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\newcommand{\aaa}{A\&A}      % Astronomy and Astrophysics
\newcommand{\aas}{A\&AS}     % Astronomy and Astrophys. Supplement Series
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\newcommand{\pasj}{PASJ}     % Publ. of the Astron. Society of Japan
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\begin{document}
\onecolumn
%
% UNITS
%
\def\ang{\thinspace\hbox{\AA}}
\def\km{\thinspace\hbox{km}}
\def\Mpc{\thinspace\hbox{Mpc}}
\def\kpc{\thinspace\hbox{kpc}}
\def\kmsec{\thinspace\hbox{$\hbox{km}\thinspace\hbox{s}^{-1}$}}
\def\kmseg{\thinspace\hbox{$\hbox{km}\thinspace\hbox{s}^{-1}$}}
\def\kmsecmeg{\thinspace\kmsec\Mpc$^{-1}$}
\def\kmsegmeg{\thinspace\kmsec\Mpc$^{-1}$}
\def\ergsec{\thinspace\hbox{$\hbox{erg}\thinspace\hbox{s}^{-1}$}}
\def\ergseg{\thinspace\hbox{$\hbox{erg}\thinspace\hbox{s}^{-1}$}}
\def\ergsqcmsec{\thinspace\hbox{erg}\sqcm\sec$^{-1}$}
\def\sqcm{\thinspace\hbox{$\hbox{cm}^{2}$}}
\def\cm3{\thinspace\hbox{$\hbox{cm}^{3}$}}
\def\cm2{\thinspace\hbox{$\hbox{cm}^{2}$}}
\def\persqcm{\thinspace\hbox{$\hbox{cm}^{-2}$}}
\def\percucm{\thinspace\hbox{$\hbox{cm}^{-3}$}}
\def\kev{\thinspace\hbox{keV}}
\def\sec{\thinspace\hbox{s}}
\def\ha{\hbox{$\hbox{H}_\alpha$}}
\def\hb{\hbox{$\hbox{H}_\beta$}}
\def\hg{\hbox{$\hbox{H}_\gamma$}}
\def\hd{\hbox{$\hbox{H}_\delta$}}
\def\Ha{\hbox{$\hbox{H}_\alpha$}}
\def\Hb{\hbox{$\hbox{H}_\beta$}}
\def\Hg{\hbox{$\hbox{H}_\gamma$}}
\def\Hd{\hbox{$\hbox{H}_\delta$}}
\def\lya{\hbox{$\hbox{Ly}\alpha$}}
\def\Lya{\hbox{$\hbox{Ly}\alpha$}}
\def\kelvin{\thinspace\hbox{K}}
\def\dyncm2{\thinspace\hbox{$\hbox{dyn}\thinspace\hbox{cm}^{-2}$}}
\def\deg{\hbox{$^\circ$}}
\def\rstar{\thinspace\hbox{$\hbox{R}_*$}}
\def\vstar{\thinspace\hbox{$\hbox{V}_*$}}
\def\Zsun{\thinspace\hbox{$\hbox{Z}_{\odot}$}}
\def\msun{\thinspace\hbox{$\hbox{M}_{\odot}$}}
\def\Msun{\thinspace\hbox{$\hbox{M}_{\odot}$}}
\def\rsun{\thinspace\hbox{$\hbox{R}_{\odot}$}}
\def\Rsun{\thinspace\hbox{$\hbox{R}_{\odot}$}}
\def\lsun{\thinspace\hbox{$\hbox{L}_{\odot}$}}
\def\Lsun{\thinspace\hbox{$\hbox{L}_{\odot}$}}
\def\Tsun{\thinspace\hbox{$\hbox{T}_{eff\odot}$}}
\def\zsun{\thinspace\hbox{$\hbox{Z}_{\odot}$}}
\def\gpar{\hbox{$g_{\parallel}$}}
\def\Ca{$\lambda\lambda$\thinspace\hbox{8498,8542,8662}~\AA}
\def\C2{$\lambda\lambda$\thinspace\hbox{8542,8662}~\AA}
\def\Mg{$\lambda$\thinspace\hbox{8807}~\AA}
\def\Fe{\hbox{$[Fe/H]$}}
\def\lg{\hbox{$log\thinspace\hbox{g}$}}
\def\lT{\hbox{$log\thinspace\hbox{T}_{eff}$}}
\def\Teff{\hbox{$T_{\rm eff}$}}
\def\etal   {{\sl et\nobreak\ al.\ }}
%
\def\integ{\int\limits}

   \thesaurus{       % A&A Section 6: Form. struct. and evolut. of stars
              (  % Cosmogony,
                % Planets and satellites: general,
                % Solar system: general,
                % Stars: formation of,
                 % Stars: oscillations of,
               )} % Stars: structure of.
