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Evolutionary models

HB models
Isochrones

Y= 0.303, Z = 0.04 - Evoltionary models

M = 0.50 Mo M = 0.55 Mo M = 0.60 Mo M = 0.70 Mo M = 0.80 Mo

M = 0.90 Mo M = 0.95 Mo M = 1.00 Mo M = 1.10 Mo M = 1.20 Mo

M = 1.30 Mo M = 1.40 Mo M = 1.50 Mo M = 1.60 Mo M = 1.70 Mo

M = 1.80 Mo M = 1.90 Mo M = 2.00 Mo M = 2.10 Mo M = 2.20 Mo

M = 2.30 Mo M = 2.40 Mo M = 2.50 Mo M = 2.60 Mo M = 2.80 Mo

M = 3.00 Mo M = 3.50 Mo M = 4.00 Mo M = 4.50 Mo M = 5.00 Mo

M = 5.50 Mo M = 6.00 Mo M = 6.50 Mo M = 7.00 Mo M = 7.50 Mo

M = 8.00 Mo M = 8.50 Mo M = 9.00 Mo M = 9.50 Mo M = 10.0 Mo

Download all tracks (as a single .tar.gz file)

UBVRIJKL bands ACS HST bands

Stroemgren bands Sloan bands

Walraven bands WFC2 HST bands

WFC3 HST bands WFC3-IR HST bands

TABLE by PIETRINFERNI A. - CASSISI S. - SALARIS M. - CASTELLI F. - 2007 standard scaled-solar Z= .0400 Y= .3030

ZAMS end central H Tip RGB ZAHB end central He first THERMAL PULSE

M log(L) log(Te) Mcc Mc_He t_Hb log(L) log(Te) He_sur Age Mc_He Mcc Mc_He Mc_CO t_Heb Mc_CO Mc_He log(L) log(Te) Age

.9500 -.3645 3.7141 .0389 .0909 15944.37 3.4387 3.4348 .3240 17407.92 .4624 .1015 .4905 .1763 110.31 .4917 .5192 3.4097 3.4634 17668.46
1.0000 -.2669 3.7277 .0379 .0912 13022.11 3.4414 3.4404 .3240 14364.63 .4621 .1013 .4936 .1787 110.00 .4943 .5228 3.4315 3.4522 14613.43
1.1000 -.0556 3.7537 .0000 .0950 8857.06 3.4441 3.4548 .3240 10010.98 .4617 .1021 .4985 .1807 107.48 .4989 .5270 3.4751 3.4542 10244.18
1.2000 .1276 3.7735 .0000 .1023 6153.43 3.4452 3.4664 .3220 7182.64 .4616 .1015 .5011 .1799 106.66 .5025 .5294 3.4650 3.4666 7399.70
1.3000 .3012 3.7920 .0139 .1063 4360.68 3.4462 3.4762 .3200 5289.65 .4617 .1011 .5037 .1809 105.66 .5039 .5307 3.4978 3.4707 5496.04
1.4000 .4694 3.8094 .0718 .1072 2859.12 3.4462 3.4846 .3170 3998.91 .4618 .1019 .5053 .1432 105.41 .5068 .5328 3.4914 3.4797 4194.79
1.5000 .5977 3.8245 .1063 .1309 2335.74 3.4459 3.4918 .3150 3102.37 .4619 .1011 .5075 .1467 105.32 .5077 .5337 3.4955 3.4860 3292.58
1.6000 .7170 3.8406 .1370 .1423 1944.55 3.4447 3.4978 .3130 2452.52 .4617 .1013 .5088 .1444 104.48 .5088 .5346 3.4989 3.4927 2630.87
1.7000 .8306 3.8596 .1797 .1463 1598.72 3.4415 3.5032 .3120 1964.92 .4612 .1013 .5100 .1861 103.89 .5099 .5356 3.5054 3.4979 2137.91
1.8000 .9342 3.8801 .2112 .1616 1363.52 3.4312 3.5100 .3110 1607.98 .4593 .1009 .5105 .1451 104.39 .5090 .5357 3.5413 3.4988 1772.37
1.9000 1.0329 3.8990 .2433 .1794 1165.19 3.3955 3.5179 .3100 1335.57 .4530 .0994 .5075 .1886 108.67 .5044 .5317 3.4955 3.5125 1497.43
2.0000 1.1248 3.9166 .2719 .1957 1010.28 3.3332 3.5299 .3100 1122.97 .4419 .0959 .5011 .1790 115.88 .5021 .5291 3.4710 3.5179 1292.51
2.1000 1.2120 3.9330 .3059 .2038 879.32 3.2262 3.5460 .3100 963.71 .4238 .0895 .4922 .1904 132.11 .4907 .5202 3.4245 3.5249 1143.06
2.2000 1.2949 3.9484 .3298 .2155 764.56 3.0814 3.5637 .3100 833.38 .4032 .0817 .4809 .1933 152.19 .4848 .5151 3.4183 3.5307 1028.93
2.3000 1.3734 3.9631 .3524 .2278 681.16 2.8336 3.5895 .3110 747.12 .3740 .0719 .4684 .1917 184.97 .4755 .5074 3.3189 3.5456 953.97
2.4000 1.4513 3.9752 .2664 .2391 607.46 2.3241 3.6342 .3120 633.71 .3254 .0163 .4625 .2330 272.05 .4671 .5010 3.3193 3.5480 936.08
2.5000 1.5204 3.9901 .4099 .2549 534.43 2.3959 3.6313 .3120 562.64 .3319 .0490 .4647 .1960 244.63 .4720 .5048 3.3334 3.5496 837.51
2.6000 1.5892 4.0026 .4363 .2616 474.52 2.3997 3.6334 .3130 500.84 .3393 .0540 .4709 .1872 220.54 .4772 .5092 3.3713 3.5484 749.52
2.8000 1.7187 4.0262 .4838 .2905 384.49 2.4294 3.6361 .3140 404.18 .3593 .0667 .4903 .2008 176.72 .4998 .5267 3.4922 3.5417 603.42

