.405608 -0.244592 9.499624 13.528395 -99.000000 51.691176 0.000000 0.044514 0.780664 0.611178 6 2.8768E+05 5.930208 6.195453 13.923832 14.220189 -7.058503 49.152015 0.000006 0.000002 0.436520 -0.826E+01 max increase log_rel_run_E_err -8.0258518276117758 rel_E_err 8.4380145301273102D-12 k, q, energy_removed_layers before adjustment is 1231 0.99999674617340806 1.9329979729534194E+047 k, q, energy_removed_layers after adjustment is 1370 0.99998226341197527 3.3195442850514483E+047 Layers above q= 0.99998226341197527 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8317.2734375000000 max vel inside fraction of cutoff 1668.1520888455505 max c/cs inside fraction of cutoff 0.59094640327820891 average v/vesc outside cutoff 0.87079961507713233 Kinetic plus potential energy outside cutoff 3.3195442850514483E+047 mass inside cutoff 1370 51.690258952116210 relax counter 0 log max v [km/s]= 4.0948814834730909 check gamma integral -1.6578323681548914E-002 retry: logT < hydro_mtx_min_allowed_logT 968 2622 retry: logT < hydro_mtx_min_allowed_logT 972 2625 retry: logT < hydro_mtx_min_allowed_logT 961 2629 2630 9.405236 2.707E+05 -15.030460 13.914245 51.691176 0.000000 0.000000 0.000000 0.219336 -1.328746 2577 85 -9.7237E+00 9.405236 -0.244681 9.495401 13.525629 -99.000000 51.691176 0.000000 0.044514 0.780664 0.611127 6 2.8768E+05 5.928980 6.195085 13.914229 14.205440 -7.057985 49.152015 0.000006 0.000002 0.436518 -0.828E+01 max increase log_rel_run_E_err -8.0219461243215324 rel_E_err 8.4485684784248175D-12 k, q, energy_removed_layers before adjustment is 1234 0.99999662253736499 2.0100875088824311E+047 k, q, energy_removed_layers after adjustment is 1370 0.99998226341197527 3.3723794023441149E+047 Layers above q= 0.99998226341197527 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8317.3398437500000 max vel inside fraction of cutoff 1672.7718744217832 max c/cs inside fraction of cutoff 0.59291518725041159 average v/vesc outside cutoff 0.87717303367635779 Kinetic plus potential energy outside cutoff 3.3723794023441149E+047 mass inside cutoff 1370 51.690258952116210 relax counter 0 log max v [km/s]= 4.1012506471029715 check gamma integral -1.6565532369620054E-002 retry: logT < hydro_mtx_min_allowed_logT 1000 2633 retry: logT < hydro_mtx_min_allowed_logT 954 2640 2640 9.404837 2.706E+05 -15.433886 13.903944 51.691176 0.000000 0.000000 0.000000 0.219336 -1.330207 2579 87 -9.6923E+00 9.404837 -0.244776 9.490866 13.522659 -99.000000 51.691176 0.000000 0.044514 0.780664 0.611071 5 2.8768E+05 5.927662 6.194691 13.903928 14.189600 -7.057429 49.152015 0.000006 0.000002 0.436515 -0.829E+01 retry log_rel_run_E_err -8.0180313075601095 rel_E_err 8.6984940674006081D-12 k, q, energy_removed_layers before adjustment is 1239 0.99999649985651318 2.0821644934737626E+047 k, q, energy_removed_layers after adjustment is 1372 0.99998226341197527 3.4282819043799981E+047 Layers above q= 0.99998226341197527 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8317.4121093750000 max vel inside fraction of cutoff 1677.7125884315035 max c/cs inside fraction of cutoff 0.59502421457245291 average v/vesc outside cutoff 0.88392442414215711 Kinetic plus potential energy outside cutoff 3.4282819043799981E+047 mass inside cutoff 1372 51.690258952116210 relax counter 0 log max v [km/s]= 4.1156973384187134 check gamma integral -1.6551621461948503E-002 retry: logT < hydro_mtx_min_allowed_logT 950 2644 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 948 2648 2650 9.404334 2.706E+05 -14.846258 13.891009 51.691176 0.000000 0.000000 0.000000 0.219336 -1.332045 2579 89 -9.5026E+00 9.404334 -0.244896 9.485165 13.518922 -99.000000 51.691176 0.000000 0.044513 0.780664 0.611001 6 2.8768E+05 5.926005 6.194196 13.890992 14.169677 -7.056731 49.152015 0.000006 0.000002 0.436511 -0.831E+01 max increase log_rel_run_E_err -8.0141569280166838 rel_E_err 8.4626932041982579D-12 save photos/x650 for model 2650 k, q, energy_removed_layers before adjustment is 1243 0.99999633447990621 2.1745531723389533E+047 k, q, energy_removed_layers after adjustment is 1372 0.99998226341197527 3.4973756587906940E+047 Layers above q= 0.99998226341197527 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8317.5019531250000 max vel inside fraction of cutoff 1683.8956414304732 max c/cs inside fraction of cutoff 0.59766865317311801 average v/vesc outside cutoff 0.89228135622886584 Kinetic plus potential energy outside cutoff 3.4973756587906940E+047 mass inside cutoff 1372 51.690258952116210 relax counter 0 log max v [km/s]= 4.1212089760326309 check gamma integral -1.6533871352704784E-002 retry: logT < hydro_mtx_min_allowed_logT 945 2652 retry: logT < hydro_mtx_min_allowed_logT 942 2656 retry: logT < hydro_mtx_min_allowed_logT 939 2658 2660 9.403846 2.706E+05 -15.927915 13.878457 51.691176 0.000000 0.000000 0.000000 0.219336 -1.333831 2579 92 -9.6138E+00 9.403846 -0.245012 9.479627 13.515290 -99.000000 51.691176 0.000000 0.044513 0.780664 0.610933 6 2.8768E+05 5.924394 6.193715 13.878440 14.150315 -7.056054 49.152015 0.000006 0.000002 0.436508 -0.833E+01 max increase log_rel_run_E_err -8.0103835164590844 rel_E_err 8.3232977809846564D-12 k, q, energy_removed_layers before adjustment is 1246 0.99999618338433394 2.2705493958395112E+047 k, q, energy_removed_layers after adjustment is 1373 0.99998196333530509 3.5635464805702718E+047 Layers above q= 0.99998196333530509 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8317.5878906250000 max vel inside fraction of cutoff 1689.8726564882520 max c/cs inside fraction of cutoff 0.60023035034514993 average v/vesc outside cutoff 0.89723988199949145 Kinetic plus potential energy outside cutoff 3.5635464805702718E+047 mass inside cutoff 1373 51.690243440800302 relax counter 0 log max v [km/s]= 4.1308595611283243 check gamma integral -1.6516349423047003E-002 retry: logT < hydro_mtx_min_allowed_logT 966 2662 retry: logT > hydro_mtx_max_allowed_logT 933 2667 2670 9.403349 2.705E+05 -15.792545 13.865689 51.691176 0.000000 0.000000 0.000000 0.219336 -1.335651 2579 94 -9.4241E+00 9.403349 -0.245130 9.473986 13.511588 -99.000000 51.691176 0.000000 0.044513 0.780664 0.610863 8 2.8768E+05 5.922754 6.193228 13.865672 14.130587 -7.055365 49.152015 0.000006 0.000002 0.436504 -0.835E+01 max increase log_rel_run_E_err -8.0065805734956825 rel_E_err 8.6937953778155812D-12 k, q, energy_removed_layers before adjustment is 1248 0.99999605079732978 2.3514583025684790E+047 k, q, energy_removed_layers after adjustment is 1373 0.99998196333530509 3.6298012053992407E+047 Layers above q= 0.99998196333530509 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8317.6757812500000 max vel inside fraction of cutoff 1695.9302987091917 max c/cs inside fraction of cutoff 0.60283202597072894 average v/vesc outside cutoff 0.90516481016699357 Kinetic plus potential energy outside cutoff 3.6298012053992407E+047 mass inside cutoff 1373 51.690243440800302 relax counter 0 log max v [km/s]= 4.1461971596793692 check gamma integral -1.6498220159042881E-002 retry: logT < hydro_mtx_min_allowed_logT 928 2671 retry: logT < hydro_mtx_min_allowed_logT 962 2673 retry: logT < hydro_mtx_min_allowed_logT 925 2679 2680 9.402976 2.705E+05 -15.289785 13.856132 51.691176 0.000000 0.000000 0.000000 0.219336 -1.337015 2579 97 -9.6937E+00 9.402976 -0.245219 9.469759 13.508813 -99.000000 51.691176 0.000000 0.044512 0.780664 0.610811 6 2.8768E+05 5.921525 6.192863 13.856114 14.115798 -7.054851 49.152015 0.000006 0.000002 0.436502 -0.837E+01 max increase log_rel_run_E_err -8.0028470307685193 rel_E_err 8.4490404426456575D-12 k, q, energy_removed_layers before adjustment is 1249 0.99999598405015233 2.4027133411145382E+047 k, q, energy_removed_layers after adjustment is 1373 0.99998196333530509 3.6786743674116417E+047 Layers above q= 0.99998196333530509 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8317.7441406250000 max vel inside fraction of cutoff 1700.4503822582979 max c/cs inside fraction of cutoff 0.60477687965371130 average v/vesc outside cutoff 0.91102052054161409 Kinetic plus potential energy outside cutoff 3.6786743674116417E+047 mass inside cutoff 1373 51.690243440800302 relax counter 0 log max v [km/s]= 4.1544879637250256 check gamma integral -1.6484447777595859E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 919 2682 retry: logT < hydro_mtx_min_allowed_logT 920 2686 retry: logT < hydro_mtx_min_allowed_logT 915 2690 2690 9.402616 2.705E+05 -14.884301 13.846905 51.691176 0.000000 0.000000 0.000000 0.219336 -1.338334 2579 100 -9.8050E+00 9.402616 -0.245304 9.465674 13.506130 -99.000000 51.691176 0.000000 0.044512 0.780664 0.610761 5 2.8768E+05 5.920337 6.192511 13.846887 14.101503 -7.054356 49.152015 0.000006 0.000002 0.436499 -0.838E+01 retry log_rel_run_E_err -7.9991203926332046 rel_E_err 8.5024519900068423D-12 k, q, energy_removed_layers before adjustment is 1251 0.99999585324657714 2.4747506014362049E+047 k, q, energy_removed_layers after adjustment is 1373 0.99998196333530509 3.7252726878872271E+047 Layers above q= 0.99998196333530509 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8317.8066406250000 max vel inside fraction of cutoff 1704.8026336428281 max c/cs inside fraction of cutoff 0.60665241313941209 average v/vesc outside cutoff 0.91661184620890124 Kinetic plus potential energy outside cutoff 3.7252726878872271E+047 mass inside cutoff 1373 51.690243440800302 relax counter 0 log max v [km/s]= 4.1645864097454686 check gamma integral -1.6470985517619177E-002 retry: logT < hydro_mtx_min_allowed_logT 976 2693 retry: logT > hydro_mtx_max_allowed_logT 910 2696 retry: logT < hydro_mtx_min_allowed_logT 904 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 9.402317 2.704E+05 -16.044104 13.839232 51.691176 0.000000 0.000000 0.000000 0.219336 -1.339432 2579 103 -9.9163E+00 9.402317 -0.245375 9.462274 13.503897 -99.000000 51.691176 0.000000 0.044512 0.780664 0.610719 5 2.8768E+05 5.919348 6.192217 13.839214 14.089605 -7.053944 49.152015 0.000006 0.000002 0.436498 -0.840E+01 retry log_rel_run_E_err -7.9954680960232514 rel_E_err 8.4571647472742999D-12 save LOGS/profile13.data for model 2700 save photos/x700 for model 2700 k, q, energy_removed_layers before adjustment is 1252 0.99999578658227162 2.5208025206704488E+047 k, q, energy_removed_layers after adjustment is 1373 0.99998196333530509 3.7635875962811059E+047 Layers above q= 0.99998196333530509 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8317.8593750000000 max vel inside fraction of cutoff 1708.4128819122436 max c/cs inside fraction of cutoff 0.60821034321271206 average v/vesc outside cutoff 0.92121539477610714 Kinetic plus potential energy outside cutoff 3.7635875962811059E+047 mass inside cutoff 1373 51.690243440800302 relax counter 0 log max v [km/s]= 4.1695449980555468 check gamma integral -1.6459668866935204E-002 retry: logT < hydro_mtx_min_allowed_logT 902 2704 retry: logT < hydro_mtx_min_allowed_logT 902 2708 2710 9.402012 2.704E+05 -15.336982 13.831442 51.691176 0.000000 0.000000 0.000000 0.219336 -1.340547 2579 105 -9.7265E+00 9.402012 -0.245447 9.458820 13.501626 -99.000000 51.691176 0.000000 0.044512 0.780664 0.610677 6 2.8768E+05 5.918344 6.191920 13.831424 14.077512 -7.053527 49.152015 0.000006 0.000002 0.436496 -0.841E+01 max increase log_rel_run_E_err -7.9918717173412146 rel_E_err 8.1518490252099513D-12 k, q, energy_removed_layers before adjustment is 1253 0.99999571896380257 2.5655341803279749E+047 k, q, energy_removed_layers after adjustment is 1374 0.99998165907114722 3.8022587523300109E+047 Layers above q= 0.99998165907114722 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8317.9121093750000 max vel inside fraction of cutoff 1712.0702792683273 max c/cs inside fraction of cutoff 0.60979062577653609 average v/vesc outside cutoff 0.92257087555388839 Kinetic plus potential energy outside cutoff 3.8022587523300109E+047 mass inside cutoff 1374 51.690227713028236 relax counter 0 log max v [km/s]= 4.1791084687703544 check gamma integral -1.6448063489585274E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 898 2715 retry: logT > hydro_mtx_max_allowed_logT 894 2718 2720 9.401504 2.704E+05 -15.556336 13.818462 51.691176 0.000000 0.000000 0.000000 0.219336 -1.342409 2583 107 -9.5368E+00 9.401504 -0.245567 9.453058 13.497838 -99.000000 51.691176 0.000000 0.044512 0.780664 0.610606 6 2.8768E+05 5.916668 6.191422 13.818443 14.057336 -7.052833 49.152015 0.000006 0.000002 0.436493 -0.843E+01 max increase log_rel_run_E_err -7.9882468529873689 rel_E_err 8.5265450279529300D-12 k, q, energy_removed_layers before adjustment is 1259 0.99999558820717827 2.6445338704348626E+047 k, q, energy_removed_layers after adjustment is 1378 0.99998165907114711 3.8658558179221806E+047 Layers above q= 0.99998165907114711 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8318.0000000000000 max vel inside fraction of cutoff 1718.1458001091032 max c/cs inside fraction of cutoff 0.61242027460589188 average v/vesc outside cutoff 0.93012264054164984 Kinetic plus potential energy outside cutoff 3.8658558179221806E+047 mass inside cutoff 1378 51.690227713028229 relax counter 0 log max v [km/s]= 4.1896960367855245 check gamma integral -1.6428465749919064E-002 retry: logT > hydro_mtx_max_allowed_logT 891 2723 retry: logT > hydro_mtx_max_allowed_logT 889 2726 2730 9.400903 2.703E+05 -14.931402 13.803123 51.691176 0.000000 0.000000 0.000000 0.219336 -1.344613 2583 109 -9.3470E+00 9.400903 -0.245709 9.446240 13.493352 -99.000000 51.691176 0.000000 0.044511 0.780664 0.610521 8 2.8768E+05 5.914685 6.190837 13.803104 14.033453 -7.052015 49.152015 0.000006 0.000002 0.436489 -0.846E+01 max increase log_rel_run_E_err -7.9847094189128986 rel_E_err 8.4982565369084094D-12 k, q, energy_removed_layers before adjustment is 1262 0.99999538882970840 2.7449660789481930E+047 k, q, energy_removed_layers after adjustment is 1378 0.99998165907114711 3.9395778425999384E+047 Layers above q= 0.99998165907114711 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8318.1054687500000 max vel inside fraction of cutoff 1725.2959707178293 max c/cs inside fraction of cutoff 0.61552229272019832 average v/vesc outside cutoff 0.93889753779553220 Kinetic plus potential energy outside cutoff 3.9395778425999384E+047 mass inside cutoff 1378 51.690227713028229 relax counter 0 log max v [km/s]= 4.2059693831684104 check gamma integral -1.6404888086004151E-002 retry: logT > hydro_mtx_max_allowed_logT 883 2731 retry: logT < hydro_mtx_min_allowed_logT 882 2733 retry: logT > hydro_mtx_max_allowed_logT 878 2736 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 876 2739 2740 9.400495 2.703E+05 -15.601336 13.792720 51.691176 0.000000 0.000000 0.000000 0.219336 -1.346111 2583 113 -9.7593E+00 9.400495 -0.245806 9.441610 13.490304 -99.000000 51.691176 0.000000 0.044511 0.780664 0.610464 6 2.8768E+05 5.913338 6.190440 13.792700 14.017229 -7.051460 49.152015 0.000006 0.000002 0.436487 -0.847E+01 max increase log_rel_run_E_err -7.9811460082309953 rel_E_err 8.5954131185438139D-12 k, q, energy_removed_layers before adjustment is 1263 0.99999532297736182 2.7952210911377288E+047 k, q, energy_removed_layers after adjustment is 1378 0.99998165907114711 3.9887350341229113E+047 Layers above q= 0.99998165907114711 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8318.1757812500000 max vel inside fraction of cutoff 1730.1282592378282 max c/cs inside fraction of cutoff 0.61762309824591100 average v/vesc outside cutoff 0.94476153862486101 Kinetic plus potential energy outside cutoff 3.9887350341229113E+047 mass inside cutoff 1378 51.690227713028229 relax counter 0 log max v [km/s]= 4.2086926472521933 check gamma integral -1.6388638127373265E-002 retry: logT < hydro_mtx_min_allowed_logT 873 2742 retry: adjust_correction failed in eval_equations -- give up in solver 2746 retry: logT < hydro_mtx_min_allowed_logT 867 2750 2750 9.400181 2.703E+05 -15.577590 13.784720 51.691176 0.000000 0.000000 0.000000 0.219336 -1.347263 2583 116 -9.8706E+00 9.400181 -0.245880 9.438047 13.487957 -99.000000 51.691176 0.000000 0.044511 0.780664 0.610420 5 2.8768E+05 5.912302 6.190134 13.784700 14.004738 -7.051035 49.152015 0.000006 0.000002 0.436486 -0.849E+01 retry log_rel_run_E_err -7.9776406114092993 rel_E_err 8.0494772288575893D-12 save photos/x750 for model 2750 k, q, energy_removed_layers before adjustment is 1264 0.99999525632721786 2.8384133160222083E+047 k, q, energy_removed_layers after adjustment is 1378 0.99998165907114711 4.0260770780397587E+047 Layers above q= 0.99998165907114711 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8318.2285156250000 max vel inside fraction of cutoff 1733.8348996083039 max c/cs inside fraction of cutoff 0.61923694334624169 average v/vesc outside cutoff 0.94922335072571995 Kinetic plus potential energy outside cutoff 4.0260770780397587E+047 mass inside cutoff 1378 51.690227713028229 relax counter 0 log max v [km/s]= 4.2261511749424248 check gamma integral -1.6375998632701762E-002 retry: logT < hydro_mtx_min_allowed_logT 864 2753 retry: logT < hydro_mtx_min_allowed_logT 870 2757 2760 9.399882 2.702E+05 -15.421961 13.777111 51.691176 0.000000 0.000000 0.000000 0.219336 -1.348361 2583 118 -9.6809E+00 9.399882 -0.245950 9.434655 13.485722 -99.000000 51.691176 0.000000 0.044511 0.780664 0.610378 6 2.8768E+05 5.911315 6.189841 13.777092 13.992848 -7.050630 49.152015 0.000006 0.000002 0.436484 -0.850E+01 max increase log_rel_run_E_err -7.9741627856714583 rel_E_err 8.2423400167915199D-12 k, q, energy_removed_layers before adjustment is 1266 0.99999512290968240 2.8967492863963898E+047 k, q, energy_removed_layers after adjustment is 1378 0.99998165907114711 4.0612186044232593E+047 Layers above q= 0.99998165907114711 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8318.2792968750000 max vel inside fraction of cutoff 1737.3523476896273 max c/cs inside fraction of cutoff 0.62077036836787769 average v/vesc outside cutoff 0.95342816235296768 Kinetic plus potential energy outside cutoff 4.0612186044232593E+047 mass inside cutoff 1378 51.690227713028229 relax counter 0 log max v [km/s]= 4.2341653445391279 check gamma integral -1.6363861451928932E-002 retry: logT < hydro_mtx_min_allowed_logT 858 2764 retry: logT > hydro_mtx_max_allowed_logT 855 2767 retry: logT < hydro_mtx_min_allowed_logT 852 2770 2770 9.399415 2.702E+05 -15.713410 13.765231 51.691176 0.000000 0.000000 0.000000 0.219336 -1.350077 2585 121 -9.7921E+00 9.399415 -0.246060 9.429354 13.482228 -99.000000 51.691176 0.000000 0.044510 0.780664 0.610313 6 2.8768E+05 5.909773 6.189388 13.765211 13.974260 -7.049999 49.152015 0.000005 0.000002 0.436482 -0.852E+01 retry log_rel_run_E_err -7.9707273697494241 rel_E_err 8.0183907641372632D-12 k, q, energy_removed_layers before adjustment is 1270 0.99999499104570866 2.9635394875951358E+047 k, q, energy_removed_layers after adjustment is 1380 0.99998165907114700 4.1153550729192735E+047 Layers above q= 0.99998165907114700 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8318.3593750000000 max vel inside fraction of cutoff 1742.8293643913350 max c/cs inside fraction of cutoff 0.62316192361644185 average v/vesc outside cutoff 0.95991748527907184 Kinetic plus potential energy outside cutoff 4.1153550729192735E+047 mass inside cutoff 1380 51.690227713028229 relax counter 0 log max v [km/s]= 4.2446371768193041 check gamma integral -1.6344681433688807E-002 retry: logT > hydro_mtx_max_allowed_logT 849 2773 retry: logT < hydro_mtx_min_allowed_logT 845 2778 2780 9.399029 2.702E+05 -14.883936 13.755414 51.691176 0.000000 0.000000 0.000000 0.219336 -1.351497 2585 123 -9.6024E+00 9.399029 -0.246151 9.424968 13.479337 -99.000000 51.691176 0.000000 0.044510 0.780664 0.610258 7 2.8768E+05 5.908497 6.189013 13.755394 13.958881 -7.049478 49.152015 0.000005 0.000002 0.436480 -0.853E+01 max increase log_rel_run_E_err -7.9673493688499875 rel_E_err 8.3178288440070802D-12 k, q, energy_removed_layers before adjustment is 1271 0.99999492515392019 3.0089125409060544E+047 k, q, energy_removed_layers after adjustment is 1380 0.99998165907114700 4.1594441819428167E+047 Layers above q= 0.99998165907114700 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8318.4257812500000 max vel inside fraction of cutoff 1747.3415152915495 max c/cs inside fraction of cutoff 0.62513563992015198 average v/vesc outside cutoff 0.96521331608509964 Kinetic plus potential energy outside cutoff 4.1594441819428167E+047 mass inside cutoff 1380 51.690227713028229 relax counter 0 log max v [km/s]= 4.2584401216362879 check gamma integral -1.6328624083155285E-002 retry: logT < hydro_mtx_min_allowed_logT 846 2781 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 839 2785 retry: logT > hydro_mtx_max_allowed_logT 836 2790 2790 9.398630 2.702E+05 -14.925286 13.745307 51.691176 0.000000 0.000000 0.000000 0.219336 -1.352961 2585 126 -9.7137E+00 9.398630 -0.246245 9.420449 13.476355 -99.000000 51.691176 0.000000 0.044510 0.780664 0.610203 5 2.8768E+05 5.907182 6.188625 13.745287 13.943028 -7.048941 49.152015 0.000005 0.000002 0.436478 -0.855E+01 retry log_rel_run_E_err -7.9639830547970254 rel_E_err 8.3124339403039805D-12 k, q, energy_removed_layers before adjustment is 1273 0.99999479116157797 3.0731280115348561E+047 k, q, energy_removed_layers after adjustment is 1381 0.99998135048603676 4.2042557814598877E+047 Layers above q= 0.99998135048603676 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8318.4921875000000 max vel inside fraction of cutoff 1751.9741771410243 max c/cs inside fraction of cutoff 0.62716537147214968 average v/vesc outside cutoff 0.96185393563657018 Kinetic plus potential energy outside cutoff 4.2042557814598877E+047 mass inside cutoff 1381 51.690211761901054 relax counter 0 log max v [km/s]= 4.2681659291834571 check gamma integral -1.6311892615529133E-002 retry: logT < hydro_mtx_min_allowed_logT 835 2793 retry: logT < hydro_mtx_min_allowed_logT 831 2797 __________________________________________________________________________________________________________________________________________________ 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 9.398197 2.701E+05 -15.277368 13.734330 51.691176 0.000000 0.000000 0.000000 0.219336 -1.354553 2585 128 -9.5239E+00 9.398197 -0.246346 9.415535 13.473112 -99.000000 51.691176 0.000000 0.044510 0.780664 0.610142 9 2.8768E+05 5.905753 6.188205 13.734309 13.925787 -7.048359 49.152015 0.000005 0.000002 0.436476 -0.857E+01 max increase log_rel_run_E_err -7.9606186940891082 rel_E_err 8.2989904892024838D-12 save LOGS/profile14.data for model 2800 save photos/x800 for model 2800 k, q, energy_removed_layers before adjustment is 1274 0.99999472599048933 3.1208227587486193E+047 k, q, energy_removed_layers after adjustment is 1381 0.99998135048603676 4.2524058151962280E+047 Layers above q= 0.99998135048603676 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8318.5664062500000 max vel inside fraction of cutoff 1756.9911709068897 max c/cs inside fraction of cutoff 0.62936728053856072 average v/vesc outside cutoff 0.96757101035158799 Kinetic plus potential energy outside cutoff 4.2524058151962280E+047 mass inside cutoff 1381 51.690211761901054 relax counter 0 log max v [km/s]= 4.2778458799511458 check gamma integral -1.6293490177988965E-002 retry: logT < hydro_mtx_min_allowed_logT 826 2801 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 824 2803 retry: logT < hydro_mtx_min_allowed_logT 823 2806 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 820 2809 2810 9.397922 2.701E+05 -15.506683 13.727348 51.691176 0.000000 0.000000 0.000000 0.219336 -1.355566 2585 132 -9.9362E+00 9.397922 -0.246411 9.412408 13.471047 -99.000000 51.691176 0.000000 0.044510 0.780664 0.610103 5 2.8768E+05 5.904843 6.187937 13.727327 13.914811 -7.047988 49.152015 0.000005 0.000002 0.436475 -0.858E+01 max increase log_rel_run_E_err -7.9572905513583780 rel_E_err 8.3289330670523815D-12 k, q, energy_removed_layers before adjustment is 1275 0.99999466009331239 3.1565182529408643E+047 k, q, energy_removed_layers after adjustment is 1381 0.99998135048603676 4.2826723183447625E+047 Layers above q= 0.99998135048603676 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8318.6152343750000 max vel inside fraction of cutoff 1760.1741975681527 max c/cs inside fraction of cutoff 0.63076629757539615 average v/vesc outside cutoff 0.97117131106808208 Kinetic plus potential energy outside cutoff 4.2826723183447625E+047 mass inside cutoff 1381 51.690211761901054 relax counter 0 log max v [km/s]= 4.2794465082159077 check gamma integral -1.6281661835494621E-002 retry: logT < hydro_mtx_min_allowed_logT 817 2814 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 816 2817 2820 9.397643 2.701E+05 -14.805673 13.720288 51.691176 0.000000 0.000000 0.000000 0.219336 -1.356592 2585 134 -9.7465E+00 9.397643 -0.246476 9.409243 13.468957 -99.000000 51.691176 0.000000 0.044510 0.780664 0.610064 7 2.8768E+05 5.903922 6.187666 13.720267 13.903703 -7.047614 49.152015 0.000005 0.000002 0.436474 -0.859E+01 max increase log_rel_run_E_err -7.9540018403591217 rel_E_err 8.5406927987221946D-12 k, q, energy_removed_layers before adjustment is 1276 0.99999459345328823 3.1914545522704761E+047 k, q, energy_removed_layers after adjustment is 1382 0.99998116602371956 4.3131032832073159E+047 Layers above q= 0.99998116602371956 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8318.6621093750000 max vel inside fraction of cutoff 1763.3865470958360 max c/cs inside fraction of cutoff 0.63217981644274479 average v/vesc outside cutoff 0.97258147838571873 Kinetic plus potential energy outside cutoff 4.3131032832073159E+047 mass inside cutoff 1382 51.690202226826983 relax counter 0 log max v [km/s]= 4.2926783829821016 check gamma integral -1.6269602567293123E-002 retry: logT < hydro_mtx_min_allowed_logT 810 2821 retry: logT < hydro_mtx_min_allowed_logT 808 2826 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 810 2829 2830 9.397355 2.701E+05 -15.508005 13.713024 51.691176 0.000000 0.000000 0.000000 0.219336 -1.357649 2585 137 -9.8577E+00 9.397355 -0.246544 9.405984 13.466804 -99.000000 51.691176 0.000000 0.044510 0.780664 0.610023 6 2.8768E+05 5.902974 6.187387 13.713003 13.892264 -7.047229 49.152015 0.000005 0.000002 0.436472 -0.860E+01 max increase log_rel_run_E_err -7.9507638561927720 rel_E_err 8.3394697558127804D-12 k, q, energy_removed_layers before adjustment is 1277 0.99999452607522810 3.2260183803917094E+047 k, q, energy_removed_layers after adjustment is 1382 0.99998116602371956 4.3441302593715265E+047 Layers above q= 0.99998116602371956 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8318.7128906250000 max vel inside fraction of cutoff 1766.6854039566847 max c/cs inside fraction of cutoff 0.63363309571402948 average v/vesc outside cutoff 0.97625096187510974 Kinetic plus potential energy outside cutoff 4.3441302593715265E+047 mass inside cutoff 1382 51.690202226826983 relax counter 0 log max v [km/s]= 4.3011852594192028 check gamma integral -1.6257089270638680E-002 retry: logT > hydro_mtx_max_allowed_logT 803 2833 retry: logT < hydro_mtx_min_allowed_logT 892 2837 2840 9.397042 2.700E+05 -15.036923 13.705117 51.691176 0.000000 0.000000 0.000000 0.219336 -1.358800 2585 139 -9.6680E+00 9.397042 -0.246617 9.402434 13.464458 -99.000000 51.691176 0.000000 0.044510 0.780664 0.609979 6 2.8768E+05 5.901941 6.187083 13.705095 13.879800 -7.046809 49.152015 0.000005 0.000002 0.436471 -0.862E+01 max increase log_rel_run_E_err -7.9475639003550045 rel_E_err 8.2257433916562425D-12 k, q, energy_removed_layers before adjustment is 1279 0.99999439488408559 3.2792933192033485E+047 k, q, energy_removed_layers after adjustment is 1383 0.99998098003107339 4.3774632104932833E+047 Layers above q= 0.99998098003107339 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8318.7636718750000 max vel inside fraction of cutoff 1770.2690447931877 max c/cs inside fraction of cutoff 0.63521378720434929 average v/vesc outside cutoff 0.97797102334394970 Kinetic plus potential energy outside cutoff 4.3774632104932833E+047 mass inside cutoff 1383 51.690192612648417 relax counter 0 log max v [km/s]= 4.3046431892460699 check gamma integral -1.6243346800527150E-002 retry: logT > hydro_mtx_max_allowed_logT 796 2841 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 794 2844 retry: logT < hydro_mtx_min_allowed_logT 792 2848 2850 9.396765 2.700E+05 -15.654289 13.698099 51.691176 0.000000 0.000000 0.000000 0.219336 -1.359823 2585 142 -9.7793E+00 9.396765 -0.246682 9.399281 13.462373 -99.000000 51.691176 0.000000 0.044509 0.780664 0.609940 6 2.8768E+05 5.901023 6.186815 13.698077 13.868729 -7.046437 49.152015 0.000005 0.000001 0.436470 -0.863E+01 max increase log_rel_run_E_err -7.9443807620252258 rel_E_err 8.2611083725745804D-12 save photos/x850 for model 2850 k, q, energy_removed_layers before adjustment is 1280 0.99999432824465895 3.3136940611633704E+047 k, q, energy_removed_layers after adjustment is 1384 0.99998079254013827 4.4064333047204006E+047 Layers above q= 0.99998079254013827 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8318.8105468750000 max vel inside fraction of cutoff 1773.4428728337377 max c/cs inside fraction of cutoff 0.63661540907013769 average v/vesc outside cutoff 0.97918569223056184 Kinetic plus potential energy outside cutoff 4.4064333047204006E+047 mass inside cutoff 1384 51.690182921021531 relax counter 0 log max v [km/s]= 4.3039327131230971 check gamma integral -1.6231045041220589E-002 retry: logT < hydro_mtx_min_allowed_logT 793 2851 retry: logT < hydro_mtx_min_allowed_logT 786 2856 retry: logT > hydro_mtx_max_allowed_logT 786 2859 2860 9.396497 2.700E+05 -15.664845 13.691346 51.691176 0.000000 0.000000 0.000000 0.219336 -1.360808 2585 145 -9.8906E+00 9.396497 -0.246745 9.396244 13.460366 -99.000000 51.691176 0.000000 0.044509 0.780664 0.609903 5 2.8768E+05 5.900140 6.186555 13.691324 13.858067 -7.046079 49.152015 0.000005 0.000001 0.436469 -0.864E+01 max increase log_rel_run_E_err -7.9411692259570508 rel_E_err 8.3363708830369790D-12 k, q, energy_removed_layers before adjustment is 1281 0.99999426098887823 3.3429841035371895E+047 k, q, energy_removed_layers after adjustment is 1385 0.99998060334799610 4.4338285078409609E+047 Layers above q= 0.99998060334799610 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8318.8554687500000 max vel inside fraction of cutoff 1776.4914343997327 max c/cs inside fraction of cutoff 0.63796321697264191 average v/vesc outside cutoff 0.98019129772569202 Kinetic plus potential energy outside cutoff 4.4338285078409609E+047 mass inside cutoff 1385 51.690173141457258 relax counter 0 log max v [km/s]= 4.3043965827207824 check gamma integral -1.6219113189837077E-002 retry: logT < hydro_mtx_min_allowed_logT 806 2864 retry: logT < hydro_mtx_min_allowed_logT 778 2870 2870 9.396106 2.700E+05 -15.026467 13.681484 51.691176 0.000000 0.000000 0.000000 0.219336 -1.362248 2585 147 -9.7008E+00 9.396106 -0.246836 9.391807 13.457430 -99.000000 51.691176 0.000000 0.044509 0.780664 0.609847 5 2.8768E+05 5.898849 6.186178 13.681462 13.842482 -7.045556 49.152015 0.000005 0.000001 0.436467 -0.866E+01 retry log_rel_run_E_err -7.9380560564450144 rel_E_err 8.1699720722554924D-12 k, q, energy_removed_layers before adjustment is 1282 0.99999420453750842 3.3785266572802745E+047 k, q, energy_removed_layers after adjustment is 1387 0.99998022069884251 4.4731690418628701E+047 Layers above q= 0.99998022069884251 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8318.9199218750000 max vel inside fraction of cutoff 1780.9327207095275 max c/cs inside fraction of cutoff 0.63992945061732742 average v/vesc outside cutoff 0.98037067193382932 Kinetic plus potential energy outside cutoff 4.4731690418628701E+047 mass inside cutoff 1387 51.690153361872596 relax counter 0 log max v [km/s]= 4.3085295538591017 check gamma integral -1.6201524585920314E-002 retry: logT < hydro_mtx_min_allowed_logT 772 2874 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 768 2877 retry: logT < hydro_mtx_min_allowed_logT 766 2879 2880 9.395674 2.699E+05 -15.822081 13.670612 51.691176 0.000000 0.000000 0.000000 0.219336 -1.363838 2585 150 -9.8121E+00 9.395674 -0.246937 9.386910 13.454189 -99.000000 51.691176 0.000000 0.044509 0.780664 0.609787 6 2.8768E+05 5.897424 6.185761 13.670589 13.825281 -7.044981 49.152015 0.000005 0.000001 0.436466 -0.867E+01 max increase log_rel_run_E_err -7.9349598317368688 rel_E_err 8.2812901882398354D-12 k, q, energy_removed_layers before adjustment is 1285 0.99999403272744580 3.4398092536824397E+047 k, q, energy_removed_layers after adjustment is 1390 0.99997952794110823 4.5162605143026824E+047 Layers above q= 0.99997952794110823 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8318.9921875000000 max vel inside fraction of cutoff 1785.8151229216433 max c/cs inside fraction of cutoff 0.64209462352429292 average v/vesc outside cutoff 0.98125640862022045 Kinetic plus potential energy outside cutoff 4.5162605143026824E+047 mass inside cutoff 1390 51.690117552410783 relax counter 0 log max v [km/s]= 4.3047647479133389 check gamma integral -1.6181903845004328E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 772 2882 retry: logT < hydro_mtx_min_allowed_logT 796 2887 retry: logT > hydro_mtx_max_allowed_logT 759 2890 2890 9.395367 2.699E+05 -14.926471 13.662874 51.691176 0.000000 0.000000 0.000000 0.219336 -1.364971 2585 153 -9.9234E+00 9.395367 -0.247008 9.383422 13.451880 -99.000000 51.691176 0.000000 0.044509 0.780664 0.609743 6 2.8768E+05 5.896409 6.185463 13.662851 13.813025 -7.044571 49.152015 0.000005 0.000001 0.436465 -0.869E+01 retry log_rel_run_E_err -7.9318041151719498 rel_E_err 8.4564750972151591D-12 k, q, energy_removed_layers before adjustment is 1286 0.99999397461602613 3.4692441265798155E+047 k, q, energy_removed_layers after adjustment is 1390 0.99997952794110823 4.5463000156836492E+047 Layers above q= 0.99997952794110823 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8319.0449218750000 max vel inside fraction of cutoff 1789.2813118738518 max c/cs inside fraction of cutoff 0.64363404842081495 average v/vesc outside cutoff 0.98475639897186718 Kinetic plus potential energy outside cutoff 4.5463000156836492E+047 mass inside cutoff 1390 51.690117552410783 relax counter 0 log max v [km/s]= 4.3050858615386050 check gamma integral -1.6167792544694481E-002 retry: logT < hydro_mtx_min_allowed_logT 780 2895 retry: logT < hydro_mtx_min_allowed_logT 774 2898 __________________________________________________________________________________________________________________________________________________ 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 9.395032 2.699E+05 -15.604484 13.654452 51.691176 0.000000 0.000000 0.000000 0.219336 -1.366205 2585 155 -9.7336E+00 9.395032 -0.247086 9.379622 13.449363 -99.000000 51.691176 0.000000 0.044509 0.780664 0.609696 6 2.8768E+05 5.895303 6.185141 13.654429 13.799674 -7.044125 49.152015 0.000005 0.000001 0.436464 -0.870E+01 max increase log_rel_run_E_err -7.9287281579884930 rel_E_err 8.7427833801128829D-12 save LOGS/profile15.data for model 2900 save photos/x900 for model 2900 k, q, energy_removed_layers before adjustment is 1288 0.99999385682317454 3.5107320015831417E+047 k, q, energy_removed_layers after adjustment is 1390 0.99997952794110823 4.5783485750345713E+047 Layers above q= 0.99997952794110823 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8319.0976562500000 max vel inside fraction of cutoff 1793.0459097464791 max c/cs inside fraction of cutoff 0.64530819983566201 average v/vesc outside cutoff 0.98852385626191819 Kinetic plus potential energy outside cutoff 4.5783485750345713E+047 mass inside cutoff 1390 51.690117552410783 relax counter 0 log max v [km/s]= 4.3060717818430394 check gamma integral -1.6152293984476984E-002 retry: logT < hydro_mtx_min_allowed_logT 856 2903 retry: logT < hydro_mtx_min_allowed_logT 836 2906 retry: adjust_correction failed in eval_equations -- give up in solver 2910 2910 9.394663 2.698E+05 -15.653283 13.645187 51.691176 0.000000 0.000000 0.000000 0.219336 -1.367565 2585 158 -9.8449E+00 9.394663 -0.247172 9.375438 13.446591 -99.000000 51.691176 0.000000 0.044509 0.780664 0.609644 5 2.8768E+05 5.894085 6.184787 13.645164 13.784971 -7.043635 49.152015 0.000005 0.000001 0.436462 -0.872E+01 retry log_rel_run_E_err -7.9256811153694517 rel_E_err 8.0480657387129820D-12 k, q, energy_removed_layers before adjustment is 1289 0.99999379708776603 3.5426849988108922E+047 k, q, energy_removed_layers after adjustment is 1390 0.99997952794110823 4.6127440498938995E+047 Layers above q= 0.99997952794110823 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8319.1601562500000 max vel inside fraction of cutoff 1797.1772231600169 max c/cs inside fraction of cutoff 0.64714807313883616 average v/vesc outside cutoff 0.99261530737966996 Kinetic plus potential energy outside cutoff 4.6127440498938995E+047 mass inside cutoff 1390 51.690117552410783 relax counter 0 log max v [km/s]= 4.3050957252910669 check gamma integral -1.6135076097989209E-002 retry: logT > hydro_mtx_max_allowed_logT 737 2915 retry: logT > hydro_mtx_max_allowed_logT 735 2918 2920 9.394261 2.698E+05 -16.066512 13.635075 51.691176 0.000000 0.000000 0.000000 0.219336 -1.369050 2585 160 -9.6551E+00 9.394261 -0.247266 9.370867 13.443561 -99.000000 51.691176 0.000000 0.044509 0.780664 0.609587 6 2.8768E+05 5.892755 6.184400 13.635051 13.768908 -7.043101 49.152015 0.000005 0.000001 0.436461 -0.873E+01 max increase log_rel_run_E_err -7.9226578803022480 rel_E_err 8.5412210044453890D-12 k, q, energy_removed_layers before adjustment is 1291 0.99999367390645422 3.5900465395554796E+047 k, q, energy_removed_layers after adjustment is 1390 0.99997952794110823 4.6496992692818003E+047 Layers above q= 0.99997952794110823 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8319.2265625000000 max vel inside fraction of cutoff 1801.6742898869136 max c/cs inside fraction of cutoff 0.64915398402332891 average v/vesc outside cutoff 0.99703217891216511 Kinetic plus potential energy outside cutoff 4.6496992692818003E+047 mass inside cutoff 1390 51.690117552410783 relax counter 0 log max v [km/s]= 4.3067869746805441 check gamma integral -1.6116083174531625E-002 retry: logT < hydro_mtx_min_allowed_logT 794 2922 retry: logT < hydro_mtx_min_allowed_logT 729 2928 2930 9.393873 2.698E+05 -15.218385 13.625365 51.691176 0.000000 0.000000 0.000000 0.219336 -1.370478 2585 162 -9.6237E+00 9.393873 -0.247356 9.366474 13.440648 -99.000000 51.691176 0.000000 0.044508 0.780664 0.609533 6 2.8768E+05 5.891476 6.184028 13.625341 13.753466 -7.042588 49.152015 0.000005 0.000001 0.436460 -0.875E+01 max increase log_rel_run_E_err -7.9196631616258593 rel_E_err 8.0211458628558270D-12 k, q, energy_removed_layers before adjustment is 1293 0.99999354856931311 3.6415357864142192E+047 k, q, energy_removed_layers after adjustment is 1390 0.99997952794110823 4.6844055012543530E+047 Layers above q= 0.99997952794110823 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8319.2929687500000 max vel inside fraction of cutoff 