DPGRID

Code

https://github.com/juancasy/mesaRtools

Exec

./RMESAdp.R ./mesa_template_folder/ -inlist inlist_project_template -stop bump -mass 1.15 -feh -0.1 -amlt 1.81 -ov 0.0 -m_dp 300 -xi_dp 7.0d-15

Grid of models computed with

Information on the DPGRID (Dark Photon GRID) computations are distributed into one table for equilibrium models (MESA) with Dark Photon

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.

Script to launch several exec in the same time

Previosly: source /home/rodon/mesa-r10398.sh

In festelar1:/home/rodon/mesa/DPGrid:

<color #800080> Grid Parameters </color>notes
Mass range 1.0-1.6 Msun-
Mass step 0.1 Msun-
[Fe/H] -0.4, -0.2, 0.0, 0.2 dex -
amlt 1.81, 1.96, 2.06 - -
m_dp 316.23, 1000,  3162.23, 10000 --
xi_dp 0.1, 0.5, 1.0, 5.0 - -
ov 0.0, 0.025 -
Stop criterion TIP point - -
No. tracks Mass(7)x [Fe/H](4) x amlt(3) x m_dp(4) x xi_dp(4) x ov (2) 2688 -
<color #800080> Grid Parameters 2 (10/12/21) Dataset 85 </color>notes
Mass range 0.82 Msun-
[Fe/H] -1.24 dex -
amlt 1.82 - -
m_dp 316.23, 1000,  3162.23, 10000 --
xi_dp 0.1, 0.5, 1.0, 5.0 - -
ov 0.0 -
Stop criterion TIP point - -
No. tracks Mass(7)x [Fe/H](4) x amlt(3) x m_dp(4) x xi_dp(4) x ov (2) 2688 -
<color #800080> Grid Parameters 3 (10/12/21). Dataset 86 </color>notes
Mass range 0.82 Msun-
[Fe/H] -1.24 dex -
amlt 1.82 - -
m_dp 500, 700, 900 --
xi_dp 2,4,6,8 - -
ov 0.0 -
Stop criterion TIP point - -
No. tracks Mass(7)x [Fe/H](4) x amlt(3) x m_dp(4) x xi_dp(4) x ov (2) 2688 -
<fc #800080> Naming convention </fc>
Name example Parameters
dp_m1.0_feh-0.2_a2.06_ov0.0_mdp1000_xidp5.0d-15 1.0 Msun, [Fe/H = -0.2, α=2.06, ov=0.0, mdp=1000, xidp=5.0d-15

Test #1

Test for MESA computations when using stop = tap point. We will test with: dp_m1.0_feh-0.2_a2.06_ov0.0_mdp1000_xidp5.0d-15 We have used inlist-profile from MESA.

Production

Each dataset has 32 tracks for different physics (MASS, Fe/h, and alpha)