%
~


\small
\begin{table*}
\caption[]{Synthetic Luminosities (I): Standard IMF ($\alpha$ =2.35, 
m$_{low}$ = 0.8 \msun, m$_{up}$ = 100 \msun), M$_{T} = 1 \times 10^{6}$ \msun)}
\begin{flushleft}
\begin{tabular}{rcccccc}
\hline
\noalign{\smallskip}
\multicolumn{1}{r}{} & \multicolumn{3}{c}{Z = 2.5 \zsun}& 
\multicolumn{3}{c}{Z = \zsun} \\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
$\log age$ & L at 2000 \AA &  L at 4850 \AA &  L at 2.17 $\mu m$ & 
L at 2000 \AA &  L at 4850 \AA &  L at 2.17 $\mu m$ \\
   yr~  & L/\Lsun   & L/\Lsun   & L/\Lsun & L/\Lsun   & L/\Lsun   & L/\Lsun \\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
   6.00&  0.400E+06&  0.231E+05&  0.322E+03&  0.327E+06&  0.196E+05&  0.387E+03 \\
   6.10&  0.441E+06&  0.254E+05&  0.310E+03&  0.341E+06&  0.204E+05&  0.388E+03 \\
   6.20&  0.477E+06&  0.277E+05&  0.280E+03&  0.377E+06&  0.222E+05&  0.361E+03 \\
   6.30&  0.546E+06&  0.334E+05&  0.243E+03&  0.412E+06&  0.243E+05&  0.335E+03 \\
   6.40&  0.469E+06&  0.309E+05&  0.216E+03&  0.465E+06&  0.282E+05&  0.290E+03 \\
   6.50&  0.368E+06&  0.307E+05&  0.192E+03&  0.487E+06&  0.333E+05&  0.294E+03 \\
   6.60&  0.225E+06&  0.220E+05&  0.125E+03&  0.272E+06&  0.260E+05&  0.180E+03 \\
   6.70&  0.221E+06&  0.211E+05&  0.106E+03&  0.192E+06&  0.171E+05&  0.131E+03 \\
   6.80&  0.111E+06&  0.321E+05&  0.120E+04&  0.142E+06&  0.191E+05&  0.323E+03 \\
   6.90&  0.797E+05&  0.897E+04&  0.147E+04&  0.939E+05&  0.167E+05&  0.655E+03 \\
   7.00&  0.562E+05&  0.672E+04&  0.954E+03&  0.677E+05&  0.834E+04&  0.683E+03 \\
   7.10&  0.411E+05&  0.556E+04&  0.911E+03&  0.482E+05&  0.770E+04&  0.612E+03 \\
   7.20&  0.318E+05&  0.471E+04&  0.507E+03&  0.373E+05&  0.552E+04&  0.442E+03 \\
   7.30&  0.238E+05&  0.392E+04&  0.485E+03&  0.281E+05&  0.424E+04&  0.292E+03 \\
   7.40&  0.179E+05&  0.328E+04&  0.278E+03&  0.221E+05&  0.380E+04&  0.272E+03 \\
   7.50&  0.138E+05&  0.290E+04&  0.248E+03&  0.164E+05&  0.314E+04&  0.187E+03 \\
   7.60&  0.102E+05&  0.242E+04&  0.180E+03&  0.130E+05&  0.286E+04&  0.147E+03 \\
   7.70&  0.755E+04&  0.211E+04&  0.145E+03&  0.965E+04&  0.250E+04&  0.125E+03 \\
   7.80&  0.564E+04&  0.193E+04&  0.308E+03&  0.740E+04&  0.208E+04&  0.927E+02 \\
   7.90&  0.399E+04&  0.168E+04&  0.273E+03&  0.557E+04&  0.183E+04&  0.217E+03 \\
   8.00&  0.294E+04&  0.140E+04&  0.203E+03&  0.409E+04&  0.161E+04&  0.231E+03 \\
   8.10&  0.202E+04&  0.121E+04&  0.177E+03&  0.300E+04&  0.136E+04&  0.177E+03 \\
   8.20&  0.136E+04&  0.100E+04&  0.144E+03&  0.210E+04&  0.119E+04&  0.171E+03 \\
   8.30&  0.909E+03&  0.847E+03&  0.100E+03&  0.146E+04&  0.983E+03&  0.137E+03 \\
   8.40&  0.572E+03&  0.718E+03&  0.951E+02&  0.991E+03&  0.840E+03&  0.993E+02 \\