1805.9810078443820 max c/cs inside fraction of cutoff 0.65107806749936525 average v/vesc outside cutoff 1.0012198509046051 Kinetic plus potential energy outside cutoff 4.6844055012543530E+047 mass inside cutoff 1390 51.690117552410783 relax counter 0 log max v [km/s]= 4.3075527502994539 check gamma integral -1.6097646291248914E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 724 2932 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 720 2936 retry: logT > hydro_mtx_max_allowed_logT 722 2940 2940 9.393428 2.697E+05 -15.603336 13.614208 51.691176 0.000000 0.000000 0.000000 0.219336 -1.372121 2585 165 -9.7350E+00 9.393428 -0.247460 9.361421 13.437295 -99.000000 51.691176 0.000000 0.044508 0.780664 0.609470 5 2.8768E+05 5.890006 6.183594 13.614183 13.735703 -7.041999 49.152015 0.000005 0.000001 0.436458 -0.877E+01 retry log_rel_run_E_err -7.9166675886166615 rel_E_err 8.4395784630956256D-12 k, q, energy_removed_layers before adjustment is 1294 0.99999346301643255 3.6816169954532530E+047 k, q, energy_removed_layers after adjustment is 1391 0.99997922096463876 4.7233610863620541E+047 Layers above q= 0.99997922096463876 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8319.3671875000000 max vel inside fraction of cutoff 1810.9155609564507 max c/cs inside fraction of cutoff 0.65328638072553147 average v/vesc outside cutoff 1.0005813404281680 Kinetic plus potential energy outside cutoff 4.7233610863620541E+047 mass inside cutoff 1391 51.690101684436137 relax counter 0 log max v [km/s]= 4.3060355640837633 check gamma integral -1.6076219075300654E-002 retry: logT > hydro_mtx_max_allowed_logT 714 2945 retry: adjust_correction failed in eval_equations -- give up in solver 2949 2950 9.392868 2.697E+05 -16.170629 13.600192 51.691176 0.000000 0.000000 0.000000 0.219336 -1.374189 2585 167 -9.5453E+00 9.392868 -0.247590 9.355065 13.433076 -99.000000 51.691176 0.000000 0.044508 0.780664 0.609391 6 2.8768E+05 5.888156 6.183054 13.600167 13.713358 -7.041257 49.152015 0.000005 0.000001 0.436457 -0.879E+01 max increase log_rel_run_E_err -7.9136777318011395 rel_E_err 8.5361951146908823D-12 save photos/x950 for model 2950 k, q, energy_removed_layers before adjustment is 1296 0.99999328911831675 3.7415446244717104E+047 k, q, energy_removed_layers after adjustment is 1391 0.99997922096463876 4.7717174443338048E+047 Layers above q= 0.99997922096463876 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8319.4589843750000 max vel inside fraction of cutoff 1817.0930631031736 max c/cs inside fraction of cutoff 0.65605660148637901 average v/vesc outside cutoff 1.0064196042997426 Kinetic plus potential energy outside cutoff 4.7717174443338048E+047 mass inside cutoff 1391 51.690101684436137 relax counter 0 log max v [km/s]= 4.3086355305572823 check gamma integral -1.6048935118126509E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 710 2951 retry: logT < hydro_mtx_min_allowed_logT 752 2954 retry: logT > hydro_mtx_max_allowed_logT 705 2960 2960 9.392512 2.697E+05 -15.409272 13.591288 51.691176 0.000000 0.000000 0.000000 0.219336 -1.375504 2585 170 -9.8149E+00 9.392512 -0.247672 9.351024 13.430392 -99.000000 51.691176 0.000000 0.044508 0.780664 0.609340 6 2.8768E+05 5.886980 6.182712 13.591263 13.699146 -7.040786 49.152015 0.000005 0.000001 0.436456 -0.881E+01 retry log_rel_run_E_err -7.9107155171932675 rel_E_err 8.2978590425282243D-12 k, q, energy_removed_layers before adjustment is 1297 0.99999320064347896 3.7686107659517760E+047 k, q, energy_removed_layers after adjustment is 1391 0.99997922096463876 4.8015075416452913E+047 Layers above q= 0.99997922096463876 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8319.5136718750000 max vel inside fraction of cutoff 1821.0056034214313 max c/cs inside fraction of cutoff 0.65781432705387655 average v/vesc outside cutoff 1.0100712839888846 Kinetic plus potential energy outside cutoff 4.8015075416452913E+047 mass inside cutoff 1391 51.690101684436137 relax counter 0 log max v [km/s]= 4.3070948633348998 check gamma integral -1.6031389424548549E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 776 2964 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 694 2967 2970 9.392132 2.696E+05 -15.898560 13.581804 51.691176 0.000000 0.000000 0.000000 0.219336 -1.376907 2585 172 -9.6252E+00 9.392132 -0.247760 9.346714 13.427529 -99.000000 51.691176 0.000000 0.044508 0.780664 0.609286 7 2.8768E+05 5.885725 6.182347 13.581779 13.683993 -7.040284 49.152015 0.000005 0.000001 0.436455 -0.882E+01 max increase log_rel_run_E_err -7.9078341885347641 rel_E_err 8.1247966483256620D-12 k, q, energy_removed_layers before adjustment is 1299 0.99999306917993813 3.8068402444037787E+047 k, q, energy_removed_layers after adjustment is 1391 0.99997922096463876 4.8331341776476070E+047 Layers above q= 0.99997922096463876 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8319.5781250000000 max vel inside fraction of cutoff 1825.1630132026837 max c/cs inside fraction of cutoff 0.65968483560848001 average v/vesc outside cutoff 1.0139342530160096 Kinetic plus potential energy outside cutoff 4.8331341776476070E+047 mass inside cutoff 1391 51.690101684436137 relax counter 0 log max v [km/s]= 4.3074280019476623 check gamma integral -1.6012517618017388E-002 retry: logT < hydro_mtx_min_allowed_logT 690 2972 retry: logT > hydro_mtx_max_allowed_logT 688 2976 retry: adjust_correction failed in eval_equations -- give up in solver 2980 2980 9.391684 2.696E+05 -16.240221 13.570629 51.691176 0.000000 0.000000 0.000000 0.219336 -1.378562 2585 175 -9.7364E+00 9.391684 -0.247864 9.341632 13.424150 -99.000000 51.691176 0.000000 0.044508 0.780664 0.609223 5 2.8768E+05 5.884246 6.181918 13.570604 13.666119 -7.039694 49.152015 0.000005 0.000001 0.436454 -0.884E+01 retry log_rel_run_E_err -7.9049436533254909 rel_E_err 8.1076577754717831D-12 k, q, energy_removed_layers before adjustment is 1301 0.99999293555712909 3.8475702953886575E+047 k, q, energy_removed_layers after adjustment is 1392 0.99997895818028804 4.8695116061657925E+047 Layers above q= 0.99997895818028804 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8319.6523437500000 max vel inside fraction of cutoff 1830.0475975473400 max c/cs inside fraction of cutoff 0.66188619335236443 average v/vesc outside cutoff 1.0152457889174316 Kinetic plus potential energy outside cutoff 4.8695116061657925E+047 mass inside cutoff 1392 51.690088100804076 relax counter 0 log max v [km/s]= 4.3060081586835812 check gamma integral -1.5990038633447674E-002 retry: logT > hydro_mtx_max_allowed_logT 681 2984 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 676 2989 2990 9.391158 2.696E+05 -15.773808 13.557505 51.691176 0.000000 0.000000 0.000000 0.219336 -1.380508 2585 177 -9.5467E+00 9.391158 -0.247986 9.335655 13.420176 -99.000000 51.691176 0.000000 0.044508 0.780664 0.609149 6 2.8768E+05 5.882506 6.181415 13.557479 13.645102 -7.039002 49.152015 0.000005 0.000001 0.436452 -0.886E+01 max increase log_rel_run_E_err -7.9020546040352109 rel_E_err 8.0558700469058288D-12 k, q, energy_removed_layers before adjustment is 1303 0.99999280584991812 3.8929163398608988E+047 k, q, energy_removed_layers after adjustment is 1392 0.99997895818028804 4.9119962394447119E+047 Layers above q= 0.99997895818028804 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8319.7382812500000 max vel inside fraction of cutoff 1835.7655217568110 max c/cs inside fraction of cutoff 0.66446818545215336 average v/vesc outside cutoff 1.0204345218201163 Kinetic plus potential energy outside cutoff 4.9119962394447119E+047 mass inside cutoff 1392 51.690088100804076 relax counter 0 log max v [km/s]= 4.3086139399309573 check gamma integral -1.5963300096790860E-002 retry: logT > hydro_mtx_max_allowed_logT 672 2993 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 718 2997 __________________________________________________________________________________________________________________________________________________ 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 9.390553 2.695E+05 -15.841616 13.542451 51.691176 0.000000 0.000000 0.000000 0.219336 -1.382745 2585 179 -9.5153E+00 9.390553 -0.248126 9.328791 13.415608 -99.000000 51.691176 0.000000 0.044508 0.780664 0.609063 6 2.8768E+05 5.880508 6.180839 13.542424 13.620959 -7.038210 49.152015 0.000005 0.000001 0.436451 -0.889E+01 max increase log_rel_run_E_err -7.8992101820538698 rel_E_err 8.2478552105676152D-12 save LOGS/profile16.data for model 3000 save photos/3000 for model 3000 k, q, energy_removed_layers before adjustment is 1306 0.99999260797638123 3.9550718462554696E+047 k, q, energy_removed_layers after adjustment is 1392 0.99997895818028804 4.9595235930133244E+047 Layers above q= 0.99997895818028804 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8319.8398437500000 max vel inside fraction of cutoff 1842.2993796875778 max c/cs inside fraction of cutoff 0.66742534141575449 average v/vesc outside cutoff 1.0262948984290179 Kinetic plus potential energy outside cutoff 4.9595235930133244E+047 mass inside cutoff 1392 51.690088100804076 relax counter 0 log max v [km/s]= 4.3087549692514475 check gamma integral -1.5932177886377692E-002 retry: logT < hydro_mtx_min_allowed_logT 758 3003 retry: logT < hydro_mtx_min_allowed_logT 734 3010 3010 9.389851 2.695E+05 -16.210281 13.525018 51.691176 0.000000 0.000000 0.000000 0.219336 -1.385340 2592 181 -9.4839E+00 9.389851 -0.248288 9.320829 13.410306 -99.000000 51.691176 0.000000 0.044508 0.780664 0.608963 6 2.8768E+05 5.878191 6.180167 13.524991 13.592956 -7.037295 49.152015 0.000005 0.000001 0.436449 -0.892E+01 retry log_rel_run_E_err -7.8963991535704192 rel_E_err 8.0814433780187244D-12 k, q, energy_removed_layers before adjustment is 1316 0.99999240538442957 4.0323969754763444E+047 k, q, energy_removed_layers after adjustment is 1400 0.99997869275944229 5.0133946496834905E+047 Layers above q= 0.99997869275944229 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8319.9511718750000 max vel inside fraction of cutoff 1849.8323436638814 max c/cs inside fraction of cutoff 0.67084363522754176 average v/vesc outside cutoff 1.0297121174094099 Kinetic plus potential energy outside cutoff 5.0133946496834905E+047 mass inside cutoff 1400 51.690074380888483 relax counter 0 log max v [km/s]= 4.3101772624175796 check gamma integral -1.5895535990843673E-002 retry: logT < hydro_mtx_min_allowed_logT 804 3013 retry: logT < hydro_mtx_min_allowed_logT 682 3015 3020 9.389168 2.694E+05 -15.812897 13.508070 51.691176 0.000000 0.000000 0.000000 0.219336 -1.387869 2592 183 -9.2941E+00 9.389168 -0.248446 9.313076 13.405140 -99.000000 51.691176 0.000000 0.044507 0.780664 0.608867 8 2.8768E+05 5.875934 6.179517 13.508042 13.565686 -7.036405 49.152015 0.000005 0.000001 0.436448 -0.895E+01 max increase log_rel_run_E_err -7.8935939415656895 rel_E_err 8.3159517653445131D-12 k, q, energy_removed_layers before adjustment is 1317 0.99999227386456035 4.0845832935897471E+047 k, q, energy_removed_layers after adjustment is 1400 0.99997869275944229 5.0652149141918397E+047 Layers above q= 0.99997869275944229 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8320.0625000000000 max vel inside fraction of cutoff 1857.1220299812835 max c/cs inside fraction of cutoff 0.67416065949030812 average v/vesc outside cutoff 1.0360735379924610 Kinetic plus potential energy outside cutoff 5.0652149141918397E+047 mass inside cutoff 1400 51.690074380888483 relax counter 0 log max v [km/s]= 4.3173929308371966 check gamma integral -1.5859287475807907E-002 retry: logT > hydro_mtx_max_allowed_logT 652 3021 retry: logT > hydro_mtx_max_allowed_logT 648 3025 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 646 3029 3030 9.388379 2.694E+05 -16.214073 13.488503 51.691176 0.000000 0.000000 0.000000 0.219336 -1.390794 2592 186 -9.4054E+00 9.388378 -0.248628 9.304109 13.399160 -99.000000 51.691176 0.000000 0.044507 0.780664 0.608755 6 2.8768E+05 5.873324 6.178762 13.488475 13.534147 -7.035377 49.152015 0.000005 0.000001 0.436446 -0.898E+01 max increase log_rel_run_E_err -7.8908261311105488 rel_E_err 8.1232866819259460D-12 k, q, energy_removed_layers before adjustment is 1319 0.99999200869753690 4.1594933091735438E+047 k, q, energy_removed_layers after adjustment is 1400 0.99997869275944229 5.1228191197698645E+047 Layers above q= 0.99997869275944229 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8320.1894531250000 max vel inside fraction of cutoff 1865.4970507539172 max c/cs inside fraction of cutoff 0.67798274459246877 average v/vesc outside cutoff 1.0432667573999204 Kinetic plus potential energy outside cutoff 5.1228191197698645E+047 mass inside cutoff 1400 51.690074380888483 relax counter 0 log max v [km/s]= 4.3104145442357806 check gamma integral -1.5816665568070834E-002 retry: logT < hydro_mtx_min_allowed_logT 637 3034 retry: logT < hydro_mtx_min_allowed_logT 633 3037 retry: logT < hydro_mtx_min_allowed_logT 642 3040 3040 9.387443 2.693E+05 -15.916171 13.465341 51.691176 0.000000 0.000000 0.000000 0.219336 -1.394267 2592 189 -9.5167E+00 9.387441 -0.248843 9.293473 13.392060 -99.000000 51.691176 0.000000 0.044507 0.780664 0.608621 6 2.8768E+05 5.870228 6.177865 13.465311 13.496740 -7.034160 49.152015 0.000005 0.000001 0.436444 -0.902E+01 retry log_rel_run_E_err -7.8881145290670283 rel_E_err 7.8292954570059152D-12 k, q, energy_removed_layers before adjustment is 1321 0.99999174521246570 4.2396883266699502E+047 k, q, energy_removed_layers after adjustment is 1401 0.99997842458329533 5.1897366607190760E+047 Layers above q= 0.99997842458329533 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8320.3417968750000 max vel inside fraction of cutoff 1875.3536540817661 max c/cs inside fraction of cutoff 0.68249646817153786 average v/vesc outside cutoff 1.0482603630920408 Kinetic plus potential energy outside cutoff 5.1897366607190760E+047 mass inside cutoff 1401 51.690060518548137 relax counter 0 log max v [km/s]= 4.3084331963045024 check gamma integral -1.5765137217292630E-002 retry: logT < hydro_mtx_min_allowed_logT 624 3043 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 618 3048 3050 9.386667 2.692E+05 -15.809672 13.446188 51.691176 0.000000 0.000000 0.000000 0.219336 -1.397145 2592 191 -9.3269E+00 9.386665 -0.249022 9.284660 13.386172 -99.000000 51.691176 0.000000 0.044507 0.780664 0.608511 6 2.8768E+05 5.867663 6.177113 13.446158 13.465748 -7.033149 49.152015 0.000005 0.000001 0.436443 -0.905E+01 max increase log_rel_run_E_err -7.8853491234532171 rel_E_err 8.3793230128691851D-12 save photos/x050 for model 3050 k, q, energy_removed_layers before adjustment is 1322 0.99999161357303445 4.2937874508433002E+047 k, q, energy_removed_layers after adjustment is 1402 0.99997815341469620 5.2442469190685279E+047 Layers above q= 0.99997815341469620 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8320.4648437500000 max vel inside fraction of cutoff 1883.4586560759699 max c/cs inside fraction of cutoff 0.68622054023564449 average v/vesc outside cutoff 1.0512298727672347 Kinetic plus potential energy outside cutoff 5.2442469190685279E+047 mass inside cutoff 1402 51.690046501524407 relax counter 0 log max v [km/s]= 4.3118950043756259 check gamma integral -1.5721641625348191E-002 retry: logT < hydro_mtx_min_allowed_logT 612 3052 retry: logT < hydro_mtx_min_allowed_logT 609 3056 3060 9.385681 2.692E+05 -16.450276 13.421883 51.691176 0.000000 0.000000 0.000000 0.219336 -1.400808 2592 193 -9.1372E+00 9.385678 -0.249248 9.273453 13.378677 -99.000000 51.691176 0.000000 0.044507 0.780664 0.608371 7 2.8768E+05 5.864401 6.176181 13.421852 13.426343 -7.031867 49.152015 0.000005 0.000001 0.436441 -0.909E+01 max increase log_rel_run_E_err -7.8826067724297326 rel_E_err 8.0449021792305787D-12 k, q, energy_removed_layers before adjustment is 1324 0.99999134503903020 4.3751607532438494E+047 k, q, energy_removed_layers after adjustment is 1402 0.99997815341469620 5.3121566696136146E+047 Layers above q= 0.99997815341469620 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8320.6230468750000 max vel inside fraction of cutoff 1893.6836004865515 max c/cs inside fraction of cutoff 0.69093512642582089 average v/vesc outside cutoff 1.0595971151907191 Kinetic plus potential energy outside cutoff 5.3121566696136146E+047 mass inside cutoff 1402 51.690046501524407 relax counter 0 log max v [km/s]= 4.3171399656178142 check gamma integral -1.5665282328942730E-002 retry: logT > hydro_mtx_max_allowed_logT 644 3062 retry: logT < hydro_mtx_min_allowed_logT 624 3065 retry: logT < hydro_mtx_min_allowed_logT 590 3068 3070 9.384519 2.691E+05 -16.299392 13.393321 51.691176 0.000000 0.000000 0.000000 0.219336 -1.405126 2592 196 -9.2485E+00 9.384516 -0.249515 9.260249 13.369838 -99.000000 51.691176 0.000000 0.044507 0.780664 0.608205 6 2.8768E+05 5.860558 6.175072 13.393289 13.379934 -7.030369 49.152015 0.000005 0.000001 0.436439 -0.914E+01 max increase log_rel_run_E_err -7.8798736594787737 rel_E_err 8.3607761006033988D-12 k, q, energy_removed_layers before adjustment is 1327 0.99999099918614032 4.4729561403747030E+047 k, q, energy_removed_layers after adjustment is 1404 0.99997762526437772 5.3890357195507117E+047 Layers above q= 0.99997762526437772 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8320.8066406250000 max vel inside fraction of cutoff 1905.6137200534481 max c/cs inside fraction of cutoff 0.69645927614857439 average v/vesc outside cutoff 1.0625560799131069 Kinetic plus potential energy outside cutoff 5.3890357195507117E+047 mass inside cutoff 1404 51.690019200813460 relax counter 0 log max v [km/s]= 4.3135001631464487 check gamma integral -1.5597372784622856E-002 retry: logT < hydro_mtx_min_allowed_logT 583 3072 retry: logT < hydro_mtx_min_allowed_logT 602 3077 3080 9.383241 2.690E+05 -15.927175 13.361985 51.691176 0.000000 0.000000 0.000000 0.219336 -1.409880 2592 198 -9.0587E+00 9.383237 -0.249808 9.245722 13.360100 -99.000000 51.691176 0.000000 0.044507 0.780664 0.608023 8 2.8768E+05 5.856330 6.173857 13.361952 13.328893 -7.028720 49.152015 0.000005 0.000001 0.436438 -0.920E+01 max increase log_rel_run_E_err -7.8772411027849492 rel_E_err 8.1192732329292239D-12 k, q, energy_removed_layers before adjustment is 1330 0.99999071220966862 4.5556899254452435E+047 k, q, energy_removed_layers after adjustment is 1407 0.99997672139852278 5.4736712105860311E+047 Layers above q= 0.99997672139852278 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8321.0097656250000 max vel inside fraction of cutoff 1918.5971212126160 max c/cs inside fraction of cutoff 0.70249990043910082 average v/vesc outside cutoff 1.0646868371561822 Kinetic plus potential energy outside cutoff 5.4736712105860311E+047 mass inside cutoff 1407 51.689972478924673 relax counter 0 log max v [km/s]= 4.3193204883667002 check gamma integral -1.5520768239536640E-002 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 568 3081 retry: logT < hydro_mtx_min_allowed_logT 562 3085 retry: logT < hydro_mtx_min_allowed_logT 562 3090 3090 9.381731 2.688E+05 -15.560954 13.325064 51.691176 0.000000 0.000000 0.000000 0.219336 -1.415503 2592 201 -9.1700E+00 9.381725 -0.250153 9.228549 13.348574 -99.000000 51.691176 0.000000 0.044506 0.780664 0.607807 6 2.8768E+05 5.851334 6.172412 13.325030 13.268599 -7.026781 49.152015 0.000005 0.000001 0.436436 -0.926E+01 retry log_rel_run_E_err -7.8746144330481105 rel_E_err 8.0391142926544226D-12 k, q, energy_removed_layers before adjustment is 1335 0.99999022290805417 4.6772138604249947E+047 k, q, energy_removed_layers after adjustment is 1408 0.99997635220294301 5.5700200815902969E+047 Layers above q= 0.99997635220294301 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8321.2480468750000 max vel inside fraction of cutoff 1933.7532121802813 max c/cs inside fraction of cutoff 0.70958986803628721 average v/vesc outside cutoff 1.0716633755047438 Kinetic plus potential energy outside cutoff 5.5700200815902969E+047 mass inside cutoff 1408 51.689953394771067 relax counter 0 log max v [km/s]= 4.3148655220900887 check gamma integral -1.5427660639219978E-002 retry: logT < hydro_mtx_min_allowed_logT 548 3094 retry: logT > hydro_mtx_max_allowed_logT 545 3098 __________________________________________________________________________________________________________________________________________________ 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 9.379840 2.687E+05 -15.505569 13.279010 51.691176 0.000000 0.000000 0.000000 0.219336 -1.422552 2592 203 -8.9802E+00 9.379833 -0.250584 9.207045 13.334115 -99.000000 51.691176 0.000000 0.044506 0.780664 0.607537 6 2.8768E+05 5.845077 6.170614 13.278973 13.193166 -7.024378 49.152015 0.000005 0.000001 0.436434 -0.934E+01 max increase log_rel_run_E_err -7.8719840757700510 rel_E_err 8.0436472541771870D-12 save LOGS/profile17.data for model 3100 save photos/x100 for model 3100 k, q, energy_removed_layers before adjustment is 1339 0.99998977663060684 4.8096042172895176E+047 k, q, energy_removed_layers after adjustment is 1409 0.99997597825785056 5.6874261123711099E+047 Layers above q= 0.99997597825785056 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8321.5449218750000 max vel inside fraction of cutoff 1952.4458072065570 max c/cs inside fraction of cutoff 0.71839213930728896 average v/vesc outside cutoff 1.0809256068050539 Kinetic plus potential energy outside cutoff 5.6874261123711099E+047 mass inside cutoff 1409 51.689934065109554 relax counter 0 log max v [km/s]= 4.3211690119953685 check gamma integral -1.5307148722684839E-002 retry: logT > hydro_mtx_max_allowed_logT 564 3102 retry: logT < hydro_mtx_min_allowed_logT 506 3107 3110 9.377415 2.685E+05 -15.335317 13.220212 51.691176 0.000000 0.000000 0.000000 0.219336 -1.431604 2592 205 -8.7905E+00 9.377406 -0.251136 9.179454 13.315526 -99.000000 51.691176 0.000000 0.044506 0.780664 0.607190 7 2.8768E+05 5.837052 6.168327 13.220172 13.096536 -7.021317 49.152015 0.000005 0.000001 0.436432 -0.945E+01 max increase log_rel_run_E_err -7.8693734270594762 rel_E_err 8.0597170948471404D-12 k, q, energy_removed_layers before adjustment is 1345 0.99998919474219639 4.9786174793241268E+047 k, q, energy_removed_layers after adjustment is 1409 0.99997597825785056 5.8299627969203851E+047 Layers above q= 0.99997597825785056 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8321.9199218750000 max vel inside fraction of cutoff 1975.9682397589379 max c/cs inside fraction of cutoff 0.72956149751533961 average v/vesc outside cutoff 1.0977689733944587 Kinetic plus potential energy outside cutoff 5.8299627969203851E+047 mass inside cutoff 1409 51.689934065109554 relax counter 0 log max v [km/s]= 4.3295677105990729 check gamma integral -1.5146145139333805E-002 retry: logT > hydro_mtx_max_allowed_logT 542 3112 retry: logT < hydro_mtx_min_allowed_logT 472 3116 3120 9.373865 2.683E+05 -15.600717 13.134633 51.691176 0.000000 0.000000 0.000000 0.219336 -1.444886 2592 207 -8.6007E+00 9.373853 -0.251942 9.139025 13.288210 -99.000000 51.691176 0.000000 0.044506 0.780664 0.606680 9 2.8768E+05 5.825298 6.165008 13.134589 12.955339 -7.016891 49.152015 0.000005 0.000001 0.436430 -0.960E+01 max increase log_rel_run_E_err -7.8668287828997174 rel_E_err 7.6821915857744497D-12 k, q, energy_removed_layers before adjustment is 1351 0.99998845550244697 5.2110239132343255E+047 k, q, energy_removed_layers after adjustment is 1411 0.99997535434181961 6.0247292671916235E+047 Layers above q= 0.99997535434181961 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8322.4648437500000 max vel inside fraction of cutoff 2009.5185550734857 max c/cs inside fraction of cutoff 0.74567631141648261 average v/vesc outside cutoff 1.1086728486039645 Kinetic plus potential energy outside cutoff 6.0247292671916235E+047 mass inside cutoff 1411 51.689901814156329 relax counter 0 log max v [km/s]= 4.3407237322750412 check gamma integral -1.4897249370958701E-002 retry: logT > hydro_mtx_max_allowed_logT 488 3122 retry: get_T_tau -- L <= 0 3128 3130 9.367393 2.697E+05 -16.569469 12.980105 51.691176 0.000000 0.000000 0.000000 0.219336 -1.469179 2592 209 -8.4110E+00 9.367377 -0.253406 9.065216 13.238117 -99.000000 51.691176 0.000000 0.044506 0.780664 0.605747 7 2.8768E+05 5.803861 6.171098 12.980053 12.699187 -7.013418 49.152015 0.000005 0.000001 0.436427 -0.969E+01 max increase log_rel_run_E_err -7.8643121169588257 rel_E_err 7.9438584363204828D-12 k, q, energy_removed_layers before adjustment is 1360 0.99998709276152398 5.6080304081223538E+047 k, q, energy_removed_layers after adjustment is 1417 0.99997372420821440 6.3449659131977712E+047 Layers above q= 0.99997372420821440 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8323.4355468750000 max vel inside fraction of cutoff 2068.0420991835858 max c/cs inside fraction of cutoff 0.77432717392695460 average v/vesc outside cutoff 1.1325725480551114 Kinetic plus potential energy outside cutoff 6.3449659131977712E+047 mass inside cutoff 1417 51.689817550633606 relax counter 0 log max v [km/s]= 4.3533826215626776 check gamma integral -1.4403048067268527E-002 3140 9.353928 1.753E+06 -17.170191 12.663965 51.691176 0.000000 0.000000 0.000000 0.219336 -1.520039 2593 209 -8.1409E+00 9.353900 -0.216239 8.911041 13.132628 -99.000000 51.691176 0.000000 0.044506 0.780664 0.603791 8 2.8768E+05 5.759217 9.497105 12.663888 12.173634 -7.904756 49.152015 0.000005 0.000001 0.436425 0.125E+01 lgRho_cntr log_rel_run_E_err -7.8618785571228411 rel_E_err 7.4819363920455060D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1373 0.99998467496131904 6.2554038013891784E+047 k, q, energy_removed_layers after adjustment is 1425 0.99997133038761787 6.9068001306658235E+047 Layers above q= 0.99997133038761787 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8325.3867187500000 max vel inside fraction of cutoff 2179.8168520801728 max c/cs inside fraction of cutoff 0.83109248892849308 average v/vesc outside cutoff 1.1636951208862956 Kinetic plus potential energy outside cutoff 6.9068001306658235E+047 mass inside cutoff 1425 51.689693811232374 relax counter 0 log max v [km/s]= 4.4302294449056516 check gamma integral -1.3205723209416910E-002 retry: eos evaluated at too low a density 3141 retry: logT < hydro_mtx_min_allowed_logT 112 3143 retry: logRho > hydro_mtx_max_allowed_logRho 2 3144 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 56 3148 3150 9.348533 1.608E+06 -16.753041 12.539161 51.691176 0.000000 0.000000 0.000000 0.219336 -1.540477 2593 213 -8.6456E+00 9.348502 -0.200900 8.849037 13.089883 -99.000000 51.691176 0.000000 0.044506 0.780664 0.603013 7 2.8768E+05 5.741341 9.377885 12.539073 11.966296 -3.623282 49.152015 0.000005 0.000000 0.436424 0.136E+03 max increase log_rel_run_E_err -7.8594858584502854 rel_E_err 7.6839295651681608D-12 Using fixed_vsurf 20000.000000000000 save photos/x150 for model 3150 k, q, energy_removed_layers before adjustment is 1378 0.99998373332912371 6.4772270104986818E+047 k, q, energy_removed_layers after adjustment is 1428 0.99997052170456480 7.0949763722659876E+047 Layers above q= 0.99997052170456480 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8326.1445312500000 max vel inside fraction of cutoff 2221.4938015865509 max c/cs inside fraction of cutoff 0.85293539196425638 average v/vesc outside cutoff 1.1799701666358779 Kinetic plus potential energy outside cutoff 7.0949763722659876E+047 mass inside cutoff 1428 51.689652009454520 relax counter 0 log max v [km/s]= 4.3374653480102978 check gamma integral -1.2661499884153353E-002 retry: logT < hydro_mtx_min_allowed_logT 124 3154 retry: logRho > hydro_mtx_max_allowed_logRho 136 3159 3160 9.340842 1.556E+06 -16.269565 12.362653 51.691176 0.000000 0.000000 0.000000 0.219336 -1.569689 2593 215 -8.4559E+00 9.340805 -0.180283 8.760272 13.028422 -99.000000 51.691176 0.000000 0.044506 0.780664 0.601905 9 2.8768E+05 5.715853 9.361880 12.362544 11.674258 -2.938344 49.152015 0.000004 0.000000 0.436424 0.171E+03 max increase log_rel_run_E_err -7.8571349630181455 rel_E_err 7.6619020612292614D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1385 0.99998255938613945 6.7750798884066275E+047 k, q, energy_removed_layers after adjustment is 1431 0.99996936840531980 7.3464142119894598E+047 Layers above q= 0.99996936840531980 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8327.2109375000000 max vel inside fraction of cutoff 2278.0616011538141 max c/cs inside fraction of cutoff 0.88322994838457947 average v/vesc outside cutoff 1.1965451592811516 Kinetic plus potential energy outside cutoff 7.3464142119894598E+047 mass inside cutoff 1431 51.689592394060526 relax counter 0 log max v [km/s]= 4.3455280879556062 check gamma integral -1.1821384294965504E-002 retry: logRho > hydro_mtx_max_allowed_logRho 202 3164 3170 9.327466 1.615E+06 -16.848596 12.058742 51.691176 0.000000 0.000000 0.000000 0.219336 -1.620671 2581 216 -8.1492E+00 9.327418 -0.147403 8.604634 12.920014 -99.000000 51.691176 0.000000 0.044506 0.780664 0.599981 10 2.8768E+05 5.671522 9.492774 12.058589 11.174917 -2.224378 49.152015 0.000004 0.000000 0.436424 0.176E+03 lgRho_cntr log_rel_run_E_err -7.8548930512433879 rel_E_err 7.1948309281729211D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1376 0.99998079254013794 7.1842940074863831E+047 k, q, energy_removed_layers after adjustment is 1424 0.99996739997836981 7.7275240927785050E+047 Layers above q= 0.99996739997836981 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8329.0175781250000 max vel inside fraction of cutoff 2369.4485740582204 max c/cs inside fraction of cutoff 0.93382453404947141 average v/vesc outside cutoff 1.2222532179458263 Kinetic plus potential energy outside cutoff 7.7275240927785050E+047 mass inside cutoff 1424 51.689490643757047 relax counter 0 log max v [km/s]= 4.3566190080821672 check gamma integral -1.0180968418774005E-002 3180 9.312114 1.598E+06 -17.128789 11.713582 51.691176 0.000000 0.000000 0.000000 0.219336 -1.679294 2643 216 -8.2038E+00 9.312054 -0.113418 8.423893 12.793174 -99.000000 51.691176 0.000000 0.044506 0.780664 0.597803 7 2.8768E+05 5.620690 9.541679 11.713359 10.609459 -1.958162 49.152015 0.000004 0.000000 0.436424 0.181E+03 lgRho_cntr log_rel_run_E_err -7.8527141208503881 rel_E_err 7.3998674396343423D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1446 0.99997869275944251 7.6172669563478547E+047 k, q, energy_removed_layers after adjustment is 1488 0.99996588295654387 8.0945593494560394E+047 Layers above q= 0.99996588295654387 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8331.0351562500000 max vel inside fraction of cutoff 2465.6832515723668 max c/cs inside fraction of cutoff 0.98930888591684774 average v/vesc outside cutoff 1.2469133592295005 Kinetic plus potential energy outside cutoff 8.0945593494560394E+047 mass inside cutoff 1488 51.689412227115191 relax counter 0 log max v [km/s]= 4.3348393002417938 check gamma integral -8.0232925002855365E-003 3190 9.296912 1.559E+06 -18.197534 11.374010 51.691176 0.000000 0.000000 0.000000 0.219336 -1.737289 2635 216 -8.2124E+00 9.296840 -0.082886 8.242384 12.664885 -99.000000 51.691176 0.000000 0.044506 0.780664 0.595699 6 2.8768E+05 5.570455 9.559926 11.373689 10.049094 -1.851662 49.152015 0.000004 0.000000 0.436424 0.185E+03 lgRho_cntr log_rel_run_E_err -7.8505975150450000 rel_E_err 6.8564354185690149D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1441 0.99997708586475398 7.9585944122868495E+047 k, q, energy_removed_layers after adjustment is 1482 0.99996407095339113 8.4029468672377220E+047 Layers above q= 0.99996407095339113 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8332.9863281250000 max vel inside fraction of cutoff 2554.0533531663928 max c/cs inside fraction of cutoff 1.0422544898814774 average v/vesc outside cutoff 1.2667524199517612 Kinetic plus potential energy outside cutoff 8.4029468672377220E+047 mass inside cutoff 1482 51.689318562541715 relax counter 0 log max v [km/s]= 4.3260435914552069 check gamma integral -5.6094870724395481E-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 9.281692 1.503E+06 -18.270678 11.034589 51.691176 0.000000 0.000000 0.000000 0.219336 -1.795130 2633 216 -8.2182E+00 9.281608 -0.054802 8.057788 12.533595 -99.000000 51.691176 0.000000 0.044506 0.780664 0.593663 6 2.8768E+05 5.520298 9.552840 11.034131 9.480131 -1.795753 49.152015 0.000004 0.000000 0.436424 0.191E+03 lgRho_cntr log_rel_run_E_err -7.8485710148738708 rel_E_err 6.4717524499660815D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile18.data for model 3200 save photos/x200 for model 3200 k, q, energy_removed_layers before adjustment is 1441 0.99997535434181994 8.2615565815621889E+047 k, q, energy_removed_layers after adjustment is 1482 0.99996217891150185 8.6728834680678576E+047 Layers above q= 0.99996217891150185 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8334.9062500000000 max vel inside fraction of cutoff 2637.3402230220272 max c/cs inside fraction of cutoff 1.0938950269341969 average v/vesc outside cutoff 1.2820488890911073 Kinetic plus potential energy outside cutoff 8.6728834680678576E+047 mass inside cutoff 1482 51.689220760671837 relax counter 0 log max v [km/s]= 4.3204936657791180 check gamma integral -2.9368430956026714E-003 3210 9.266439 1.454E+06 -19.079884 10.693467 51.691176 0.000000 0.000000 0.000000 0.219336 -1.852701 2631 216 -8.2215E+00 9.266342 -0.028681 7.869549 12.398993 -99.000000 51.691176 0.000000 0.044506 0.780664 0.591713 6 2.8768E+05 5.470213 9.547728 10.692815 8.896599 -1.772643 49.152015 0.000004 0.000000 0.436424 0.195E+03 lgRho_cntr log_rel_run_E_err -7.8465924733461190 rel_E_err 6.4121862664907072D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1444 0.99997372420821451 8.5318675931065623E+047 k, q, energy_removed_layers after adjustment is 1481 0.99996078443713898 8.9134689923483632E+047 Layers above q= 0.99996078443713898 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8336.8046875000000 max vel inside fraction of cutoff 2716.8642786285577 max c/cs inside fraction of cutoff 1.1447731536194039 average v/vesc outside cutoff 1.3048739899521680 Kinetic plus potential energy outside cutoff 8.9134689923483632E+047 mass inside cutoff 1481 51.689148678652437 relax counter 0 log max v [km/s]= 4.3170269219496200 check gamma integral -3.0663254783134038E-005 3220 9.250828 1.412E+06 -18.893486 10.342095 51.691176 0.000000 0.000000 0.000000 0.219336 -1.911021 2643 216 -8.1432E+00 9.250719 -0.003674 7.673136 12.257946 -99.000000 51.691176 0.000000 0.044506 0.780664 0.589831 6 2.8768E+05 5.419194 9.546124 10.341163 8.281490 -1.764455 49.152015 0.000004 0.000000 0.436424 0.200E+03 max increase log_rel_run_E_err -7.8446763797367636 rel_E_err 6.4331220041357673D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1456 0.99997221166467110 8.7830809726837203E+047 k, q, energy_removed_layers after adjustment is 1491 0.99995893988921958 9.1330925692832657E+047 Layers above q= 0.99995893988921958 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8338.7363281250000 max vel inside fraction of cutoff 2795.0801643540317 max c/cs inside fraction of cutoff 1.1963339370933939 average v/vesc outside cutoff 1.3157981757714965 Kinetic plus potential energy outside cutoff 9.1330925692832657E+047 mass inside cutoff 1491 51.689053331801695 relax counter 0 log max v [km/s]= 4.3169963088702188 check gamma integral 3.1390760299179381E-003 3230 9.233876 1.361E+06 -19.682270 9.956951 51.691176 0.000000 0.000000 0.000000 0.219336 -1.973463 2636 216 -8.1412E+00 9.233754 0.021857 7.454928 12.100788 -99.000000 51.691176 0.000000 0.044506 0.780664 0.587940 6 2.8768E+05 5.364114 9.533453 9.955582 7.588098 -1.759747 49.152015 0.000004 0.000000 0.436424 0.205E+03 max increase log_rel_run_E_err -7.8428407759954375 rel_E_err 5.9330411055861738D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1452 0.99997079347261564 9.0111862639684763E+047 k, q, energy_removed_layers after adjustment is 1485 0.99995768783504013 9.3471989666188330E+047 Layers above q= 0.99995768783504013 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8340.8222656250000 max vel inside fraction of cutoff 2877.1095137650655 max c/cs inside fraction of cutoff 1.2521087248214813 average v/vesc outside cutoff 1.3318815936469428 Kinetic plus potential energy outside cutoff 9.3471989666188330E+047 mass inside cutoff 1485 51.688988611649023 relax counter 0 log max v [km/s]= 4.3143118168417249 check gamma integral 6.7463595753876806E-003 3240 9.216143 1.320E+06 -19.940897 9.549812 51.691176 0.000000 0.000000 0.000000 0.219336 -2.037545 2629 216 -8.0579E+00 9.216008 0.047084 7.220405 11.931667 -99.000000 51.691176 0.000000 0.044506 0.780664 0.586159 6 2.8768E+05 5.306922 9.531638 9.547773 6.824113 -1.765351 49.152015 0.000004 0.000000 0.436424 0.209E+03 lgRho_cntr log_rel_run_E_err -7.8410807233260789 rel_E_err 5.8896186213247975D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1446 0.99996936840532036 9.2356775140974664E+047 k, q, energy_removed_layers after adjustment is 1478 0.99995607325979530 9.5499299988439132E+047 Layers above q= 0.99995607325979530 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8343.0097656250000 max vel inside fraction of cutoff 2960.2650038036818 max c/cs inside fraction of cutoff 1.3105476689127624 average v/vesc outside cutoff 1.3458967032207383 Kinetic plus potential energy outside cutoff 9.5499299988439132E+047 mass inside cutoff 1478 51.688905152356242 relax counter 0 log max v [km/s]= 4.3144593008710821 check gamma integral 1.0624406054047705E-002 3250 9.198664 1.273E+06 -20.133417 9.144935 51.691176 0.000000 0.000000 0.000000 0.219336 -2.099249 2636 216 -8.1303E+00 9.198515 0.070752 6.982010 11.759916 -99.000000 51.691176 0.000000 0.044506 0.780664 0.584628 6 2.8768E+05 5.251038 9.515243 9.141940 5.995414 -1.779472 49.152015 0.000004 0.000000 0.436424 0.214E+03 lgRho_cntr log_rel_run_E_err -7.8393862852887937 rel_E_err 5.4011139585035593D-12 Using fixed_vsurf 20000.000000000000 save photos/x250 for model 3250 k, q, energy_removed_layers before adjustment is 1452 0.99996789308068690 9.4302556159088581E+047 k, q, energy_removed_layers after adjustment is 1484 0.99995445170771269 9.7313777664085018E+047 Layers above q= 0.99995445170771269 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8345.1816406250000 max vel inside fraction of cutoff 3039.9978691167967 max c/cs inside fraction of cutoff 1.3685330557935720 average v/vesc outside cutoff 1.3574507093191994 Kinetic plus potential energy outside cutoff 9.7313777664085018E+047 mass inside cutoff 1484 51.688821332422506 relax counter 0 log max v [km/s]= 4.3107650494432752 check gamma integral 1.4462281742536968E-002 3260 9.181215 1.227E+06 -20.353343 8.726335 51.691176 0.000000 0.000000 0.000000 0.219336 -2.159224 2646 216 -8.1599E+00 9.181054 0.093428 6.735710 11.583134 -99.000000 51.691176 0.000000 0.044506 0.780664 0.583341 6 2.8768E+05 5.195784 9.496408 8.721874 5.188814 -1.798000 49.152015 0.000004 0.000000 0.436424 0.219E+03 lgRho_cntr log_rel_run_E_err -7.8377238164004357 rel_E_err 5.4416885481210738D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1462 