CEFIRO 2.0

Grid of models computed with

CESTAM 286:ce6c386387d (3.5h/track with i7[7th gen], compiled with ifort2018)
FILOU v3.21.0

Information on the CEFIRO computations are distributed into two tables, one for equilibrium models (CESTAM) and another for oscillation frequencies (FILOU).

Computation will be organised by bundles, i.e. sets of tracks with the same physical properties except rotation. Bundles' IDs are unique so that identification is unambiguous.

<fc #800080> Grid Parameters </fc>			notes
Mass range	1.5-2.5	Msun	-
Mass step	0.05	Msun	-
[Fe/H]	0.2, 0, -0.2, -0.4	dex	-
α	1.8, 0.5	-	-
overshoot	0	-	-
Rotation P	0,3,4,5,6,7	days	3 and 4 for fe000a180o000
Rotation T	5	days	-
Stop criterion	T_STOP < = 4e7	K	-
No. tracks	Mass(20)x [Fe/H](4) x α(2) x ov(1) x rot(4)	640	-

<fc #800080> Naming convention </fc>
Name example	Parameters
m185fe010a180o020t5p6	1.85 Msun, [Fe/H = 0.10, α=1.80, ov=0.20, t=5, p=6
m185fe-010a180o020t5p6	1.85 Msun, [Fe/H = -0.10, α=1.80, ov=0.20, t=5, p=6
m185fe-100a180o020t5p6	1.85 Msun, [Fe/H = -1.00, α=1.80, ov=0.20, t=5, p=6

Test #1

Test for CESTAM computations when using XSTOP = 1e-60. We will test with: m180fe0a164o0rotjpzt5p7. We have used .don from CEFIRO and modified α , ov and XSTEP.

Production

Each dataset has 20 tracks (in mass, δM=0.05 Msun) for different physics

<fc #800080> Production </fc>
Dataset	Physics	Status	Date	Failed tracks	Missing tracks	FILOU
1	fe000a180o000t5p0	OK	14-06			<fc #008000>OK</fc>
2	fe000a180o000t5p5	OK	12-06	1.50	2.30,	<fc #008000>OK</fc>
3	fe020a180o000t5p5	OK	07-06			<fc #008000>OK</fc>
4	fe-020a180o000t5p5	OK	12-06	2.50		<fc #008000>OK</fc>
5	fe000a180o000t5p6	OK	11-06	1.50,1.55,1.75,1.95	2.30	<fc #008000>OK</fc>
6	fe000a180o000t5p7	OK	12-06	1.50	2.30	<fc #008000>OK</fc>
7	fe000a050o000t5p0	OK	18-06			<fc #008000>OK</fc>
8	fe000a050o000t5p5	OK	06-06			<fc #008000>OK</fc>
9	fe-020a180o000t5p0	OK	18-06		2.15, 2.20, 2.25,2.40,2.50	<fc #008000>OK</fc>
10	fe-020a180o000t5p6	OK	17-06		2.15, 2.20, 2.50	<fc #008000>OK</fc>
11	fe-020a180o000t5p7	OK	17-06		2.15, 2.20, 2.50	<fc #008000>OK</fc>
12	fe-040a180o000t5p0	OK	18-06		2.20	<fc #008000>OK</fc>
13	fe-040a180o000t5p5	OK	12-06	155		<fc #008000>OK</fc>
14	fe-040a180o000t5p6	OK	12-06	155, 160		<fc #008000>OK</fc>
15	fe-040a180o000t5p7	OK	12-06	1.50, 1.55, 1.60		<fc #008000>OK</fc>
16	fe020a180o000t5p0	OK	17-06		230, 2.35, 245	<fc #008000>OK</fc>
17	fe020a180o000t5p6	OK	11-06			<fc #008000>OK</fc>
18	fe020a180o000t5p7	OK	11_06			<fc #008000>OK</fc>
19	fe000a050o000t5p6	OK	08-06			<fc #008000>OK</fc>
20	fe000a050o000t5p7	OK	10-06			<fc #008000>OK</fc>
21	fe-020a050o000t5p0	OK	17-06			<fc #008000>OK</fc>
22	fe-020a050o000t5p5	OK	17-06		2.35	<fc #008000>OK</fc>
23	fe-020a050o000t5p6	OK	17-06			<fc #008000>OK</fc>
24	fe-020a050o000t5p7	OK	17-06	1.50		<fc #008000>OK</fc>
25	fe-040a050o000t5p0	OK	18-06			<fc #008000>OK</fc>
26	fe-040a050o000t5p5	OK	13-06			<fc #008000>OK</fc>
27	fe-040a050o000t5p6	OK	13-06			<fc #008000>OK</fc>
28	fe-040a050o000t5p7	OK	13-06			<fc #008000>OK</fc>
29	fe020a050o000t5p0	OK	18-06			<fc #008000>OK</fc>
30	fe020a050o000t5p5	OK	11-06			<fc #008000>OK</fc>
31	fe020a050o000t5p6	OK	11-06			<fc #008000>OK</fc>
32	fe020a050o000t5p7	OK	11-06			<fc #008000>OK</fc>
33	fe000a180o000t5p3	OK	01-11			<fc #008000>OK</fc>
34	fe000a180o000t5p4	OK	01-11			<fc #008000>OK</fc>