M Stellar mass (solar units)

L Surface luminosity (solar units)

Te Effective temperature (Kelvin)

Mcc Mass of convective core (solar units)

Mc_He Mass of He-core (solar units)

t_Hb Central H-burning lifetime (10^6 year)

Age Structure age (10^6 year)

He_sur Surface He mass fraction

Mc_CO Mass of CO-core (solar units)

t_Heb Central He-burning lifetime (10^6 year)

See table in ASCII format

TABLE by PIETRINFERNI A. - CASSISI S. - SALARIS M. - CASTELLI F. - 2007 standard scaled-solar Z= .0400 Y= .3030

ZAMS end central H ZAHB end central He second dr. up first THERMAL PULSE

M log(L) log(Te) Mcc Mc_He t_Hb Mc_He Mcc Mc_He Mc_CO t_Heb Mc_CO log(L) Mc_CO Mc_He log(L) log(Te) Age

3.0000 1.8381 4.0477 .5306 .3098 317.70 .3824 .0764 .5156 .1903 140.11 no dredge up .5171 .5416 3.5414 3.5412 489.92

3.5000 2.1031 4.0954 .6694 .3708 207.16 .4470 .0985 .5922 .2277 79.83 no dredge up .5931 .6092 3.8003 3.5230 305.42

4.0000 2.3297 4.1364 .8155 .4424 140.22 .5168 .1187 .6833 .2940 48.54 no dredge up .6815 .6920 4.0497 3.5069 200.24

4.5000 2.5265 4.1715 .9734 .5105 101.65 .5869 .1507 .7895 .3389 32.10 .7059 4.0079 .7575 .7640 4.1575 3.5051 141.98

5.0000 2.6989 4.2021 1.1209 .5691 77.38 .6608 .1730 .9082 .3078 23.18 .7443 4.0998 .7816 .7873 4.2346 3.5060 106.08