0.99996639508256879 9.6219430073221753E+047 k, q, energy_removed_layers after adjustment is 1493 0.99995335833688814 9.8983472571568127E+047 Layers above q= 0.99995335833688814 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8347.3769531250000 max vel inside fraction of cutoff 3117.6798512807845 max c/cs inside fraction of cutoff 1.4270654206845121 average v/vesc outside cutoff 1.3713213952747396 Kinetic plus potential energy outside cutoff 9.8983472571568127E+047 mass inside cutoff 1493 51.688764814799022 relax counter 0 log max v [km/s]= 4.3089031854700099 check gamma integral 1.8217468302599588E-002 3270 9.163648 1.185E+06 -20.499331 8.290368 51.691176 0.000000 0.000000 0.000000 0.219336 -2.217856 2654 216 -8.1763E+00 9.163476 0.115497 6.477960 11.399417 -99.000000 51.691176 0.000000 0.044506 0.780664 0.582302 6 2.8768E+05 5.140729 9.481169 8.283627 4.457418 -1.821841 49.152015 0.000004 0.000000 0.436424 0.224E+03 lgRho_cntr log_rel_run_E_err -7.8361409958779271 rel_E_err 5.3057356757405459D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1469 0.99996516755652565 9.7924664175296449E+047 k, q, energy_removed_layers after adjustment is 1502 0.99995205464953751 1.0054221634199134E+048 Layers above q= 0.99995205464953751 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8349.6269531250000 max vel inside fraction of cutoff 3194.2210798511260 max c/cs inside fraction of cutoff 1.4869305308587879 average v/vesc outside cutoff 1.3846841234821274 Kinetic plus potential energy outside cutoff 1.0054221634199134E+048 mass inside cutoff 1502 51.688697425667023 relax counter 0 log max v [km/s]= 4.3076523132537012 check gamma integral 2.1835678147717055E-002 3280 9.146002 1.145E+06 -20.678632 7.867445 51.691176 0.000000 0.000000 0.000000 0.219336 -2.274923 2658 216 -8.1681E+00 9.145821 0.137078 6.207581 11.208719 -99.000000 51.691176 0.000000 0.044506 0.780664 0.581527 6 2.8768E+05 5.086027 9.463366 7.857835 3.589490 -1.846028 49.152015 0.000004 0.000000 0.436424 0.229E+03 lgRho_cntr log_rel_run_E_err -7.8346436409770144 rel_E_err 4.9208231526578697D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1477 0.99996369908760940 9.9594923607489659E+047 k, q, energy_removed_layers after adjustment is 1509 0.99995072181400557 1.0201668587322879E+048 Layers above q= 0.99995072181400557 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8351.9414062500000 max vel inside fraction of cutoff 3269.6504753234990 max c/cs inside fraction of cutoff 1.5483113696576947 average v/vesc outside cutoff 1.3972333107446300 Kinetic plus potential energy outside cutoff 1.0201668587322879E+048 mass inside cutoff 1509 51.688628529831263 relax counter 0 log max v [km/s]= 4.3069517758257794 check gamma integral 2.5231958056837020E-002 3290 9.127189 1.108E+06 -20.833602 7.422969 51.691176 0.000000 0.000000 0.000000 0.219336 -2.333777 2654 216 -7.9952E+00 9.126999 0.159618 5.904481 10.998163 -99.000000 51.691176 0.000000 0.044506 0.780664 0.580993 6 2.8768E+05 5.028364 9.452621 7.409604 2.625810 -1.869213 49.152015 0.000004 0.000000 0.436424 0.233E+03 lgRho_cntr log_rel_run_E_err -7.8332027692102146 rel_E_err 4.7542585484631331D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1475 0.99996217891150330 1.0127022903107440E+048 k, q, energy_removed_layers after adjustment is 1506 0.99994932951479509 1.0350861057438329E+048 Layers above q= 0.99994932951479509 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8354.4804687500000 max vel inside fraction of cutoff 3348.6557750910147 max c/cs inside fraction of cutoff 1.6155150665070150 average v/vesc outside cutoff 1.4109502360015904 Kinetic plus potential energy outside cutoff 1.0350861057438329E+048 mass inside cutoff 1506 51.688556560248038 relax counter 0 log max v [km/s]= 4.3086397331863067 check gamma integral 2.8528225880753141E-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 9.108665 1.068E+06 -20.982468 6.998574 51.691176 0.000000 0.000000 0.000000 0.219336 -2.389790 2654 216 -8.1107E+00 9.108466 0.181499 5.588837 10.783125 -99.000000 51.691176 0.000000 0.044506 0.780664 0.580759 6 2.8768E+05 4.972240 9.432683 6.981330 1.636672 -1.900110 49.152015 0.000004 0.000000 0.436424 0.239E+03 lgRho_cntr log_rel_run_E_err -7.8318055803356783 rel_E_err 4.6659009377131948D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile19.data for model 3300 save photos/x300 for model 3300 k, q, energy_removed_layers before adjustment is 1477 0.99996109183572401 1.0265481191079727E+048 k, q, energy_removed_layers after adjustment is 1508 0.99994784687467309 1.0490682412051629E+048 Layers above q= 0.99994784687467309 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8357.0761718750000 max vel inside fraction of cutoff 3423.4909632988333 max c/cs inside fraction of cutoff 1.6815325546847879 average v/vesc outside cutoff 1.4247989004530019 Kinetic plus potential energy outside cutoff 1.0490682412051629E+048 mass inside cutoff 1508 51.688479920836876 relax counter 0 log max v [km/s]= 4.3061436456867250 check gamma integral 3.1408518629746009E-002 3310 9.090119 1.032E+06 -21.128758 6.590835 51.691176 0.000000 0.000000 0.000000 0.219336 -2.444108 2645 216 -8.0251E+00 9.089910 0.203237 5.253117 10.559756 -99.000000 51.691176 0.000000 0.044506 0.780664 0.580797 6 2.8768E+05 4.916657 9.415626 6.570406 0.604552 -1.930540 49.152015 0.000004 0.000000 0.436424 0.244E+03 max increase log_rel_run_E_err -7.8304706379642042 rel_E_err 4.3924411559150458D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1471 0.99995955444549522 1.0417085625718327E+048 k, q, energy_removed_layers after adjustment is 1499 0.99994657984816038 1.0625516160682649E+048 Layers above q= 0.99994657984816038 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8359.7871093750000 max vel inside fraction of cutoff 3498.4564016588106 max c/cs inside fraction of cutoff 1.7522284089625264 average v/vesc outside cutoff 1.4385250728076662 Kinetic plus potential energy outside cutoff 1.0625516160682649E+048 mass inside cutoff 1499 51.688414426746697 relax counter 0 log max v [km/s]= 4.3065424843579354 check gamma integral 3.3917768136140093E-002 3320 9.070592 9.954E+05 -21.282836 6.178779 51.691176 0.000000 0.000000 0.000000 0.219336 -2.499611 2640 216 -8.0413E+00 9.070376 0.226063 4.875456 10.315561 -99.000000 51.691176 0.000000 0.044506 0.780664 0.581105 6 2.8768E+05 4.858745 9.398811 6.156623 -0.528924 -1.964373 49.152015 0.000004 0.000000 0.436424 0.250E+03 lgRho_cntr log_rel_run_E_err -7.8292011548795735 rel_E_err 4.0203071579799356D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1468 0.99995831801336144 1.0557322902403068E+048 k, q, energy_removed_layers after adjustment is 1495 0.99994470993314788 1.0761915160874138E+048 Layers above q= 0.99994470993314788 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8362.7832031250000 max vel inside fraction of cutoff 3575.4417528971521 max c/cs inside fraction of cutoff 1.8295171958089747 average v/vesc outside cutoff 1.4465367232059436 Kinetic plus potential energy outside cutoff 1.0761915160874138E+048 mass inside cutoff 1495 51.688317768641092 relax counter 0 log max v [km/s]= 4.3056063982478499 check gamma integral 3.6167813938458401E-002 3330 9.051985 9.582E+05 -21.430940 5.796847 51.691176 0.000000 0.000000 0.000000 0.219336 -2.551113 2642 216 -8.0485E+00 9.051763 0.247840 4.489976 10.074024 -99.000000 51.691176 0.000000 0.044506 0.780664 0.581633 6 2.8768E+05 4.804090 9.376139 5.774876 -1.655395 -2.001291 49.152015 0.000004 0.000000 0.436424 0.256E+03 lgRho_cntr log_rel_run_E_err -7.8280015539216690 rel_E_err 4.0993846511614578D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1473 0.99995661745734277 1.0709384911798630E+048 k, q, energy_removed_layers after adjustment is 1498 0.99994353860379148 1.0887984508018489E+048 Layers above q= 0.99994353860379148 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8365.7929687500000 max vel inside fraction of cutoff 3646.4918982345307 max c/cs inside fraction of cutoff 1.9059938150580393 average v/vesc outside cutoff 1.4615484036529853 Kinetic plus potential energy outside cutoff 1.0887984508018489E+048 mass inside cutoff 1498 51.688257221249444 relax counter 0 log max v [km/s]= 4.3053585000128125 check gamma integral 3.7970092602951894E-002 3340 9.031950 9.227E+05 -21.592556 5.389862 51.691176 0.000000 0.000000 0.000000 0.219336 -2.605361 2648 216 -7.9464E+00 9.031724 0.271394 4.043871 9.804091 -99.000000 51.691176 0.000000 0.044506 0.780664 0.582419 6 2.8768E+05 4.745733 9.357675 5.369828 -2.920803 -2.038789 49.152015 0.000004 0.000000 0.436424 0.261E+03 lgRho_cntr log_rel_run_E_err -7.8268432754971187 rel_E_err 3.8964338920701592D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1482 0.99995499014924971 1.0852978918914304E+048 k, q, energy_removed_layers after adjustment is 1507 0.99994152501533295 1.1020651862322821E+048 Layers above q= 0.99994152501533295 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8369.2226562500000 max vel inside fraction of cutoff 3719.7648645803224 max c/cs inside fraction of cutoff 1.9915294126834464 average v/vesc outside cutoff 1.4725293638576500 Kinetic plus potential energy outside cutoff 1.1020651862322821E+048 mass inside cutoff 1507 51.688153136494485 relax counter 0 log max v [km/s]= 4.3054065837509272 check gamma integral 3.9587787452050480E-002 3350 9.012926 8.852E+05 -21.748865 5.005532 51.691176 0.000000 0.000000 0.000000 0.219336 -2.655950 2649 216 -7.9863E+00 9.012697 0.293897 3.588299 9.538154 -99.000000 51.691176 0.000000 0.044506 0.780664 0.583349 5 2.8768E+05 4.690730 9.330653 4.988589 -4.174625 -2.081628 49.152015 0.000004 0.000000 0.436424 0.268E+03 lgRho_cntr log_rel_run_E_err -7.8257171229116302 rel_E_err 3.8264497392277032D-12 Using fixed_vsurf 20000.000000000000 save photos/x350 for model 3350 k, q, energy_removed_layers before adjustment is 1485 0.99995390765567405 1.0972289247943972E+048 k, q, energy_removed_layers after adjustment is 1510 0.99994007560989873 1.1143500966683010E+048 Layers above q= 0.99994007560989873 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8372.6757812500000 max vel inside fraction of cutoff 3785.5305683933748 max c/cs inside fraction of cutoff 2.0756920908105174 average v/vesc outside cutoff 1.4830218378012539 Kinetic plus potential energy outside cutoff 1.1143500966683010E+048 mass inside cutoff 1510 51.688078215023410 relax counter 0 log max v [km/s]= 4.3050333602986584 check gamma integral 4.0867121787845684E-002 3360 8.992946 8.499E+05 -21.916742 4.612877 51.691176 0.000000 0.000000 0.000000 0.219336 -2.708390 2647 216 -7.8097E+00 8.992714 0.317703 3.073648 9.248530 -99.000000 51.691176 0.000000 0.044506 0.780664 0.584483 6 2.8768E+05 4.633314 9.307494 4.600144 -5.548373 -2.124262 49.152015 0.000004 0.000000 0.436424 0.274E+03 lgRho_cntr log_rel_run_E_err -7.8246577109020308 rel_E_err 3.4116287010495829D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1486 0.99995205464953774 1.1108627911834424E+048 k, q, energy_removed_layers after adjustment is 1510 0.99993847454380791 1.1269560126640770E+048 Layers above q= 0.99993847454380791 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8376.5351562500000 max vel inside fraction of cutoff 3849.8055171958663 max c/cs inside fraction of cutoff 2.1671243201684294 average v/vesc outside cutoff 1.4970651412471991 Kinetic plus potential energy outside cutoff 1.1269560126640770E+048 mass inside cutoff 1510 51.687995454034684 relax counter 0 log max v [km/s]= 4.3055696067518152 check gamma integral 4.1998037002351940E-002 3370 8.973411 8.099E+05 -22.085617 4.265532 51.691176 0.000000 0.000000 0.000000 0.219336 -2.759176 2639 216 -7.9183E+00 8.973178 0.341160 2.532674 8.955146 -99.000000 51.691176 0.000000 0.044506 0.780664 0.585725 5 2.8768E+05 4.577468 9.270768 4.257422 -6.950131 -2.171157 49.152015 0.000004 0.000000 0.436424 0.282E+03 lgRho_cntr log_rel_run_E_err -7.8236683471640163 rel_E_err 3.3652640824529313D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1481 0.99995027056545605 1.1239474131982412E+048 k, q, energy_removed_layers after adjustment is 1505 0.99993628581963323 1.1390501581248327E+048 Layers above q= 0.99993628581963323 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8380.5449218750000 max vel inside fraction of cutoff 3907.2716261931728 max c/cs inside fraction of cutoff 2.2593752874255721 average v/vesc outside cutoff 1.5055544386595909 Kinetic plus potential energy outside cutoff 1.1390501581248327E+048 mass inside cutoff 1505 51.687882316308638 relax counter 0 log max v [km/s]= 4.3045653534741888 check gamma integral 4.2943059748487472E-002 3380 8.953960 7.778E+05 -22.259602 3.987735 51.691176 0.000000 0.000000 0.000000 0.219336 -2.809448 2636 216 -7.8277E+00 8.953725 0.364706 1.954759 8.653002 -99.000000 51.691176 0.000000 0.044506 0.780664 0.587067 5 2.8768E+05 4.522092 9.247603 3.983691 -8.405912 -2.225334 49.152015 0.000004 0.000000 0.436424 0.288E+03 max increase log_rel_run_E_err -7.8227222926572173 rel_E_err 3.1642391611263517D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1480 0.99994883930042200 1.1358809511237407E+048 k, q, energy_removed_layers after adjustment is 1505 0.99993405863995322 1.1510522148664499E+048 Layers above q= 0.99993405863995322 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8384.7929687500000 max vel inside fraction of cutoff 3958.6974820234309 max c/cs inside fraction of cutoff 2.3539699973354260 average v/vesc outside cutoff 1.5141764882834035 Kinetic plus potential energy outside cutoff 1.1510522148664499E+048 mass inside cutoff 1505 51.687767190772313 relax counter 0 log max v [km/s]= 4.3048103487948293 check gamma integral 4.3767902277270489E-002 3390 8.933606 7.399E+05 -22.449497 3.787698 51.691176 0.000000 0.000000 0.000000 0.219336 -2.861896 2630 216 -7.8400E+00 8.933370 0.389569 1.305536 8.326241 -99.000000 51.691176 0.000000 0.044506 0.780664 0.588563 5 2.8768E+05 4.464344 9.210636 3.786265 -9.996192 -2.280443 49.152015 0.000004 0.000000 0.436424 0.296E+03 lgRho_cntr log_rel_run_E_err -7.8218359924291443 rel_E_err 3.0377452620404209D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1477 0.99994657984815993 1.1498955494899798E+048 k, q, energy_removed_layers after adjustment is 1501 0.99993224824864935 1.1634170927292889E+048 Layers above q= 0.99993224824864935 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8389.5390625000000 max vel inside fraction of cutoff 4005.8923955333676 max c/cs inside fraction of cutoff 2.4558585421092922 average v/vesc outside cutoff 1.5293422554811318 Kinetic plus potential energy outside cutoff 1.1634170927292889E+048 mass inside cutoff 1501 51.687673609517205 relax counter 0 log max v [km/s]= 4.3043561592270176 check gamma integral 4.4542506826907122E-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 8.914319 7.047E+05 -22.637095 3.666806 51.691176 0.000000 0.000000 0.000000 0.219336 -2.911524 2623 216 -7.8444E+00 8.914084 0.413353 0.646250 8.006994 -99.000000 51.691176 0.000000 0.044506 0.780664 0.590057 5 2.8768E+05 4.409787 9.173337 3.666391 -11.569086 -2.339305 49.152015 0.000004 0.000000 0.436424 0.304E+03 lgRho_cntr log_rel_run_E_err -7.8209884067327460 rel_E_err 2.8909478880369560D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile20.data for model 3400 save photos/x400 for model 3400 k, q, energy_removed_layers before adjustment is 1470 0.99994470993314721 1.1617919393839944E+048 k, q, energy_removed_layers after adjustment is 1495 0.99992923553716750 1.1752021587175706E+048 Layers above q= 0.99992923553716750 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8394.3378906250000 max vel inside fraction of cutoff 4044.1594519514183 max c/cs inside fraction of cutoff 2.5550421222856095 average v/vesc outside cutoff 1.5356367004602420 Kinetic plus potential energy outside cutoff 1.1752021587175706E+048 mass inside cutoff 1495 51.687517878918428 relax counter 0 log max v [km/s]= 4.3040229218504509 check gamma integral 4.5218222256238068E-002 3410 8.893681 6.690E+05 -22.846047 3.578115 51.691176 0.000000 0.000000 0.000000 0.219336 -2.964670 2611 216 -7.7403E+00 8.893446 0.439091 -0.110122 7.656019 -99.000000 51.691176 0.000000 0.044506 0.780664 0.591720 5 2.8768E+05 4.351541 9.134654 3.578026 -13.326476 -2.402287 49.152015 0.000004 0.000000 0.436424 0.313E+03 lgRho_cntr log_rel_run_E_err -7.8201798044106159 rel_E_err 2.6755778539456493D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1461 0.99994223864207454 1.1754625544410257E+048 k, q, energy_removed_layers after adjustment is 1485 0.99992650319522247 1.1879896997917354E+048 Layers above q= 0.99992650319522247 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8399.8398437500000 max vel inside fraction of cutoff 4077.9652873636433 max c/cs inside fraction of cutoff 2.6641824371806990 average v/vesc outside cutoff 1.5450041332527142 Kinetic plus potential energy outside cutoff 1.1879896997917354E+048 mass inside cutoff 1485 51.687376640950660 relax counter 0 log max v [km/s]= 4.3040014521202261 check gamma integral 4.5898780844751873E-002 3420 8.874190 6.343E+05 -23.049517 3.511749 51.691176 0.000000 0.000000 0.000000 0.219336 -3.014918 2604 216 -7.7770E+00 8.873957 0.463713 -0.875694 7.317509 -99.000000 51.691176 0.000000 0.044506 0.780664 0.593349 5 2.8768E+05 4.296655 9.091410 3.511731 -15.061105 -2.470579 49.152015 0.000004 0.000000 0.436424 0.322E+03 lgRho_cntr log_rel_run_E_err -7.8194249657985146 rel_E_err 2.5524090273954523D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1453 0.99994007560989850 1.1872969856544509E+048 k, q, energy_removed_layers after adjustment is 1479 0.99992238858147642 1.2004176383721979E+048 Layers above q= 0.99992238858147642 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8405.4140625000000 max vel inside fraction of cutoff 4103.1521854334333 max c/cs inside fraction of cutoff 2.7701197123701951 average v/vesc outside cutoff 1.5377190703845172 Kinetic plus potential energy outside cutoff 1.2004176383721979E+048 mass inside cutoff 1479 51.687163951728259 relax counter 0 log max v [km/s]= 4.3036444795916884 check gamma integral 4.6514607373992711E-002 3430 8.853813 6.017E+05 -23.265873 3.448266 51.691176 0.000000 0.000000 0.000000 0.219336 -3.067569 2602 216 -7.5984E+00 8.853583 0.489787 -1.731835 6.961018 -99.000000 51.691176 0.000000 0.044506 0.780664 0.595101 5 2.8768E+05 4.239374 9.051760 3.448263 -16.953424 -2.543572 49.152015 0.000004 0.000000 0.436424 0.332E+03 lgRho_cntr log_rel_run_E_err -7.8187068816665546 rel_E_err 2.5252902849175294D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1683 0.99934371817021106 2.6158112098210219E+048 k, q, energy_removed_layers after adjustment is 1817 0.99651296555899282 5.9992805074474134E+048 Layers above q= 0.99651296555899282 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8411.6718750000000 max vel inside fraction of cutoff 3970.0788366097950 max c/cs inside fraction of cutoff 2.7054933501811176 average v/vesc outside cutoff 0.96266341992088977 Kinetic plus potential energy outside cutoff 5.9992805074474134E+048 mass inside cutoff 1817 51.510926866974209 relax counter 0 log max v [km/s]= 4.3040171698399421 check gamma integral 4.7138873763258482E-002 3440 8.833985 5.698E+05 -23.477743 3.392063 51.691176 0.000000 0.000000 0.000000 0.219336 -3.118913 2601 216 -7.7012E+00 8.833760 0.515584 -2.625098 6.617714 -99.000000 51.691176 0.000000 0.044506 0.780664 0.596854 5 2.8768E+05 4.183738 9.008619 3.392062 -18.878327 -2.624969 49.152015 0.000004 0.000000 0.436424 0.342E+03 lgRho_cntr log_rel_run_E_err -7.8180271777558037 rel_E_err 2.2780791759435310D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1738 0.99867023392402909 5.6398124243462110E+048 k, q, energy_removed_layers after adjustment is 1840 0.99530557997867153 9.7741307265562880E+048 Layers above q= 0.99530557997867153 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8418.2500000000000 max vel inside fraction of cutoff 3922.6835712638194 max c/cs inside fraction of cutoff 2.7466720131353886 average v/vesc outside cutoff 0.97845979898862157 Kinetic plus potential energy outside cutoff 9.7741307265562880E+048 mass inside cutoff 1840 51.448515686710962 relax counter 0 log max v [km/s]= 4.3033780695401163 check gamma integral 4.7734452608239886E-002 3450 8.814301 5.397E+05 -23.687553 3.339138 51.691176 0.000000 0.000000 0.000000 0.219336 -3.170009 2594 216 -7.6054E+00 8.814082 0.541653 -3.575042 6.290616 -99.000000 51.691176 0.000000 0.044506 0.780664 0.598639 5 2.8768E+05 4.128593 8.966641 3.339138 -20.873631 -2.706871 49.152015 0.000004 0.000000 0.436424 0.354E+03 max increase log_rel_run_E_err -7.8173880749712090 rel_E_err 2.1472128015803287D-12 Using fixed_vsurf 20000.000000000000 save photos/x450 for model 3450 k, q, energy_removed_layers before adjustment is 1763 0.99791201244846728 9.4933393972683547E+048 k, q, energy_removed_layers after adjustment is 1853 0.99397317467619517 1.4211470498922587E+049 Layers above q= 0.99397317467619517 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8425.3066406250000 max vel inside fraction of cutoff 3862.3461636754114 max c/cs inside fraction of cutoff 2.7837721153842954 average v/vesc outside cutoff 0.98905709739621828 Kinetic plus potential energy outside cutoff 1.4211470498922587E+049 mass inside cutoff 1853 51.379642090014173 relax counter 0 log max v [km/s]= 4.3034675572001850 check gamma integral 4.8317652442945745E-002 3460 8.793771 5.101E+05 -23.905257 3.284150 51.691176 0.000000 0.000000 0.000000 0.219336 -3.223456 2596 216 -7.6108E+00 8.793555 0.569388 -4.637499 5.977030 -99.000000 51.691176 0.000000 0.044506 0.780664 0.600543 5 2.8768E+05 4.071150 8.923923 3.284150 -23.048587 -2.797478 49.152015 0.000004 0.000000 0.436424 0.366E+03 lgRho_cntr log_rel_run_E_err -7.8167814737613872 rel_E_err 2.1214939601564789D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1790 0.99703188688355604 1.4222924399635888E+049 k, q, energy_removed_layers after adjustment is 1872 0.99262625819322459 1.9403225000576906E+049 Layers above q= 0.99262625819322459 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8433.2910156250000 max vel inside fraction of cutoff 3801.0269104949034 max c/cs inside fraction of cutoff 2.8284606315419398 average v/vesc outside cutoff 1.0059795646243705 Kinetic plus potential energy outside cutoff 1.9403225000576906E+049 mass inside cutoff 1872 51.310018393335724 relax counter 0 log max v [km/s]= 4.3031469652090548 check gamma integral 4.8919700966604460E-002 3470 8.774351 4.836E+05 -24.110800 3.232200 51.691176 0.000000 0.000000 0.000000 0.219336 -3.274119 2600 216 -7.6071E+00 8.774139 0.596194 -5.715175 5.715952 -99.000000 51.691176 0.000000 0.044506 0.780664 0.602388 5 2.8768E+05 4.016900 8.884967 3.232200 -25.198052 -2.890876 49.152015 0.000004 0.000000 0.436424 0.378E+03 lgRho_cntr log_rel_run_E_err -7.8162090109336129 rel_E_err 1.9845042996126350D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1815 0.99612072543512842 1.9300180524135819E+049 k, q, energy_removed_layers after adjustment is 1892 0.99132518496292943 2.4696307109844295E+049 Layers above q= 0.99132518496292943 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8441.5097656250000 max vel inside fraction of cutoff 3731.5251903704866 max c/cs inside fraction of cutoff 2.8650316012320971 average v/vesc outside cutoff 1.0270607320472938 Kinetic plus potential energy outside cutoff 2.4696307109844295E+049 mass inside cutoff 1892 51.242764388289515 relax counter 0 log max v [km/s]= 4.3029677796490899 check gamma integral 4.9484882011724608E-002 3480 8.753625 4.569E+05 -24.331295 3.176763 51.691176 0.000000 0.000000 0.000000 0.219336 -3.328327 2597 216 -7.4948E+00 8.753419 0.625530 -6.952419 5.477423 -99.000000 51.691176 0.000000 0.044506 0.780664 0.604398 5 2.8768E+05 3.959079 8.844995 3.176763 -27.595971 -2.992126 49.152015 0.000004 0.000000 0.436424 0.391E+03 lgRho_cntr log_rel_run_E_err -7.8156567888268293 rel_E_err 1.8452403167272024D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1829 0.99511869476859305 2.5037204206988023E+049 k, q, energy_removed_layers after adjustment is 1902 0.98994919889465405 3.0603167500539171E+049 Layers above q= 0.98994919889465405 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8451.1054687500000 max vel inside fraction of cutoff 3651.4262800574120 max c/cs inside fraction of cutoff 2.9015647182480437 average v/vesc outside cutoff 1.0425739456620555 Kinetic plus potential energy outside cutoff 3.0603167500539171E+049 mass inside cutoff 1902 51.171638050567317 relax counter 0 log max v [km/s]= 4.3030657352981416 check gamma integral 5.0085056409021958E-002 3490 8.733638 4.320E+05 -24.546425 3.123309 51.691176 0.000000 0.000000 0.000000 0.219336 -3.380704 2594 216 -7.4448E+00 8.733438 0.654616 -8.238405 5.279822 -99.000000 51.691176 0.000000 0.044506 0.780664 0.606381 5 2.8768E+05 3.903406 8.805954 3.123309 -30.014552 -3.099059 49.152015 0.000004 0.000000 0.436424 0.403E+03 max increase log_rel_run_E_err -7.8151273385804840 rel_E_err 1.8524129890221524D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1843 0.99403534453278153 3.0918188571867970E+049 k, q, energy_removed_layers after adjustment is 1909 0.98874504872123303 3.6423364764190554E+049 Layers above q= 0.98874504872123303 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8461.2773437500000 max vel inside fraction of cutoff 3569.4048164172100 max c/cs inside fraction of cutoff 2.9392347813003807 average v/vesc outside cutoff 1.0633244451535446 Kinetic plus potential energy outside cutoff 3.6423364764190554E+049 mass inside cutoff 1909 51.109394112290850 relax counter 0 log max v [km/s]= 4.3030200278149708 check gamma integral 5.0661540111535265E-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 8.712943 4.071E+05 -24.773043 3.067958 51.691176 0.000000 0.000000 0.000000 0.219336 -3.435046 2585 216 -7.4645E+00 8.712752 0.685689 -9.677798 5.097511 -99.000000 51.691176 0.000000 0.044506 0.780664 0.608477 5 2.8768E+05 3.845843 8.764775 3.067958 -32.633965 -3.216075 49.152015 0.000004 0.000000 0.436424 0.414E+03 lgRho_cntr log_rel_run_E_err -7.8146296136560363 rel_E_err 1.6599631590465397D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile21.data for model 3500 save photos/x500 for model 3500 k, q, energy_removed_layers before adjustment is 1852 0.99286250350719774 3.7206235636252121E+049 k, q, energy_removed_layers after adjustment is 1910 0.98738671599705696 4.2459902991499878E+049 Layers above q= 0.98738671599705696 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8472.9238281250000 max vel inside fraction of cutoff 3474.8375183253388 max c/cs inside fraction of cutoff 2.9684958606911684 average v/vesc outside cutoff 1.0798154259422190 Kinetic plus potential energy outside cutoff 4.2459902991499878E+049 mass inside cutoff 1910 51.039180296681543 relax counter 0 log max v [km/s]= 4.3026896704308042 check gamma integral 5.1256848218418083E-002 3510 8.692092 3.827E+05 -25.006275 3.012192 51.691176 0.000000 0.000000 0.000000 0.219336 -3.489891 2580 216 -7.3575E+00 8.691911 0.718134 -11.251938 4.926693 -99.000000 51.691176 0.000000 0.044506 0.780664 0.610636 5 2.8768E+05 3.787934 8.722239 3.012192 -35.397433 -3.339656 49.152015 0.000004 0.000000 0.436424 0.425E+03 lgRho_cntr log_rel_run_E_err -7.8141639664802849 rel_E_err 1.5850824846234800D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1863 0.99166379385484738 4.3513092338223067E+049 k, q, energy_removed_layers after adjustment is 1914 0.98616542855347478 4.8458730731008917E+049 Layers above q= 0.98616542855347478 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8486.0117187500000 max vel inside fraction of cutoff 3385.6050964244814 max c/cs inside fraction of cutoff 3.0172813885631866 average v/vesc outside cutoff 1.0965473009064672 Kinetic plus potential energy outside cutoff 4.8458730731008917E+049 mass inside cutoff 1914 50.976050512760835 relax counter 0 log max v [km/s]= 4.3027532665363379 check gamma integral 5.1855607870738750E-002 3520 8.672129 3.594E+05 -25.234823 2.958808 51.691176 0.000000 0.000000 0.000000 0.219336 -3.542468 2581 216 -7.3016E+00 8.671959 0.750449 -12.886706 4.769087 -99.000000 51.691176 0.000000 0.044506 0.780664 0.612749 5 2.8768E+05 3.732578 8.678140 2.958808 -38.165976 -3.468109 49.152015 0.000004 0.000000 0.436424 0.434E+03 max increase log_rel_run_E_err -7.8137201363748003 rel_E_err 1.6324932550636412D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1872 0.99057333342136777 4.9402201726063695E+049 k, q, energy_removed_layers after adjustment is 1918 0.98511684602018212 5.4050426475452368E+049 Layers above q= 0.98511684602018212 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8500.0527343750000 max vel inside fraction of cutoff 3286.1910393332641 max c/cs inside fraction of cutoff 3.0528714591569432 average v/vesc outside cutoff 1.1194538332852502 Kinetic plus potential energy outside cutoff 5.4050426475452368E+049 mass inside cutoff 1918 50.921848048715503 relax counter 0 log max v [km/s]= 4.3026677276939687 check gamma integral 5.2428462284775913E-002 3530 8.651515 3.358E+05 -25.476991 2.903681 51.691176 0.000000 0.000000 0.000000 0.219336 -3.596835 2584 216 -7.3101E+00 8.651357 0.785388 -14.702231 4.608936 -99.000000 51.691176 0.000000 0.044506 0.780664 0.614976 5 2.8768E+05 3.675498 8.629581 2.903681 -41.157171 -3.608751 49.152015 0.000004 0.000000 0.436424 0.442E+03 lgRho_cntr log_rel_run_E_err -7.8133054752560929 rel_E_err 1.3863331232982100D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1881 0.98930788755836985 5.5522576661259714E+049 k, q, energy_removed_layers after adjustment is 1922 0.98403423266441958 5.9617434507865667E+049 Layers above q= 0.98403423266441958 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8516.4570312500000 max vel inside fraction of cutoff 3192.7541126934266 max c/cs inside fraction of cutoff 3.0995914267843374 average v/vesc outside cutoff 1.1438631844872222 Kinetic plus potential energy outside cutoff 5.9617434507865667E+049 mass inside cutoff 1922 50.865886491444030 relax counter 0 log max v [km/s]= 4.3023472514384578 check gamma integral 5.3020562699170784E-002 3540 8.630783 3.122E+05 -25.727424 2.848249 51.691176 0.000000 0.000000 0.000000 0.219336 -3.651570 2582 216 -7.1919E+00 8.630640 0.822483 -16.561655 4.448894 -99.000000 51.691176 0.000000 0.044506 0.780664 0.617262 5 2.8768E+05 3.618183 8.577648 2.848249 -44.307580 -3.759008 49.152015 0.000004 0.000000 0.436424 0.452E+03 lgRho_cntr log_rel_run_E_err -7.8129124131644341 rel_E_err 1.3898319893644785D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1884 0.98824711983034796 6.1134646694054513E+049 k, q, energy_removed_layers after adjustment is 1923 0.98292830510838769 6.4959568602837002E+049 Layers above q= 0.98292830510838769 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8535.3828125000000 max vel inside fraction of cutoff 3076.4440001915427 max c/cs inside fraction of cutoff 3.1263002707809919 average v/vesc outside cutoff 1.1622764712903619 Kinetic plus potential energy outside cutoff 6.4959568602837002E+049 mass inside cutoff 1923 50.808719795748331 relax counter 0 log max v [km/s]= 4.3023903081434876 check gamma integral 5.3617149956899826E-002 3550 8.610987 2.896E+05 -25.974238 2.795299 51.691176 0.000000 0.000000 0.000000 0.219336 -3.703865 2588 216 -7.1184E+00 8.610860 0.860297 -18.192354 4.296028 -99.000000 51.691176 0.000000 0.044506 0.780664 0.619493 6 2.8768E+05 3.563544 8.522243 2.795299 -47.458823 -3.916286 49.156395 0.000004 0.000000 0.436424 0.464E+03 max increase log_rel_run_E_err -7.8125577158945543 rel_E_err 1.1464700359745861D-12 Using fixed_vsurf 20000.000000000000 save photos/x550 for model 3550 k, q, energy_removed_layers before adjustment is 1894 0.98706782993222819 6.6628376068873855E+049 k, q, energy_removed_layers after adjustment is 1929 0.98199741843849697 6.9820521472116501E+049 Layers above q= 0.98199741843849697 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8556.4082031250000 max vel inside fraction of cutoff 2968.0435657734720 max c/cs inside fraction of cutoff 3.1702816555827278 average v/vesc outside cutoff 1.1949812627769358 Kinetic plus potential energy outside cutoff 6.9820521472116501E+049 mass inside cutoff 1929 50.760601169266351 relax counter 0 log max v [km/s]= 4.3022285440791483 check gamma integral 5.4189828216670545E-002 3560 8.590626 2.655E+05 -26.236399 2.745599 51.691176 0.000000 0.000000 0.000000 0.219336 -3.757689 2587 216 -7.1045E+00 8.590520 0.902342 -19.815586 4.138933 -99.000000 51.691176 0.000000 0.044506 0.780664 0.621832 5 2.8768E+05 3.507433 8.455725 2.745599 -50.845901 -4.088712 49.156395 0.000004 0.000000 0.436424 0.481E+03 lgRho_cntr log_rel_run_E_err -7.8122242180229859 rel_E_err 1.1239008678750087D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1898 0.98593016644650866 7.1710303528380936E+049 k, q, energy_removed_layers after adjustment is 1929 0.98099688745867453 7.4551523884846539E+049 Layers above q= 0.98099688745867453 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8582.0410156250000 max vel inside fraction of cutoff 2846.8311468007723 max c/cs inside fraction of cutoff 3.2028917510658417 average v/vesc outside cutoff 1.2198090259407470 Kinetic plus potential energy outside cutoff 7.4551523884846539E+049 mass inside cutoff 1929 50.708882546517806 relax counter 0 log max v [km/s]= 4.3019483078818705 check gamma integral 5.4781468606142213E-002 3570 8.570124 2.402E+05 -26.511168 2.697449 51.691176 0.000000 0.000000 0.000000 0.219336 -3.811908 2591 216 -7.0095E+00 8.570042 0.949427 -21.624131 3.980454 -99.000000 51.691176 0.000000 0.044506 0.780664 0.624235 5 2.8768E+05 3.451025 8.375954 2.697449 -54.418100 -4.277072 49.156395 0.000004 0.000000 0.436424 0.506E+03 lgRho_cntr log_rel_run_E_err -7.8119095007106063 rel_E_err 1.1128786620095678D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1906 0.98465146082647403 7.6873838866107974E+049 k, q, energy_removed_layers after adjustment is 1934 0.98018274566876251 7.9079917737074096E+049 Layers above q= 0.98018274566876251 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8613.8535156250000 max vel inside fraction of cutoff 2725.3260594610902 max c/cs inside fraction of cutoff 3.2613010372805085 average v/vesc outside cutoff 1.2509314642119669 Kinetic plus potential energy outside cutoff 7.9079917737074096E+049 mass inside cutoff 1934 50.666798600147892 relax counter 0 log max v [km/s]= 4.3018222309047349 check gamma integral 5.5382632155665822E-002 3580 8.549882 2.137E+05 -26.796676 2.649720 51.691176 0.000000 0.000000 0.000000 0.219336 -3.865440 2591 216 -6.8065E+00 8.549830 1.003693 -23.758587 3.823497 -99.000000 51.691176 0.000000 0.044506 0.780664 0.626656 6 2.8768E+05 3.395431 8.281179 2.649720 -58.112374 -4.489913 49.156395 0.000004 0.000000 0.436424 0.540E+03 max increase log_rel_run_E_err -7.8116238312295350 rel_E_err 1.0586415313194792D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1907 0.98345185012632419 8.1596845528342518E+049 k, q, energy_removed_layers after adjustment is 1931 0.97938607103092890 8.3415962249055300E+049 Layers above q= 0.97938607103092890 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8655.0605468750000 max vel inside fraction of cutoff 2580.1624248413791 max c/cs inside fraction of cutoff 3.3059918309604237 average v/vesc outside cutoff 1.2923447271586295 Kinetic plus potential energy outside cutoff 8.3415962249055300E+049 mass inside cutoff 1931 50.625617551406393 relax counter 0 log max v [km/s]= 4.3018267437653339 check gamma integral 5.5984866158306543E-002 3590 8.530616 1.843E+05 -27.090378 2.604098 51.691176 0.000000 0.000000 0.000000 0.219336 -3.916358 2603 216 -6.6614E+00 8.530603 1.071273 -26.492584 3.673348 -99.000000 51.691176 0.000000 0.044506 0.780664 0.629007 5 2.8768E+05 3.342631 8.159074 2.604098 -61.792421 -4.737659 49.156395 0.000004 0.000000 0.436424 0.592E+03 lgRho_cntr log_rel_run_E_err -7.8113604780339729 rel_E_err 9.3459969626465501D-13 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1916 0.98212113509260457 8.6387431360696788E+049 k, q, energy_removed_layers after adjustment is 1937 0.97857529088994788 8.7676504956427093E+049 Layers above q= 0.97857529088994788 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8714.1250000000000 max vel inside fraction of cutoff 2410.0836591291504 max c/cs inside fraction of cutoff 3.3688524475615944 average v/vesc outside cutoff 1.3458050657519800 Kinetic plus potential energy outside cutoff 8.7676504956427093E+049 mass inside cutoff 1937 50.583707372622278 relax counter 0 log max v [km/s]= 4.3016373017239653 check gamma integral 5.6573236443953075E-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 8.517852 1.468E+05 -27.342347 2.573433 51.691176 0.000000 0.000000 0.000000 0.219336 -3.950098 2580 216 -6.3562E+00 8.517852 1.175913 -30.786807 3.571029 -99.000000 51.691176 0.000000 0.044506 0.780664 0.630597 6 2.8768E+05 3.307667 7.972942 2.573433 -64.344118 -5.095985 49.156395 0.000004 0.000000 0.436424 0.702E+03 varcontrol log_rel_run_E_err -7.8111153567414089 rel_E_err 7.8746416286375544D-13 Using fixed_vsurf 20000.000000000000 save LOGS/profile22.data for model 3600 save photos/x600 for model 3600 k, q, energy_removed_layers before adjustment is 1882 0.98063087125952131 9.1520498005972185E+049 k, q, energy_removed_layers after adjustment is 1899 0.97776451074896620 9.2318360323089842E+049 Layers above q= 0.97776451074896620 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8825.7968750000000 max vel inside fraction of cutoff 2145.0891594808568 max c/cs inside fraction of cutoff 3.4254822482061540 average v/vesc outside cutoff 1.4383196368127333 Kinetic plus potential energy outside cutoff 9.2318360323089842E+049 mass inside cutoff 1899 50.541797193838129 relax counter 0 log max v [km/s]= 4.3015095659585114 check gamma integral 5.7004919018681884E-002 3610 8.535630 1.180E+05 -27.191701 2.615007 51.691176 0.000000 0.000000 0.000000 0.219336 -3.903447 2563 216 -6.5007E+00 8.535630 1.280763 -32.744044 3.702695 -99.000000 51.691176 0.000000 0.044506 0.780664 0.628304 5 2.8768E+05 3.356256 7.803031 2.615007 -60.889777 -5.460546 49.156395 0.000004 0.000000 0.436424 0.803E+03 lgRho_cntr log_rel_run_E_err -7.8108884936171163 rel_E_err 8.0041078436829043D-13 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1852 0.97938607103092845 9.4907513767651108E+049 k, q, energy_removed_layers after adjustment is 1864 0.97735912067847508 9.5326212806925169E+049 Layers above q= 0.97735912067847508 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -8968.2148437500000 max vel inside fraction of cutoff 1902.2319156551516 max c/cs inside fraction of cutoff 3.4756150379175712 average v/vesc outside cutoff 1.5482934602150353 Kinetic plus potential energy outside cutoff 9.5326212806925169E+049 mass inside cutoff 1864 50.520842104446039 relax counter 0 log max v [km/s]= 4.3011879921908269 check gamma integral 5.6557855442009683E-002 