Content of this directory

Structural propertie of the presupernova models for the following grid:

Initial Masses (Solar Masses)     : 13, 15, 20, 25, 30, 40, 60, 80, 120
Initial Metallicity [Fe/H]        : 0, -1, -2, -3
Initial Rotation Velocity (km/s)  : 0, 150, 300

Each file refers to each model with the following scheme:
                      "mmmzvvvpub.ext"
mmm = initial mass (i.e. '013' means 13 Msun)
z   = initial metallicity ('a'=0, 'b'=-1, 'c'=-2, 'd'=-3)
vvv = initial rotation velocity (i.e. '150' means 150 km/s)
ext = identifies the type of quantities, i.e.
        'fis' = physical quantities 
        'chi' = chemical composition in mass fraction
        'wnd' = chemical composition in mass fraction in the wind

Note that the following models enter the (pulsation) pair instability regime, 
therefore their evolution is stopped when this occurs:
120b000
120b150
120c000
120c150
120c300
080c150
080c300
120d000
120d150
120d300
080d150
080d300
In the majority of the cases, for these models the evolution is followed 
until the beginning of core O burning.

The meaning of the various columns in the *.chi and *.wnd is straightforward.
The mass is in solar masses while the chemical composition is in mass fraction.
Note that the chemical composition is defined in the zones while the mass is defined
at the zone interfaces. For this reason, 
the chemical composition of the last line must be ignored 
(it is simply a duplication of the penultimate line).

The meaning of the various columns in the *.fis files is the following
(all the quantities are defined in the zone):
MASS       =  mass in solar masses (msun=1.989d33)
R          =  radius in solar radii (rsun=6.951e10)
LOG(P)     =  log pressure
LOG(T)     =  log temperature
LOG(RO)    =  log density
BETA       =  pgas/ptot
YE         =  electron fraction
PSI        =  degeneracy parameter
FP         =  correction factor due to rotation (eq. 10 in Endal & Sofia, ApJ, 210, 184, 1976)
FT         =  correction factor due to rotation (eq. 16 in Endal & Sofia, ApJ, 210, 184, 1976)
OMEGA      =  angular velocity (s^-1)
OMEGA-C    =  breackup angular velocity (s^-1)
OM/OM-C    =  omega/omega-breakcup
J-SPEC     =  specific angular momentum (cm^2 s^-1)