   8.50&  0.326E+03&  0.590E+03&  0.874E+02&  0.622E+03&  0.716E+03&  0.828E+02 \\
   8.60&  0.190E+03&  0.474E+03&  0.539E+02&  0.377E+03&  0.598E+03&  0.806E+02 \\
   8.70&  0.913E+02&  0.400E+03&  0.499E+02&  0.230E+03&  0.490E+03&  0.509E+02 \\
   8.80&  0.415E+02&  0.332E+03&  0.444E+02&  0.132E+03&  0.409E+03&  0.460E+02 \\
   8.90&  0.153E+02&  0.273E+03&  0.379E+02&  0.640E+02&  0.338E+03&  0.393E+02 \\
   9.00&  0.525E+01&  0.228E+03&  0.347E+02&  0.321E+02&  0.291E+03&  0.374E+02 \\
   9.10&  0.172E+01&  0.191E+03&  0.323E+02&  0.137E+02&  0.234E+03&  0.457E+02 \\
   9.20&  0.610E+00&  0.159E+03&  0.480E+02&  0.637E+01&  0.178E+03&  0.293E+02 \\
   9.30&  0.154E+01&  0.135E+03&  0.431E+02&  0.274E+01&  0.139E+03&  0.234E+02 \\
   9.40&  0.491E+00&  0.105E+03&  0.356E+02&  0.112E+01&  0.111E+03&  0.200E+02 \\
   9.50&  0.123E+00&  0.900E+02&  0.334E+02&  0.637E+00&  0.895E+02&  0.172E+02 \\
   9.60&  0.107E+00&  0.711E+02&  0.389E+02&  0.283E+00&  0.757E+02&  0.159E+02 \\
   9.70&  0.860E--01&  0.527E+02&  0.278E+02&  0.809E+00&  0.591E+02&  0.121E+02 \\
   9.80&  0.813E+00&  0.441E+02&  0.244E+02&  0.511E+00&  0.454E+02&  0.927E+01 \\
   9.90&  0.349E+00&  0.334E+02&  0.193E+02&  0.933E--01&  0.377E+02&  0.840E+01 \\
  10.00&  0.946E--01&  0.284E+02&  0.180E+02&  0.473E+00&  0.311E+02&  0.728E+01 \\
  10.02&  0.865E+00&  0.277E+02&  0.176E+02&  0.271E+00&  0.299E+02&  0.712E+01 \\
  10.04&  0.554E-01&  0.261E+02&  0.172E+02&  0.917E--01&  0.289E+02&  0.695E+01 \\
  10.06&  0.624E--01&  0.227E+02&  0.143E+02&  0.178E+00&  0.277E+02&  0.680E+01 \\
  10.08&  0.452E+00&  0.221E+02&  0.140E+02&  0.400E+00&  0.265E+02&  0.662E+01 \\
  10.10&  0.624E--01&  0.214E+02&  0.138E+02&  0.664E--01&  0.242E+02&  0.580E+01 \\
  10.12&  0.470E+00&  0.206E+02&  0.137E+02&  0.765E--01&  0.233E+02&  0.569E+01 \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\end{table*}
\newpage
\small
\begin{table*}
\caption[]{Synthetic Luminosities (II): Standard IMF ($\alpha$ =2.35, 
m$_{low}$ = 0.8 \msun, m$_{up}$ = 100 \msun), M$_{T} = 1 \times 10^{6}$ \msun}
\begin{flushleft}
\begin{tabular}{rcccccc}
\hline
\noalign{\smallskip}
\multicolumn{1}{r}{} & \multicolumn{3}{c}{Z = 0.4 \zsun}& 
\multicolumn{3}{c}{Z = 0.2 \zsun} \\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
$\log age$ & L at 2000 \AA &  L at 4850 \AA &  L at 2.17 $\mu m$ & 
L at 2000 \AA &  L at 4850 \AA &  L at 2.17 $\mu m$ \\
   yr~  & L/\Lsun   & L/\Lsun   & L/\Lsun & L/\Lsun   & L/\Lsun   & L/\Lsun \\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
   6.00&  0.279E+06&  0.176E+05&  0.413E+03&  0.261E+06&  0.173E+05&  0.393E+03 \\