3620 8.556316 1.081E+05 -26.947083 2.663420 51.691176 0.000000 0.000000 0.000000 0.219336 -3.849152 2567 216 -6.7537E+00 8.556316 1.323699 -32.035592 3.859734 -99.000000 51.691176 0.000000 0.044506 0.780664 0.625689 5 2.8768E+05 3.412878 7.737196 2.663420 -57.013720 -5.623486 49.156395 0.000004 0.000000 0.436424 0.847E+03 lgRho_cntr log_rel_run_E_err -7.8106581813180664 rel_E_err 8.5132234007227421D-13 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1843 0.97906218739012341 9.5894268682158307E+049 k, q, energy_removed_layers after adjustment is 1854 0.97711588663618087 9.6240237007279684E+049 Layers above q= 0.97711588663618087 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9037.2148437500000 max vel inside fraction of cutoff 1791.3886014585237 max c/cs inside fraction of cutoff 3.4518900062491800 average v/vesc outside cutoff 1.5884048052961344 Kinetic plus potential energy outside cutoff 9.6240237007279684E+049 mass inside cutoff 1854 50.508269050810810 relax counter 0 log max v [km/s]= 4.3010963410307275 check gamma integral 5.5988991061875194E-002 3630 8.575704 1.020E+05 -26.708085 2.708701 51.691176 0.000000 0.000000 0.000000 0.219336 -3.798258 2574 216 -6.8664E+00 8.575704 1.351185 -31.377310 4.007522 -99.000000 51.691176 0.000000 0.044506 0.780664 0.623289 5 2.8768E+05 3.466032 7.691887 2.708701 -53.536656 -5.726705 49.156395 0.000004 0.000000 0.436424 0.883E+03 lgRho_cntr log_rel_run_E_err -7.8104157347251224 rel_E_err 8.5692110204491556D-13 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1832 0.97889960294633971 9.6433352663129635E+049 k, q, energy_removed_layers after adjustment is 1842 0.97711588663618087 9.6747600548181695E+049 Layers above q= 0.97711588663618087 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9085.1054687500000 max vel inside fraction of cutoff 1730.4723302993727 max c/cs inside fraction of cutoff 3.4521419957427684 average v/vesc outside cutoff 1.6214641129949434 Kinetic plus potential energy outside cutoff 9.6747600548181695E+049 mass inside cutoff 1842 50.508269050810810 relax counter 0 log max v [km/s]= 4.3010736748933045 check gamma integral 5.5444879623294419E-002 3640 8.594725 9.756E+04 -26.471054 2.753009 51.691176 0.000000 0.000000 0.000000 0.219336 -3.748335 2568 216 -6.9449E+00 8.594725 1.372218 -30.750285 4.152784 -99.000000 51.691176 0.000000 0.044506 0.780664 0.620979 5 2.8768E+05 3.518261 7.656244 2.753009 -50.266921 -5.804417 49.156395 0.000004 0.000000 0.436424 0.913E+03 lgRho_cntr log_rel_run_E_err -7.8101607202509182 rel_E_err 9.5507007015448859D-13 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1817 0.97873744691814357 9.6822438553310972E+049 k, q, energy_removed_layers after adjustment is 1827 0.97695373060798463 9.7098752852746175E+049 Layers above q= 0.97695373060798463 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9123.8554687500000 max vel inside fraction of cutoff 1683.9074760839981 max c/cs inside fraction of cutoff 3.4490091726569037 average v/vesc outside cutoff 1.6423323559067620 Kinetic plus potential energy outside cutoff 9.7098752852746175E+049 mass inside cutoff 1827 50.499887015053986 relax counter 0 log max v [km/s]= 4.3010621850032171 check gamma integral 5.4905046899178384E-002 3650 8.613555 9.408E+04 -26.236543 2.799449 51.691176 0.000000 0.000000 0.000000 0.219336 -3.698939 2573 216 -7.0070E+00 8.613555 1.389395 -30.151132 4.296781 -99.000000 51.691176 0.000000 0.044506 0.780664 0.618736 5 2.8768E+05 3.570034 7.627506 2.799449 -47.163312 -5.867251 49.167317 0.000004 0.000000 0.436424 0.936E+03 lgRho_cntr log_rel_run_E_err -7.8098977200413522 rel_E_err 9.4544778666365750D-13 Using fixed_vsurf 20000.000000000000 save photos/x650 for model 3650 k, q, energy_removed_layers before adjustment is 1814 0.97857529088994744 9.7126566198222001E+049 k, q, energy_removed_layers after adjustment is 1823 0.97695373060798485 9.7364270243061252E+049 Layers above q= 0.97695373060798485 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9156.9218750000000 max vel inside fraction of cutoff 1645.9072198613246 max c/cs inside fraction of cutoff 3.4442281618592112 average v/vesc outside cutoff 1.6637374991870770 Kinetic plus potential energy outside cutoff 9.7364270243061252E+049 mass inside cutoff 1823 50.499887015053993 relax counter 0 log max v [km/s]= 4.3010550566246657 check gamma integral 5.4366454670364578E-002 3660 8.632258 9.127E+04 -26.005014 2.849159 51.691176 0.000000 0.000000 0.000000 0.219336 -3.649903 2575 216 -7.0593E+00 8.632258 1.403937 -29.578171 4.440064 -99.000000 51.691176 0.000000 0.044506 0.780664 0.616550 5 2.8768E+05 3.621532 7.603802 2.849159 -44.206158 -5.920420 49.167317 0.000004 0.000000 0.436424 0.954E+03 lgRho_cntr log_rel_run_E_err -7.8096227774595119 rel_E_err 9.7449021261811330D-13 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1808 0.97857529088994744 9.7328358214530471E+049 k, q, energy_removed_layers after adjustment is 1817 0.97695373060798485 9.7574486024210474E+049 Layers above q= 0.97695373060798485 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9185.9609375000000 max vel inside fraction of cutoff 1613.7503402760362 max c/cs inside fraction of cutoff 3.4385622617610676 average v/vesc outside cutoff 1.6821475060051048 Kinetic plus potential energy outside cutoff 9.7574486024210474E+049 mass inside cutoff 1817 50.499887015053993 relax counter 0 log max v [km/s]= 4.3010502341702495 check gamma integral 5.3828093483167028E-002 3670 8.650869 8.892E+04 -25.776848 2.898652 51.691176 0.000000 0.000000 0.000000 0.219336 -3.601147 2572 216 -7.1050E+00 8.650869 1.416542 -29.030097 4.583061 -99.000000 51.691176 0.000000 0.044506 0.780664 0.614415 5 2.8768E+05 3.672846 7.583859 2.898652 -41.382802 -5.967026 49.167317 0.000004 0.000000 0.436424 0.969E+03 lgRho_cntr log_rel_run_E_err -7.8093339801166159 rel_E_err 1.0483205745771448D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1804 0.97841313486175119 9.7540903453847242E+049 k, q, energy_removed_layers after adjustment is 1812 0.97695373060798485 9.7746465308886118E+049 Layers above q= 0.97695373060798485 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9211.9257812500000 max vel inside fraction of cutoff 1585.8907564153385 max c/cs inside fraction of cutoff 3.4324120083851297 average v/vesc outside cutoff 1.6983223345289942 Kinetic plus potential energy outside cutoff 9.7746465308886118E+049 mass inside cutoff 1812 50.499887015053993 relax counter 0 log max v [km/s]= 4.3010468062681770 check gamma integral 5.3289575754091136E-002 3680 8.669405 8.694E+04 -25.552391 2.947969 51.691176 0.000000 0.000000 0.000000 0.219336 -3.552632 2581 216 -7.1460E+00 8.669405 1.427649 -28.506045 4.726399 -99.000000 51.691176 0.000000 0.044506 0.780664 0.612329 4 2.8768E+05 3.724024 7.566808 2.947969 -38.684018 -6.008729 49.167317 0.000004 0.000000 0.436424 0.981E+03 lgRho_cntr log_rel_run_E_err -7.8090346097105758 rel_E_err 1.0882103463479421D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1800 0.97841313486175141 9.7680200773334341E+049 k, q, energy_removed_layers after adjustment is 1808 0.97695373060798507 9.7890544471670685E+049 Layers above q= 0.97695373060798507 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9235.4375000000000 max vel inside fraction of cutoff 1561.3487433275482 max c/cs inside fraction of cutoff 3.4260097686941640 average v/vesc outside cutoff 1.7127477028939360 Kinetic plus potential energy outside cutoff 9.7890544471670685E+049 mass inside cutoff 1808 50.499887015054007 relax counter 0 log max v [km/s]= 4.3010442788987726 check gamma integral 5.2750763780014594E-002 3690 8.687878 8.522E+04 -25.331748 2.997136 51.691176 0.000000 0.000000 0.000000 0.219336 -3.504337 2581 216 -7.1832E+00 8.687878 1.437563 -28.004940 4.871257 -99.000000 51.691176 0.000000 0.044506 0.780664 0.610289 4 2.8768E+05 3.775094 7.552029 2.997136 -36.102318 -6.046430 49.167317 0.000004 0.000000 0.436424 0.991E+03 lgRho_cntr log_rel_run_E_err -7.8087189409892250 rel_E_err 1.1352729360642816D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1797 0.97841313486175119 9.7799218698311446E+049 k, q, energy_removed_layers after adjustment is 1805 0.97695373060798485 9.8013490992016261E+049 Layers above q= 0.97695373060798485 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9256.9355468750000 max vel inside fraction of cutoff 1646.1222245319284 max c/cs inside fraction of cutoff 3.4194967630709332 average v/vesc outside cutoff 1.7257614939315886 Kinetic plus potential energy outside cutoff 9.8013490992016261E+049 mass inside cutoff 1805 50.499887015053993 relax counter 0 log max v [km/s]= 4.3010423415316845 check gamma integral 5.2211490116907615E-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 8.706294 8.372E+04 -25.115118 3.046170 51.691176 0.000000 0.000000 0.000000 0.219336 -3.456251 2584 216 -7.2174E+00 8.706294 1.446502 -27.525696 5.019840 -99.000000 51.691176 0.000000 0.044506 0.780664 0.608293 4 2.8768E+05 3.826076 7.539065 3.046170 -33.631046 -6.080781 49.167317 0.000004 0.000000 0.436424 0.100E+04 lgRho_cntr log_rel_run_E_err -7.8083892719556234 rel_E_err 1.2159266053871685D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile23.data for model 3700 save photos/x700 for model 3700 k, q, energy_removed_layers before adjustment is 1796 0.97825138341951912 9.7946109278373396E+049 k, q, energy_removed_layers after adjustment is 1803 0.97695373060798485 9.8119979989767056E+049 Layers above q= 0.97695373060798485 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9276.7460937500000 max vel inside fraction of cutoff 1808.9577068850108 max c/cs inside fraction of cutoff 3.4129614922250533 average v/vesc outside cutoff 1.7376108080139550 Kinetic plus potential energy outside cutoff 9.8119979989767056E+049 mass inside cutoff 1803 50.499887015053993 relax counter 0 log max v [km/s]= 4.3010408055978315 check gamma integral 5.1671550307428121E-002 3710 8.724661 8.240E+04 -24.902662 3.095085 51.691176 0.000000 0.000000 0.000000 0.219336 -3.408364 2590 216 -7.2491E+00 8.724661 1.454630 -27.067704 5.175961 -99.000000 51.691176 0.000000 0.044506 0.780664 0.606341 4 2.8768E+05 3.876989 7.527563 3.095085 -31.264307 -6.112302 49.167317 0.000004 0.000000 0.436424 0.101E+04 lgRho_cntr log_rel_run_E_err -7.8080291762126866 rel_E_err 1.3462674667908066D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1790 0.97825138341951912 9.8037008896277774E+049 k, q, energy_removed_layers after adjustment is 1797 0.97695373060798485 9.8213339707076445E+049 Layers above q= 0.97695373060798485 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9295.1191406250000 max vel inside fraction of cutoff 1983.4782566853235 max c/cs inside fraction of cutoff 3.4064618671449689 average v/vesc outside cutoff 1.7484801454077428 Kinetic plus potential energy outside cutoff 9.8213339707076445E+049 mass inside cutoff 1797 50.499887015053993 relax counter 0 log max v [km/s]= 4.3010395572661588 check gamma integral 5.1130923359639500E-002 3720 8.742978 8.121E+04 -24.694254 3.143878 51.691176 0.000000 0.000000 0.000000 0.219336 -3.360685 2594 216 -7.2784E+00 8.742978 1.462074 -26.629986 5.345569 -99.000000 51.691176 0.000000 0.044506 0.780664 0.604431 4 2.8768E+05 3.927829 7.517249 3.143878 -28.997344 -6.141406 49.167317 0.000004 0.000000 0.436424 0.101E+04 lgRho_cntr log_rel_run_E_err -7.8076537608366339 rel_E_err 1.4097759268476355D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1788 0.97825138341951912 9.8117589712558512E+049 k, q, energy_removed_layers after adjustment is 1795 0.97695373060798485 9.8296042576463440E+049 Layers above q= 0.97695373060798485 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9312.2519531250000 max vel inside fraction of cutoff 2157.5200558334641 max c/cs inside fraction of cutoff 3.4000337262158005 average v/vesc outside cutoff 1.7585154332217481 Kinetic plus potential energy outside cutoff 9.8296042576463440E+049 mass inside cutoff 1795 50.499887015053993 relax counter 0 log max v [km/s]= 4.3010385307445196 check gamma integral 5.0589528908792127E-002 3730 8.761247 8.014E+04 -24.489635 3.192557 51.691176 0.000000 0.000000 0.000000 0.219336 -3.313213 2595 216 -7.3054E+00 8.761247 1.468939 -26.210969 5.536480 -99.000000 51.691176 0.000000 0.044506 0.780664 0.602563 4 2.8768E+05 3.978605 7.507921 3.192557 -26.825081 -6.168436 49.167317 0.000004 0.000000 0.436424 0.102E+04 lgRho_cntr log_rel_run_E_err -7.8072613414288146 rel_E_err 1.4353192630566915D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1785 0.97825138341951912 9.8189717470796363E+049 k, q, energy_removed_layers after adjustment is 1792 0.97695373060798485 9.8370025883631040E+049 Layers above q= 0.97695373060798485 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9328.3164062500000 max vel inside fraction of cutoff 2348.4986278085312 max c/cs inside fraction of cutoff 3.3936943109659605 average v/vesc outside cutoff 1.7678404433911834 Kinetic plus potential energy outside cutoff 9.8370025883631040E+049 mass inside cutoff 1792 50.499887015053993 relax counter 0 log max v [km/s]= 4.3010376764015437 check gamma integral 5.0046877441355095E-002 3740 8.779473 7.916E+04 -24.288870 3.241127 51.691176 0.000000 0.000000 0.000000 0.219336 -3.265948 2605 216 -7.3305E+00 8.779473 1.475308 -25.809670 5.756001 -99.000000 51.691176 0.000000 0.044506 0.780664 0.600736 4 2.8768E+05 4.029326 7.499438 3.241127 -24.743058 -6.193673 49.167317 0.000004 0.000000 0.436424 0.103E+04 lgRho_cntr log_rel_run_E_err -7.8068456392031074 rel_E_err 1.4857067516410392D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1784 0.97825138341951912 9.8254800278370820E+049 k, q, energy_removed_layers after adjustment is 1792 0.97679171286177224 9.8436764624051744E+049 Layers above q= 0.97679171286177224 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9343.4453125000000 max vel inside fraction of cutoff 2557.7564448423359 max c/cs inside fraction of cutoff 3.3575927407035122 average v/vesc outside cutoff 1.7707500438691901 Kinetic plus potential energy outside cutoff 9.8436764624051744E+049 mass inside cutoff 1792 50.491512127255490 relax counter 0 log max v [km/s]= 4.3010369543111189 check gamma integral 4.9502783674117180E-002 3750 8.797647 7.827E+04 -24.091977 3.289565 51.691176 0.000000 0.000000 0.000000 0.219336 -3.218916 2615 216 -7.3531E+00 8.797647 1.481252 -25.425232 6.007379 -99.000000 51.691176 0.000000 0.044506 0.780664 0.598951 5 2.8768E+05 4.079967 7.491680 3.289565 -22.748050 -6.217377 49.167317 0.000004 0.000000 0.436424 0.103E+04 lgRho_cntr log_rel_run_E_err -7.8064067302904521 rel_E_err 1.5649613979743991D-12 Using fixed_vsurf 20000.000000000000 save photos/x750 for model 3750 k, q, energy_removed_layers before adjustment is 1784 0.97808882280535869 9.8353660469201831E+049 k, q, energy_removed_layers after adjustment is 1791 0.97679171286177224 9.8497616203450540E+049 Layers above q= 0.97679171286177224 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9357.7695312500000 max vel inside fraction of cutoff 2783.7170631619201 max c/cs inside fraction of cutoff 3.3510282857077622 average v/vesc outside cutoff 1.7788803954058137 Kinetic plus potential energy outside cutoff 9.8497616203450540E+049 mass inside cutoff 1791 50.491512127255490 relax counter 0 log max v [km/s]= 4.3010363514328960 check gamma integral 4.8956482942149056E-002 3760 8.815773 7.745E+04 -23.898755 3.337889 51.691176 0.000000 0.000000 0.000000 0.219336 -3.172111 2625 216 -7.3732E+00 8.815773 1.486840 -25.056587 6.287777 -99.000000 51.691176 0.000000 0.044506 0.780664 0.597206 5 2.8768E+05 4.130544 7.484536 3.337889 -20.835271 -6.239798 49.167317 0.000004 0.000000 0.436424 0.104E+04 lgRho_cntr log_rel_run_E_err -7.8059409934741897 rel_E_err 1.6930285847998009D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1780 0.97808882280535869 9.8408153007499215E+049 k, q, energy_removed_layers after adjustment is 1787 0.97679171286177224 9.8553430731787437E+049 Layers above q= 0.97679171286177224 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9371.4101562500000 max vel inside fraction of cutoff 3022.2091889484568 max c/cs inside fraction of cutoff 3.3445686398982861 average v/vesc outside cutoff 1.7865699240231023 Kinetic plus potential energy outside cutoff 9.8553430731787437E+049 mass inside cutoff 1787 50.491512127255490 relax counter 0 log max v [km/s]= 4.3010358453498378 check gamma integral 4.8406251013643029E-002 3770 8.833867 7.669E+04 -23.709610 3.386136 51.691176 0.000000 0.000000 0.000000 0.219336 -3.125495 2638 216 -7.3925E+00 8.833867 1.492115 -24.703727 6.589179 -99.000000 51.691176 0.000000 0.044506 0.780664 0.595500 5 2.8768E+05 4.181100 7.477916 3.386136 -18.999817 -6.261070 49.167317 0.000004 0.000000 0.436424 0.104E+04 lgRho_cntr log_rel_run_E_err -7.8054486525642597 rel_E_err 1.7897794589095383D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1778 0.97808882280535869 9.8458436553688665E+049 k, q, energy_removed_layers after adjustment is 1785 0.97679171286177224 9.8604922957481053E+049 Layers above q= 0.97679171286177224 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9384.4492187500000 max vel inside fraction of cutoff 3296.5710853522305 max c/cs inside fraction of cutoff 3.3382096391068519 average v/vesc outside cutoff 1.7938714897617640 Kinetic plus potential energy outside cutoff 9.8604922957481053E+049 mass inside cutoff 1785 50.491512127255490 relax counter 0 log max v [km/s]= 4.3010354020928823 check gamma integral 4.7851466134465517E-002 3780 8.851919 7.598E+04 -23.525382 3.435593 51.691176 0.000000 0.000000 0.000000 0.219336 -3.079090 2643 216 -7.4105E+00 8.851919 1.497108 -24.365974 6.901682 -99.000000 51.691176 0.000000 0.044506 0.780664 0.593836 5 2.8768E+05 4.231612 7.471761 3.435593 -17.239566 -6.281292 49.167317 0.000004 0.000000 0.436424 0.105E+04 lgRho_cntr log_rel_run_E_err -7.8048721291852008 rel_E_err 2.6320087999070932D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1777 0.97808882280535847 9.8505011429771740E+049 k, q, energy_removed_layers after adjustment is 1784 0.97679171286177202 9.8652608731001263E+049 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9396.9394531250000 max vel inside fraction of cutoff 3597.2490581206357 max c/cs inside fraction of cutoff 3.5293836788705018 average v/vesc outside cutoff 1.8008203302894330 Kinetic plus potential energy outside cutoff 9.8652608731001263E+049 mass inside cutoff 1784 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010350316319688 check gamma integral 4.7291433485969238E-002 3790 8.869906 7.532E+04 -23.346140 3.489042 51.691176 0.000000 0.000000 0.000000 0.219336 -3.032956 2650 216 -7.4250E+00 8.869906 1.501863 -23.089575 7.216984 -99.000000 51.691176 0.000000 0.044506 0.780664 0.592217 5 2.8768E+05 4.282015 7.465994 3.489042 -15.553274 -6.300609 49.167317 0.000004 0.000000 0.436424 0.105E+04 lgRho_cntr log_rel_run_E_err -7.8029205742127825 rel_E_err 1.1457922711326648D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1775 0.97808882280535847 9.8548471149460262E+049 k, q, energy_removed_layers after adjustment is 1782 0.97679171286177202 9.8697098342627662E+049 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9408.9726562500000 max vel inside fraction of cutoff 3856.0251211364925 max c/cs inside fraction of cutoff 3.7921427020109122 average v/vesc outside cutoff 1.8074732122183945 Kinetic plus potential energy outside cutoff 9.8697098342627662E+049 mass inside cutoff 1782 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010347283719694 check gamma integral 4.6723014332950868E-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 8.887814 7.469E+04 -23.171822 3.541256 51.691176 0.000000 0.000000 0.000000 0.219336 -2.987110 2667 216 -7.4348E+00 8.887814 1.506440 -20.240570 7.529613 -99.000000 51.691176 0.000000 0.044506 0.780664 0.590646 5 2.8768E+05 4.332279 7.460525 3.541256 -13.938269 -6.319234 49.167317 0.000004 0.000000 0.436424 0.106E+04 lgRho_cntr log_rel_run_E_err -7.7852062494369214 rel_E_err 1.4264641354858133D-10 Using fixed_vsurf 20000.000000000000 save LOGS/profile24.data for model 3800 save photos/x800 for model 3800 k, q, energy_removed_layers before adjustment is 1773 0.97808882280535847 9.8589488517439768E+049 k, q, energy_removed_layers after adjustment is 1780 0.97679171286177202 9.8739082137470836E+049 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9420.6777343750000 max vel inside fraction of cutoff 4087.9144202798370 max c/cs inside fraction of cutoff 4.0577918619900357 average v/vesc outside cutoff 1.8139087383891463 Kinetic plus potential energy outside cutoff 9.8739082137470836E+049 mass inside cutoff 1780 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010344938430158 check gamma integral 4.6140881148528788E-002 3810 8.905635 7.408E+04 -23.003000 3.594165 51.691176 0.000000 0.000000 0.000000 0.219336 -2.941555 2677 216 -7.4394E+00 8.905635 1.510897 -18.024917 7.835953 -99.000000 51.691176 0.000000 0.044506 0.780664 0.589128 5 2.8768E+05 4.382387 7.455273 3.594165 -12.392144 -6.337381 49.167317 0.000004 0.000000 0.436424 0.106E+04 lgRho_cntr log_rel_run_E_err -7.7473244768293537 rel_E_err 7.9311400590780849D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1772 0.97808882280535847 9.8628674610887592E+049 k, q, energy_removed_layers after adjustment is 1779 0.97679171286177202 9.8779186337795326E+049 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9432.1933593750000 max vel inside fraction of cutoff 4220.8572998093505 max c/cs inside fraction of cutoff 4.2040170261819245 average v/vesc outside cutoff 1.8202058099074387 Kinetic plus potential energy outside cutoff 9.8779186337795326E+049 mass inside cutoff 1779 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010343214009001 check gamma integral 4.5539192261876693E-002 3820 8.925148 7.343E+04 -22.824291 3.652980 51.691176 0.000000 0.000000 0.000000 0.219336 -2.891735 2690 216 -7.4344E+00 8.925148 1.515754 -16.029871 8.163935 -99.000000 51.691176 0.000000 0.044506 0.780664 0.587518 5 2.8768E+05 4.437361 7.449630 3.652980 -10.765752 -6.357147 49.167317 0.000004 0.000000 0.436424 0.107E+04 lgRho_cntr log_rel_run_E_err -7.6612100915412720 rel_E_err 4.4287600735674279D-10 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1772 0.97792666677716222 9.8706073430364874E+049 k, q, energy_removed_layers after adjustment is 1778 0.97679171286177202 9.8822038963000392E+049 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9444.8808593750000 max vel inside fraction of cutoff 4390.5907167320320 max c/cs inside fraction of cutoff 4.4011579518675736 average v/vesc outside cutoff 1.8271038947748830 Kinetic plus potential energy outside cutoff 9.8822038963000392E+049 mass inside cutoff 1778 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010342310655849 check gamma integral 4.4847893603600864E-002 3830 8.945579 7.274E+04 -22.650106 3.716303 51.691176 0.000000 0.000000 0.000000 0.219336 -2.839559 2699 216 -7.2648E+00 8.945579 1.520939 -14.417653 8.496617 -99.000000 51.691176 0.000000 0.044506 0.780664 0.585904 6 2.8768E+05 4.495070 7.443694 3.716303 -9.135275 -6.378207 49.167317 0.000004 0.000000 0.436424 0.107E+04 lgRho_cntr log_rel_run_E_err -7.5987420686104628 rel_E_err 2.4855846213103639D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1769 0.97792666677716222 9.8749947616432760E+049 k, q, energy_removed_layers after adjustment is 1775 0.97679171286177202 9.8866803042128384E+049 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9458.5800781250000 max vel inside fraction of cutoff 4479.7654777718708 max c/cs inside fraction of cutoff 4.5391298172315357 average v/vesc outside cutoff 1.8345067527275565 Kinetic plus potential energy outside cutoff 9.8866803042128384E+049 mass inside cutoff 1775 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010359629939003 check gamma integral 4.4077625256227063E-002 3840 8.965012 7.204E+04 -22.499658 3.779691 51.691176 0.000000 0.000000 0.000000 0.219336 -2.789800 2706 216 -7.3604E+00 8.965012 1.526313 -12.950103 8.802243 -99.000000 51.691176 0.000000 0.044506 0.780664 0.584455 6 2.8768E+05 4.550144 7.437634 3.779691 -7.649292 -6.399977 49.167317 0.000004 0.000000 0.436424 0.108E+04 lgRho_cntr log_rel_run_E_err -7.5509504203152531 rel_E_err 2.7067299675234627D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1769 0.97792666677716200 9.8794416962126832E+049 k, q, energy_removed_layers after adjustment is 1775 0.97679171286177180 9.8912167392961653E+049 Layers above q= 0.97679171286177180 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9472.9550781250000 max vel inside fraction of cutoff 4551.7710189549862 max c/cs inside fraction of cutoff 4.6144433118500210 average v/vesc outside cutoff 1.8422237852628076 Kinetic plus potential energy outside cutoff 9.8912167392961653E+049 mass inside cutoff 1775 50.491512127255469 relax counter 0 log max v [km/s]= 4.3010346420626098 check gamma integral 4.3284673135786926E-002 3850 8.982500 7.120E+04 -22.366756 3.841637 51.691176 0.000000 0.000000 0.000000 0.219336 -2.744801 2702 216 -7.1335E+00 8.982500 1.532897 -11.647708 9.066958 -99.000000 51.691176 0.000000 0.044506 0.780664 0.583239 6 2.8768E+05 4.599895 7.430341 3.841637 -6.363363 -6.426561 49.167317 0.000004 0.000000 0.436424 0.108E+04 max increase log_rel_run_E_err -7.5505372303961362 rel_E_err 2.7604410773793185D-12 Using fixed_vsurf 20000.000000000000 save photos/x850 for model 3850 k, q, energy_removed_layers before adjustment is 1765 0.97792666677716178 9.8847515715078730E+049 k, q, energy_removed_layers after adjustment is 1771 0.97679171286177158 9.8966322851172021E+049 Layers above q= 0.97679171286177158 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9490.8105468750000 max vel inside fraction of cutoff 4548.7762901008728 max c/cs inside fraction of cutoff 4.7116778903998293 average v/vesc outside cutoff 1.8517403101984551 Kinetic plus potential energy outside cutoff 9.8966322851172021E+049 mass inside cutoff 1771 50.491512127255461 relax counter 0 log max v [km/s]= 4.3010373290528916 check gamma integral 4.2486002039681975E-002 3860 8.985847 6.999E+04 -22.300442 3.857884 51.691176 0.000000 0.000000 0.000000 0.219336 -2.736165 2717 216 -6.9891E+00 8.985847 1.542559 -10.253263 9.124544 -99.000000 51.691176 0.000000 0.044506 0.780664 0.583016 6 2.8768E+05 4.609436 7.419879 3.857884 -6.106117 -6.465432 49.167317 0.000004 0.000000 0.436424 0.109E+04 min_dr_div_cs log_rel_run_E_err -7.5495460890181834 rel_E_err 2.6297191101915834D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1764 0.97792666677716178 9.8922755435213443E+049 k, q, energy_removed_layers after adjustment is 1770 0.97679171286177158 9.9043029913011451E+049 Layers above q= 0.97679171286177158 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9517.5117187500000 max vel inside fraction of cutoff 4480.6600507463372 max c/cs inside fraction of cutoff 4.7793306799368080 average v/vesc outside cutoff 1.8658339358938087 Kinetic plus potential energy outside cutoff 9.9043029913011451E+049 mass inside cutoff 1770 50.491512127255461 relax counter 0 log max v [km/s]= 4.3010395767694902 check gamma integral 4.2186356504228952E-002 3870 8.972787 6.897E+04 -22.389308 3.809209 51.691176 0.000000 0.000000 0.000000 0.219336 -2.770074 2728 216 -7.1324E+00 8.972786 1.550883 -9.431688 8.930755 -99.000000 51.691176 0.000000 0.044506 0.780664 0.583857 6 2.8768E+05 4.572131 7.411038 3.809209 -7.043059 -6.498772 49.167317 0.000004 0.000000 0.436424 0.110E+04 max increase log_rel_run_E_err -7.5490518166218123 rel_E_err 6.7802304112002673D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1761 0.97792666677716200 9.8985188990866402E+049 k, q, energy_removed_layers after adjustment is 1767 0.97679171286177180 9.9106645530426601E+049 Layers above q= 0.97679171286177180 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9540.9882812500000 max vel inside fraction of cutoff 4441.3095434386123 max c/cs inside fraction of cutoff 4.8468411382282346 average v/vesc outside cutoff 1.8780935570398891 Kinetic plus potential energy outside cutoff 9.9106645530426601E+049 mass inside cutoff 1767 50.491512127255469 relax counter 0 log max v [km/s]= 4.3010365534181529 check gamma integral 4.2700600899982989E-002 3880 8.953480 6.811E+04 -22.560081 3.742769 51.691176 0.000000 0.000000 0.000000 0.219336 -2.820093 2738 216 -7.2569E+00 8.953456 1.558061 -9.114255 8.631593 -99.000000 51.691176 0.000000 0.044506 0.780664 0.585175 6 2.8768E+05 4.517078 7.403532 3.742769 -8.487195 -6.527377 49.167317 0.000004 0.000000 0.436424 0.111E+04 lgRho_cntr log_rel_run_E_err -7.5459827363229843 rel_E_err 2.6733259908579583D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1762 0.97776451074896575 9.9068697835312876E+049 k, q, energy_removed_layers after adjustment is 1767 0.97679171286177180 9.9159734657861842E+049 Layers above q= 0.97679171286177180 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9561.5937500000000 max vel inside fraction of cutoff 4290.7913274969060 max c/cs inside fraction of cutoff 4.7977200361040264 average v/vesc outside cutoff 1.8887559590810330 Kinetic plus potential energy outside cutoff 9.9159734657861842E+049 mass inside cutoff 1767 50.491512127255469 relax counter 0 log max v [km/s]= 4.3010346967069824 check gamma integral 4.3450711260285012E-002 3890 8.935132 6.747E+04 -22.723760 3.684555 51.691176 0.000000 0.000000 0.000000 0.219336 -2.867457 2739 216 -7.3357E+00 8.935090 1.563443 -9.198783 8.338100 -99.000000 51.691176 0.000000 0.044506 0.780664 0.586510 6 2.8768E+05 4.464950 7.397960 3.684555 -9.917371 -6.548712 49.167317 0.000004 0.000000 0.436424 0.112E+04 lgRho_cntr log_rel_run_E_err -7.5455862970176852 rel_E_err 2.5149918673220844D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1763 0.97776451074896598 9.9106882834245762E+049 k, q, energy_removed_layers after adjustment is 1768 0.97679171286177202 9.9198496861603199E+049 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9577.2714843750000 max vel inside fraction of cutoff 4133.9118448713471 max c/cs inside fraction of cutoff 4.7262619921522804 average v/vesc outside cutoff 1.8968049253100125 Kinetic plus potential energy outside cutoff 9.9198496861603199E+049 mass inside cutoff 1768 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010337718067824 check gamma integral 4.4090712926828167E-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 8.917147 6.692E+04 -22.882695 3.629631 51.691176 0.000000 0.000000 0.000000 0.219336 -2.913814 2740 216 -7.3727E+00 8.917093 1.568130 -9.528509 8.043056 -99.000000 51.691176 0.000000 0.044506 0.780664 0.587882 6 2.8768E+05 4.414004 7.393144 3.629631 -11.374849 -6.567197 49.167317 0.000004 0.000000 0.436424 0.112E+04 lgRho_cntr log_rel_run_E_err -7.5452062860782814 rel_E_err 2.3921734615007277D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile25.data for model 3900 save photos/x900 for model 3900 k, q, energy_removed_layers before adjustment is 1764 0.97776451074896575 9.9139458091132814E+049 k, q, energy_removed_layers after adjustment is 1769 0.97679171286177180 9.9231548969095268E+049 Layers above q= 0.97679171286177180 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9591.0839843750000 max vel inside fraction of cutoff 3975.4601910704209 max c/cs inside fraction of cutoff 4.6491187765323438 average v/vesc outside cutoff 1.9038540726893325 Kinetic plus potential energy outside cutoff 9.9231548969095268E+049 mass inside cutoff 1769 50.491512127255469 relax counter 0 log max v [km/s]= 4.3010333413163222 check gamma integral 4.4659396092274282E-002 3910 8.899387 6.641E+04 -23.041655 3.576374 51.691176 0.000000 0.000000 0.000000 0.219336 -2.959587 2743 216 -7.3816E+00 8.899325 1.572555 -10.010232 7.743830 -99.000000 51.691176 0.000000 0.044506 0.780664 0.589291 6 2.8768E+05 4.363819 7.388626 3.576374 -12.871986 -6.584563 49.167317 0.000004 0.000000 0.436424 0.112E+04 lgRho_cntr log_rel_run_E_err -7.5448337095310034 rel_E_err 2.3732796252901816D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1762 0.97776451074896598 9.9169632802767182E+049 k, q, energy_removed_layers after adjustment is 1767 0.97679171286177202 9.9262151619720627E+049 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9604.2617187500000 max vel inside fraction of cutoff 3803.9999973581866 max c/cs inside fraction of cutoff 4.6193325005959620 average v/vesc outside cutoff 1.9105425273551513 Kinetic plus potential energy outside cutoff 9.9262151619720627E+049 mass inside cutoff 1767 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010331048366242 check gamma integral 4.5186524804666735E-002 3920 8.879548 6.584E+04 -23.223727 3.517825 51.691176 0.000000 0.000000 0.000000 0.219336 -3.010800 2741 216 -7.2972E+00 8.879480 1.577463 -10.693586 7.401420 -99.000000 51.691176 0.000000 0.044506 0.780664 0.590913 6 2.8768E+05 4.307865 7.383631 3.517825 -14.615615 -6.603730 49.167317 0.000004 0.000000 0.436424 0.113E+04 max increase log_rel_run_E_err -7.5433536890194546 rel_E_err 2.2404883686697129D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1758 0.97776451074896575 9.9202447072422514E+049 k, q, energy_removed_layers after adjustment is 1763 0.97679171286177180 9.9295414943930160E+049 Layers above q= 0.97679171286177180 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9619.0371093750000 max vel inside fraction of cutoff 3592.9715012599277 max c/cs inside fraction of cutoff 4.4987825198586924 average v/vesc outside cutoff 1.9180000685316567 Kinetic plus potential energy outside cutoff 9.9295414943930160E+049 mass inside cutoff 1763 50.491512127255469 relax counter 0 log max v [km/s]= 4.3010336188356195 check gamma integral 4.5749699378907605E-002 3930 8.858978 6.526E+04 -23.416243 3.457361 51.691176 0.000000 0.000000 0.000000 0.219336 -3.064010 2730 216 -7.2866E+00 8.858906 1.582603 -11.517859 7.042058 -99.000000 51.691176 0.000000 0.044506 0.780664 0.592647 6 2.8768E+05 4.249960 7.378434 3.457361 -16.504601 -6.623710 49.167317 0.000004 0.000000 0.436424 0.113E+04 lgRho_cntr log_rel_run_E_err -7.5430031078336501 rel_E_err 2.0629081624379133D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1753 0.97776451074896598 9.9236092905250528E+049 k, q, energy_removed_layers after adjustment is 1758 0.97679171286177202 9.9329502549001884E+049 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9634.6914062500000 max vel inside fraction of cutoff 3368.9361578508360 max c/cs inside fraction of cutoff 4.3645622096044994 average v/vesc outside cutoff 1.9258540367719656 Kinetic plus potential energy outside cutoff 9.9329502549001884E+049 mass inside cutoff 1758 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010335606516028 check gamma integral 4.6309811163562226E-002 3940 8.839384 6.469E+04 -23.602432 3.401149 51.691176 0.000000 0.000000 0.000000 0.219336 -3.114800 2739 216 -7.3248E+00 8.839309 1.587651 -12.378853 6.701505 -99.000000 51.691176 0.000000 0.044506 0.780664 0.594348 6 2.8768E+05 4.194904 7.373330 3.401149 -18.384640 -6.643227 49.167317 0.000004 0.000000 0.436424 0.114E+04 lgRho_cntr log_rel_run_E_err -7.5244048830729389 rel_E_err 2.0658839135620659D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1753 0.97776451074896598 9.9268441243686100E+049 k, q, energy_removed_layers after adjustment is 1758 0.97679171286177202 9.9362257038314043E+049 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9650.2460937500000 max vel inside fraction of cutoff 3192.8344164061223 max c/cs inside fraction of cutoff 4.2457723075279228 average v/vesc outside cutoff 1.9336114307933281 Kinetic plus potential energy outside cutoff 9.9362257038314043E+049 mass inside cutoff 1758 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010331377453959 check gamma integral 4.6828258114205490E-002 3950 8.819670 6.409E+04 -23.793151 3.348401 51.691176 0.000000 0.000000 0.000000 0.219336 -3.166023 2738 216 -7.2332E+00 8.819595 1.593001 -13.328006 6.369154 -99.000000 51.691176 0.000000 0.044506 0.780664 0.596103 6 2.8768E+05 4.139603 7.367935 3.348401 -20.360016 -6.663816 49.167317 0.000004 0.000000 0.436424 0.115E+04 max increase log_rel_run_E_err -7.5241160097622757 rel_E_err 1.9938030848085191D-12 Using fixed_vsurf 20000.000000000000 save photos/x950 for model 3950 k, q, energy_removed_layers before adjustment is 1752 0.97776451074896598 9.9301974884862891E+049 k, q, energy_removed_layers after adjustment is 1757 0.97679171286177202 9.9396191511090889E+049 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9666.9238281250000 max vel inside fraction of cutoff 3014.0830045578205 max c/cs inside fraction of cutoff 4.1219915270720664 average v/vesc outside cutoff 1.9418792695261362 Kinetic plus potential energy outside cutoff 9.9396191511090889E+049 mass inside cutoff 1757 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010337000937433 check gamma integral 4.7339490733982206E-002 3960 8.799184 6.344E+04 -23.994729 3.293588 51.691176 0.000000 0.000000 0.000000 0.219336 -3.219395 2736 216 -7.2379E+00 8.799112 1.598952 -14.411007 6.047892 -99.000000 51.691176 0.000000 0.044506 0.780664 0.597968 6 2.8768E+05 4.082223 7.361930 3.293588 -22.505105 -6.686605 49.167317 0.000004 0.000000 0.436424 0.115E+04 lgRho_cntr log_rel_run_E_err -7.5234805562340243 rel_E_err 1.8926794236404677D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1749 0.97776451074896598 9.9338391343080324E+049 k, q, energy_removed_layers after adjustment is 1754 0.97679171286177202 9.9433019189805883E+049 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9685.7265625000000 max vel inside fraction of cutoff 2843.8468609959418 max c/cs inside fraction of cutoff 4.0352748190558883 average v/vesc outside cutoff 1.9511353914493439 Kinetic plus potential energy outside cutoff 9.9433019189805883E+049 mass inside cutoff 1754 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010335215410640 check gamma integral 4.7861002523307820E-002 3970 8.778786 6.273E+04 -24.199925 3.239001 51.691176 0.000000 0.000000 0.000000 0.219336 -3.272667 2737 216 -7.0703E+00 8.778719 1.605451 -15.586283 5.764144 -99.000000 51.691176 0.000000 0.044506 0.780664 0.599869 6 2.8768E+05 4.025180 7.355358 3.239001 -24.739367 -6.711345 49.167317 0.000004 0.000000 0.436424 0.116E+04 lgRho_cntr log_rel_run_E_err -7.5222272082222696 rel_E_err 6.5523163440378868D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1751 0.97776451074896598 9.9377099108946812E+049 k, q, energy_removed_layers after adjustment is 1756 0.97679171286177202 9.9472136007832994E+049 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9706.5488281250000 max vel inside fraction of cutoff 2637.7637099833942 max c/cs inside fraction of cutoff 3.8983824340767468 average v/vesc outside cutoff 1.9613112948588982 Kinetic plus potential energy outside cutoff 9.9472136007832994E+049 mass inside cutoff 1756 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010348668894789 check gamma integral 4.8373968253557102E-002 3980 8.759166 6.196E+04 -24.403217 3.186489 51.691176 0.000000 0.000000 0.000000 0.219336 -3.324010 2722 216 -7.1550E+00 8.759106 1.612497 -16.869393 5.529234 -99.000000 51.691176 0.000000 0.044506 0.780664 0.601741 6 2.8768E+05 3.970402 7.348184 3.186489 -26.985973 -6.737987 49.167317 0.000004 0.000000 0.436424 0.117E+04 lgRho_cntr log_rel_run_E_err -7.5200221163416776 rel_E_err 1.6556140987040972D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1754 0.97760235472076973 9.9459988006772570E+049 k, q, energy_removed_layers after adjustment is 1758 0.97679171286177202 9.9513346519975549E+049 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9729.4882812500000 max vel inside fraction of cutoff 2450.2336255885698 max c/cs inside fraction of cutoff 3.7825990087951213 average v/vesc outside cutoff 1.9724313177512887 Kinetic plus potential energy outside cutoff 9.9513346519975549E+049 mass inside cutoff 1758 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010338139029125 check gamma integral 4.8866310251386914E-002 3990 8.738801 6.105E+04 -24.620887 3.131972 51.691176 0.000000 0.000000 0.000000 0.219336 -3.377420 2714 216 -7.0483E+00 8.738753 1.621025 -18.406053 5.320191 -99.000000 51.691176 0.000000 0.044506 0.780664 0.603724 6 2.8768E+05 3.913629 7.339419 3.131972 -29.423366 -6.769986 49.167317 0.000004 0.000000 0.436424 0.118E+04 lgRho_cntr log_rel_run_E_err -7.5196405863467692 rel_E_err 1.5277210966943792D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1749 0.97760235472076951 9.9507904189831991E+049 k, q, energy_removed_layers after adjustment is 1753 0.97679171286177180 9.9561550348488584E+049 Layers above q= 0.97679171286177180 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9757.7519531250000 max vel inside fraction of cutoff 2215.0989575678041 max c/cs inside fraction of cutoff 3.5762588867546716 average v/vesc outside cutoff 1.9860094809138755 Kinetic plus potential energy outside cutoff 9.9561550348488584E+049 mass inside cutoff 1753 50.491512127255469 relax counter 0 log max v [km/s]= 4.3010345066936990 check gamma integral 4.9377112236808240E-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 8.718622 5.994E+04 -24.843792 3.077940 51.691176 0.000000 0.000000 0.000000 0.219336 -3.430432 2715 216 -6.9377E+00 8.718591 1.631497 -20.058738 5.137499 -99.000000 51.691176 0.000000 0.044506 0.780664 0.605732 6 2.8768E+05 3.857469 7.328530 3.077940 -31.950038 -6.808954 49.167317 0.000004 0.000000 0.436424 0.119E+04 lgRho_cntr log_rel_run_E_err -7.5173047325927262 rel_E_err 1.5198481281860491D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile26.data for model 4000 save photos/4000 for model 4000 k, q, energy_removed_layers before adjustment is 1751 0.97760235472076951 9.9564364346636789E+049 k, q, energy_removed_layers after adjustment is 1755 0.97679171286177180 9.9618305549863874E+049 Layers above q= 0.97679171286177180 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9793.2285156250000 max vel inside fraction of cutoff 1989.3092737282830 max c/cs inside fraction of cutoff 3.3858320178618082 average v/vesc outside cutoff 2.0028618885648752 Kinetic plus potential energy outside cutoff 9.9618305549863874E+049 mass inside cutoff 1755 50.491512127255469 relax counter 0 log max v [km/s]= 4.3010353330831288 check gamma integral 4.9886185667391829E-002 4010 8.699884 5.853E+04 -25.058488 3.027747 51.691176 0.000000 0.000000 0.000000 0.219336 -3.479713 2701 216 -6.8323E+00 8.699876 1.645017 -21.792313 4.980779 -99.000000 51.691176 0.000000 0.044506 0.780664 0.607637 6 2.8768E+05 3.805415 7.314253 3.027747 -34.401271 -6.858784 49.167317 0.000004 0.000000 0.436424 0.121E+04 min_dr_div_cs log_rel_run_E_err -7.5161627249870291 rel_E_err 1.3949291883984736D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1757 0.97760235472076973 9.9633561170189020E+049 k, q, energy_removed_layers after adjustment is 1761 0.97679171286177202 9.9687800546997710E+049 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9840.3105468750000 max vel inside fraction of cutoff 1739.8337761241000 max c/cs inside fraction of cutoff 3.1290299655075899 average v/vesc outside cutoff 2.0249191609081989 Kinetic plus potential energy outside cutoff 9.9687800546997710E+049 mass inside cutoff 1761 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010360987344791 check gamma integral 5.0370805007735296E-002 4020 8.688270 5.701E+04 -25.200120 2.996563 51.691176 0.000000 0.000000 0.000000 0.219336 -3.510261 2699 216 -6.6360E+00 8.688270 1.659871 -23.503290 4.886562 -99.000000 51.691176 0.000000 0.044506 0.780664 0.608848 6 2.8768E+05 3.773190 7.298229 2.996563 -35.978200 -6.912820 49.167317 0.000004 0.000000 0.436424 0.123E+04 min_dr_div_cs log_rel_run_E_err -7.5155774961887021 rel_E_err 5.0182813153362620D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1755 0.97760235472076973 9.9705134081489393E+049 k, q, energy_removed_layers after adjustment is 1759 0.97679171286177202 9.9759610485514515E+049 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9893.7578125000000 max vel inside fraction of cutoff 1649.6429345409399 max c/cs inside fraction of cutoff 2.9810329461763421 average v/vesc outside cutoff 2.0495513024955745 Kinetic plus potential energy outside cutoff 9.9759610485514515E+049 mass inside cutoff 1759 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010384713845262 check gamma integral 5.0693400426157678E-002 4030 8.686417 5.519E+04 -25.239263 2.991403 51.691176 0.000000 0.000000 0.000000 0.219336 -3.515137 2704 216 -6.7275E+00 8.686417 1.678115 -25.434318 4.870236 -99.000000 51.691176 0.000000 0.044506 0.780664 0.609043 6 2.8768E+05 3.768049 7.278264 2.991403 -36.244693 -6.978180 49.167317 0.000004 0.000000 0.436424 0.126E+04 min_dr_div_cs log_rel_run_E_err -7.5141143261337291 rel_E_err 1.2829572826993869D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1753 0.97735912067847552 9.9818413737414413E+049 k, q, energy_removed_layers after adjustment is 1756 0.97679171286177224 9.9841618662699678E+049 Layers above q= 0.97679171286177224 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -9961.9570312500000 max vel inside fraction of cutoff 1604.5890463061696 max c/cs inside fraction of cutoff 2.9205492006281291 average v/vesc outside cutoff 2.0803864116882220 Kinetic plus potential energy outside cutoff 9.9841618662699678E+049 mass inside cutoff 1756 50.491512127255490 relax counter 0 log max v [km/s]= 4.3010361239522661 check gamma integral 5.0800452097466538E-002 4040 8.698840 5.335E+04 -25.119201 3.024312 51.691176 0.000000 0.000000 0.000000 0.219336 -3.482642 2701 216 -6.5422E+00 8.698840 1.697065 -26.972187 4.967549 -99.000000 51.691176 0.000000 0.044506 0.780664 0.607704 6 2.8768E+05 3.802450 7.257388 3.024312 -34.573730 -7.045266 49.167317 0.000004 0.000000 0.436424 0.129E+04 min_dr_div_cs log_rel_run_E_err -7.5131096550996439 rel_E_err 1.3300208163455088D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1743 0.97735912067847552 9.9896879910809418E+049 k, q, energy_removed_layers after adjustment is 1746 0.97679171286177224 9.9920108336932442E+049 Layers above q= 0.97679171286177224 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10035.888671875000 max vel inside fraction of cutoff 1663.9406544522419 max c/cs inside fraction of cutoff 2.8522770455946169 average v/vesc outside cutoff 2.1130973775959112 Kinetic plus potential energy outside cutoff 9.9920108336932442E+049 mass inside cutoff 1746 50.491512127255490 relax counter 0 log max v [km/s]= 4.3010381114221312 check gamma integral 5.0561003473118198E-002 4050 8.719139 5.192E+04 -24.901061 3.078277 51.691176 0.000000 0.000000 0.000000 0.219336 -3.429656 2698 216 -6.8050E+00 8.719139 1.712193 -27.048038 5.135539 -99.000000 51.691176 0.000000 0.044506 0.780664 0.605544 6 2.8768E+05 3.858709 7.240503 3.078277 -31.928248 -7.098299 49.167317 0.000004 0.000000 0.436424 0.132E+04 lgRho_cntr log_rel_run_E_err -7.5129163245312709 rel_E_err 1.3968544413380425D-12 Using fixed_vsurf 20000.000000000000 save photos/x050 for model 4050 k, q, energy_removed_layers before adjustment is 1735 0.97735912067847530 9.9955215548333983E+049 k, q, energy_removed_layers after adjustment is 1738 0.97679171286177202 9.9978420199201810E+049 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10097.267578125000 max vel inside fraction of cutoff 1624.2387312595406 max c/cs inside fraction of cutoff 2.7935779790147963 average v/vesc outside cutoff 2.1397270673429900 Kinetic plus potential energy outside cutoff 9.9978420199201810E+049 mass inside cutoff 1738 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010341063608903 check gamma integral 5.0095032558792510E-002 4060 8.738290 5.098E+04 -24.692866 3.129250 51.691176 0.000000 0.000000 0.000000 0.219336 -3.379742 2694 216 -6.9193E+00 8.738290 1.722337 -26.645630 5.307779 -99.000000 51.691176 0.000000 0.044506 0.780664 0.603550 5 2.8768E+05 3.911862 7.228945 3.129250 -29.535988 -7.133564 49.167317 0.000004 0.000000 0.436424 0.134E+04 lgRho_cntr log_rel_run_E_err -7.5058515461124582 rel_E_err 4.0278536430094321D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1730 0.97735912067847530 9.9992352893383902E+049 k, q, energy_removed_layers after adjustment is 1733 0.97679171286177202 1.0001552227205594E+050 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10139.640625000000 max vel inside fraction of cutoff 1654.8260128150043 max c/cs inside fraction of cutoff 2.7520437430443891 average v/vesc outside cutoff 2.1578445853996220 Kinetic plus potential energy outside cutoff 1.0001552227205594E+050 mass inside cutoff 1733 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010330709516289 check gamma integral 4.9627634766631644E-002 4070 8.756999 5.023E+04 -24.491609 3.179084 51.691176 0.000000 0.000000 0.000000 0.219336 -3.331062 2685 216 -6.9909E+00 8.756999 1.730440 -26.231985 5.497064 -99.000000 51.691176 0.000000 0.044506 0.780664 0.601642 5 2.8768E+05 3.963864 7.219580 3.179084 -27.292836 -7.161584 49.167317 0.000004 0.000000 0.436424 0.135E+04 lgRho_cntr log_rel_run_E_err -7.5013502656239597 rel_E_err 2.1211229613344200D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1724 0.97735912067847530 1.0002090556549845E+050 k, q, energy_removed_layers after adjustment is 1727 0.97679171286177202 1.0004403618479142E+050 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10174.208984375000 max vel inside fraction of cutoff 1643.8544237027054 max c/cs inside fraction of cutoff 2.7175742400398604 average v/vesc outside cutoff 2.1724699850969369 Kinetic plus potential energy outside cutoff 1.0004403618479142E+050 mass inside cutoff 1727 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010324964446065 check gamma integral 4.9156070419500313E-002 4080 8.775468 4.960E+04 -24.296026 3.228304 51.691176 0.000000 0.000000 0.000000 0.219336 -3.283100 2676 216 -7.0411E+00 8.775468 1.737388 -25.832867 5.712581 -99.000000 51.691176 0.000000 0.044506 0.780664 0.599795 5 2.8768E+05 4.015266 7.211479 3.228304 -25.166207 -7.185471 49.167317 0.000004 0.000000 0.436424 0.137E+04 lgRho_cntr log_rel_run_E_err -7.4994450636660579 rel_E_err 9.7293438868379336D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1722 0.97735912067847530 1.0004462547707439E+050 k, q, energy_removed_layers after adjustment is 1725 0.97679171286177202 1.0006771567708340E+050 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10204.369140625000 max vel inside fraction of cutoff 1645.2151518730504 max c/cs inside fraction of cutoff 2.6870814357496613 average v/vesc outside cutoff 2.1851208975558150 Kinetic plus potential energy outside cutoff 1.0006771567708340E+050 mass inside cutoff 1725 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010321425985047 check gamma integral 4.8678461335240945E-002 4090 8.793757 4.904E+04 -24.105531 3.277067 51.691176 0.000000 0.000000 0.000000 0.219336 -3.235701 2674 216 -7.0763E+00 8.793757 1.743604 -25.434291 5.958869 -99.000000 51.691176 0.000000 0.044506 0.780664 0.598004 5 2.8768E+05 4.066237 7.204199 3.277067 -23.142711 -7.206754 49.167317 0.000004 0.000000 0.436424 0.138E+04 lgRho_cntr log_rel_run_E_err -7.4985093834175522 rel_E_err 2.9866869722668538D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1719 0.97735912067847552 1.0006522963941191E+050 k, q, energy_removed_layers after adjustment is 1722 0.97679171286177224 1.0008827827642499E+050 Layers above q= 0.97679171286177224 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10231.763671875000 max vel inside fraction of cutoff 1635.4471246977434 max c/cs inside fraction of cutoff 2.6590558045736623 average v/vesc outside cutoff 2.1965224647318760 Kinetic plus potential energy outside cutoff 1.0008827827642499E+050 mass inside cutoff 1722 50.491512127255490 relax counter 0 log max v [km/s]= 4.3010320128416124 check gamma integral 4.8194862038780525E-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 8.811887 4.853E+04 -23.919787 3.325426 51.691176 0.000000 0.000000 0.000000 0.219336 -3.188819 2677 216 -7.0984E+00 8.811887 1.749353 -24.851589 6.233750 -99.000000 51.691176 0.000000 0.044506 0.780664 0.596264 5 2.8768E+05 4.116831 7.197458 3.325426 -21.214621 -7.226365 49.167317 0.000004 0.000000 0.436424 0.139E+04 lgRho_cntr log_rel_run_E_err -7.4982018363321723 rel_E_err 2.0123530863666521D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile27.data for model 4100 save photos/x100 for model 4100 k, q, energy_removed_layers before adjustment is 1719 0.97735912067847575 1.0008383829479191E+050 k, q, energy_removed_layers after adjustment is 1722 0.97679171286177247 1.0010684412294380E+050 Layers above q= 0.97679171286177247 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10257.447265625000 max vel inside fraction of cutoff 1657.2034717237050 max c/cs inside fraction of cutoff 2.6325009703927882 average v/vesc outside cutoff 2.2071418625082155 Kinetic plus potential energy outside cutoff 1.0010684412294380E+050 mass inside cutoff 1722 50.491512127255497 relax counter 0 log max v [km/s]= 4.3010318541835320 check gamma integral 4.7705125630590421E-002 4110 8.829854 4.805E+04 -23.738875 3.373376 51.691176 0.000000 0.000000 0.000000 0.219336 -3.142462 2667 216 -7.1075E+00 8.829854 1.754833 -23.513954 6.529260 -99.000000 51.691176 0.000000 0.044506 0.780664 0.594576 5 2.8768E+05 4.167038 7.190995 3.373376 -19.377178 -7.245003 49.167317 0.000004 0.000000 0.436424 0.140E+04 lgRho_cntr log_rel_run_E_err -7.4978320436785584 rel_E_err 3.2083580544587284D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1712 0.97735912067847575 1.0010116371147461E+050 k, q, energy_removed_layers after adjustment is 1715 0.97679171286177247 1.0012412491427573E+050 Layers above q= 0.97679171286177247 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10282.251953125000 max vel inside fraction of cutoff 1638.6429346542636 max c/cs inside fraction of cutoff 2.6065999876500374 average v/vesc outside cutoff 2.2173336464530538 Kinetic plus potential energy outside cutoff 1.0012412491427573E+050 mass inside cutoff 1715 50.491512127255497 relax counter 0 log max v [km/s]= 4.3010315802061108 check gamma integral 4.7209614664468616E-002 4120 8.849762 4.751E+04 -23.542581 3.427242 51.691176 0.000000 0.000000 0.000000 0.219336 -3.091248 2670 216 -7.0182E+00 8.849762 1.760908 -21.611961 6.872461 -99.000000 51.691176 0.000000 0.044506 0.780664 0.592742 5 2.8768E+05 4.222738 7.183802 3.427242 -17.422875 -7.265605 49.167317 0.000004 0.000000 0.436424 0.142E+04 max increase log_rel_run_E_err -7.4974027819818110 rel_E_err 2.5410729117024596D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1713 0.97735912067847575 1.0011986176259499E+050 k, q, energy_removed_layers after adjustment is 1716 0.97679171286177247 1.0014276931112728E+050 Layers above q= 0.97679171286177247 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10310.111328125000 max vel inside fraction of cutoff 1654.1588216059840 max c/cs inside fraction of cutoff 2.5772190007684856 average v/vesc outside cutoff 2.2287027676877362 Kinetic plus potential energy outside cutoff 1.0014276931112728E+050 mass inside cutoff 1716 50.491512127255497 relax counter 0 log max v [km/s]= 4.3010318611262912 check gamma integral 4.6646572198168354E-002 4130 8.870146 4.693E+04 -23.346337 3.487904 51.691176 0.000000 0.000000 0.000000 0.219336 -3.038944 2669 216 -7.0299E+00 8.870146 1.767614 -19.619117 7.230074 -99.000000 51.691176 0.000000 0.044506 0.780664 0.590913 5 2.8768E+05 4.279863 7.175836 3.487904 -15.506566 -7.288297 49.167317 0.000004 0.000000 0.436424 0.143E+04 lgRho_cntr log_rel_run_E_err -7.4969366567637534 rel_E_err 3.3964377196004266D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1710 0.97735912067847575 1.0013998428225886E+050 k, q, energy_removed_layers after adjustment is 1713 0.97679171286177247 1.0016282766547984E+050 Layers above q= 0.97679171286177247 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10341.326171875000 max vel inside fraction of cutoff 1652.4623217936855 max c/cs inside fraction of cutoff 2.5439402416302790 average v/vesc outside cutoff 2.2413525533038317 Kinetic plus potential energy outside cutoff 1.0016282766547984E+050 mass inside cutoff 1713 50.491512127255497 relax counter 0 log max v [km/s]= 4.3010317373975413 check gamma integral 4.6052051842744537E-002 4140 8.889568 4.620E+04 -23.161505 3.544668 51.691176 0.000000 0.000000 0.000000 0.219336 -2.989205 2665 216 -6.8019E+00 8.889568 1.776139 -17.533237 7.569675 -99.000000 51.691176 0.000000 0.044506 0.780664 0.589221 5 2.8768E+05 4.334392 7.165668 3.544668 -13.755393 -7.317134 49.167317 0.000004 0.000000 0.436424 0.145E+04 max increase log_rel_run_E_err -7.4952046697020860 rel_E_err 2.6414304319090374D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1702 0.97735912067847575 1.0016473384612483E+050 k, q, energy_removed_layers after adjustment is 1705 0.97679171286177247 1.0018748854244896E+050 Layers above q= 0.97679171286177247 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10381.710937500000 max vel inside fraction of cutoff 1767.9329426200356 max c/cs inside fraction of cutoff 2.5003348533490639 average v/vesc outside cutoff 2.2575773152191831 Kinetic plus potential energy outside cutoff 1.0018748854244896E+050 mass inside cutoff 1705 50.491512127255497 relax counter 0 log max v [km/s]= 4.3010327526271004 check gamma integral 4.5455683350914676E-002 4150 8.889228 4.476E+04 -23.153394 3.544043 51.691176 0.000000 0.000000 0.000000 0.219336 -2.990213 2670 216 -6.5753E+00 8.889228 1.793331 -15.578056 7.567500 -99.000000 51.691176 0.000000 0.044506 0.780664 0.589223 6 2.8768E+05 4.333377 7.144927 3.544043 -13.770957 -7.375089 49.167317 0.000004 0.000000 0.436424 0.149E+04 min_dr_div_cs log_rel_run_E_err -7.4923632186248872 rel_E_err 2.1528481660468687D-12 Using fixed_vsurf 20000.000000000000 save photos/x150 for model 4150 k, q, energy_removed_layers before adjustment is 1693 0.97735912067847552 1.0021177934548660E+050 k, q, energy_removed_layers after adjustment is 1696 0.97679171286177224 1.0023433266009862E+050 Layers above q= 0.97679171286177224 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10465.593750000000 max vel inside fraction of cutoff 1966.2792890272876 max c/cs inside fraction of cutoff 2.4077723075985435 average v/vesc outside cutoff 2.2907976637925276 Kinetic plus potential energy outside cutoff 1.0023433266009862E+050 mass inside cutoff 1696 50.491512127255490 relax counter 0 log max v [km/s]= 4.3010340975556982 check gamma integral 4.5397456305627838E-002 4160 8.867899 4.395E+04 -23.348674 3.481832 51.691176 0.000000 0.000000 0.000000 0.219336 -3.045376 2675 216 -6.9346E+00 8.867893 1.803226 -16.032106 7.197658 -99.000000 51.691176 0.000000 0.044506 0.780664 0.590985 5 2.8768E+05 4.273262 7.132877 3.481832 -15.686106 -7.408422 49.167317 0.000004 0.000000 0.436424 0.151E+04 lgRho_cntr log_rel_run_E_err -7.4901360202686025 rel_E_err 4.6785368170888258D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1691 0.97711588663618087 1.0024976876249290E+050 k, q, energy_removed_layers after adjustment is 1693 0.97679171286177202 1.0025983479814468E+050 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10515.400390625000 max vel inside fraction of cutoff 2001.9120977295047 max c/cs inside fraction of cutoff 2.3516822615443362 average v/vesc outside cutoff 2.3102199045969232 Kinetic plus potential energy outside cutoff 1.0025983479814468E+050 mass inside cutoff 1693 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010317250565455 check gamma integral 4.5993283347731950E-002 4170 8.849488 4.343E+04 -23.522674 3.426934 51.691176 0.000000 0.000000 0.000000 0.219336 -3.093075 2675 216 -7.0076E+00 8.849473 1.809638 -16.846386 6.876060 -99.000000 51.691176 0.000000 0.044506 0.780664 0.592558 5 2.8768E+05 4.221464 7.125027 3.426934 -17.415619 -7.429959 49.167317 0.000004 0.000000 0.436424 0.153E+04 lgRho_cntr log_rel_run_E_err -7.4894591444043908 rel_E_err 5.4305060996235559D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1688 0.97711588663618087 1.0026582041234995E+050 k, q, energy_removed_layers after adjustment is 1690 0.97679171286177202 1.0027582651476443E+050 Layers above q= 0.97679171286177202 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10548.291015625000 max vel inside fraction of cutoff 1927.9197842474023 max c/cs inside fraction of cutoff 2.3142017576666727 average v/vesc outside cutoff 2.3229273995135444 Kinetic plus potential energy outside cutoff 1.0027582651476443E+050 mass inside cutoff 1690 50.491512127255483 relax counter 0 log max v [km/s]= 4.3010314065151354 check gamma integral 4.6503532725237808E-002 4180 8.831217 4.295E+04 -23.699154 3.377338 51.691176 0.000000 0.000000 0.000000 0.219336 -3.140505 2675 216 -6.9437E+00 8.831197 1.815560 -17.894346 6.561493 -99.000000 51.691176 0.000000 0.044506 0.780664 0.594157 5 2.8768E+05 4.170150 7.117742 3.377338 -19.202841 -7.449794 49.167317 0.000004 0.000000 0.436424 0.154E+04 max increase log_rel_run_E_err -7.4886137096954917 rel_E_err 8.2879131116560235D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1688 0.97711588663618110 1.0028026259870462E+050 k, q, energy_removed_layers after adjustment is 1690 0.97679171286177224 1.0029021140301209E+050 Layers above q= 0.97679171286177224 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10579.101562500000 max vel inside fraction of cutoff 1747.0669427186569 max c/cs inside fraction of cutoff 2.2787686094987358 average v/vesc outside cutoff 2.3347488151034184 Kinetic plus potential energy outside cutoff 1.0029021140301209E+050 mass inside cutoff 1690 50.491512127255490 relax counter 0 log max v [km/s]= 4.3010315685946443 check gamma integral 4.7003821448790922E-002 4190 8.810496 4.241E+04 -23.903393 3.321876 51.691176 0.000000 0.000000 0.000000 0.219336 -3.194457 2679 216 -6.9665E+00 8.810475 1.822332 -19.311911 6.221020 -99.000000 51.691176 0.000000 0.044506 0.780664 0.596008 5 2.8768E+05 4.112034 7.109371 3.321876 -21.318893 -7.472430 49.167317 0.000004 0.000000 0.436424 0.156E+04 lgRho_cntr log_rel_run_E_err -7.4872842960977524 rel_E_err 4.4559973195669627D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1686 0.97711588663618110 1.0029633371961984E+050 k, q, energy_removed_layers after adjustment is 1688 0.97679171286177224 1.0030621482803910E+050 Layers above q= 0.97679171286177224 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10614.849609375000 max vel inside fraction of cutoff 1638.3776348978390 max c/cs inside fraction of cutoff 2.2372592058857794 average v/vesc outside cutoff 2.3483700307684279 Kinetic plus potential energy outside cutoff 1.0030621482803910E+050 mass inside cutoff 1688 50.491512127255490 relax counter 0 log max v [km/s]= 4.3010314304699939 check gamma integral 4.7565775516079760E-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 8.790914 4.187E+04 -24.100504 3.269461 51.691176 0.000000 0.000000 0.000000 0.219336 -3.245551 2674 216 -6.8770E+00 8.790895 1.829236 -20.868843 5.927293 -99.000000 51.691176 0.000000 0.044506 0.780664 0.597801 5 2.8768E+05 4.057211 7.100812 3.269461 -23.409537 -7.495495 49.167317 0.000004 0.000000 0.436424 0.158E+04 max increase log_rel_run_E_err -7.4862884388453477 rel_E_err 1.2232692200853782D-11 Using fixed_vsurf 20000.000000000000 save LOGS/profile28.data for model 4200 save photos/x200 for model 4200 k, q, energy_removed_layers before adjustment is 1683 0.97711588663618110 1.0031214133827905E+050 k, q, energy_removed_layers after adjustment is 1685 0.97679171286177224 1.0032195117654567E+050 Layers above q= 0.97679171286177224 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10651.875000000000 max vel inside fraction of cutoff 1636.4390781842876 max c/cs inside fraction of cutoff 2.1938428994387071 average v/vesc outside cutoff 2.3623621476516279 Kinetic plus potential energy outside cutoff 1.0032195117654567E+050 mass inside cutoff 1685 50.491512127255490 relax counter 0 log max v [km/s]= 4.3010316804660293 check gamma integral 4.8093790847188761E-002 4210 8.770513 4.122E+04 -24.312137 3.214837 51.691176 0.000000 0.000000 0.000000 0.219336 -3.298909 2673 216 -6.7848E+00 8.770503 1.837661 -22.694413 5.659502 -99.000000 51.691176 0.000000 0.044506 0.780664 0.599710 5 2.8768E+05 4.000186 7.090357 3.214837 -25.686297 -7.523686 49.167317 0.000004 0.000000 0.436424 0.160E+04 max increase log_rel_run_E_err -7.4846431855876094 rel_E_err 1.0124104644014354D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1681 0.97711588663618110 1.0033056480552385E+050 k, q, energy_removed_layers after adjustment is 1683 0.97679171286177224 1.0034028481125253E+050 Layers above q= 0.97679171286177224 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10697.857421875000 max vel inside fraction of cutoff 1637.1278485486037 max c/cs inside fraction of cutoff 2.1393220873256431 average v/vesc outside cutoff 2.3795781826222768 Kinetic plus potential energy outside cutoff 1.0034028481125253E+050 mass inside cutoff 1683 50.491512127255490 relax counter 0 log max v [km/s]= 4.3010319670605766 check gamma integral 4.8644220482665493E-002 4220 8.750512 4.036E+04 -24.527105 3.161251 51.691176 0.000000 0.000000 0.000000 0.219336 -3.351332 2670 216 -6.5616E+00 8.750512 1.848917 -24.617621 5.435096 -99.000000 51.691176 0.000000 0.044506 0.780664 0.601624 5 2.8768E+05 3.944366 7.076384 3.161251 -28.021967 -7.561635 49.167317 0.000004 0.000000 0.436424 0.163E+04 lgRho_cntr log_rel_run_E_err -7.4817788134990177 rel_E_err 6.3556731002488771D-11 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1683 0.97711588663618132 1.0035430865330990E+050 k, q, energy_removed_layers after adjustment is 1685 0.97679171286177247 1.0036390413616917E+050 Layers above q= 0.97679171286177247 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10760.710937500000 max vel inside fraction of cutoff 1635.3539110485551 max c/cs inside fraction of cutoff 2.0637435279774263 average v/vesc outside cutoff 2.4028607859987354 Kinetic plus potential energy outside cutoff 1.0036390413616917E+050 mass inside cutoff 1685 50.491512127255497 relax counter 0 log max v [km/s]= 4.3010330317571048 check gamma integral 4.9191136141591867E-002 4230 8.738103 3.865E+04 -24.670971 3.127824 51.691176 0.000000 0.000000 0.000000 0.219336 -3.383910 2647 216 -6.0978E+00 8.738103 1.872225 -26.511753 5.310514 -99.000000 51.691176 0.000000 0.044506 0.780664 0.602837 6 2.8768E+05 3.909763 7.047694 3.127824 -29.534292 -7.642453 49.167317 0.000004 0.000000 0.436424 0.168E+04 max increase log_rel_run_E_err -7.4742194181117867 rel_E_err 1.4745441664133045D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1678 0.97711588663618176 1.0039987412167929E+050 k, q, energy_removed_layers after adjustment is 1680 0.97679171286177291 1.0040919822851633E+050 Layers above q= 0.97679171286177291 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -10896.144531250000 max vel inside fraction of cutoff 1633.7767769458726 max c/cs inside fraction of cutoff 1.9700691423909780 average v/vesc outside cutoff 2.4520991923468345 Kinetic plus potential energy outside cutoff 1.0040919822851633E+050 mass inside cutoff 1680 50.491512127255525 relax counter 0 log max v [km/s]= 4.3010373167129616 check gamma integral 4.9573476809555178E-002 4240 8.774432 3.662E+04 -24.292239 3.224320 51.691176 0.000000 0.000000 0.000000 0.219336 -3.289872 2620 216 -6.6715E+00 8.774432 1.901550 -25.807964 5.703789 -99.000000 51.691176 0.000000 0.044506 0.780664 0.599091 5 2.8768E+05 4.010629 7.012629 3.224320 -25.268008 -7.751701 49.167317 0.000004 0.000000 0.436424 0.174E+04 lgRho_cntr log_rel_run_E_err -7.4717264003910726 rel_E_err 1.6164348907161796D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1668 0.97711588663618176 1.0045094250829445E+050 k, q, energy_removed_layers after adjustment is 1670 0.97679171286177291 1.0045990710422792E+050 Layers above q= 0.97679171286177291 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11077.199218750000 max vel inside fraction of cutoff 1587.5539477344987 max c/cs inside fraction of cutoff 2.1733851116779705 average v/vesc outside cutoff 2.5160529144968802 Kinetic plus potential energy outside cutoff 1.0045990710422792E+050 mass inside cutoff 1670 50.491512127255525 relax counter 0 log max v [km/s]= 4.3010317413962671 check gamma integral 4.8676592495639298E-002 4250 8.793272 3.605E+04 -24.097318 3.274563 51.691176 0.000000 0.000000 0.000000 0.219336 -3.241020 2620 216 -6.7882E+00 8.793272 1.910163 -25.305300 5.956381 -99.000000 51.691176 0.000000 0.044506 0.780664 0.597251 5 2.8768E+05 4.063142 7.002591 3.274563 -23.181249 -7.786115 49.167317 0.000004 0.000000 0.436424 0.176E+04 lgRho_cntr log_rel_run_E_err -7.4715184583333087 rel_E_err 1.6914917781959348D-12 Using fixed_vsurf 20000.000000000000 save photos/x250 for model 4250 k, q, energy_removed_layers before adjustment is 1667 0.97711588663618176 1.0046430880986829E+050 k, q, energy_removed_layers after adjustment is 1669 0.97679171286177291 1.0047316437045321E+050 Layers above q= 0.97679171286177291 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11132.744140625000 max vel inside fraction of cutoff 1593.4730555538133 max c/cs inside fraction of cutoff 2.3172572581768511 average v/vesc outside cutoff 2.5352284948838277 Kinetic plus potential energy outside cutoff 1.0047316437045321E+050 mass inside cutoff 1669 50.491512127255525 relax counter 0 log max v [km/s]= 4.3010312796227268 check gamma integral 4.8180514969635754E-002 4260 8.812434 3.553E+04 -23.902349 3.325706 51.691176 0.000000 0.000000 0.000000 0.219336 -3.191457 2621 216 -6.6489E+00 8.812434 1.918204 -24.174879 6.247321 -99.000000 51.691176 0.000000 0.044506 0.780664 0.595418 5 2.8768E+05 4.116622 6.993401 3.325706 -21.143802 -7.819316 49.167317 0.000004 0.000000 0.436424 0.177E+04 lgRho_cntr log_rel_run_E_err -7.4712953517860052 rel_E_err 1.7471283846349791D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1665 0.97711588663618154 1.0047686897394830E+050 k, q, energy_removed_layers after adjustment is 1667 0.97679171286177269 1.0048562156954748E+050 Layers above q= 0.97679171286177269 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11185.601562500000 max vel inside fraction of cutoff 1589.9465650281268 max c/cs inside fraction of cutoff 2.3367495540754453 average v/vesc outside cutoff 2.5533267384043326 Kinetic plus potential energy outside cutoff 1.0048562156954748E+050 mass inside cutoff 1667 50.491512127255518 relax counter 0 log max v [km/s]= 4.3010316855374553 check gamma integral 4.7661639774898325E-002 4270 8.832305 3.496E+04 -23.703077 3.378802 51.691176 0.000000 0.000000 0.000000 0.219336 -3.140193 2620 216 -6.6604E+00 8.832305 1.927192 -22.237024 6.576303 -99.000000 51.691176 0.000000 0.044506 0.780664 0.593558 5 2.8768E+05 4.172159 6.983369 3.378802 -19.117204 -7.857642 49.167317 0.000004 0.000000 0.436424 0.178E+04 max increase log_rel_run_E_err -7.4710599740454811 rel_E_err 1.8953177469089924D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1661 0.97711588663618154 1.0048995964579630E+050 k, q, energy_removed_layers after adjustment is 1663 0.97679171286177269 1.0049859599696768E+050 Layers above q= 0.97679171286177269 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11245.851562500000 max vel inside fraction of cutoff 1591.9996329732353 max c/cs inside fraction of cutoff 2.4002596291730334 average v/vesc outside cutoff 2.5737505226211557 Kinetic plus potential energy outside cutoff 1.0049859599696768E+050 mass inside cutoff 1663 50.491512127255518 relax counter 0 log max v [km/s]= 4.3010315743482694 check gamma integral 4.7106912926024036E-002 4280 8.848084 3.400E+04 -23.543629 3.421478 51.691176 0.000000 0.000000 0.000000 0.219336 -3.099559 2629 216 -6.2250E+00 8.848084 1.942860 -19.837196 6.850240 -99.000000 51.691176 0.000000 0.044506 0.780664 0.592116 5 2.8768E+05 4.216327 6.966512 3.421478 -17.563533 -7.927664 49.167317 0.000004 0.000000 0.436424 0.179E+04 max increase log_rel_run_E_err -7.4706767471761770 rel_E_err 6.3539436031440412D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1661 0.97711588663618154 1.0051146884816770E+050 k, q, energy_removed_layers after adjustment is 1663 0.97679171286177269 1.0051990044708948E+050 Layers above q= 0.97679171286177269 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11353.910156250000 max vel inside fraction of cutoff 1604.4549038364678 max c/cs inside fraction of cutoff 2.4758563270601170 average v/vesc outside cutoff 2.6098874447496110 Kinetic plus potential energy outside cutoff 1.0051990044708948E+050 mass inside cutoff 1663 50.491512127255518 relax counter 0 log max v [km/s]= 4.3010338742685930 check gamma integral 4.6635907518951220E-002 4290 8.813975 3.256E+04 -23.870567 3.329878 51.691176 0.000000 0.000000 0.000000 0.219336 -3.188656 2632 216 -6.6178E+00 8.813975 1.967882 -21.124882 6.276895 -99.000000 51.691176 0.000000 0.044506 0.780664 0.595041 5 2.8768E+05 4.120420 6.941215 3.329878 -20.962821 -8.046165 49.167317 0.000004 0.000000 0.436424 0.181E+04 lgRho_cntr log_rel_run_E_err -7.4699411317363458 rel_E_err 1.7665501883019640D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1653 0.97711588663618154 1.0054343793489644E+050 k, q, energy_removed_layers after adjustment is 1655 0.97679171286177269 1.0055153985417422E+050 Layers above q= 0.97679171286177269 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11534.771484375000 max vel inside fraction of cutoff 1605.5850171266111 max c/cs inside fraction of cutoff 2.5721398164790581 average v/vesc outside cutoff 2.6690668860564912 Kinetic plus potential energy outside cutoff 1.0055153985417422E+050 mass inside cutoff 1655 50.491512127255518 relax counter 0 log max v [km/s]= 4.3010314296912382 check gamma integral 4.7551365580672085E-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 8.794320 3.198E+04 -24.068480 3.277256 51.691176 0.000000 0.000000 0.000000 0.219336 -3.239949 2628 216 -6.5414E+00 8.794320 1.978385 -22.697456 5.976306 -99.000000 51.691176 0.000000 0.044506 0.780664 0.596827 5 2.8768E+05 4.065360 6.931220 3.277256 -23.045710 -8.098559 49.167317 0.000004 0.000000 0.436424 0.181E+04 max increase log_rel_run_E_err -7.4697110973104168 rel_E_err 1.8473813984168383D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile29.data for model 4300 save photos/x300 for model 4300 k, q, energy_removed_layers before adjustment is 1645 0.97711588663618132 1.0055563375314388E+050 k, q, energy_removed_layers after adjustment is 1647 0.97679171286177247 1.0056359612741096E+050 Layers above q= 0.97679171286177247 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11613.853515625000 max vel inside fraction of cutoff 1583.0630726912257 max c/cs inside fraction of cutoff 2.5979510690033201 average v/vesc outside cutoff 2.6944167661026635 Kinetic plus potential energy outside cutoff 1.0056359612741096E+050 mass inside cutoff 1647 50.491512127255497 relax counter 0 log max v [km/s]= 4.3010316154092649 check gamma integral 4.8093927938796799E-002 4310 8.775083 3.119E+04 -24.268787 3.225692 51.691176 0.000000 0.000000 0.000000 0.219336 -3.290270 2628 216 -6.3326E+00 8.775083 1.993356 -24.725822 5.715757 -99.000000 51.691176 0.000000 0.044506 0.780664 0.598615 5 2.8768E+05 4.011545 6.917277 3.225692 -25.176724 -8.174622 49.167317 0.000004 0.000000 0.436424 0.181E+04 lgRho_cntr log_rel_run_E_err -7.4693802453547091 rel_E_err 3.3131797047956520D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1646 0.97711588663618132 1.0057221207040461E+050 k, q, energy_removed_layers after adjustment is 1648 0.97679171286177247 1.0057997569373156E+050 Layers above q= 0.97679171286177247 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -11729.927734375000 max vel inside fraction of cutoff 1554.7386408364810 max c/cs inside fraction of cutoff 2.6135215337800339 average v/vesc outside cutoff 2.7311194739613374 Kinetic plus potential energy outside cutoff 1.0057997569373156E+050 mass inside cutoff 1648 50.491512127255497 relax counter 0 log max v [km/s]= 4.3010323859369342 check gamma integral 4.8636997529836461E-002 4320 8.793973 2.928E+04 -24.080959 3.275813 51.691176 0.000000 0.000000 0.000000 0.219336 -3.241635 2610 216 -6.1216E+00 8.793973 2.031249 -24.932525 5.969284 -99.000000 51.691176 0.000000 0.044506 0.780664 0.596706 5 2.8768E+05 4.064054 6.883228 3.275813 -23.096302 -8.376463 49.167317 0.000004 0.000000 0.436424 0.179E+04 lgRho_cntr log_rel_run_E_err -7.4672981876412727 rel_E_err 2.9326463604928737D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1676 0.96877769788161017 9.9048566813562666E+049 k, q, energy_removed_layers after adjustment is 1718 0.95480151120426160 1.0359960318728194E+050 Layers above q= 0.95480151120426160 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12042.257812500000 max vel inside fraction of cutoff 1184.8681304442705 max c/cs inside fraction of cutoff 1.3391755444218376 average v/vesc outside cutoff 1.8429395749064046 Kinetic plus potential energy outside cutoff 1.0359960318728194E+050 mass inside cutoff 1718 49.354812748000917 relax counter 0 log max v [km/s]= 4.3010329780548693 check gamma integral 4.8184455615114800E-002 4330 8.814049 2.840E+04 -23.876131 3.329469 51.691176 0.000000 0.000000 0.000000 0.219336 -3.189711 2603 216 -6.2290E+00 8.814049 2.049229 -23.172437 6.276548 -99.000000 51.691176 0.000000 0.044506 0.780664 0.594790 5 2.8768E+05 4.120093 6.866670 3.329469 -20.965920 -8.474608 49.167317 0.000004 0.000000 0.436424 0.176E+04 max increase log_rel_run_E_err -7.4670590909053223 rel_E_err 2.0921480353565850D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1669 0.96844792171975369 1.0020141677724966E+050 k, q, energy_removed_layers after adjustment is 1709 0.95513753560799897 1.0428159955012947E+050 Layers above q= 0.95513753560799897 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12200.257812500000 max vel inside fraction of cutoff 1181.1129170157699 max c/cs inside fraction of cutoff 1.4792021303423539 average v/vesc outside cutoff 1.8851843349982056 Kinetic plus potential energy outside cutoff 1.0428159955012947E+050 mass inside cutoff 1709 