Stellar Population Outputs#
Note
We define additional array size variables here for convenience. (See here for the already defined array size variables.)
Nsteps
: the number of chosen SFH age bins (or steps).
LNU_STARMOD
double array(Nfilters, Nmodels)The stellar population contribution to the mean \(L_\nu\) in each filter, after reddening by the dust attenuation model \([L_\odot\ {\rm Hz}^{-1}]\).
LNU_STARMOD_UNRED
double array(Nfilters, Nmodels)The intrinsic stellar population contribution to the mean \(L_\nu\) in each filter, with no reddening by the dust attenuation model \([L_\odot\ {\rm Hz}^{-1}]\).
LNU_STARMOD_HIRES
double array(1000, Nhighres_models)The stellar population contribution to the total high resolution UV-to-FIR luminosities, after reddening by the dust attenuation model \([L_\odot\ {\rm Hz}^{-1}]\).
LNU_STARMOD_UNRED_HIRES
double array(1000, Nhighres_models)The intrinsic stellar population contribution to the total high resolution UV-to-FIR luminosities, with no reddening by the dust attenuation model \([L_\odot\ {\rm Hz}^{-1}]\).
STEPS_BOUNDS
double array(Nsteps + 1)The bounds on the age bins of the star formation history \([{\rm yr}]\).
MSTAR
double array(Nmodels)The total surviving stellar mass \(M_{\star}\) in \(\rm M_\odot\) produced by the resulting SFH.
MSTAR_UNC
double array(Nmodels)The estimated \(1\sigma\) uncertainty for the total stellar mass in \(\rm M_\odot\).
Note
Only appears in the output if using the MPFIT algorithm.
STEPS_MSTAR
double array(Nsteps, Nmodels)The surviving stellar mass components \(M_{\star,i}\) in \(\rm M_\odot\) produced by each age bin \(i\) of the star formation history. The total stellar mass \(M_{\star}\) is then
\[M_{\star} = \sum_i M_{\star,i}.\]STEPS_MSTAR_UNC
double array(Nsteps, Nmodels)The estimated \(1\sigma\) uncertainty for the surviving stellar mass components in \(\rm M_\odot\).
Note
Only appears in the output if using the MPFIT algorithm.