   6.10&  0.290E+06&  0.182E+05&  0.417E+03&  0.271E+06&  0.178E+05&  0.398E+03 \\
   6.20&  0.308E+06&  0.191E+05&  0.417E+03&  0.289E+06&  0.185E+05&  0.397E+03 \\
   6.30&  0.339E+06&  0.205E+05&  0.402E+03&  0.313E+06&  0.197E+05&  0.397E+03 \\
   6.40&  0.393E+06&  0.235E+05&  0.363E+03&  0.355E+06&  0.216E+05&  0.373E+03 \\
   6.50&  0.487E+06&  0.310E+05&  0.293E+03&  0.454E+06&  0.339E+05&  0.362E+03 \\
   6.60&  0.268E+06&  0.196E+05&  0.209E+03&  0.256E+06&  0.205E+05&  0.318E+03 \\
   6.70&  0.216E+06&  0.195E+05&  0.184E+03&  0.218E+06&  0.175E+05&  0.161E+03 \\
   6.80&  0.134E+06&  0.255E+05&  0.454E+03&  0.155E+06&  0.219E+05&  0.180E+03 \\
   6.90&  0.105E+06&  0.155E+05&  0.440E+03&  0.112E+06&  0.156E+05&  0.238E+03 \\
   7.00&  0.754E+05&  0.924E+04&  0.336E+03&  0.788E+05&  0.118E+05&  0.388E+03 \\
   7.10&  0.600E+05&  0.811E+04&  0.252E+03&  0.615E+05&  0.825E+04&  0.263E+03 \\
   7.20&  0.443E+05&  0.619E+04&  0.189E+03&  0.461E+05&  0.558E+04&  0.137E+03 \\
   7.30&  0.325E+05&  0.550E+04&  0.223E+03&  0.343E+05&  0.529E+04&  0.185E+03 \\
   7.40&  0.251E+05&  0.446E+04&  0.175E+03&  0.259E+05&  0.443E+04&  0.159E+03 \\
   7.50&  0.186E+05&  0.393E+04&  0.177E+03&  0.192E+05&  0.399E+04&  0.184E+03 \\
   7.60&  0.145E+05&  0.312E+04&  0.118E+03&  0.150E+05&  0.315E+04&  0.128E+03 \\
   7.70&  0.112E+05&  0.282E+04&  0.105E+03&  0.118E+05&  0.289E+04&  0.115E+03 \\
   7.80&  0.855E+04&  0.235E+04&  0.758E+02&  0.920E+04&  0.242E+04&  0.818E+02 \\
   7.90&  0.648E+04&  0.197E+04&  0.586E+02&  0.715E+04&  0.205E+04&  0.618E+02 \\
   8.00&  0.486E+04&  0.176E+04&  0.581E+02&  0.541E+04&  0.184E+04&  0.607E+02 \\
   8.10&  0.365E+04&  0.155E+04&  0.175E+03&  0.417E+04&  0.165E+04&  0.204E+03 \\
   8.20&  0.263E+04&  0.138E+04&  0.188E+03&  0.306E+04&  0.148E+04&  0.173E+03 \\
   8.30&  0.193E+04&  0.107E+04&  0.126E+03&  0.230E+04&  0.121E+04&  0.138E+03 \\
   8.40&  0.137E+04&  0.951E+03&  0.108E+03&  0.167E+04&  0.108E+04&  0.132E+03 \\
   8.50&  0.914E+03&  0.803E+03&  0.990E+02&  0.113E+04&  0.908E+03&  0.118E+03 \\
   8.60&  0.604E+03&  0.658E+03&  0.891E+02&  0.804E+03&  0.702E+03&  0.675E+02 \\
   8.70&  0.389E+03&  0.545E+03&  0.574E+02&  0.557E+03&  0.595E+03&  0.587E+02 \\
   8.80&  0.249E+03&  0.464E+03&  0.502E+02&  0.367E+03&  0.489E+03&  0.468E+02 \\
   8.90&  0.154E+03&  0.386E+03&  0.412E+02&  0.231E+03&  0.425E+03&  0.432E+02 \\
   9.00&  0.888E+02&  0.334E+03&  0.387E+02&  0.141E+03&  0.369E+03&  0.387E+02 \\
   9.10&  0.449E+02&  0.321E+03&  0.398E+02&  0.845E+02&  0.369E+03&  0.388E+02 \\
   9.20&  0.232E+02&  0.233E+03&  0.337E+02&  0.478E+02&  0.246E+03&  0.316E+02 \\
   9.30&  0.115E+02&  0.168E+03&  0.247E+02&  0.259E+02&  0.201E+03&  0.266E+02 \\