49.372182244519934 relax counter 0 log max v [km/s]= 4.3010319549011662 check gamma integral 4.7634847246071914E-002 4340 8.799589 2.662E+04 -24.016522 3.290884 51.691176 0.000000 0.000000 0.000000 0.219336 -3.227610 2584 216 -6.1100E+00 8.799589 2.087103 -23.399483 6.053565 -99.000000 51.691176 0.000000 0.044506 0.780664 0.596065 5 2.8768E+05 4.079503 6.830023 3.290884 -22.483189 -8.682305 49.167317 0.000004 0.000000 0.436424 0.167E+04 lgRho_cntr log_rel_run_E_err -7.4661078394783704 rel_E_err 1.8783493100233198D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1652 0.96778836939604151 1.0229500863325603E+050 k, q, energy_removed_layers after adjustment is 1683 0.95765338771255470 1.0545507158390117E+050 Layers above q= 0.95765338771255470 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -12555.269531250000 max vel inside fraction of cutoff 1192.9739651442312 max c/cs inside fraction of cutoff 1.6077033170719337 average v/vesc outside cutoff 2.0326475202293275 Kinetic plus potential energy outside cutoff 1.0545507158390117E+050 mass inside cutoff 1683 49.502229597885979 relax counter 0 log max v [km/s]= 4.3010316740131964 check gamma integral 4.8024252756999466E-002 4350 8.798607 2.459E+04 -24.029414 3.288198 51.691176 0.000000 0.000000 0.000000 0.219336 -3.230358 2564 216 -5.5810E+00 8.798607 2.132815 -24.213145 6.038262 -99.000000 51.691176 0.000000 0.044506 0.780664 0.596119 6 2.8768E+05 4.076673 6.783264 3.288198 -22.592497 -8.922730 49.167317 0.000004 0.000000 0.436424 0.154E+04 lgRho_cntr log_rel_run_E_err -7.4653119041501004 rel_E_err 1.7861464104324222D-12 Using fixed_vsurf 20000.000000000000 save photos/x350 for model 4350 k, q, energy_removed_layers before adjustment is 1634 0.96712881707232889 1.0426698578653175E+050 k, q, energy_removed_layers after adjustment is 1662 0.95798865478283246 1.0663474356878192E+050 Layers above q= 0.95798865478283246 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -13027.113281250000 max vel inside fraction of cutoff 1152.3639181260357 max c/cs inside fraction of cutoff 1.6923759557430049 average v/vesc outside cutoff 2.1365357419811373 Kinetic plus potential energy outside cutoff 1.0663474356878192E+050 mass inside cutoff 1662 49.519559946948014 relax counter 0 log max v [km/s]= 4.3010329704125994 check gamma integral 4.8091298248108004E-002 4360 8.799133 2.085E+04 -24.023315 3.289887 51.691176 0.000000 0.000000 0.000000 0.219336 -3.229061 2580 216 -5.2242E+00 8.799133 2.231239 -24.088314 6.046346 -99.000000 51.691176 0.000000 0.044506 0.780664 0.596056 6 2.8768E+05 4.078113 6.694011 3.289887 -22.534853 -9.386776 49.167317 0.000004 0.000000 0.436424 0.142E+04 varcontrol log_rel_run_E_err -7.4647630349453982 rel_E_err 1.7592034561574438D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1626 0.96556002001086150 1.0697418008619257E+050 k, q, energy_removed_layers after adjustment is 1686 0.94548455658512709 1.1307659755581016E+050 Layers above q= 0.94548455658512709 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -14228.445312500000 max vel inside fraction of cutoff 668.31267611992928 max c/cs inside fraction of cutoff 0.95457448843708137 average v/vesc outside cutoff 2.0001823410947264 Kinetic plus potential energy outside cutoff 1.1307659755581016E+050 mass inside cutoff 1686 48.873208409074984 relax counter 0 log max v [km/s]= 4.3010312109208879 check gamma integral 4.8114527123361915E-002 4370 8.798877 1.727E+04 -24.026149 3.289664 51.691176 0.000000 0.000000 0.000000 0.219336 -3.229725 2583 216 -5.2058E+00 8.798877 2.354908 -24.184888 6.042546 -99.000000 51.691176 0.000000 0.044506 0.780664 0.596080 6 2.8768E+05 4.077399 6.613208 3.289664 -22.562168 -9.885689 49.167317 0.000004 0.000000 0.436424 0.124E+04 min_dr_div_cs log_rel_run_E_err -7.4645488145623657 rel_E_err 1.6685758140294298D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1614 0.95731812064227695 1.1331393883073328E+050 k, q, energy_removed_layers after adjustment is 1647 0.94616612119336652 1.1545856263030254E+050 Layers above q= 0.94616612119336652 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -16180.132812500000 max vel inside fraction of cutoff 561.78969771891389 max c/cs inside fraction of cutoff 0.92696679974286778 average v/vesc outside cutoff 2.2828064689707679 Kinetic plus potential energy outside cutoff 1.1545856263030254E+050 mass inside cutoff 1647 48.908439285043016 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8161248904996123E-002 4380 8.798675 1.408E+04 -24.028392 3.289852 51.691176 0.000000 0.000000 0.000000 0.219336 -3.230250 2584 216 -4.8792E+00 8.798675 2.499684 -24.256933 6.039535 -99.000000 51.691176 0.000000 0.044506 0.780664 0.596098 6 2.8768E+05 4.076834 6.547962 3.289852 -22.583835 -10.414797 49.167317 0.000004 0.000000 0.436424 0.108E+04 min_dr_div_cs log_rel_run_E_err -7.4643309694973796 rel_E_err 1.7221139511744568D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1572 0.95547406634568566 1.1591738230189506E+050 k, q, energy_removed_layers after adjustment is 1602 0.94548455658512642 1.1737627852829059E+050 Layers above q= 0.94548455658512642 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -19296.207031250000 max vel inside fraction of cutoff 428.73417107111118 max c/cs inside fraction of cutoff 0.83324991628666822 average v/vesc outside cutoff 2.6176275316697284 Kinetic plus potential energy outside cutoff 1.1737627852829059E+050 mass inside cutoff 1602 48.873208409074948 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8198832074710984E-002 4390 8.798529 1.235E+04 -24.030017 3.290809 51.691176 0.000000 0.000000 0.000000 0.219336 -3.230632 2526 216 -4.6599E+00 8.798529 2.684016 -24.308894 6.037351 -99.000000 51.691176 0.000000 0.044506 0.780664 0.596112 6 2.8768E+05 4.076424 6.689192 3.290809 -22.599582 -14.981151 49.167317 0.000004 0.000000 0.436424 0.731E+01 solver log_rel_run_E_err -7.4641155897270126 rel_E_err 1.6806493931633300D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1491 0.95261061390096169 1.1799214441573549E+050 k, q, energy_removed_layers after adjustment is 1509 0.94650690349748501 1.1859467508263512E+050 Layers above q= 0.94650690349748501 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -25108.042968750000 max vel inside fraction of cutoff 329.76633499791916 max c/cs inside fraction of cutoff 0.76573751474867457 average v/vesc outside cutoff 3.2038599296170127 Kinetic plus potential energy outside cutoff 1.1859467508263512E+050 mass inside cutoff 1509 48.926054723026965 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8228556140741285E-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 8.798470 9663.831 -24.030675 3.293214 51.691176 0.000000 0.000000 0.000000 0.219336 -3.230785 2502 216 -4.3300E+00 8.798470 2.905288 -24.329587 6.036477 -99.000000 51.691176 0.000000 0.044506 0.780664 0.596118 6 2.8768E+05 4.076260 6.705867 3.293214 -22.605899 -18.043010 49.167317 0.000004 0.000000 0.436424 0.351E+00 varcontrol log_rel_run_E_err -7.4638722859105853 rel_E_err 1.6956964368884048D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile30.data for model 4400 save photos/x400 for model 4400 k, q, energy_removed_layers before adjustment is 1411 0.95092050486817148 1.1900265073910362E+050 k, q, energy_removed_layers after adjustment is 1423 0.94684768580160439 1.1925547320277484E+050 Layers above q= 0.94684768580160439 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -36273.421875000000 max vel inside fraction of cutoff 170.85564387052443 max c/cs inside fraction of cutoff 0.49208912254889842 average v/vesc outside cutoff 4.0522527534845016 Kinetic plus potential energy outside cutoff 1.1925547320277484E+050 mass inside cutoff 1423 48.943670161010957 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8242703280717746E-002 4410 8.798493 7238.017 -24.030418 3.297679 51.691176 0.000000 0.000000 0.000000 0.219335 -3.230725 2506 216 -4.1230E+00 8.798493 3.135562 -24.321523 6.036822 -99.000000 51.691176 0.000000 0.044506 0.780665 0.596116 5 2.8768E+05 4.076324 6.664296 3.297679 -22.603420 -20.620446 49.156282 0.000004 0.000000 0.436424 0.322E-01 varcontrol log_rel_run_E_err -7.4636438914743692 rel_E_err 1.7481824838802657D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1409 0.94956565854375208 1.1951834112162116E+050 k, q, energy_removed_layers after adjustment is 1413 0.94710409165163323 1.1958040975272009E+050 Layers above q= 0.94710409165163323 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -55832.601562500000 max vel inside fraction of cutoff 42.540407830108656 max c/cs inside fraction of cutoff 0.11963968518713790 average v/vesc outside cutoff 5.2055242441965079 Kinetic plus potential energy outside cutoff 1.1958040975272009E+050 mass inside cutoff 1413 48.956924080875098 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8240117564547901E-002 retry: adjust_correction failed in eval_equations -- give up in solver 4419 retry: abs(dlogT) > hydro_mtx_max_allowed_abs_dlogT 1226 4420 4420 8.798553 5002.624 -24.029745 3.303497 51.691176 0.000000 0.000000 0.000000 0.219334 -3.230567 2532 218 -4.4916E+00 8.798553 3.324048 -24.300257 6.037722 -99.000000 51.691176 0.000000 0.044506 0.780666 0.596110 5 2.8768E+05 4.076493 6.399581 3.303497 -22.596941 -21.650783 49.156282 0.000004 0.000000 0.436424 0.206E-01 retry log_rel_run_E_err -7.4634279331678668 rel_E_err 1.6236126698496626D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1376 0.94888685583244847 1.1965444957628932E+050 k, q, energy_removed_layers after adjustment is 1378 0.94761421199335638 1.1966495789814550E+050 Layers above q= 0.94761421199335638 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -81660.841796875000 max vel inside fraction of cutoff 99.616193988229142 max c/cs inside fraction of cutoff 0.30286869193082494 average v/vesc outside cutoff 6.4337916723082147 Kinetic plus potential energy outside cutoff 1.1966495789814550E+050 mass inside cutoff 1378 48.983292801126645 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8232698497285911E-002 max_abs_correction > tol_max_correction*coeff 4425 3.6935960178133095D-02 6.0000000000000006D-04 2.0000000000000001D-01 retry: max corr+resid -- give up in solver 4425 retry: logT < hydro_mtx_min_allowed_logT 1228 4428 retry: adjust_correction failed in eval_equations -- give up in solver 4428 4430 8.798581 4534.946 -24.029437 3.306385 51.691176 0.000000 0.000000 0.000000 0.219334 -3.230495 2532 221 -4.6029E+00 8.798581 3.395661 -24.290478 6.038136 -99.000000 51.691176 0.000000 0.044506 0.780666 0.596107 5 2.8768E+05 4.076571 6.372304 3.306385 -22.593970 -21.957758 49.156282 0.000004 0.000000 0.436424 0.176E-01 max increase log_rel_run_E_err -7.4632162391508015 rel_E_err 1.6858976455818591D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1376 0.94888685583244847 1.1967668291642057E+050 k, q, energy_removed_layers after adjustment is 1378 0.94761421199335638 1.1968418074599097E+050 Layers above q= 0.94761421199335638 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -94811.435546875000 max vel inside fraction of cutoff 68.589952034161115 max c/cs inside fraction of cutoff 0.19206123929567775 average v/vesc outside cutoff 6.9578410619924842 Kinetic plus potential energy outside cutoff 1.1968418074599097E+050 mass inside cutoff 1378 48.983292801126645 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8229126511467220E-002 retry: adjust_correction failed in eval_equations -- give up in solver 4432 retry: adjust_correction failed in eval_equations -- give up in solver 4433 retry: adjust_correction failed in eval_equations -- give up in solver 4434 4440 8.798589 4446.112 -24.029349 3.307358 51.691176 0.000000 0.000000 0.000000 0.219334 -3.230474 2507 224 -4.7142E+00 8.798589 3.417626 -24.287509 6.038260 -99.000000 51.691176 0.000000 0.044506 0.780666 0.596107 5 2.8768E+05 4.076594 6.381868 3.307358 -22.593073 -22.045447 49.175759 0.000004 0.000000 0.436424 0.166E-01 max increase log_rel_run_E_err -7.4630021340075965 rel_E_err 1.7382114954843075D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1284 0.94888685583245092 1.1965122166200255E+050 k, q, energy_removed_layers after adjustment is 1287 0.94761421199335893 1.1967125489423406E+050 Layers above q= 0.94761421199335893 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -99299.279296875000 max vel inside fraction of cutoff 60.371222487357471 max c/cs inside fraction of cutoff 0.16526167402571493 average v/vesc outside cutoff 7.1217587599264824 Kinetic plus potential energy outside cutoff 1.1967125489423406E+050 mass inside cutoff 1287 48.983292801126773 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8228040109352409E-002 4450 8.798617 4025.772 -24.029024 3.310873 51.691176 0.000000 0.000000 0.000000 0.219327 -3.230401 2551 224 -4.1738E+00 8.798617 3.489828 -24.277673 6.038677 -99.000000 51.691176 0.000000 0.044506 0.780673 0.596104 6 2.8768E+05 4.076672 6.353746 3.310873 -22.590079 -22.409882 49.175759 0.000004 0.000000 0.436424 0.133E-01 min_dr_div_cs log_rel_run_E_err -7.4627892103527032 rel_E_err 1.6981461922157048D-12 Using fixed_vsurf 20000.000000000000 save photos/x450 for model 4450 k, q, energy_removed_layers before adjustment is 1267 0.94888685583244803 1.1966720515377501E+050 k, q, energy_removed_layers after adjustment is 1270 0.94761421199335605 1.1968417758287027E+050 Layers above q= 0.94761421199335605 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -115757.47460937500 max vel inside fraction of cutoff 31.628224285855339 max c/cs inside fraction of cutoff 8.1933992642446718E-002 average v/vesc outside cutoff 7.7129156301033044 Kinetic plus potential energy outside cutoff 1.1968417758287027E+050 mass inside cutoff 1270 48.983292801126623 relax counter 0 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8224542853765928E-002 4460 8.798630 3850.331 -24.028898 3.314400 51.691176 0.000000 0.000000 0.000000 0.219327 -3.230368 2567 224 -4.3131E+00 8.798630 3.553807 -24.273194 6.038868 -99.000000 51.691176 0.000000 0.044506 0.780673 0.596103 5 2.8768E+05 4.076708 6.404301 3.314400 -22.588713 -22.681416 49.175759 0.000004 0.000000 0.436424 0.106E-01 min_dr_div_cs log_rel_run_E_err -7.4625712117233567 rel_E_err 1.7257896600159698D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1255 0.94867046330549010 1.1967858201634435E+050 k, q, energy_removed_layers after adjustment is 1259 0.94782216381550644 1.1969221845623839E+050 Layers above q= 0.94782216381550644 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -132812.75000000000 max vel inside fraction of cutoff 6.4159852463918856 max c/cs inside fraction of cutoff 1.6279772627785297E-002 average v/vesc outside cutoff 8.3091355464307455 Kinetic plus potential energy outside cutoff 1.1969221845623839E+050 mass inside cutoff 1259 48.994042075318589 relax counter 5 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8223312041306220E-002 4470 8.798622 3626.968 -24.028933 3.318527 51.691176 0.000000 0.000000 0.000000 0.219327 -3.230387 2548 224 -4.1138E+00 8.798622 3.620698 -24.275872 6.038757 -99.000000 51.691176 0.000000 0.044506 0.780673 0.596104 6 2.8768E+05 4.076687 6.434265 3.318527 -22.589524 -22.939150 49.175759 0.000004 0.000000 0.436424 0.889E-02 min_dr_div_cs log_rel_run_E_err -7.4623293976332752 rel_E_err 1.7292887461587482D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1215 0.94867046330549110 1.1968932716335699E+050 k, q, energy_removed_layers after adjustment is 1219 0.94782216381550743 1.1970011911202541E+050 Layers above q= 0.94782216381550743 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -153545.47460937500 max vel inside fraction of cutoff 8.8485008877263223 max c/cs inside fraction of cutoff 2.2511975875972125E-002 average v/vesc outside cutoff 8.9482557793766251 Kinetic plus potential energy outside cutoff 1.1970011911202541E+050 mass inside cutoff 1219 48.994042075318646 relax counter 15 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8224887908046118E-002 4480 8.798615 3428.518 -24.029064 3.322174 51.691176 0.000000 0.000000 0.000000 0.219327 -3.230406 2548 224 -4.2701E+00 8.798615 3.673471 -24.278445 6.038651 -99.000000 51.691176 0.000000 0.044506 0.780673 0.596104 5 2.8768E+05 4.076666 6.442061 3.322174 -22.590303 -23.130837 49.164908 0.000004 0.000000 0.436424 0.798E-02 min_dr_div_cs log_rel_run_E_err -7.4621161631792203 rel_E_err 1.7392612858763464D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1199 0.94867046330549232 1.1969489057276925E+050 k, q, energy_removed_layers after adjustment is 1202 0.94803821810005984 1.1970417357829187E+050 Layers above q= 0.94803821810005984 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -172311.39453125000 max vel inside fraction of cutoff 8.6605517347615741 max c/cs inside fraction of cutoff 2.2418245375986388E-002 average v/vesc outside cutoff 9.5255371790749006 Kinetic plus potential energy outside cutoff 1.1970417357829187E+050 mass inside cutoff 1202 49.005210175318865 relax counter 25 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8226374742820231E-002 4490 8.798611 3265.108 -24.029077 3.325436 51.691176 0.000000 0.000000 0.000000 0.219327 -3.230417 2528 224 -4.2378E+00 8.798611 3.716597 -24.279977 6.038588 -99.000000 51.691176 0.000000 0.044506 0.780673 0.596105 5 2.8768E+05 4.076654 6.443477 3.325436 -22.590764 -23.282192 49.164908 0.000004 0.000000 0.436424 0.739E-02 max increase log_rel_run_E_err -7.4618960088243416 rel_E_err 1.7292884958299082D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1166 0.94867046330549287 1.1969911934084739E+050 k, q, energy_removed_layers after adjustment is 1169 0.94803821810006039 1.1970765282651130E+050 Layers above q= 0.94803821810006039 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -189433.41796875000 max vel inside fraction of cutoff 3.1720627693149832 max c/cs inside fraction of cutoff 8.2663708906624330E-003 average v/vesc outside cutoff 9.9948010028850476 Kinetic plus potential energy outside cutoff 1.1970765282651130E+050 mass inside cutoff 1169 49.005210175318894 relax counter 35 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8227260431700503E-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 8.798611 3151.962 -24.029108 3.328579 51.691176 0.000000 0.000000 0.000000 0.219327 -3.230416 2526 224 -4.3369E+00 8.798611 3.755046 -24.279938 6.038592 -99.000000 51.691176 0.000000 0.044506 0.780673 0.596105 5 2.8768E+05 4.076655 6.459110 3.328579 -22.590748 -23.414064 49.164908 0.000004 0.000000 0.436424 0.682E-02 min_dr_div_cs log_rel_run_E_err -7.4616749913929654 rel_E_err 1.6843239869084452D-12 Using fixed_vsurf 20000.000000000000 save LOGS/profile31.data for model 4500 save photos/x500 for model 4500 k, q, energy_removed_layers before adjustment is 1154 0.94845463692706156 1.1970655844436782E+050 k, q, energy_removed_layers after adjustment is 1156 0.94803821810005950 1.1971037358624472E+050 Layers above q= 0.94803821810005950 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -206200.58398437500 max vel inside fraction of cutoff 3.2024809383699484 max c/cs inside fraction of cutoff 8.3409388306591430E-003 average v/vesc outside cutoff 10.436986232025104 Kinetic plus potential energy outside cutoff 1.1971037358624472E+050 mass inside cutoff 1156 49.005210175318844 relax counter 45 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8227386199416890E-002 4510 8.798616 3035.597 -24.029059 3.331701 51.691176 0.000000 0.000000 0.000000 0.219327 -3.230404 2538 224 -4.3061E+00 8.798616 3.790679 -24.278321 6.038662 -99.000000 51.691176 0.000000 0.044506 0.780673 0.596104 5 2.8768E+05 4.076668 6.465028 3.331701 -22.590251 -23.534190 49.164908 0.000004 0.000000 0.436424 0.640E-02 min_dr_div_cs log_rel_run_E_err -7.4614606093672196 rel_E_err 1.6993702056220451D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1157 0.94845463692706355 1.1970896907431958E+050 k, q, energy_removed_layers after adjustment is 1160 0.94793006214331166 1.1971242017425237E+050 Layers above q= 0.94793006214331166 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -223122.30078125000 max vel inside fraction of cutoff 6.8669098713722887 max c/cs inside fraction of cutoff 1.7708507852377084E-002 average v/vesc outside cutoff 10.840274078229672 Kinetic plus potential energy outside cutoff 1.1971242017425237E+050 mass inside cutoff 1160 48.999619466747241 relax counter 55 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8226772263962714E-002 4520 8.798620 2944.953 -24.029007 3.334479 51.691176 0.000000 0.000000 0.000000 0.219327 -3.230392 2502 224 -4.4189E+00 8.798620 3.820637 -24.276701 6.038732 -99.000000 51.691176 0.000000 0.044506 0.780673 0.596104 5 2.8768E+05 4.076681 6.472281 3.334479 -22.589753 -23.633886 49.164908 0.000004 0.000000 0.436424 0.606E-02 min_dr_div_cs log_rel_run_E_err -7.4612444030520173 rel_E_err 1.7282381202764611D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1108 0.94845463692706378 1.1971099822201650E+050 k, q, energy_removed_layers after adjustment is 1111 0.94793006214331188 1.1971432117245754E+050 Layers above q= 0.94793006214331188 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -238463.71484375000 max vel inside fraction of cutoff 7.7192827527424823 max c/cs inside fraction of cutoff 1.9739057741346728E-002 average v/vesc outside cutoff 11.227170929870820 Kinetic plus potential energy outside cutoff 1.1971432117245754E+050 mass inside cutoff 1111 48.999619466747248 relax counter 65 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8226061583698368E-002 4530 8.798625 2858.395 -24.028961 3.336832 51.691176 0.000000 0.000000 0.000000 0.219327 -3.230381 2530 224 -4.4751E+00 8.798625 3.844872 -24.275231 6.038796 -99.000000 51.691176 0.000000 0.044506 0.780673 0.596104 5 2.8768E+05 4.076693 6.468928 3.336832 -22.589299 -23.713789 49.164908 0.000004 0.000000 0.436424 0.587E-02 min_dr_div_cs log_rel_run_E_err -7.4610308827554528 rel_E_err 1.7359360774391068D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1128 0.94845463692706378 1.1971074456082917E+050 k, q, energy_removed_layers after adjustment is 1133 0.94793006214331188 1.1971541502937470E+050 Layers above q= 0.94793006214331188 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -251672.65625000000 max vel inside fraction of cutoff 7.4332230789868792 max c/cs inside fraction of cutoff 1.8864219921003875E-002 average v/vesc outside cutoff 11.576615712750765 Kinetic plus potential energy outside cutoff 1.1971541502937470E+050 mass inside cutoff 1133 48.999619466747248 relax counter 75 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8225397232143342E-002 4540 8.798628 2806.330 -24.028919 3.338577 51.691176 0.000000 0.000000 0.000000 0.219327 -3.230372 2531 224 -4.3809E+00 8.798628 3.862235 -24.274061 6.038847 -99.000000 51.691176 0.000000 0.044506 0.780673 0.596103 5 2.8768E+05 4.076702 6.471719 3.338577 -22.588941 -23.770665 49.164908 0.000004 0.000000 0.436424 0.570E-02 min_dr_div_cs log_rel_run_E_err -7.4608187948172482 rel_E_err 1.6663025520998419D-12 Using fixed_vsurf 20000.000000000000 k, q, energy_removed_layers before adjustment is 1124 0.94845463692706333 1.1971187226549818E+050 k, q, energy_removed_layers after adjustment is 1129 0.94793006214331144 1.1971628046693107E+050 Layers above q= 0.94793006214331144 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -261599.44921875000 max vel inside fraction of cutoff 5.9121917085744800 max c/cs inside fraction of cutoff 1.4937211137320962E-002 average v/vesc outside cutoff 11.803868303833694 Kinetic plus potential energy outside cutoff 1.1971628046693107E+050 mass inside cutoff 1129 48.999619466747220 relax counter 85 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8224884609505407E-002 4550 8.798630 2741.498 -24.028891 3.340401 51.691176 0.000000 0.000000 0.000000 0.219327 -3.230366 2521 224 -4.4534E+00 8.798630 3.879901 -24.273204 6.038884 -99.000000 51.691176 0.000000 0.044506 0.780673 0.596103 5 2.8768E+05 4.076709 6.466448 3.340401 -22.588677 -23.828247 49.164908 0.000004 0.000000 0.436424 0.559E-02 min_dr_div_cs log_rel_run_E_err -7.4606024370938133 rel_E_err 1.6991945658543644D-12 Using fixed_vsurf 20000.000000000000 save photos/x550 for model 4550 k, q, energy_removed_layers before adjustment is 1109 0.94845463692706200 1.1971297360645438E+050 k, q, energy_removed_layers after adjustment is 1113 0.94803821810005995 1.1971713544315265E+050 Layers above q= 0.94803821810005995 will be removed checking for conditions inside q= 0.98999999999999999 of material that will remain check time left -272115.47070312500 max vel inside fraction of cutoff 3.7235190768427979 max c/cs inside fraction of cutoff 9.4094091262002140E-003 average v/vesc outside cutoff 12.065942161952865 Kinetic plus potential energy outside cutoff 1.1971713544315265E+050 mass inside cutoff 1113 49.005210175318865 relax counter 95 log max v [km/s]= 4.3010299956639804 check gamma integral 4.8224495870001403E-002 Relaxing model to lower mass! save LOGS/prerelax_prof001.data for model 4554 removing cells 1109 49.005210175318894 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 /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/r_c12_ag_o16_0.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/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 /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/r_c12_ag_o16_0.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/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 write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_z0.001_x0.7.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_z0.001_x0.8.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_z0.002_x0.7.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_z0.002_x0.8.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_z0.001_x0.5.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_z0.002_x0.5.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 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 /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/r_c12_ag_o16_0.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/r_o16_ga_c12_0.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/rates_data/cache/r_c12_to_he4_he4_he4_0.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/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 8.6194537034005161D-02 1.0610760499642005D-02 avg remaining difference, lambda 8.3441612695249967D-02 1.7876745108987069D-02 avg remaining difference, lambda 8.1152986893229404D-02 1.9093955153737054D-02 avg remaining difference, lambda 7.9430499823275061D-02 2.1267123526589229D-02 avg remaining difference, lambda 7.7657196294767777D-02 2.2325221547324480D-02 avg remaining difference, lambda 7.5978183512097411D-02 2.1620826406769423D-02 avg remaining difference, lambda 7.4327135820489082D-02 2.1654873889983654D-02 avg remaining difference, lambda 7.2612796928396506D-02 2.3064777803409903D-02 avg remaining difference, lambda 7.0879114835177226D-02 2.3875709885709220D-02 avg remaining difference, lambda 6.9154160835185399D-02 2.4336562113202776D-02 10 7.722350 6.341E+04 -99.000000 -99.000000 49.005210 49.005210 0.566133 0.004364 0.245724 -6.671187 1226 0 -4.1128E+00 7.722350 0.866853 -99.000000 -99.000000 -99.000000 0.000000 0.229465 0.015572 0.185701 0.014697 6 6.5191E-04 0.703627 5.897148 -99.000000 -99.000000 -8.779979 0.000000 0.000066 0.001694 0.081939 0.000E+00 varcontrol avg remaining difference, lambda 6.7443674957726810D-02 2.4734388189374828D-02 avg remaining difference, lambda 6.5714630074668656D-02 2.5636872050744906D-02 avg remaining difference, lambda 6.3947313477888332D-02 2.6893807024029166D-02 avg remaining difference, lambda 6.2172631061887772D-02 2.7752258900590722D-02 avg remaining difference, lambda 6.0419759898925306D-02 2.8193613774066647D-02 write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_z0.001_x0.35.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_z0.002_x0.35.bin avg remaining difference, lambda 5.8701009923864740D-02 2.8446818782542092D-02 avg remaining difference, lambda 5.7019836695930318D-02 2.8639596099594621D-02 avg remaining difference, lambda 5.5376607184562131D-02 2.8818558501462872D-02 avg remaining difference, lambda 5.3764668491533933D-02 2.8984008729001625D-02 avg remaining difference, lambda 5.2197586097252606D-02 2.9147066818975217D-02 20 7.860830 7.609E+04 -99.000000 -99.000000 49.005210 49.005210 0.427373 0.003294 0.209379 -6.407589 1229 0 -4.0345E+00 7.860830 0.752764 -99.000000 -99.000000 -99.000000 0.000000 0.173223 0.022664 0.361405 0.023352 6 1.5305E-03 1.068753 5.985420 -99.000000 -99.000000 -8.529357 0.000000 0.000051 0.001279 0.168824 0.000E+00 varcontrol avg remaining difference, lambda 5.0667172620623563D-02 2.9319621519601869D-02 avg remaining difference, lambda 4.9169580193933027D-02 2.9516052936484249D-02 avg remaining difference, lambda 4.7707326086091420D-02 2.9738999122512981D-02 avg remaining difference, lambda 4.6276902352859757D-02 2.9983313804525243D-02 avg remaining difference, lambda 4.4877213338220333D-02 3.0245952953389686D-02 avg remaining difference, lambda 4.3507714307562256D-02 3.0516579054334882D-02 avg remaining difference, lambda 4.2165993223614376D-02 3.0797416913792532D-02 write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_z0.001_x0.2.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_z0.002_x0.2.bin avg remaining difference, lambda 4.0847796763305001D-02 3.1097679949213235D-02 avg remaining difference, lambda 3.9560770984690977D-02 3.1426053217492908D-02 avg remaining difference, lambda 3.8297229553322029D-02 3.1776517599266703D-02 30 7.996860 9.077E+04 -99.000000 -99.000000 49.005210 49.005210 0.313721 0.002418 0.179611 -6.112873 1241 0 -3.9970E+00 7.996860 0.636853 -99.000000 -99.000000 -99.000000 0.000000 0.127158 0.028472 0.505315 0.035012 4 2.4951E-03 1.440355 6.060085 -99.000000 -99.000000 -8.331276 0.000000 0.000038 0.000939 0.239987 0.000E+00 varcontrol avg remaining difference, lambda 3.7064410003557674D-02 3.2150317642295242D-02 avg remaining difference, lambda 3.5856493634994782D-02 3.2549225216501401D-02 avg remaining difference, lambda 3.4668794133629749D-02 3.2962680824001007D-02 avg remaining difference, lambda 3.3506816403094761D-02 3.3396482281062637D-02 avg remaining difference, lambda 3.2365065540175993D-02 3.3876449212308792D-02 avg remaining difference, lambda 3.1250354273975246D-02 3.4402261666333346D-02 avg remaining difference, lambda 3.0155749343471962D-02 3.4948104362216736D-02 avg remaining difference, lambda 2.9084691824692907D-02 3.5517523317792121D-02 avg remaining difference, lambda 2.8030776539711810D-02 3.6118399968382002D-02 avg remaining difference, lambda 2.6999340147073912D-02 3.6757487048456217D-02 40 8.127347 1.068E+05 -99.000000 -99.000000 49.005210 1.954796 0.221363 0.001706 0.155420 -5.811856 1262 0 -3.9338E+00 8.127347 0.521923 -99.000000 -99.000000 -99.000000 0.000000 0.089723 0.033193 0.622262 0.051603 4 3.5810E-03 1.803044 6.113411 -99.000000 -99.000000 -8.272169 47.050414 0.000028 0.000662 0.297817 0.000E+00 varcontrol avg remaining difference, lambda 2.5988124246388775D-02 3.7453356658560671D-02 avg remaining difference, lambda 2.4992445620181169D-02 3.8196126487829114D-02 avg remaining difference, lambda 2.4017184326139359D-02 3.8983492094698348D-02 write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_z0.001_x0.1.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_z0.002_x0.1.bin avg remaining difference, lambda 2.3059817062909937D-02 3.9823103351995827D-02 avg remaining difference, lambda 2.2118314323343838D-02 4.0713209887117012D-02 avg remaining difference, lambda 2.1196610260344136D-02 4.1671533903339504D-02 avg remaining difference, lambda 2.0289907462833455D-02 4.2699287663440208D-02 avg remaining difference, lambda 1.9401236999253356D-02 4.3798646716735459D-02 avg remaining difference, lambda 1.8526795931586730D-02 4.4995273723975666D-02 avg remaining difference, lambda 1.7668122943376448D-02 4.6347626435109660D-02 50 8.253455 1.255E+05 -99.000000 -99.000000 49.005210 1.140820 0.144928 0.001117 0.135400 -5.506850 1274 0 -3.8331E+00 8.253455 0.411644 -99.000000 -99.000000 -99.000000 0.000000 0.058742 0.037099 0.719047 0.077899 4 4.8950E-03 2.158621 6.172761 -99.000000 -99.000000 -8.313939 47.864391 0.000020 0.000434 0.345677 0.000E+00 varcontrol avg remaining difference, lambda 1.6823363483400858D-02 4.7812633703526182D-02 avg remaining difference, lambda 1.5992184164085502D-02 4.9330694520770428D-02 avg remaining difference, lambda 1.5177463074328386D-02 5.0944956357764894D-02 avg remaining difference, lambda 1.4376088320961456D-02 5.2687807420052822D-02 avg remaining difference, lambda 1.3591382099394610D-02 5.4584129073515314D-02 avg remaining difference, lambda 1.2821465659224474D-02 5.6647401706281519D-02 avg remaining difference, lambda 1.2066690108200233D-02 5.8868121246960239D-02 write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_z0.001_x0.0.bin write /nfs/roberts/project/pi_epb37/ekf27/MESA_testhub/work/runs/31754734/MESA/data/kap_data/cache/gs98_z0.002_x0.0.bin avg remaining difference, lambda 1.1325918710012818D-02 6.1315740633338216D-02 avg remaining difference, lambda 1.0601124880768899D-02 6.3994268142837998D-02 avg remaining difference, lambda 9.8910021562935140D-03 6.6985606274847620D-02 60 8.375746 1.477E+05 -99.000000 -99.000000 49.005210 0.000000 0.081156 0.000626 0.118696 -5.201317 1281 0 -3.6731E+00 8.375746 0.309974 -99.000000 -99.000000 -99.000000 49.005210 0.032894 0.040358 0.799797 0.126440 4 6.6796E-03 2.507160 6.252539 -99.000000 -99.000000 -8.719452 48.390501 0.000013 0.000243 0.385608 0.000E+00 varcontrol avg remaining difference, lambda 9.1957538111153547D-03 7.0290996863442812D-02 avg remaining difference, lambda 8.5158889094228141D-03 7.3932488389196138D-02 avg remaining difference, lambda 7.8511360729559051D-03 7.7951632901532564D-02 avg remaining difference, lambda 7.2030249211733361D-03 8.2549992051288185D-02 avg remaining difference, lambda 6.5720180973370549D-03 8.7674680211500822D-02 avg remaining difference, lambda 5.9555194708450082D-03 9.3629107958453445D-02 avg remaining difference, lambda 5.3573329201573637D-03 1.0051270333020826D-01 avg remaining difference, lambda 4.7767763185391880D-03 1.0826227274000771D-01 avg remaining difference, lambda 4.2165441545317364D-03 1.1728249895314630D-01 avg remaining difference, lambda 3.6756056975977111D-03 1.2828955306038747D-01 70 8.488823 1.715E+05 -99.000000 -99.000000 49.005210 0.000000 0.030167 0.000233 0.105341 -4.912445 1288 0 -3.3909E+00 8.488823 0.213862 -99.000000 -99.000000 -99.000000 49.005210 0.012227 0.042964 0.864362 0.236192 3 9.6595E-03 2.832218 6.319548 -99.000000 -99.000000 -9.073629 48.816928 0.000008 0.000090 0.417535 0.000E+00 varcontrol avg remaining difference, lambda 3.1560331182034352D-03 1.4125688348887813D-01 avg remaining difference, lambda 2.6604775533472778D-03 1.5701853415763925D-01 avg remaining difference, lambda 2.1909850250670560D-03 1.7646932208634175D-01 avg remaining difference, lambda 1.7498875216032598D-03 2.0132390454729099D-01 avg remaining difference, lambda 1.3405503085610422D-03 2.3392211283310793D-01 avg remaining difference, lambda 9.6797046799223195D-04 2.7787472849360056D-01 avg remaining difference, lambda 6.3867324198483091D-04 3.4019367993832178D-01 avg remaining difference, lambda 3.6195804921828391D-04 4.3326602197664232D-01 avg remaining difference, lambda 1.4983364611129561D-04 5.8604750349377865D-01 avg remaining difference, lambda 2.0480836608889137D-05 8.6331011914775224D-01 hydro_solver_step returned ierr -1 s% model_number 80 nz 1293 s% num_retries 0 retry: get_T_tau -- L <= 0 80 avg remaining difference, lambda 8.5157582915290389D-05 4.3165505957387612D-01 hydro_solver_step returned ierr -1 s% model_number 80 nz 1293 s% num_retries 1 retry: get_T_tau -- L <= 0 80 avg remaining difference, lambda 1.1749595606849239D-04 2.1582752978693806D-01 80 8.561720 1.881E+05 -99.000000 -99.000000 49.005210 0.000000 0.000965 0.000007 0.097692 -4.723421 1293 2 -3.1650E+00 8.561720 0.139428 -99.000000 -99.000000 -99.000000 0.000000 0.000391 0.044457 0.901339 0.451423 6 1.8416E-02 3.043243 6.331122 -99.000000 -99.000000 -8.693626 49.005210 0.000005 0.000003 0.435820 0.000E+00 retry avg remaining difference, lambda 6.6778375241994381D-05 4.3165505957387612D-01 hydro_solver_step returned ierr -1 s% model_number 81 nz 1293 s% num_retries 2 retry: get_T_tau -- L <= 0 81 avg remaining difference, lambda 9.2137291538245641D-05 2.1582752978693806D-01 hydro_solver_step returned ierr -1 s% model_number 81 nz 1293 s% num_retries 3 retry: logT < hydro_mtx_min_allowed_logT 392 81 avg remaining difference, lambda 1.0481674968637104D-04 1.0791376489346903D-01 avg remaining difference, lambda 8.2194508264842722D-05 2.1582752978693806D-01 hydro_solver_step returned ierr -1 s% model_number 82 nz 1293 s% num_retries 4 retry: logRho > hydro_mtx_max_allowed_logRho 50 82 avg remaining difference, lambda 9.3505691935976594D-05 1.0791376489346903D-01 avg remaining difference, lambda 7.3319024746882068D-05 2.1582752978693806D-01 hydro_solver_step returned ierr -1 s% model_number 83 nz 1295 s% num_retries 5 retry: logT < hydro_mtx_min_allowed_logT 110 83 avg remaining difference, lambda 8.3408810220481511D-05 1.0791376489346903D-01 avg remaining difference, lambda 6.5406991389070599D-05 2.1582752978693806D-01 avg remaining difference, lambda 3.7175310433575529D-05 4.3165505957387612D-01 hydro_solver_step returned ierr -1 s% model_number 85 nz 1294 s% num_retries 6 retry: get_T_tau -- L <= 0 85 avg remaining difference, lambda 5.1292538984822949D-05 2.1582752978693806D-01 avg remaining difference, lambda 2.9154253868598228D-05 4.3165505957387612D-01 hydro_solver_step returned ierr -1 s% model_number 86 nz 1292 s% num_retries 7 retry: get_T_tau -- L <= 0 86 avg remaining difference, lambda 4.0225506813195444D-05 2.1582752978693806D-01 avg remaining difference, lambda 2.2861221530599241D-05 4.3165505957387612D-01 avg remaining difference, lambda 3.1249666288299210D-06 8.6331011914775224D-01 avg remaining difference, lambda 0.0000000000000000D+00 1.0000000000000000D+00 avg remaining difference, lambda 0.0000000000000000D+00 1.0000000000000000D+00 90 8.564239 1.748E+05 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -4.716899 1293 8 -1.9825E+00 8.564239 0.151568 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.465217 3 4.1479E-02 3.050539 6.228274 -99.000000 -99.000000 -7.851760 49.005210 0.000004 0.000000 0.436424 0.000E+00 varcontrol finished doing relax composition relax_angular_momentum: max_steps_to_use 1000 10 8.564230 1.748E+05 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -4.716926 1293 224 -9.0000E+00 8.564230 0.151577 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.465218 3 1.0000E-08 3.050513 6.228269 -99.000000 -99.000000 -7.851773 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 2.8899410497608039E-004 1.0000000000000001E-009 10 20 8.564230 1.748E+05 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -4.716926 