5.5000 2.8537 4.2294 1.2985 .6307 60.43 .7356 .1899 1.0295 .4423 16.98 .7762 4.1701 .8043 .8092 4.2707 3.5099 81.78

6.0000 2.9896 4.2543 1.5205 .6954 49.27 .8129 .2198 1.1547 .4697 13.02 .8098 4.2334 .8296 .8337 4.3070 3.5132 65.24

6.5000 3.1176 4.2756 1.5815 .7743 40.56 .8954 .2413 1.2884 .5299 10.36 .8480 4.2860 .8608 .8642 4.3801 3.5130 53.38

7.0000 3.2323 4.2953 1.7900 .8470 34.12 .9781 .2780 1.4324 .6103 8.51 .8902 4.3403 .8999 .9025 4.4949 3.5074 44.68

7.5000 3.3349 4.3140 2.0286 .9231 29.63 1.0707 .3118 1.5883 .7511 7.33 .9439 4.3689 .9563 .9579 4.6578 3.4914 38.33

8.0000 3.4332 4.3302 2.0830 1.0293 25.82 1.1691 .3377 1.7099 .6950 5.79 .9582 4.3782 .9704 .9719 4.6956 3.4941 32.78

8.5000 3.5219 4.3457 2.4107 1.1204 22.81 1.2761 .3658 1.8817 .8774 5.18 1.0301 4.2167 ---- CARBON IGNITION ----

9.0000 3.6056 4.3598 2.6365 1.2367 20.40 1.3876 .4317 2.0232 .8835 4.33 1.0641 4.1534 ---- CARBON IGNITION ----

9.5000 3.6849 4.3728 2.7272 1.3380 18.40 1.4969 .4589 2.1819 1.0032 3.84 no dredge up ---- CARBON IGNITION ----

10.0000 3.7581 4.3850 2.9575 1.4831 16.77 1.6252 .5377 2.3382 1.0647 3.45 no dredge up ---- CARBON IGNITION ----

M Stellar mass (solar units)

L Surface luminosity (solar units)

Te Effective temperature (Kelvin)

Mcc Mass of convective core (solar units)

Mc_He Mass of He-core (solar units)

t_Hb Central H-burning lifetime (10^6 year)

Mc_CO Mass of CO-core (solar units)

t_Heb Central He-burning lifetime (10^6 year)

Age Structure age (10^6 year)

See table in ASCII format

Y=0.303, Z = 0.04 - HB models (Mass of the RGB progenitor: M=1.0 Mo)

M = 0.4650 Mo M = 0.4680 Mo M = 0.4700 Mo M = 0.4750 Mo M = 0.4800 Mo

M = 0.4900 Mo M = 0.4950 Mo M = 0.5000 Mo M = 0.5050 Mo M = 0.5100 Mo

M = 0.5150 Mo M = 0.5200 Mo M = 0.5300 Mo M = 0.5400 Mo M = 0.5500 Mo

M = 0.5600 Mo M = 0.5700 Mo M = 0.5800 Mo M = 0.5900 Mo M = 0.6000 Mo

M = 0.6200 Mo M = 0.6400 Mo M = 0.6600 Mo M = 0.6800 Mo M = 0.7000 Mo

M = 0.7200 Mo M = 0.7400 Mo M = 0.7600 Mo M = 0.7800 Mo M = 0.8000 Mo

M = 0.8500 Mo M = 0.9000 Mo M = 0.9500 Mo M = 1.0000 Mo

Download all HB tracks (as a single .tar.gz file)

UBVRIJKL bands

ACS HST bands

Stroemgren bands

Sloan bands

Walraven bands

WFC2 HST bands

WFC3 HST bands

WFC3-IR HST bands

The "ZAHB" locus

UBVRIJKL bands

ACS HST bands

Stroemgren bands

Sloan bands

Walraven bands

WFC2 HST bands

WFC3 HST bands

WFC3-IR HST bands

"End of the core He burning" locus

UBVRIJKL bands

ACS HST bands

Stroemgren bands

Sloan bands

Walraven bands

WFC2 HST bands

WFC3 HST bands

WFC3-IR HST bands

Download all isochrones (as a single .tar.gz file)