   9.40&  0.617E+01&  0.138E+03&  0.234E+02&  0.157E+02&  0.168E+03&  0.230E+02 \\
   9.50&  0.340E+01&  0.107E+03&  0.173E+02&  0.938E+01&  0.137E+03&  0.204E+02 \\
   9.60&  0.255E+01&  0.836E+02&  0.132E+02&  0.763E+01&  0.108E+03&  0.153E+02 \\
   9.70&  0.130E+01&  0.708E+02&  0.118E+02&  0.388E+01&  0.877E+02&  0.128E+02 \\
   9.80&  0.122E+01&  0.613E+02&  0.110E+02&  0.380E+01&  0.718E+02&  0.107E+02 \\
   9.90&  0.885E+00&  0.510E+02&  0.974E+01&  0.135E+01&  0.588E+02&  0.995E+01 \\
  10.00&  0.295E+00&  0.397E+02&  0.778E+01&  0.974E+00&  0.455E+02&  0.777E+01 \\
  10.02&  0.103E+01&  0.374E+02&  0.696E+01&  0.798E+00&  0.442E+02&  0.761E+01 \\
  10.04&  0.345E+00&  0.359E+02&  0.683E+01&  0.118E+01&  0.428E+02&  0.724E+01 \\
  10.06&  0.648E+00&  0.346E+02&  0.665E+01&  0.893E+00&  0.404E+02&  0.711E+01 \\
  10.08&  0.227E+00&  0.334E+02&  0.652E+01&  0.486E+00&  0.389E+02&  0.692E+01 \\
  10.10&  0.203E+00&  0.322E+02&  0.636E+01&  0.644E+00&  0.348E+02&  0.623E+01 \\
  10.12&  0.141E+00&  0.303E+02&  0.615E+01&  0.396E+00&  0.325E+02&  0.588E+01 \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\end{table*}
\newpage
\begin{table*}
\caption[]{Synthetic Calcium Triplet Equivalent Widths, according to 
J\o rgensen \etal\ (1992) theoretical calibrations (I). 

\noindent
Standard IMF ($\alpha$ =2.35, m$_{low}$ = 0.8 \msun, m$_{up}$ = 100 \msun),
M$_{T} = 1 \times 10^{6}$ \msun. EW(CaT) includes the lines at 8542, 8662 \AA} 
\begin{flushleft}
\begin{tabular}{ccccccc}
\multicolumn{1}{c}{} & \multicolumn{3}{c}{Z = 2.5 \zsun} & 
\multicolumn{3}{c}{Z = \zsun}  \\
\hline
\noalign{\smallskip}
  $\log age$ & Continuum & Intensity & EW(CaT) & Continuum & Intensity 
& EW(CaT) \\
   yr  & L/\Lsun   & L/\Lsun   & \AA & L/\Lsun   & L/\Lsun   & \AA \\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
  6.00 & 0.223E+04 & 0.362E+03 & 0.12 & 0.185E+04 & 0.544E+02 & 0.01\\
  6.10 & 0.238E+04 & 0.362E+03 & 0.12 & 0.194E+04 & 0.544E+02 & 0.01\\
  6.20 & 0.264E+04 & 0.362E+03 & 0.12 & 0.222E+04 & 0.544E+02 & 0.01\\
  6.30 & 0.303E+04 & 0.362E+03 & 0.12 & 0.253E+04 & 0.544E+02 & 0.01\\
  6.40 & 0.333E+04 & 0.362E+03 & 0.12 & 0.310E+04 & 0.544E+02 & 0.01\\
  6.50 & 0.376E+04 & 0.362E+03 & 0.12 & 0.383E+04 & 0.544E+02 & 0.01\\
  6.60 & 0.295E+04 & 0.362E+03 & 0.12 & 0.350E+04 & 0.385E+03 & 0.10\\
  6.70 & 0.283E+04 & 0.755E+03 & 0.26 & 0.234E+04 & 0.197E+04 & 0.75\\
  6.80 & 0.126E+05 & 0.137E+06 &10.86 & 0.418E+04 & 0.214E+05 & 5.08\\
  6.90 & 0.579E+04 & 0.749E+05 &12.94 & 0.657E+04 & 0.691E+05 &10.49\\
  7.00 & 0.342E+04 & 0.391E+05 &11.43 & 0.409E+04 & 0.421E+05 &10.28\\
  7.10 & 0.312E+04 & 0.352E+05 &11.28 & 0.361E+04 & 0.323E+05 & 8.94\\