1293 224 -9.0000E+00 8.564230 0.151577 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.465218 2 2.0000E-08 3.050513 6.228267 -99.000000 -99.000000 -7.851770 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 2.8814507650794550E-004 1.0000000000000001E-009 20 30 8.564230 1.748E+05 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -4.716926 1293 224 -9.0000E+00 8.564230 0.151577 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.465218 2 3.0000E-08 3.050513 6.228266 -99.000000 -99.000000 -7.851767 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 2.8811038694635680E-004 1.0000000000000001E-009 30 40 8.564230 1.748E+05 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -4.716926 1293 224 -9.0000E+00 8.564230 0.151577 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.465218 2 4.0000E-08 3.050513 6.228265 -99.000000 -99.000000 -7.851766 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 2.8808104607235864E-004 1.0000000000000001E-009 40 50 8.564230 1.748E+05 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -4.716926 1293 224 -9.0000E+00 8.564230 0.151577 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.465218 2 5.0000E-08 3.050513 6.228265 -99.000000 -99.000000 -7.851766 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 2.8806022672653910E-004 1.0000000000000001E-009 50 60 8.564230 1.748E+05 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -4.716926 1293 224 -9.0000E+00 8.564230 0.151577 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.465218 2 6.0000E-08 3.050513 6.228266 -99.000000 -99.000000 -7.851766 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 2.8804059558031661E-004 1.0000000000000001E-009 60 70 8.564230 1.748E+05 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -4.716926 1293 224 -9.0000E+00 8.564230 0.151577 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.465218 3 7.0000E-08 3.050513 6.228266 -99.000000 -99.000000 -7.851767 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 2.8802332186358308E-004 1.0000000000000001E-009 70 80 8.564230 1.748E+05 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -4.716926 1293 224 -9.0000E+00 8.564230 0.151577 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.465218 3 8.0000E-08 3.050513 6.228266 -99.000000 -99.000000 -7.851768 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 2.8802634043415264E-004 1.0000000000000001E-009 80 90 8.564230 1.748E+05 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -4.716926 1293 224 -9.0000E+00 8.564230 0.151577 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.465218 2 9.0000E-08 3.050513 6.228267 -99.000000 -99.000000 -7.851769 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 2.8802588825251513E-004 1.0000000000000001E-009 90 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Si_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 100 8.564230 1.748E+05 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -4.716926 1293 224 -9.0000E+00 8.564230 0.151578 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.465218 2 1.0000E-07 3.050513 6.228267 -99.000000 -99.000000 -7.851770 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_angular_momentum avg rel err, dt, model 2.8802278065672029E-004 1.0000000000000001E-009 100 finished doing relax angular momentum relax_entropy: max_steps_to_use 10000 10 8.630094 1.660E+05 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -4.327475 1293 224 -1.6301E+01 8.630094 0.163082 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.493715 3 5.0000E-16 3.325563 6.161712 -99.000000 -99.000000 -7.752501 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 0.21685897419591960 4.9999999999999999E-017 10 20 8.674348 1.540E+05 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -4.058157 1293 224 -1.6301E+01 8.674348 0.205454 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.515337 3 1.0000E-15 3.514173 6.116005 -99.000000 -99.000000 -7.760282 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 0.18528993506828922 4.9999999999999999E-017 20 30 8.704332 1.403E+05 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.867084 1295 224 -1.6301E+01 8.704332 0.273304 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.532131 3 1.5000E-15 3.645905 6.089120 -99.000000 -99.000000 -7.829071 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 0.15858606882903295 4.9999999999999999E-017 30 40 8.724858 1.257E+05 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.728686 1300 224 -1.6301E+01 8.724858 0.363026 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.545353 3 2.0000E-15 3.739462 6.077699 -99.000000 -99.000000 -7.938611 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 0.13572400285875083 4.9999999999999999E-017 40 50 8.739319 1.100E+05 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.626039 1310 224 -1.6301E+01 8.739319 0.471532 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.555829 3 2.5000E-15 3.807634 6.062675 -99.000000 -99.000000 -8.078954 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 0.11791932070048826 4.9999999999999999E-017 50 60 8.749855 9.399E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.548259 1321 224 -1.6301E+01 8.749855 0.595364 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.564155 3 3.0000E-15 3.858613 6.037694 -99.000000 -99.000000 -8.258989 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 0.10022966793203790 4.9999999999999999E-017 60 70 8.758043 8.027E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.487577 1340 224 -1.6301E+01 8.758043 0.729990 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.570760 3 3.5000E-15 3.898343 6.032983 -99.000000 -99.000000 -8.454986 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 8.6503907699413352E-002 4.9999999999999999E-017 70 80 8.764746 6.871E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.439150 1349 224 -1.6301E+01 8.764746 0.869870 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.575990 3 4.0000E-15 3.930337 6.042506 -99.000000 -99.000000 -8.639508 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 7.3434610618437604E-002 4.9999999999999999E-017 80 90 8.770425 5.869E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.399882 1371 224 -1.6301E+01 8.770425 1.008825 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.580123 3 4.5000E-15 3.956691 6.046697 -99.000000 -99.000000 -8.829969 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 6.1945345161996436E-002 4.9999999999999999E-017 90 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Si_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 100 8.775281 5.008E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.367825 1378 224 -1.6301E+01 8.775281 1.140742 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.583391 3 5.0000E-15 3.978576 6.034913 -99.000000 -99.000000 -9.053703 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 5.0673874122132471E-002 4.9999999999999999E-017 100 110 8.779419 4.416E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.341620 1392 224 -1.6301E+01 8.779419 1.260565 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.585976 3 5.5000E-15 3.996751 6.055839 -99.000000 -99.000000 -9.220504 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 4.1204288803176767E-002 4.9999999999999999E-017 110 120 8.782911 4.006E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.320242 1401 224 -1.6301E+01 8.782911 1.365475 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.588026 3 6.0000E-15 4.011775 6.096639 -99.000000 -99.000000 -9.346567 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 3.3216751172979279E-002 4.9999999999999999E-017 120 130 8.785830 3.720E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.302843 1415 224 -1.6301E+01 8.785830 1.454305 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.589653 3 6.5000E-15 4.024135 6.145344 -99.000000 -99.000000 -9.456822 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 2.6288209112030312E-002 4.9999999999999999E-017 130 140 8.788250 3.509E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.288721 1417 224 -1.6301E+01 8.788250 1.527542 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.590947 3 7.0000E-15 4.034252 6.190628 -99.000000 -99.000000 -9.541952 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 2.0598763298734717E-002 4.9999999999999999E-017 140 150 8.790243 3.348E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.277285 1427 224 -1.6301E+01 8.790243 1.586700 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.591978 3 7.5000E-15 4.042500 6.226995 -99.000000 -99.000000 -9.604375 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.6109952934433864E-002 4.9999999999999999E-017 150 160 8.791875 3.229E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.268040 1434 224 -1.6301E+01 8.791875 1.633675 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.592801 3 8.0000E-15 4.049206 6.258321 -99.000000 -99.000000 -9.657488 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.2533899360960780E-002 4.9999999999999999E-017 160 170 8.793208 3.140E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.260574 1443 224 -1.6301E+01 8.793208 1.670495 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.593457 3 8.5000E-15 4.054645 6.283170 -99.000000 -99.000000 -9.698747 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 9.6610141350542723E-003 4.9999999999999999E-017 170 180 8.794292 3.072E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.254552 1445 224 -1.6301E+01 8.794292 1.699080 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.593981 3 9.0000E-15 4.059049 6.302400 -99.000000 -99.000000 -9.730687 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 7.4124538821875316E-003 4.9999999999999999E-017 180 190 8.795173 3.020E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.249697 1448 224 -1.6301E+01 8.795173 1.721091 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.594400 3 9.5000E-15 4.062611 6.317182 -99.000000 -99.000000 -9.755160 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 5.7053177773415484E-003 4.9999999999999999E-017 190 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Si_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 200 8.795888 2.982E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.245785 1447 224 -1.6301E+01 8.795888 1.737956 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.594735 3 1.0000E-14 4.065489 6.328516 -99.000000 -99.000000 -9.773792 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 4.3595213128633757E-003 4.9999999999999999E-017 200 210 8.796467 2.953E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.242635 1448 224 -1.6301E+01 8.796467 1.750821 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.595003 3 1.0500E-14 4.067812 6.337179 -99.000000 -99.000000 -9.787913 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 3.3205854645162055E-003 4.9999999999999999E-017 210 220 8.796935 2.931E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.240099 1449 224 -1.6301E+01 8.796935 1.760610 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.595217 3 1.1000E-14 4.069687 6.343785 -99.000000 -99.000000 -9.798598 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 2.5400751700736142E-003 4.9999999999999999E-017 220 230 8.797314 2.914E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.238058 1448 224 -1.6301E+01 8.797314 1.768050 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.595389 3 1.1500E-14 4.071198 6.348816 -99.000000 -99.000000 -9.806686 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.9375229550658867E-003 4.9999999999999999E-017 230 240 8.797620 2.902E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.236416 1449 224 -1.6301E+01 8.797620 1.773683 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.595526 3 1.2000E-14 4.072416 6.352630 -99.000000 -99.000000 -9.812790 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.4813395192042594E-003 4.9999999999999999E-017 240 250 8.797867 2.892E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.235095 1448 224 -1.6301E+01 8.797867 1.777946 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.595636 3 1.2500E-14 4.073398 6.355520 -99.000000 -99.000000 -9.817399 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.1280420100848792E-003 4.9999999999999999E-017 250 260 8.798066 2.885E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.234032 1448 224 -1.6301E+01 8.798066 1.781164 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.595724 3 1.3000E-14 4.074189 6.357705 -99.000000 -99.000000 -9.820873 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 8.6017800574008871E-004 4.9999999999999999E-017 260 270 8.798227 2.876E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.233178 1446 224 -1.6301E+01 8.798227 1.783614 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.595795 3 1.3500E-14 4.074826 6.357305 -99.000000 -99.000000 -9.818559 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 6.5582314387979874E-004 4.9999999999999999E-017 270 280 8.798357 2.872E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.232491 1446 224 -1.6301E+01 8.798357 1.785446 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.595851 3 1.4000E-14 4.075338 6.358570 -99.000000 -99.000000 -9.820595 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 4.9950224583907412E-004 4.9999999999999999E-017 280 290 8.798462 2.869E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.231938 1446 224 -1.6301E+01 8.798462 1.786826 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.595896 3 1.4500E-14 4.075751 6.359524 -99.000000 -99.000000 -9.822128 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 3.8057526305692571E-004 4.9999999999999999E-017 290 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Si_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 300 8.798546 2.867E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.231494 1447 224 -1.6301E+01 8.798546 1.787871 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.595933 3 1.5000E-14 4.076083 6.360245 -99.000000 -99.000000 -9.823287 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 2.9299301318725480E-004 4.9999999999999999E-017 300 310 8.798614 2.865E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.231138 1447 224 -1.6301E+01 8.798614 1.788663 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.595962 3 1.5500E-14 4.076350 6.360793 -99.000000 -99.000000 -9.824165 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 2.2342373295948327E-004 4.9999999999999999E-017 310 320 8.798669 2.864E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.230851 1447 224 -1.6301E+01 8.798669 1.789260 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.595985 3 1.6000E-14 4.076565 6.361205 -99.000000 -99.000000 -9.824827 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.7044395568544009E-004 4.9999999999999999E-017 320 330 8.798713 2.863E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.230620 1447 224 -1.6301E+01 8.798713 1.789709 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596003 3 1.6500E-14 4.076738 6.361516 -99.000000 -99.000000 -9.825325 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.3008342032263986E-004 4.9999999999999999E-017 330 340 8.798748 2.862E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.230435 1447 224 -1.6301E+01 8.798748 1.790048 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596018 3 1.7000E-14 4.076877 6.361750 -99.000000 -99.000000 -9.825700 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 9.9324716393087037E-005 4.9999999999999999E-017 340 350 8.798777 2.862E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.230287 1447 224 -1.6301E+01 8.798777 1.790303 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596030 3 1.7500E-14 4.076989 6.361927 -99.000000 -99.000000 -9.825983 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 7.5874265839033538E-005 4.9999999999999999E-017 350 360 8.798800 2.862E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.230167 1447 224 -1.6301E+01 8.798800 1.790495 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596040 3 1.8000E-14 4.077079 6.362060 -99.000000 -99.000000 -9.826196 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 5.7988115804606621E-005 4.9999999999999999E-017 360 370 8.798818 2.861E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.230071 1447 224 -1.6301E+01 8.798818 1.790640 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596047 3 1.8500E-14 4.077151 6.362160 -99.000000 -99.000000 -9.826356 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 4.4340137186077682E-005 4.9999999999999999E-017 370 380 8.798833 2.861E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229994 1447 224 -1.6301E+01 8.798833 1.790749 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596054 3 1.9000E-14 4.077209 6.362235 -99.000000 -99.000000 -9.826477 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 3.3921377905810082E-005 4.9999999999999999E-017 380 390 8.798845 2.861E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229932 1447 224 -1.6301E+01 8.798845 1.790831 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596058 3 1.9500E-14 4.077255 6.362292 -99.000000 -99.000000 -9.826568 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 2.5964092186187450E-005 4.9999999999999999E-017 390 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Si_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 400 8.798854 2.861E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229883 1447 224 -1.6301E+01 8.798854 1.790893 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596062 3 2.0000E-14 4.077293 6.362335 -99.000000 -99.000000 -9.826636 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.9883866728210950E-005 4.9999999999999999E-017 400 410 8.798862 2.861E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229843 1447 224 -1.6301E+01 8.798862 1.790939 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596066 3 2.0500E-14 4.077323 6.362367 -99.000000 -99.000000 -9.826688 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.5235667077777262E-005 4.9999999999999999E-017 410 420 8.798868 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229811 1447 224 -1.6301E+01 8.798868 1.790975 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596068 3 2.1000E-14 4.077347 6.362391 -99.000000 -99.000000 -9.826726 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.1680453241942385E-005 4.9999999999999999E-017 420 430 8.798873 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229785 1447 224 -1.6301E+01 8.798873 1.791001 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596070 3 2.1500E-14 4.077367 6.362409 -99.000000 -99.000000 -9.826756 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 8.9599794603792372E-006 4.9999999999999999E-017 430 440 8.798877 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229764 1447 224 -1.6301E+01 8.798877 1.791021 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596072 3 2.2000E-14 4.077382 6.362423 -99.000000 -99.000000 -9.826778 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 6.8772156689663169E-006 4.9999999999999999E-017 440 450 8.798881 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229748 1447 224 -1.6301E+01 8.798881 1.791036 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596073 3 2.2500E-14 4.077395 6.362433 -99.000000 -99.000000 -9.826794 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 5.2816323163147078E-006 4.9999999999999999E-017 450 460 8.798883 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229735 1447 224 -1.6301E+01 8.798883 1.791047 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596074 3 2.3000E-14 4.077405 6.362441 -99.000000 -99.000000 -9.826807 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 4.0586182958268384E-006 4.9999999999999999E-017 460 470 8.798885 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229724 1447 224 -1.6301E+01 8.798885 1.791055 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596075 3 2.3500E-14 4.077413 6.362447 -99.000000 -99.000000 -9.826816 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 3.1206663770497419E-006 4.9999999999999999E-017 470 480 8.798887 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229715 1447 224 -1.6301E+01 8.798887 1.791062 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596076 3 2.4000E-14 4.077419 6.362451 -99.000000 -99.000000 -9.826823 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 2.4009339909436150E-006 4.9999999999999999E-017 480 490 8.798888 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229708 1447 224 -1.6301E+01 8.798888 1.791067 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596076 3 2.4500E-14 4.077424 6.362455 -99.000000 -99.000000 -9.826828 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.8483419895223137E-006 4.9999999999999999E-017 490 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Si_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 500 8.798889 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229703 1447 224 -1.6301E+01 8.798889 1.791070 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596077 3 2.5000E-14 4.077429 6.362457 -99.000000 -99.000000 -9.826832 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.4238629604106260E-006 4.9999999999999999E-017 500 510 8.798890 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229699 1447 224 -1.6301E+01 8.798890 1.791073 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596077 3 2.5500E-14 4.077432 6.362459 -99.000000 -99.000000 -9.826835 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.0975733561119244E-006 4.9999999999999999E-017 510 520 8.798891 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229695 1447 224 -1.6301E+01 8.798891 1.791075 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596077 3 2.6000E-14 4.077435 6.362461 -99.000000 -99.000000 -9.826837 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 8.4662320672339004E-007 4.9999999999999999E-017 520 530 8.798891 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229692 1447 224 -1.6301E+01 8.798891 1.791076 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596077 3 2.6500E-14 4.077437 6.362462 -99.000000 -99.000000 -9.826839 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 6.5347598234739636E-007 4.9999999999999999E-017 530 540 8.798892 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229690 1447 224 -1.6301E+01 8.798892 1.791078 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596078 3 2.7000E-14 4.077439 6.362462 -99.000000 -99.000000 -9.826840 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 5.0473020770271114E-007 4.9999999999999999E-017 540 550 8.798892 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229688 1447 224 -1.6301E+01 8.798892 1.791078 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596078 3 2.7500E-14 4.077440 6.362463 -99.000000 -99.000000 -9.826841 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 3.9010504085939417E-007 4.9999999999999999E-017 550 560 8.798893 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229687 1447 224 -1.6301E+01 8.798893 1.791079 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596078 3 2.8000E-14 4.077441 6.362463 -99.000000 -99.000000 -9.826842 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 3.0171509040752228E-007 4.9999999999999999E-017 560 570 8.798893 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229685 1447 224 -1.6301E+01 8.798893 1.791080 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596078 3 2.8500E-14 4.077442 6.362464 -99.000000 -99.000000 -9.826843 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 2.3351238817503209E-007 4.9999999999999999E-017 570 580 8.798893 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229684 1447 224 -1.6301E+01 8.798893 1.791080 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596078 3 2.9000E-14 4.077443 6.362464 -99.000000 -99.000000 -9.826843 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.8085207189865143E-007 4.9999999999999999E-017 580 590 8.798893 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229684 1447 224 -1.6301E+01 8.798893 1.791080 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596078 3 2.9500E-14 4.077443 6.362464 -99.000000 -99.000000 -9.826843 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.4016515068307474E-007 4.9999999999999999E-017 590 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Si_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 600 8.798893 2.860E+04 -99.000000 -99.000000 49.005210 0.000000 0.000000 0.000000 0.097440 -3.229683 1447 224 -1.6301E+01 8.798893 1.791080 -99.000000 -99.000000 -99.000000 0.000000 0.000000 0.044506 0.902560 0.596078 3 3.0000E-14 4.077444 6.362464 -99.000000 -99.000000 -9.826844 49.005210 0.000004 0.000000 0.436424 0.000E+00 max_dt relax_entropy avg rel err, dt, model 1.0870832784383771E-007 4.9999999999999999E-017 600 finished doing relax entropy save LOGS/postrelax_prof001.data for model 4554 4560 8.800691 2.385E+04 -14.842469 3.340814 49.005210 0.000000 0.000000 0.000000 0.097440 -3.225013 1436 224 -5.1032E+00 8.800691 1.793177 -23.985823 6.065277 -99.000000 0.000000 0.000000 0.044506 0.902560 0.595909 10 2.8768E+05 4.082468 6.051306 3.340814 -22.392504 -9.271416 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4869037420489262 rel_E_err 2.1875304352011879D-12 check gamma integral 4.8226761324749068E-002 residual_norm > tol_residual_norm 4566 1.0613828790532334D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4566 2.4805483507413018D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4566 max_residual > tol_max_residual 4566 1.7746735127128380D-02 1.0000000000000000D-03 retry: max resid -- give up in solver 4566 residual_norm > tol_residual_norm 4566 3.8664135620133662D-04 9.9999999999999995D-07 max_residual > tol_max_residual 4566 1.7773339005281379D+01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4566 residual_norm > tol_residual_norm 4566 1.2428258231856545D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4566 5.1474727725014963D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4566 residual_norm > tol_residual_norm 4566 2.2419727026051391D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4566 5.6948747493619195D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4566 residual_norm > tol_residual_norm 4566 1.9213936620999538D-03 9.9999999999999995D-07 max_residual > tol_max_residual 4566 1.0726304578996900D+02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4566 max_residual > tol_max_residual 4566 1.5690369955671041D-02 1.0000000000000000D-03 retry: max resid -- give up in solver 4566 residual_norm > tol_residual_norm 4566 2.8089880084252877D-02 9.9999999999999995D-07 max_residual > tol_max_residual 4566 1.2246345603188181D+03 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4566 4570 8.801356 2.343E+04 -12.875635 3.343586 49.005210 0.000000 0.000000 0.000000 0.097440 -3.223285 1433 232 -6.7196E+00 8.801356 1.800238 -23.731471 6.074961 -99.000000 0.000000 0.000000 0.044506 0.902560 0.595847 10 2.8768E+05 4.084327 6.034379 3.343586 -22.321506 -9.262499 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4585193823512990 rel_E_err 2.1386553316371484D-12 check gamma integral 4.8237557333219883E-002 residual_norm > tol_residual_norm 4577 1.2561266918882753D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4577 6.5086125640895415D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4577 4580 8.801376 2.341E+04 -14.580483 3.343757 49.005210 0.000000 0.000000 0.000000 0.097440 -3.223232 1433 233 -6.2288E+00 8.801376 1.800682 -23.709198 6.075252 -99.000000 0.000000 0.000000 0.044506 0.902560 0.595845 15 2.8768E+05 4.084384 6.033910 3.343757 -22.319329 -9.262439 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4467402909768543 rel_E_err 3.9524641255565050D-12 check gamma integral 4.8238312663344100E-002 residual_norm > tol_residual_norm 4581 2.2987195908944060D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4581 1.1486313806034500D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4581 residual_norm > tol_residual_norm 4585 8.2139443292580033D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4585 1.1760559206906428D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4585 residual_norm > tol_residual_norm 4589 2.8410752487743751D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4589 1.1740600215113883D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4589 4590 8.801394 2.339E+04 -15.234775 3.343875 49.005210 0.000000 0.000000 0.000000 0.097440 -3.223185 1433 236 -6.3401E+00 8.801394 1.801183 -23.677580 6.075510 -99.000000 0.000000 0.000000 0.044506 0.902560 0.595844 10 2.8768E+05 4.084434 6.033405 3.343875 -22.317435 -9.262393 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4464631309951068 rel_E_err 2.2199492472667117D-12 check gamma integral 4.8239049932669129E-002 residual_norm > tol_residual_norm 4594 1.5118424753515622D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4594 1.0398263593388300D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4594 residual_norm > tol_residual_norm 4598 2.7101660932869596D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4598 1.0380888041317722D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4598 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Si_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 4600 8.801414 2.337E+04 -13.749021 3.343993 49.005210 0.000000 0.000000 0.000000 0.097440 -3.223134 1433 238 -6.1504E+00 8.801414 1.801851 -23.652230 6.075797 -99.000000 0.000000 0.000000 0.044506 0.902560 0.595842 16 2.8768E+05 4.084489 6.032828 3.343993 -22.315336 -9.262407 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4461979062962351 rel_E_err 2.2785335249753886D-12 save LOGS/profile32.data for model 4600 save photos/x600 for model 4600 check gamma integral 4.8239897665725659E-002 max_residual > tol_max_residual 4601 3.6280930397702145D-02 1.0000000000000000D-03 retry: max resid -- give up in solver 4601 residual_norm > tol_residual_norm 4606 2.7951585967265434D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4606 1.0526062248665004D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4606 residual_norm > tol_residual_norm 4609 1.4147960568486771D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4609 4.9374532265403989D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4609 4610 8.801434 2.334E+04 -11.551934 3.344111 49.005210 0.000000 0.000000 0.000000 0.097440 -3.223082 1380 241 -6.2616E+00 8.801434 1.802589 -23.637830 6.076065 -4.961746 0.000000 0.000000 0.044506 0.902560 0.595840 14 2.8768E+05 4.084544 6.032506 3.344111 -22.313202 -9.262663 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4459484843360126 rel_E_err 1.9299899725453124D-12 check gamma integral 4.8240660672337704E-002 residual_norm > tol_residual_norm 4612 1.0519499486677552D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4612 3.8882115474541311D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4612 residual_norm > tol_residual_norm 4615 1.8407379618550022D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4615 6.4554234808874261D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4615 residual_norm > tol_residual_norm 4619 1.2251990907757647D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4619 4.3132520485818268D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4619 4620 8.801444 2.332E+04 -13.948169 3.344196 49.005210 0.000000 0.000000 0.000000 0.097440 -3.223056 1379 244 -6.3729E+00 8.801444 1.803187 -23.629208 6.076211 -4.962636 0.000000 0.000000 0.044506 0.902560 0.595839 12 2.8768E+05 4.084573 6.032284 3.344196 -22.312130 -9.262902 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4457144031433398 rel_E_err 1.9090905233330980D-12 check gamma integral 4.8241223256522879E-002 residual_norm > tol_residual_norm 4622 2.0710271885514546D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4622 7.1178525164197953D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4622 residual_norm > tol_residual_norm 4626 1.4069718736439038D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4626 4.7814871463173321D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4626 max_residual > tol_max_residual 4629 5.4802536745667291D-02 1.0000000000000000D-03 retry: max resid -- give up in solver 4629 4630 8.801451 2.331E+04 -13.157764 3.344267 49.005210 0.000000 0.000000 0.000000 0.097440 -3.223038 1379 247 -6.4842E+00 8.801451 1.803677 -23.621653 6.076315 -4.963348 0.000000 0.000000 0.044506 0.902560 0.595838 12 2.8768E+05 4.084593 6.032112 3.344267 -22.311365 -9.263105 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4454788991297054 rel_E_err 2.0445255279539805D-12 check gamma integral 4.8241681246793414E-002 residual_norm > tol_residual_norm 4634 1.4074631025792736D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4634 4.8521850143704880D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4634 residual_norm > tol_residual_norm 4637 1.4674793979355378D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4637 7.3361605966475577D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4637 residual_norm > tol_residual_norm 4639 1.0467360893316598D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4639 6.9275463408406707D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4639 4640 8.801457 2.329E+04 -15.396769 3.344327 49.005210 0.000000 0.000000 0.000000 0.097440 -3.223022 1379 250 -6.5955E+00 8.801457 1.804148 -23.612808 6.076405 -4.963963 0.000000 0.000000 0.044506 0.902560 0.595838 12 2.8768E+05 4.084610 6.031973 3.344327 -22.310701 -9.263322 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4452438953104165 rel_E_err 2.0351454597319767D-12 check gamma integral 4.8242101752216889E-002 max_residual > tol_max_residual 4641 6.5439227316261103D-02 1.0000000000000000D-03 retry: max resid -- give up in solver 4641 residual_norm > tol_residual_norm 4646 1.1553638739086308D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4646 7.6465656433616414D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4646 4650 8.801461 2.328E+04 -13.913187 3.344365 49.005210 0.000000 0.000000 0.000000 0.097440 -3.223011 1379 252 -6.4057E+00 8.801461 1.804463 -23.606935 6.076461 -4.964304 0.000000 0.000000 0.044506 0.902560 0.595837 12 2.8768E+05 4.084621 6.031897 3.344365 -22.310291 -9.263480 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4450118759580883 rel_E_err 1.8909886367070733D-12 save photos/x650 for model 4650 check gamma integral 4.8242371110270708E-002 residual_norm > tol_residual_norm 4651 1.7721111886913914D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4651 8.8785742907275852D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4651 residual_norm > tol_residual_norm 4654 1.2494897247018426D-05 9.9999999999999995D-07 max_residual > tol_max_residual 4654 1.9160228313692457D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4654 residual_norm > tol_residual_norm 4658 1.0456215675875302D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4658 6.9201198795703495D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4658 4660 8.801465 2.327E+04 -19.673118 3.344402 49.005210 0.000000 0.000000 0.000000 0.097440 -3.223001 1379 255 -6.5170E+00 8.801465 1.804799 -23.601024 6.076516 -4.964663 0.000000 0.000000 0.044506 0.902560 0.595837 10 2.8768E+05 4.084632 6.031832 3.344402 -22.309882 -9.263660 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4447772798202259 rel_E_err 1.9726116769895549D-12 check gamma integral 4.8242647651668545E-002 residual_norm > tol_residual_norm 4664 1.6886536462133020D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4664 6.3974992138534650D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4664 residual_norm > tol_residual_norm 4668 1.6850314662064280D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4668 6.5346053197213066D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4668 residual_norm > tol_residual_norm 4669 1.1156571048081615D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4669 7.3836509842670456D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4669 4670 8.801470 2.326E+04 -15.604939 3.344450 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222989 1379 258 -6.6283E+00 8.801470 1.805264 -23.593566 6.076586 -4.965086 0.000000 0.000000 0.044506 0.902560 0.595837 10 2.8768E+05 4.084645 6.031767 3.344450 -22.309364 -9.263929 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4445422594178687 rel_E_err 1.9100778946791388D-12 check gamma integral 4.8243013568396553E-002 residual_norm > tol_residual_norm 4673 1.0793647779303488D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4673 7.1434163712558535D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4673 residual_norm > tol_residual_norm 4676 1.3434179386308891D-05 9.9999999999999995D-07 max_residual > tol_max_residual 4676 1.9712371218313174D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4676 4680 8.801473 2.325E+04 -17.773412 3.344483 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222981 1379 260 -6.4385E+00 8.801473 1.805592 -23.588748 6.076632 -4.965324 0.000000 0.000000 0.044506 0.902560 0.595836 10 2.8768E+05 4.084654 6.031738 3.344483 -22.309027 -9.264131 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4443048869982009 rel_E_err 2.0437027109418670D-12 check gamma integral 4.8243260373165134E-002 max_residual > tol_max_residual 4685 3.3861482918563932D-02 1.0000000000000000D-03 retry: max resid -- give up in solver 4685 max_residual > tol_max_residual 4687 4.6153882391801418D-02 1.0000000000000000D-03 retry: max resid -- give up in solver 4687 4690 8.801478 2.324E+04 -15.576997 3.344540 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222967 1379 262 -6.2488E+00 8.801478 1.806214 -23.580417 6.076710 -4.965702 0.000000 0.000000 0.044506 0.902560 0.595836 12 2.8768E+05 4.084669 6.031718 3.344540 -22.308451 -9.264542 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4440723454989977 rel_E_err 1.8157835330837823D-12 check gamma integral 4.8243705730933686E-002 residual_norm > tol_residual_norm 4691 1.2805654178889161D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4691 6.4004698440174077D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4691 residual_norm > tol_residual_norm 4693 1.3834430960553295D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4693 9.1561197993265467D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4693 residual_norm > tol_residual_norm 4697 1.4081205713922517D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4697 9.3194665006658059D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4697 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Si_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 4700 8.801482 2.322E+04 -17.074882 3.344577 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222958 1379 265 -6.3601E+00 8.801482 1.806628 -23.575326 6.076757 -4.965913 0.000000 0.000000 0.044506 0.902560 0.595836 12 2.8768E+05 4.084678 6.031728 3.344577 -22.308104 -9.264833 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4438316353470455 rel_E_err 1.9492437864649402D-12 save