Key to the data table

Units are in MeV and fm.

For each gridpoint, N_dat=26 entries are stored.

Line 1 contains array dimensions:  N_rho, N_t, N_ye

Next N_rho entries contain rho (number-density) gridpoints.
Next N_t entries contain T (temperature) gridpoints.
Next N_ye entries contain Ye (electron fraction) gridpoints.
Next N_rho*N_t*N_ye*N_dat entries are the data, stored according to
      write(*,1)((((stor(i,j,k,l),i=1,N_rho),j=1,N_t),k=1,N_ye),l=1,N_dat)
  1      format(1p10e14.6)

The key to stored items is:

1 - Total pressure P
2 - Total free energy per baryon f
3 - Total entropy per baryon s
4 - Total internal energy per baryon e
5 - Neutron chemical potential wrt rest mass	
6 - Proton chemical potential wrt rest mass
7 - Neutron mass fraction (external to nuclei)
8 - Proton mass fraction (external to nuclei)
9 - Alpha particle mass fraction

Note:  Mass fraction of heavy nuclei is XH=1-(7+8+9)

10 - Baryon pressure
11 - Baryon free energy per baryon
12 - Baryon entropy per baryon
13 - Baryon internal energy per baryon
14 - Nuclei filling factor u
15 - Baryon density inside heavy nucleus
16 - dP/dn
17 - dP/dT
18 - dP/dYe
19 - ds/dT
20 - ds/dYe
21 - Mass number of heavy nucleus
22 - Proton fraction of heavy nucleus
23 - Number of neutrons in neutron skin of heavy nucleus
24 - Baryon density of nucleons external to heavy nucleus and alpha particles
25 - Proton fraction of nucleons external to heavy nucleus and alpha particles
26 - Out of whackness:  mu_n-mu_p-mu_e+1.293 MeV