  7.20 & 0.196E+04 & 0.187E+05 & 9.53 & 0.258E+04 & 0.225E+05 & 8.73\\
  7.30 & 0.193E+04 & 0.186E+05 & 9.67 & 0.175E+04 & 0.141E+05 & 8.08\\
  7.40 & 0.130E+04 & 0.106E+05 & 8.17 & 0.166E+04 & 0.132E+05 & 7.94\\
  7.50 & 0.123E+04 & 0.987E+04 & 8.02 & 0.124E+04 & 0.876E+04 & 7.07\\
  7.60 & 0.987E+03 & 0.727E+04 & 7.37 & 0.107E+04 & 0.700E+04 & 6.57\\
  7.70 & 0.854E+03 & 0.595E+04 & 6.97 & 0.951E+03 & 0.609E+04 & 6.41\\
  7.80 & 0.895E+03 & 0.736E+04 & 8.23 & 0.748E+03 & 0.432E+04 & 5.78\\
  7.90 & 0.769E+03 & 0.604E+04 & 7.85 & 0.878E+03 & 0.661E+04 & 7.52\\
  8.00 & 0.580E+03 & 0.406E+04 & 7.00 & 0.831E+03 & 0.634E+04 & 7.63\\
  8.10 & 0.515E+03 & 0.350E+04 & 6.80 & 0.645E+03 & 0.451E+04 & 6.99\\
  8.20 & 0.428E+03 & 0.279E+04 & 6.51 & 0.592E+03 & 0.411E+04 & 6.94\\
  8.30 & 0.355E+03 & 0.208E+04 & 5.87 & 0.477E+03 & 0.315E+04 & 6.61\\
  8.40 & 0.323E+03 & 0.193E+04 & 5.96 & 0.387E+03 & 0.230E+04 & 5.95\\
  8.50 & 0.291E+03 & 0.177E+04 & 6.08 & 0.346E+03 & 0.200E+04 & 5.79\\
  8.60 & 0.233E+03 & 0.129E+04 & 5.53 & 0.312E+03 & 0.185E+04 & 5.92\\
  8.70 & 0.218E+03 & 0.131E+04 & 6.01 & 0.253E+03 & 0.139E+04 & 5.50\\
  8.80 & 0.190E+03 & 0.114E+04 & 6.00 & 0.226E+03 & 0.126E+04 & 5.57\\
  8.90 & 0.169E+03 & 0.104E+04 & 6.18 & 0.199E+03 & 0.111E+04 & 5.58\\
  9.00 & 0.154E+03 & 0.111E+04 & 7.21 & 0.186E+03 & 0.107E+04 & 5.77\\
  9.10 & 0.141E+03 & 0.112E+04 & 7.93 & 0.179E+03 & 0.116E+04 & 6.51\\
  9.20 & 0.142E+03 & 0.126E+04 & 8.85 & 0.137E+03 & 0.894E+03 & 6.55\\
  9.30 & 0.119E+03 & 0.107E+04 & 8.93 & 0.109E+03 & 0.764E+03 & 7.02\\
  9.40 & 0.920E+02 & 0.830E+03 & 9.02 & 0.895E+02 & 0.635E+03 & 7.09\\
  9.50 & 0.774E+02 & 0.700E+03 & 9.05 & 0.751E+02 & 0.536E+03 & 7.14\\
  9.60 & 0.793E+02 & 0.748E+03 & 9.42 & 0.668E+02 & 0.481E+03 & 7.20\\
  9.70 & 0.558E+02 & 0.517E+03 & 9.26 & 0.511E+02 & 0.369E+03 & 7.21\\
  9.80 & 0.466E+02 & 0.432E+03 & 9.27 & 0.390E+02 & 0.281E+03 & 7.20\\
  9.90 & 0.351E+02 & 0.324E+03 & 9.22 & 0.345E+02 & 0.252E+03 & 7.30\\
 10.00 & 0.300E+02 & 0.278E+03 & 9.27 & 0.291E+02 & 0.212E+03 & 7.29\\
 10.02 & 0.292E+02 & 0.272E+03 & 9.31 & 0.282E+02 & 0.206E+03 & 7.29\\
 10.04 & 0.276E+02 & 0.258E+03 & 9.37 & 0.277E+02 & 0.204E+03 & 7.36\\
 10.06 & 0.236E+02 & 0.218E+03 & 9.26 & 0.265E+02 & 0.194E+03 & 7.30\\
 10.08 & 0.226E+02 & 0.209E+03 & 9.23 & 0.258E+02 & 0.189E+03 & 7.33\\
 10.10 & 0.222E+02 & 0.206E+03 & 9.28 & 0.231E+02 & 0.168E+03 & 7.29\\
 10.12 & 0.215E+02 & 0.200E+03 & 9.28 & 0.225E+02 & 0.165E+03 & 7.32\\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\end{table*}

\begin{table*}
\caption[]{Synthetic Calcium Triplet Equivalent Widths, according to 
J\o rgensen \etal\ (1992) theoretical calibrations (II). 