LOGS/profile33.data for model 4700 save photos/x700 for model 4700 check gamma integral 4.8243986958411651E-002 max_residual > tol_max_residual 4701 5.6486334757167765D-02 1.0000000000000000D-03 retry: max resid -- give up in solver 4701 max_residual > tol_max_residual 4705 5.4613008419717127D-02 1.0000000000000000D-03 retry: max resid -- give up in solver 4705 residual_norm > tol_residual_norm 4710 1.2774683828533460D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4710 6.3865371576286509D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4710 4710 8.801485 2.321E+04 -14.337281 3.344615 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222950 1379 268 -6.4713E+00 8.801485 1.807084 -23.570092 6.076804 -4.966093 0.000000 0.000000 0.044506 0.902560 0.595835 10 2.8768E+05 4.084687 6.031758 3.344615 -22.307756 -9.265168 49.005210 0.000004 0.000000 0.436424 0.000E+00 retry log_rel_run_E_err -7.4435968898010376 rel_E_err 1.9064575141487044D-12 check gamma integral 4.8244283092422222E-002 residual_norm > tol_residual_norm 4714 1.2360834970409071D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4714 6.1781732079530936D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4714 max_residual > tol_max_residual 4717 4.9323989584464330D-02 1.0000000000000000D-03 retry: max resid -- give up in solver 4717 residual_norm > tol_residual_norm 4718 2.9933953992524374D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4718 1.1986426690461199D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4718 4720 8.801488 2.320E+04 -16.944177 3.344652 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222942 1379 271 -6.5826E+00 8.801488 1.807533 -23.565283 6.076846 -4.966222 0.000000 0.000000 0.044506 0.902560 0.595835 12 2.8768E+05 4.084695 6.031805 3.344652 -22.307445 -9.265511 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4433628423770779 rel_E_err 1.8598863024993395D-12 check gamma integral 4.8244561509391666E-002 residual_norm > tol_residual_norm 4722 2.9730702293808504D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4722 1.2101741245820151D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4722 residual_norm > tol_residual_norm 4726 2.9543229596191961D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4726 1.2220481904010762D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4726 residual_norm > tol_residual_norm 4729 1.2594493062409753D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4729 8.3351645313139822D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4729 4730 8.801489 2.319E+04 -17.556102 3.344675 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222937 1379 274 -6.6939E+00 8.801489 1.807823 -23.562336 6.076871 -4.966283 0.000000 0.000000 0.044506 0.902560 0.595835 12 2.8768E+05 4.084700 6.031845 3.344675 -22.307257 -9.265739 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4431279474635001 rel_E_err 1.8825959382455395D-12 check gamma integral 4.8244735179127272E-002 residual_norm > tol_residual_norm 4733 1.2196547389126821D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4733 8.0717883059393661D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4733 residual_norm > tol_residual_norm 4737 1.1809762338911692D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4737 7.8157682603001447D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4737 residual_norm > tol_residual_norm 4740 1.3403584874928192D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4740 8.8707157070871984D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4740 4740 8.801491 2.319E+04 -15.211136 3.344696 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222933 1379 277 -6.8052E+00 8.801491 1.808098 -23.559651 6.076894 -4.966326 0.000000 0.000000 0.044506 0.902560 0.595835 10 2.8768E+05 4.084705 6.031887 3.344696 -22.307088 -9.265960 49.005210 0.000004 0.000000 0.436424 0.000E+00 retry log_rel_run_E_err -7.4428952423363031 rel_E_err 1.9722825448686477D-12 check gamma integral 4.8244895701209232E-002 residual_norm > tol_residual_norm 4744 1.2984804609139166D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4744 8.5935315363069725D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4744 residual_norm > tol_residual_norm 4748 3.3428734416694655D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4748 1.3801987213442227D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4748 4750 8.801492 2.318E+04 -12.663477 3.344716 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222929 1379 279 -6.6154E+00 8.801492 1.808359 -23.557209 6.076914 -4.966352 0.000000 0.000000 0.044506 0.902560 0.595835 12 2.8768E+05 4.084709 6.031933 3.344716 -22.306938 -9.266173 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4426660465372256 rel_E_err 1.9299899607713003D-12 save photos/x750 for model 4750 check gamma integral 4.8245043685759027E-002 residual_norm > tol_residual_norm 4752 1.2181189524475713D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4752 8.0615776920088172D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4752 residual_norm > tol_residual_norm 4756 1.1796240794259287D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4756 7.8067618284335297D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4756 residual_norm > tol_residual_norm 4759 1.3373061865221620D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4759 8.8569118850382197D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4759 4760 8.801494 2.317E+04 -14.671459 3.344736 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222925 1380 282 -6.7267E+00 8.801494 1.808626 -23.554797 6.076934 -4.966371 0.000000 0.000000 0.044506 0.902560 0.595835 12 2.8768E+05 4.084713 6.031983 3.344736 -22.306790 -9.266394 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4424342795420886 rel_E_err 1.8975711315948604D-12 check gamma integral 4.8245191897787830E-002 residual_norm > tol_residual_norm 4763 1.2956743540588689D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4763 8.5811395415356928D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4763 residual_norm > tol_residual_norm 4767 1.2551699211471977D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4767 8.3127995932040052D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4767 residual_norm > tol_residual_norm 4770 1.4218288602583708D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4770 9.4167751631637528D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4770 4770 8.801495 2.317E+04 -13.539770 3.344754 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222922 1380 285 -6.8380E+00 8.801495 1.808880 -23.552590 6.076952 -4.966379 0.000000 0.000000 0.044506 0.902560 0.595835 10 2.8768E+05 4.084716 6.032036 3.344754 -22.306658 -9.266607 49.005210 0.000004 0.000000 0.436424 0.000E+00 retry log_rel_run_E_err -7.4422048025335865 rel_E_err 1.9109007002117436D-12 check gamma integral 4.8245329314648151E-002 residual_norm > tol_residual_norm 4774 1.3781051320822943D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4774 9.1271310199439792D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4774 residual_norm > tol_residual_norm 4778 1.3355308437931415D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4778 8.8451067386814963D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4778 4780 8.801496 2.316E+04 -17.125438 3.344772 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222919 1380 287 -6.6482E+00 8.801496 1.809120 -23.550575 6.076968 -4.966377 0.000000 0.000000 0.044506 0.902560 0.595835 10 2.8768E+05 4.084720 6.032089 3.344772 -22.306538 -9.266812 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4419757690214805 rel_E_err 1.9161667023435812D-12 check gamma integral 4.8245456356527522E-002 residual_norm > tol_residual_norm 4782 1.2940826267126661D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4782 8.5705487669872155D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4782 residual_norm > tol_residual_norm 4786 1.2537514442552083D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4786 8.3033775984544367D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4786 residual_norm > tol_residual_norm 4789 1.4196565739083184D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4789 9.4023493733773070D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4789 4790 8.801497 2.316E+04 -14.383307 3.344789 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222915 1380 290 -6.7595E+00 8.801497 1.809366 -23.548577 6.076984 -4.966367 0.000000 0.000000 0.044506 0.902560 0.595834 10 2.8768E+05 4.084723 6.032146 3.344789 -22.306421 -9.267024 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4417450182394997 rel_E_err 1.9115589495533845D-12 check gamma integral 4.8245583955103498E-002 residual_norm > tol_residual_norm 4793 1.3761422058006663D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4793 9.1141041182106808D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4793 residual_norm > tol_residual_norm 4797 1.3337642362690354D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4797 8.8333829676913375D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4797 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Si_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 4800 8.801498 2.315E+04 -13.548711 3.344807 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222913 1380 292 -6.5697E+00 8.801498 1.809617 -23.546618 6.076999 -4.966351 0.000000 0.000000 0.044506 0.902560 0.595834 10 2.8768E+05 4.084726 6.032207 3.344807 -22.306307 -9.267241 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4415144018495889 rel_E_err 1.9508894060707864D-12 save LOGS/profile34.data for model 4800 save photos/x800 for model 4800 check gamma integral 4.8245710601830166E-002 residual_norm > tol_residual_norm 4801 1.2924953833344213D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4801 8.5600085925021024D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4801 residual_norm > tol_residual_norm 4805 1.2523321938366276D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4805 8.2939507972151855D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4805 residual_norm > tol_residual_norm 4808 1.4174832280159906D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4808 9.3879058910883176D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4808 4810 8.801499 2.315E+04 -20.378120 3.344823 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222910 1380 295 -6.6810E+00 8.801499 1.809855 -23.544818 6.077013 -4.966327 0.000000 0.000000 0.044506 0.902560 0.595834 11 2.8768E+05 4.084729 6.032268 3.344823 -22.306205 -9.267450 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4412758313204028 rel_E_err 2.2069487826407547D-12 check gamma integral 4.8245830359548228E-002 residual_norm > tol_residual_norm 4812 1.3742899999154607D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4812 9.1010617155898241D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4812 residual_norm > tol_residual_norm 4816 1.3321055342167063D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4816 8.8216237128665928D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4816 residual_norm > tol_residual_norm 4820 1.2909951491543502D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4820 8.5494576656810137D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4820 4820 8.801500 2.314E+04 -12.816540 3.344840 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222907 1380 298 -6.7923E+00 8.801500 1.810098 -23.543037 6.077026 -4.966297 0.000000 0.000000 0.044506 0.902560 0.595834 10 2.8768E+05 4.084731 6.032333 3.344840 -22.306106 -9.267666 49.005210 0.000004 0.000000 0.436424 0.000E+00 retry log_rel_run_E_err -7.4410417168694458 rel_E_err 1.9842956091409094D-12 check gamma integral 4.8245949869919334E-002 residual_norm > tol_residual_norm 4824 1.2509625556714193D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4824 8.2845081094441539D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4824 residual_norm > tol_residual_norm 4827 1.4153344211450331D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4827 9.3734931649139139D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4827 4830 8.801501 2.313E+04 -15.745476 3.344857 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222905 1380 300 -6.6025E+00 8.801501 1.810345 -23.541287 6.077039 -4.966263 0.000000 0.000000 0.044506 0.902560 0.595834 10 2.8768E+05 4.084734 6.032401 3.344857 -22.306009 -9.267886 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4408102153488125 rel_E_err 1.9609277220320874D-12 check gamma integral 4.8246068680564934E-002 residual_norm > tol_residual_norm 4831 1.3722180826241200D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4831 9.0880196464730820D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4831 residual_norm > tol_residual_norm 4835 1.3302252591244514D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4835 8.8098702524095601D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4835 residual_norm > tol_residual_norm 4839 1.2893204424285145D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4839 8.5389060628117880D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4839 4840 8.801502 2.313E+04 -17.993429 3.344872 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222902 1380 303 -6.7138E+00 8.801502 1.810581 -23.539673 6.077051 -4.966223 0.000000 0.000000 0.044506 0.902560 0.595834 10 2.8768E+05 4.084736 6.032468 3.344872 -22.305921 -9.268098 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4405784646337372 rel_E_err 1.9586238453975899D-12 check gamma integral 4.8246179453686970E-002 residual_norm > tol_residual_norm 4842 1.4572983709369161D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4842 9.6515737978834754D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4842 residual_norm > tol_residual_norm 4846 1.4132922589480018D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4846 9.3600872046887287D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4846 residual_norm > tol_residual_norm 4850 1.3703943544631484D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4850 9.0759233676856635D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4850 4850 8.801503 2.312E+04 -20.558306 3.344887 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222901 1380 306 -6.8251E+00 8.801503 1.810805 -23.538181 6.077062 -4.966180 0.000000 0.000000 0.044506 0.902560 0.595834 10 2.8768E+05 4.084738 6.032533 3.344887 -22.305840 -9.268301 49.005210 0.000004 0.000000 0.436424 0.000E+00 retry log_rel_run_E_err -7.4403484706337988 rel_E_err 1.8141378983780355D-12 save photos/x850 for model 4850 check gamma integral 4.8246283037894293E-002 residual_norm > tol_residual_norm 4854 1.3285855392246550D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4854 8.7989779525285874D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4854 residual_norm > tol_residual_norm 4858 1.2878547524686722D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4858 8.5291829103409530D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4858 4860 8.801503 2.312E+04 -14.335822 3.344903 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222898 1380 308 -6.6353E+00 8.801503 1.811049 -23.536608 6.077073 -4.966133 0.000000 0.000000 0.044506 0.902560 0.595834 10 2.8768E+05 4.084741 6.032606 3.344903 -22.305756 -9.268523 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4401181494602620 rel_E_err 1.9767257283743457D-12 check gamma integral 4.8246393434182376E-002 residual_norm > tol_residual_norm 4861 1.4550770862657233D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4861 9.6368286614677598D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4861 residual_norm > tol_residual_norm 4865 1.4112832844683430D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4865 9.3467516662766134D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4865 residual_norm > tol_residual_norm 4869 1.3685832135593235D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4869 9.0638835878493404D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4869 4870 8.801504 2.311E+04 -15.751059 3.344917 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222897 1380 311 -6.7466E+00 8.801504 1.811266 -23.535248 6.077083 -4.966084 0.000000 0.000000 0.044506 0.902560 0.595834 10 2.8768E+05 4.084742 6.032672 3.344917 -22.305685 -9.268722 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4398873009488842 rel_E_err 1.9107361327705151D-12 check gamma integral 4.8246489908931794E-002 4880 8.801506 2.310E+04 -20.370826 3.344959 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222892 1381 311 -5.9548E+00 8.801506 1.811917 -23.531383 6.077109 -4.965961 0.000000 0.000000 0.044506 0.902560 0.595834 12 2.8768E+05 4.084747 6.032874 3.344959 -22.305488 -9.269319 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4396569017980410 rel_E_err 1.8697600486158731D-12 check gamma integral 4.8246769749784903E-002 residual_norm > tol_residual_norm 4881 2.5966240086024629D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4881 6.2382298311433097D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4881 residual_norm > tol_residual_norm 4885 2.5721299536589866D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4885 6.2544783413435848D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4885 residual_norm > tol_residual_norm 4890 5.3306603238585914D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4890 1.2593713135056236D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4890 4890 8.801509 2.307E+04 -16.141970 3.345028 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222885 1381 314 -6.0661E+00 8.801509 1.813027 -23.525283 6.077147 -4.965646 0.000000 0.000000 0.044506 0.902560 0.595834 10 2.8768E+05 4.084755 6.033240 3.345028 -22.305201 -9.270355 49.005210 0.000004 0.000000 0.436424 0.000E+00 retry log_rel_run_E_err -7.4394249560768397 rel_E_err 2.0659186428645976D-12 check gamma integral 4.8247213839437468E-002 residual_norm > tol_residual_norm 4895 4.8771094494053808D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4895 1.4975016854235729D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4895 residual_norm > tol_residual_norm 4897 2.0310752710011500D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4897 6.3529506462327565D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4897 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Si_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 4900 8.801511 2.304E+04 -15.553100 3.345111 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222878 1383 316 -5.8763E+00 8.801511 1.814402 -23.519125 6.077185 -4.965244 0.000000 0.000000 0.044506 0.902560 0.595833 12 2.8768E+05 4.084763 6.033707 3.345111 -22.304912 -9.271649 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4391872459782009 rel_E_err 2.0395886265989860D-12 save LOGS/profile35.data for model 4900 save photos/x900 for model 4900 check gamma integral 4.8247717720638066E-002 residual_norm > tol_residual_norm 4901 1.9122089817627692D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4901 5.3755965191691707D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4901 residual_norm > tol_residual_norm 4905 1.8854860992831028D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4905 5.3618080595193081D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4905 residual_norm > tol_residual_norm 4909 3.6708290962381600D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4909 1.2011152174688305D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4909 4910 8.801513 2.302E+04 -15.234022 3.345183 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222873 1383 319 -5.9876E+00 8.801513 1.815616 -23.514419 6.077212 -4.964741 0.000000 0.000000 0.044506 0.902560 0.595833 12 2.8768E+05 4.084768 6.034145 3.345183 -22.304709 -9.260686 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4389488921574047 rel_E_err 1.9067866211671082D-12 check gamma integral 4.8248124077082226E-002 residual_norm > tol_residual_norm 4913 3.6120738793073860D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4913 1.1767926329151568D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4913 residual_norm > tol_residual_norm 4917 3.6830245414756705D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4917 1.1525082114334839D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4917 residual_norm > tol_residual_norm 4920 2.2720372201372709D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4920 7.3669199991749548D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4920 4920 8.801515 2.299E+04 -20.597561 3.345261 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222869 1383 322 -6.0989E+00 8.801515 1.816918 -23.509760 6.077235 -4.964553 0.000000 0.000000 0.044506 0.902560 0.595833 10 2.8768E+05 4.084773 6.034520 3.345261 -22.304532 -9.261938 49.005210 0.000004 0.000000 0.436424 0.000E+00 retry log_rel_run_E_err -7.4387094366477422 rel_E_err 1.9898907212446159D-12 check gamma integral 4.8248533582943252E-002 residual_norm > tol_residual_norm 4924 2.8038847779351351D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4924 7.7637655633202435D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4924 residual_norm > tol_residual_norm 4927 3.4955306640896234D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4927 7.0393837420281394D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4927 4930 8.801516 2.296E+04 -15.874967 3.345328 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222866 1383 324 -5.9091E+00 8.801516 1.818058 -23.505984 6.077252 -4.964255 0.000000 0.000000 0.044506 0.902560 0.595833 12 2.8768E+05 4.084776 6.034891 3.345328 -22.304404 -9.263068 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4384720803920699 rel_E_err 1.9522058876461548D-12 check gamma integral 4.8248868808355147E-002 residual_norm > tol_residual_norm 4931 4.1663667669329826D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4931 7.4340307254958354D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4931 residual_norm > tol_residual_norm 4935 4.0630586230046998D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4935 7.1686700005296880D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4935 residual_norm > tol_residual_norm 4939 2.2527624461748126D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4939 6.8247159903157176D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4939 4940 8.801517 2.294E+04 -16.288812 3.345391 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222863 1383 327 -6.0204E+00 8.801517 1.819134 -23.502663 6.077265 -4.963980 0.000000 0.000000 0.044506 0.902560 0.595833 12 2.8768E+05 4.084779 6.035229 3.345391 -22.304302 -9.264125 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4382345146078075 rel_E_err 1.9469398825111123D-12 check gamma integral 4.8249167006557202E-002 residual_norm > tol_residual_norm 4943 2.2159629808449162D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4943 6.7723269928566560D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4943 residual_norm > tol_residual_norm 4946 3.6819030025555121D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4946 7.8979582537653692D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4946 residual_norm > tol_residual_norm 4950 3.1506186492939202D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4950 7.3232901924211710D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4950 4950 8.801518 2.291E+04 -17.388096 3.345455 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222861 1384 330 -6.1317E+00 8.801518 1.820222 -23.499530 6.077276 -4.963751 0.000000 0.000000 0.044506 0.902560 0.595833 10 2.8768E+05 4.084781 6.035554 3.345455 -22.304215 -9.265181 49.005210 0.000004 0.000000 0.436424 0.000E+00 retry log_rel_run_E_err -7.4379951507217363 rel_E_err 2.0119420988365046D-12 save photos/x950 for model 4950 check gamma integral 4.8249453032812008E-002 residual_norm > tol_residual_norm 4954 4.2095950101099150D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4954 7.6956990761795088D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4954 residual_norm > tol_residual_norm 4956 1.4251274247167337D-05 9.9999999999999995D-07 max_residual > tol_max_residual 4956 1.8724777903960962D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4956 4960 8.801519 2.289E+04 -18.930629 3.345511 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222860 1384 332 -5.9419E+00 8.801519 1.821185 -23.496949 6.077285 -4.963594 0.000000 0.000000 0.044506 0.902560 0.595833 12 2.8768E+05 4.084783 6.035826 3.345511 -22.304148 -9.266104 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4377591850246203 rel_E_err 2.0338289194701831D-12 check gamma integral 4.8249693803016018E-002 residual_norm > tol_residual_norm 4962 2.3681295154339890D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4962 7.4739964761857000D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4962 residual_norm > tol_residual_norm 4966 2.3264019726030852D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4966 7.3973881894475291D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4966 residual_norm > tol_residual_norm 4969 2.4556112748472446D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4969 6.1086678297323532D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4969 4970 8.801519 2.287E+04 -16.802899 3.345576 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222858 1384 335 -6.0532E+00 8.801519 1.822295 -23.494188 6.077293 -4.963456 0.000000 0.000000 0.044506 0.902560 0.595833 12 2.8768E+05 4.084784 6.036119 3.345576 -22.304082 -9.267153 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4375212866117399 rel_E_err 1.8895075346151384D-12 check gamma integral 4.8249958456351584E-002 residual_norm > tol_residual_norm 4973 3.1393362054238109D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4973 7.2226130794811300D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4973 residual_norm > tol_residual_norm 4977 3.4514181935204301D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4977 7.0055556082497000D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4977 max_residual > tol_max_residual 4977 3.5705412566599558D-02 1.0000000000000000D-03 retry: max resid -- give up in solver 4977 max_residual > tol_max_residual 4978 4.3892912988148292D-02 1.0000000000000000D-03 retry: max resid -- give up in solver 4978 residual_norm > tol_residual_norm 4978 3.7246935384891642D-05 9.9999999999999995D-07 max_residual > tol_max_residual 4978 3.5627339304071565D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4978 4980 8.801519 2.285E+04 -18.007296 3.345621 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222857 1386 340 -6.7666E+00 8.801519 1.823053 -23.492426 6.077298 -4.963392 0.000000 0.000000 0.044506 0.902560 0.595832 16 2.8768E+05 4.084785 6.036305 3.345621 -22.304042 -9.267859 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4372873972861004 rel_E_err 1.8562658918072080D-12 check gamma integral 4.8250131728052474E-002 max_residual > tol_max_residual 4984 5.5685937999382783D-02 1.0000000000000000D-03 retry: max resid -- give up in solver 4984 max_residual > tol_max_residual 4987 5.2456347807891459D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 4987 residual_norm > tol_residual_norm 4987 2.9224279488173892D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4987 1.9441029431593532D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4987 residual_norm > tol_residual_norm 4987 3.2313269607638639D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4987 2.1496063047223549D-01 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4987 4990 8.801520 2.285E+04 -13.737062 3.345630 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222857 1386 344 -7.1789E+00 8.801520 1.823220 -23.492052 6.077299 -4.963379 0.000000 0.000000 0.044506 0.902560 0.595832 12 2.8768E+05 4.084786 6.036346 3.345630 -22.304034 -9.268015 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4370540910120031 rel_E_err 2.0204993453078517D-12 check gamma integral 4.8250169206913079E-002 residual_norm > tol_residual_norm 4993 1.2027489727590604D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4993 7.4595581489203269D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4993 residual_norm > tol_residual_norm 4994 1.2386004831097774D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4994 7.7434320992839381D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4994 residual_norm > tol_residual_norm 4996 1.2698159807936246D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4996 7.9264715150219864D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4996 residual_norm > tol_residual_norm 4997 1.2864099113078416D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4997 8.0587106651712759D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4997 residual_norm > tol_residual_norm 4999 1.3002928508182241D-06 9.9999999999999995D-07 max_residual > tol_max_residual 4999 8.1412084932998480D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 4999 residual_norm > tol_residual_norm 5000 1.3076790263497591D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5000 8.2002430035839402D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5000 __________________________________________________________________________________________________________________________________________________ step lg_Tmax Teff lg_LH lg_Lnuc_tot Mass H_rich H_cntr N_cntr Y_surf eta_cntr zones retry lg_dt_yrs lg_Tcntr lg_R lg_L3a lg_Lneu lg_Mdot He_core He_cntr O_cntr Z_surf gam_cntr iters age_yrs lg_Dcntr lg_L lg_LZ lg_Lphoto lg_Dsurf CO_core C_cntr Ne_cntr Si_cntr v_div_cs dt_limit __________________________________________________________________________________________________________________________________________________ 5000 8.801520 2.284E+04 -14.374599 3.345633 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222857 1386 350 -8.1932E+00 8.801520 1.823259 -23.491963 6.077299 -4.963376 0.000000 0.000000 0.044506 0.902560 0.595832 10 2.8768E+05 4.084786 6.036355 3.345633 -22.304032 -9.268051 49.005210 0.000004 0.000000 0.436424 0.000E+00 retry log_rel_run_E_err -7.4368278253811546 rel_E_err 1.8465566992117589D-12 save LOGS/profile36.data for model 5000 save photos/5000 for model 5000 check gamma integral 4.8250178124845437E-002 residual_norm > tol_residual_norm 5001 1.3121403526250976D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5001 8.2359395588753284D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5001 residual_norm > tol_residual_norm 5002 1.3148418943181642D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5002 8.2575626386228063D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5002 residual_norm > tol_residual_norm 5004 1.3170497717130504D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5004 8.2707464503064571D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5004 residual_norm > tol_residual_norm 5005 1.3182193546982917D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5005 8.2801134025973014D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5005 residual_norm > tol_residual_norm 5007 1.3191744643992250D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5007 8.2858210139212643D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5007 residual_norm > tol_residual_norm 5008 1.3196898062925515D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5008 8.2899392353907558D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5008 residual_norm > tol_residual_norm 5010 1.3200946000467392D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5010 8.2923530410392687D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5010 5010 8.801520 2.284E+04 -16.585077 3.345633 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222857 1386 357 -9.5086E+00 8.801520 1.823261 -23.491960 6.077299 -4.963376 0.000000 0.000000 0.044506 0.902560 0.595832 10 2.8768E+05 4.084786 6.036356 3.345633 -22.304032 -9.268053 49.005210 0.000004 0.000000 0.436424 0.000E+00 retry log_rel_run_E_err -7.4366026267421876 rel_E_err 1.8742032125167509D-12 check gamma integral 4.8250178470260738E-002 residual_norm > tol_residual_norm 5011 1.3203141520664855D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5011 8.2941114400706423D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5011 residual_norm > tol_residual_norm 5013 1.3204920995563629D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5013 8.2951752031988291D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5013 residual_norm > tol_residual_norm 5014 1.3206159558960705D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5014 8.2961278087554102D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5014 residual_norm > tol_residual_norm 5015 1.3206334438976239D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5015 8.2963212593269817D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5015 residual_norm > tol_residual_norm 5017 1.3206897171386068D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5017 8.2966647112838590D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5017 residual_norm > tol_residual_norm 5018 1.3207141673002488D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5018 8.2968607772583469D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5018 residual_norm > tol_residual_norm 5019 1.3207476191945473D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5019 8.2971034165275917D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5019 5020 8.801520 2.284E+04 -16.756803 3.345633 49.005210 0.000000 0.000000 0.000000 0.097440 -3.222857 1386 364 -1.0824E+01 8.801520 1.823261 -23.491960 6.077299 -4.963376 0.000000 0.000000 0.044506 0.902560 0.595832 12 2.8768E+05 4.084786 6.036356 3.345633 -22.304032 -9.268053 49.005210 0.000004 0.000000 0.436424 0.000E+00 max increase log_rel_run_E_err -7.4363762876914796 rel_E_err 1.8967482858785129D-12 check gamma integral 4.8250178487246054E-002 residual_norm > tol_residual_norm 5021 1.3207441970461866D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5021 8.2970723491933962D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5021 residual_norm > tol_residual_norm 5022 1.3207470963678870D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5022 8.2971002701576951D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5022 residual_norm > tol_residual_norm 5025 1.3207686677541078D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5025 8.2972259562899220D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8830895948986089D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8830380650229342D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8830090554630081D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829881092763124D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 residual_norm > tol_residual_norm 5025 1.3207590817912544D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5025 8.2971828830526895D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829992335243586D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829755203340583D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829828170282126D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829821043529223D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829822541830541D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829829940860263D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829820812707030D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829820169937234D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829824235099772D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829823100411925D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829838917409949D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829822436749753D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829823584220370D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829820581968615D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829817816697773D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829820935004792D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829820752329086D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829825728779579D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829757239433596D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829844163361807D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829809927461460D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829823648749576D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829818436477226D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829823432960367D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829816957490259D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829823490671624D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829816112217258D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829823359632938D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829793986405511D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 max_residual > tol_max_residual 5025 4.8829822667636373D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5025 residual_norm > tol_residual_norm 5026 1.3207578119264394D-06 9.9999999999999995D-07 max_residual > tol_max_residual 5026 8.2971751458180629D-02 1.0000000000000000D-03 retry: avg+max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829803737182233D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829813079291767D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829824971754884D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829815812908399D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829813410406226D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829813260654487D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829813155206242D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829813291429826D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829811680964003D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829776734684548D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829820894955847D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829813598576088D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829895186338346D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829812991615868D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829807427251586D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829836187704251D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829813698919354D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 max_residual > tol_max_residual 5026 4.8829842265586294D-03 1.0000000000000000D-03 retry: max resid -- give up in solver 5026 dt 9.8052290362789373D-21 min_timestep_limit 9.9999999999999995D-21 stopping because of problems dt < min_timestep_limit terminated evolution: cannot find acceptable model termination code: min_timestep_limit runtime (minutes), retries, steps 73.63 420 5026 DATE: 2026-11-02 TIME: 21:42:46 ****************************************************************** failed to create final.mod when running inlist_pulses_header ****************************************************************** ******************** ppisn failed: non-zero exit code ********************