Y=0.303, Z = 0.04 - Isochrones (Age: 30 - 14000 Myr)

UBVRIJKL bands ACS HST bands

Stroemgren bands Sloan bands

Walraven bands WFC2 HST bands

WFC3 HST bands WFC3-IR HST bands

List of metallicities


M = 0.50 Mo	M = 0.55 Mo	M = 0.60 Mo	M = 0.70 Mo	M = 0.80 Mo
M = 0.90 Mo	M = 0.95 Mo	M = 1.00 Mo	M = 1.10 Mo	M = 1.20 Mo
M = 1.30 Mo	M = 1.40 Mo	M = 1.50 Mo	M = 1.60 Mo	M = 1.70 Mo
M = 1.80 Mo	M = 1.90 Mo	M = 2.00 Mo	M = 2.10 Mo	M = 2.20 Mo
M = 2.30 Mo	M = 2.40 Mo	M = 2.50 Mo	M = 2.60 Mo	M = 2.80 Mo
M = 3.00 Mo	M = 3.50 Mo	M = 4.00 Mo	M = 4.50 Mo	M = 5.00 Mo
M = 5.50 Mo	M = 6.00 Mo	M = 6.50 Mo	M = 7.00 Mo	M = 7.50 Mo
M = 8.00 Mo	M = 8.50 Mo	M = 9.00 Mo	M = 9.50 Mo	M = 10.0 Mo