\noindent
Standard IMF ($\alpha$ =2.35, m$_{low}$ = 0.8 \msun, m$_{up}$ = 100 \msun),
M$_{T} = 1 \times 10^{6}$ \msun. EW(CaT) includes the lines at 8542, 8662 \AA} 
\begin{flushleft}
\begin{tabular}{ccccccc}
\multicolumn{1}{c}{} & \multicolumn{3}{c}{Z = 0.4 \zsun} & 
\multicolumn{3}{c}{Z = 0.2 \zsun}  \\
\hline
\noalign{\smallskip}
  $\log age$ & Continuum & Intensity & EW(CaT) & Continuum & Intensity 
& EW(CaT) \\
   yr  & L/\Lsun   & L/\Lsun   & \AA & L/\Lsun   & L/\Lsun   & \AA \\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
  6.00 & 0.148E+04 & 0.296E+02 & 0.01 & 0.133E+04 & 0.885E+01 & 0.00\\
  6.10 & 0.154E+04 & 0.296E+02 & 0.01 & 0.137E+04 & 0.885E+01 & 0.00\\
  6.20 & 0.165E+04 & 0.296E+02 & 0.01 & 0.144E+04 & 0.885E+01 & 0.00\\
  6.30 & 0.186E+04 & 0.296E+02 & 0.01 & 0.159E+04 & 0.887E+01 & 0.00\\
  6.40 & 0.230E+04 & 0.296E+02 & 0.01 & 0.188E+04 & 0.887E+01 & 0.00\\
  6.50 & 0.344E+04 & 0.296E+02 & 0.01 & 0.376E+04 & 0.887E+01 & 0.00\\
  6.60 & 0.240E+04 & 0.536E+02 & 0.02 & 0.262E+04 & 0.292E+04 & 0.74\\
  6.70 & 0.294E+04 & 0.486E+04 & 1.49 & 0.241E+04 & 0.218E+04 & 0.76\\
  6.80 & 0.685E+04 & 0.323E+05 & 4.64 & 0.377E+04 & 0.502E+03 & 0.13\\
  6.90 & 0.467E+04 & 0.245E+05 & 5.20 & 0.346E+04 & 0.731E+04 & 2.07\\
  7.00 & 0.282E+04 & 0.149E+05 & 5.25 & 0.367E+04 & 0.140E+05 & 3.79\\
  7.10 & 0.224E+04 & 0.974E+04 & 4.34 & 0.239E+04 & 0.849E+04 & 3.54\\
  7.20 & 0.168E+04 & 0.702E+04 & 4.17 & 0.137E+04 & 0.403E+04 & 2.92\\
  7.30 & 0.178E+04 & 0.842E+04 & 4.73 & 0.162E+04 & 0.561E+04 & 3.47\\
  7.40 & 0.142E+04 & 0.621E+04 & 4.36 & 0.140E+04 & 0.466E+04 & 3.33\\
  7.50 & 0.139E+04 & 0.631E+04 & 4.54 & 0.151E+04 & 0.549E+04 & 3.64\\
  7.60 & 0.102E+04 & 0.408E+04 & 4.02 & 0.112E+04 & 0.375E+04 & 3.35\\
  7.70 & 0.933E+03 & 0.360E+04 & 3.86 & 0.103E+04 & 0.328E+04 & 3.19\\
  7.80 & 0.727E+03 & 0.247E+04 & 3.40 & 0.800E+03 & 0.230E+04 & 2.88\\
  7.90 & 0.593E+03 & 0.181E+04 & 3.05 & 0.650E+03 & 0.171E+04 & 2.63\\
  8.00 & 0.572E+03 & 0.176E+04 & 3.09 & 0.618E+03 & 0.165E+04 & 2.67\\
  8.10 & 0.766E+03 & 0.407E+04 & 5.31 & 0.991E+03 & 0.443E+04 & 4.47\\