<fc #800080> Datasets </fc>
Dataset Physics Status Date Ubication
1m1.0_feh-0.4_a1.81 OK 31-07 DFE (W)
2m1.0_feh-0.4_a1.96 OK 31-07 DFE (W)
3m1.0_feh-0.4_a2.06 OK 31-07 DFE
4m1.0_feh-0.2_a1.81 OK 04-08 DFE
5m1.0_feh-0.2_a1.96 OK 04-08 DFE
6m1.0_feh-0.2_a1.06 OK 05-08 DFE
7m1.0_feh0.0_a1.81 OK 05-08 DFE
8m1.0_feh0.0_a1.96 OK 04-08 DFE
9m1.0_feh0.0_a2.06 OK 05-08 DFE
10m1.0_feh0.2_a1.81 OK 05-08 DFE (W)
11m1.0_feh0.2_a1.96 OK 31-08 DFE (W)
12m1.0_feh0.2_a2.06 OK 31-08 DFE (W)
Dataset Physics Status Date Ubication
13m1.1_feh-0.4_a1.81 OK 03-08 DFE (W)
14m1.1_feh-0.4_a1.96 OK 03-08 DFE (W)
15m1.1_feh-0.4_a2.06 OK 03-08 DFE (W)
16m1.1_feh-0.2_a1.81 OK 03-08 DFE (W)
17m1.1_feh-0.2_a1.96 OK 03-08 DFE (W)
18m1.1_feh-0.2_a1.06 OK 03-08 DFE (W)
19m1.1_feh0.0_a1.81 OK 31-08 DFE (W)
20m1.1_feh0.0_a1.96 OK 31-08 DFE (W)
21m1.1_feh0.0_a2.06 OK 31-08 DFE (W)
22m1.1_feh0.2_a1.81 OK 31-08 F3
23m1.1_feh0.2_a1.96 OK 31-08 F3
24m1.1_feh0.2_a2.06 OK 31-08 F3
Dataset Physics Status Date Ubication
25m1.2_feh-0.4_a1.81 OK 03-08 F3
26m1.2_feh-0.4_a1.96 OK 03-08 DFE
27m1.2_feh-0.4_a2.06 OK 03-08 DFE
28m1.2_feh-0.2_a1.81 OK 03-08 DFE
29m1.2_feh-0.2_a1.96 OK 03-08 DFE
30m1.2_feh-0.2_a1.06 OK 03-08 DFE
31m1.2_feh0.0_a1.81 OK 31-08 DFE
32m1.2_feh0.0_a1.96 OK 31-08 DFE
33m1.2_feh0.0_a2.06 OK 31-08 DFE
34m1.2_feh0.2_a1.81 OK 31-08 DFE
35m1.2_feh0.2_a1.96 OK 31-08 DFE
36m1.2_feh0.2_a2.06 OK 31-08 DFE
Dataset Physics Status Date Ubication
37m1.3_feh-0.4_a1.81 OK 03-08 DFE
38m1.3_feh-0.4_a1.96 OK 03-08 DFE
39m1.3_feh-0.4_a2.06 OK 03-08 DFE
40m1.3_feh-0.2_a1.81 OK 03-08 DFE
41m1.3_feh-0.2_a1.96 OK 15-04 DFE
42m1.3_feh-0.2_a1.06 OK 03-08 DFE
43m1.3_feh0.0_a1.81 OK 31-08 DFE
44m1.3_feh0.0_a1.96 OK 31-08 DFE
45m1.3_feh0.0_a2.06 OK 31-08 DFE
46m1.3_feh0.2_a1.81 OK 31-08 DFE
47m1.3_feh0.2_a1.96 OK 31-08 DFE
48m1.3_feh0.2_a2.06 OK 31-08 DFE
Dataset Physics Status Date Ubication
49m1.4_feh-0.4_a1.81 OK 03-08 F1 <fc #008000>OK</fc>
50m1.4_feh-0.4_a1.96 OK 03-08 F1 <fc #008000>OK</fc>
51m1.4_feh-0.4_a2.06 OK 03-08 F1 <fc #008000>OK</fc>
52m1.4_feh-0.2_a1.81 OK 03-08 F1 <fc #008000>OK</fc>
53m1.4_feh-0.2_a1.96 OK 03-08 F1 <fc #008000>OK</fc>
54m1.4_feh-0.2_a1.06 OK 03-08 F1 <fc #008000>OK</fc>
55m1.4_feh0.0_a1.81 OK 31-08 F1 <fc #008000>OK</fc>
56m1.4_feh0.0_a1.96 OK 31-08 F1 <fc #008000>OK</fc>
57m1.4_feh0.0_a2.06 OK 31-08 F1 <fc #008000>OK</fc>
58m1.4_feh0.2_a1.81 OK 31-08 F1 <fc #008000>OK</fc>
59m1.4_feh0.2_a1.96 OK 31-08 F1 <fc #008000>OK</fc>
60m1.4_feh0.2_a2.06 OK 31-08 F1 <fc #008000>OK</fc>
Dataset Physics Status Date Ubication
61m1.5_feh-0.4_a1.81 OK 03-08 F1 <fc #008000>OK</fc>
62m1.5_feh-0.4_a1.96 OK 03-08 F1 <fc #008000>OK</fc>
63m1.5_feh-0.4_a2.06 OK 03-08 F1 <fc #008000>OK</fc>
64m1.5_feh-0.2_a1.81 OK 03-08 F1 <fc #008000>OK</fc>
65m1.5_feh-0.2_a1.96 OK 03-08 F1 <fc #008000>OK</fc>
66m1.5_feh-0.2_a1.06 OK 03-08 F1 <fc #008000>OK</fc>
67m1.5_feh0.0_a1.81 OK 31-08 F1 <fc #008000>OK</fc>
68m1.5_feh0.0_a1.96 OK 31-08 F1 <fc #008000>OK</fc>
69m1.5_feh0.0_a2.06 OK 31-08 F1 <fc #008000>OK</fc>
70m1.5_feh0.2_a1.81 OK 31-08 F1 <fc #008000>OK</fc>
71m1.5_feh0.2_a1.96 OK 31-08 F1 <fc #008000>OK</fc>
72m1.5_feh0.2_a2.06 OK 31-08 F1 <fc #008000>OK</fc>
Dataset Physics Status Date Ubication
73m1.6_feh-0.4_a1.81 OK 03-08 F1 <fc #008000>OK</fc>
74m1.6_feh-0.4_a1.96 OK 03-08 F1 <fc #008000>OK</fc>
75m1.6_feh-0.4_a2.06 OK 03-08 F1 <fc #008000>OK</fc>
76m1.6_feh-0.2_a1.81 OK 03-08 F1 <fc #008000>OK</fc>
77m1.6_feh-0.2_a1.96 OK 03-08 F1 <fc #008000>OK</fc>
78m1.6_feh-0.2_a2.06 OK 03-08 F1 <fc #008000>OK</fc>
79m1.6_feh0.0_a1.81 OK 31-08 F1 <fc #008000>OK</fc>
80m1.6_feh0.0_a1.96 OK 31-08 F1 <fc #008000>OK</fc>
81m1.6_feh0.0_a2.06 OK 31-08 F1 <fc #008000>OK</fc>
82m1.6_feh0.2_a1.81 OK 31-08 F1 <fc #008000>OK</fc>
83m1.6_feh0.2_a1.96 OK 31-08 F1 <fc #008000>OK</fc>
84m1.6_feh0.2_a2.06 OK 31-08 F1 <fc #008000>OK</fc>

Fecha: 10/12/2021

<color #800080> Datasets Version 2 </color>
Dataset Physics Status Date Ubication
85m0.82_feh-1.24_a1.82 OK 13-12 F1 <color #008000>OK</color>
86m0.82_feh-1.24_a1.82 OK 13-12 F1 <color #008000>OK</color>