TABLE by PIETRINFERNI A. - CASSISI S. - SALARIS M. - CASTELLI F. - 2007 standard scaled-solar Z= .0400 Y= .3030
ZAMS				end central H		Tip RGB				ZAHB		end central He			first THERMAL PULSE
M	log(L)	log(Te)	Mcc	Mc_He	t_Hb	log(L)	log(Te)	He_sur	Age	Mc_He	Mcc	Mc_He	Mc_CO	t_Heb	Mc_CO	Mc_He	log(L)	log(Te)	Age
.9500	-.3645	3.7141	.0389	.0909	15944.37	3.4387	3.4348	.3240	17407.92	.4624	.1015	.4905	.1763	110.31	.4917	.5192	3.4097	3.4634	17668.46
1.0000	-.2669	3.7277	.0379	.0912	13022.11	3.4414	3.4404	.3240	14364.63	.4621	.1013	.4936	.1787	110.00	.4943	.5228	3.4315	3.4522	14613.43
1.1000	-.0556	3.7537	.0000	.0950	8857.06	3.4441	3.4548	.3240	10010.98	.4617	.1021	.4985	.1807	107.48	.4989	.5270	3.4751	3.4542	10244.18
1.2000	.1276	3.7735	.0000	.1023	6153.43	3.4452	3.4664	.3220	7182.64	.4616	.1015	.5011	.1799	106.66	.5025	.5294	3.4650	3.4666	7399.70
1.3000	.3012	3.7920	.0139	.1063	4360.68	3.4462	3.4762	.3200	5289.65	.4617	.1011	.5037	.1809	105.66	.5039	.5307	3.4978	3.4707	5496.04
1.4000	.4694	3.8094	.0718	.1072	2859.12	3.4462	3.4846	.3170	3998.91	.4618	.1019	.5053	.1432	105.41	.5068	.5328	3.4914	3.4797	4194.79
1.5000	.5977	3.8245	.1063	.1309	2335.74	3.4459	3.4918	.3150	3102.37	.4619	.1011	.5075	.1467	105.32	.5077	.5337	3.4955	3.4860	3292.58
1.6000	.7170	3.8406	.1370	.1423	1944.55	3.4447	3.4978	.3130	2452.52	.4617	.1013	.5088	.1444	104.48	.5088	.5346	3.4989	3.4927	2630.87
1.7000	.8306	3.8596	.1797	.1463	1598.72	3.4415	3.5032	.3120	1964.92	.4612	.1013	.5100	.1861	103.89	.5099	.5356	3.5054	3.4979	2137.91
1.8000	.9342	3.8801	.2112	.1616	1363.52	3.4312	3.5100	.3110	1607.98	.4593	.1009	.5105	.1451	104.39	.5090	.5357	3.5413	3.4988	1772.37
1.9000	1.0329	3.8990	.2433	.1794	1165.19	3.3955	3.5179	.3100	1335.57	.4530	.0994	.5075	.1886	108.67	.5044	.5317	3.4955	3.5125	1497.43
2.0000	1.1248	3.9166	.2719	.1957	1010.28	3.3332	3.5299	.3100	1122.97	.4419	.0959	.5011	.1790	115.88	.5021	.5291	3.4710	3.5179	1292.51
2.1000	1.2120	3.9330	.3059	.2038	879.32	3.2262	3.5460	.3100	963.71	.4238	.0895	.4922	.1904	132.11	.4907	.5202	3.4245	3.5249	1143.06
2.2000	1.2949	3.9484	.3298	.2155	764.56	3.0814	3.5637	.3100	833.38	.4032	.0817	.4809	.1933	152.19	.4848	.5151	3.4183	3.5307	1028.93
2.3000	1.3734	3.9631	.3524	.2278	681.16	2.8336	3.5895	.3110	747.12	.3740	.0719	.4684	.1917	184.97	.4755	.5074	3.3189	3.5456	953.97
2.4000	1.4513	3.9752	.2664	.2391	607.46	2.3241	3.6342	.3120	633.71	.3254	.0163	.4625	.2330	272.05	.4671	.5010	3.3193	3.5480	936.08
2.5000	1.5204	3.9901	.4099	.2549	534.43	2.3959	3.6313	.3120	562.64	.3319	.0490	.4647	.1960	244.63	.4720	.5048	3.3334	3.5496	837.51
2.6000	1.5892	4.0026	.4363	.2616	474.52	2.3997	3.6334	.3130	500.84	.3393	.0540	.4709	.1872	220.54	.4772	.5092	3.3713	3.5484	749.52
2.8000	1.7187	4.0262	.4838	.2905	384.49	2.4294	3.6361	.3140	404.18	.3593	.0667	.4903	.2008	176.72	.4998	.5267	3.4922	3.5417	603.42

M	Stellar mass	(solar units)
L	Surface luminosity	(solar units)
Te	Effective temperature	(Kelvin)
Mcc	Mass of convective core	(solar units)
Mc_He	Mass of He-core	(solar units)
t_Hb	Central H-burning lifetime	(10^6 year)
Age	Structure age	(10^6 year)
He_sur	Surface He	mass fraction
Mc_CO	Mass of CO-core	(solar units)
t_Heb	Central He-burning lifetime	(10^6 year)

M = 0.4650 Mo	M = 0.4680 Mo	M = 0.4700 Mo	M = 0.4750 Mo	M = 0.4800 Mo
M = 0.4900 Mo	M = 0.4950 Mo	M = 0.5000 Mo	M = 0.5050 Mo	M = 0.5100 Mo
M = 0.5150 Mo	M = 0.5200 Mo	M = 0.5300 Mo	M = 0.5400 Mo	M = 0.5500 Mo
M = 0.5600 Mo	M = 0.5700 Mo	M = 0.5800 Mo	M = 0.5900 Mo	M = 0.6000 Mo
M = 0.6200 Mo	M = 0.6400 Mo	M = 0.6600 Mo	M = 0.6800 Mo	M = 0.7000 Mo
M = 0.7200 Mo	M = 0.7400 Mo	M = 0.7600 Mo	M = 0.7800 Mo	M = 0.8000 Mo
M = 0.8500 Mo	M = 0.9000 Mo	M = 0.9500 Mo	M = 1.0000 Mo