  8.20 & 0.756E+03 & 0.427E+04 & 5.66 & 0.871E+03 & 0.369E+04 & 4.24\\
  8.30 & 0.539E+03 & 0.280E+04 & 5.19 & 0.679E+03 & 0.271E+04 & 3.99\\
  8.40 & 0.489E+03 & 0.248E+04 & 5.06 & 0.640E+03 & 0.268E+04 & 4.19\\
  8.50 & 0.444E+03 & 0.226E+04 & 5.09 & 0.576E+03 & 0.245E+04 & 4.26\\
  8.60 & 0.387E+03 & 0.197E+04 & 5.11 & 0.388E+03 & 0.148E+04 & 3.82\\
  8.70 & 0.300E+03 & 0.140E+04 & 4.68 & 0.347E+03 & 0.133E+04 & 3.82\\
  8.80 & 0.267E+03 & 0.125E+04 & 4.69 & 0.285E+03 & 0.104E+04 & 3.67\\
  8.90 & 0.230E+03 & 0.105E+04 & 4.58 & 0.262E+03 & 0.973E+03 & 3.71\\
  9.00 & 0.212E+03 & 0.986E+03 & 4.65 & 0.237E+03 & 0.890E+03 & 3.75\\
  9.10 & 0.223E+03 & 0.109E+04 & 4.89 & 0.251E+03 & 0.977E+03 & 3.89\\
  9.20 & 0.175E+03 & 0.889E+03 & 5.06 & 0.186E+03 & 0.737E+03 & 3.96\\
  9.30 & 0.130E+03 & 0.676E+03 & 5.22 & 0.155E+03 & 0.614E+03 & 3.97\\
  9.40 & 0.118E+03 & 0.662E+03 & 5.59 & 0.135E+03 & 0.548E+03 & 4.06\\
  9.50 & 0.880E+02 & 0.498E+03 & 5.66 & 0.115E+03 & 0.485E+03 & 4.20\\
  9.60 & 0.673E+02 & 0.383E+03 & 5.68 & 0.894E+02 & 0.381E+03 & 4.26\\
  9.70 & 0.593E+02 & 0.341E+03 & 5.76 & 0.738E+02 & 0.323E+03 & 4.37\\
  9.80 & 0.530E+02 & 0.308E+03 & 5.81 & 0.610E+02 & 0.271E+03 & 4.44\\
  9.90 & 0.457E+02 & 0.268E+03 & 5.87 & 0.549E+02 & 0.251E+03 & 4.57\\
 10.00 & 0.364E+02 & 0.215E+03 & 5.92 & 0.429E+02 & 0.196E+03 & 4.58\\
 10.02 & 0.333E+02 & 0.197E+03 & 5.91 & 0.421E+02 & 0.193E+03 & 4.59\\
 10.04 & 0.325E+02 & 0.192E+03 & 5.91 & 0.404E+02 & 0.186E+03 & 4.59\\
 10.06 & 0.313E+02 & 0.186E+03 & 5.93 & 0.392E+02 & 0.181E+03 & 4.62\\
 10.08 & 0.307E+02 & 0.182E+03 & 5.94 & 0.381E+02 & 0.176E+03 & 4.64\\
 10.10 & 0.296E+02 & 0.175E+03 & 5.94 & 0.341E+02 & 0.158E+03 & 4.64\\
 10.12 & 0.287E+02 & 0.171E+03 & 5.95 & 0.323E+02 & 0.150E+03 & 4.65\\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\end{table*}

\begin{table*}
\caption[]{Synthetic Calcium Triplet Equivalent Widths, according to 
D\'{\i}az \etal\ (1989) empirical calibrations (I). 

\noindent
Standard IMF ($\alpha$ =2.35, m$_{low}$ = 0.8 \msun, m$_{up}$ = 100 \msun),
M$_{T} = 1 \times 10^{6}$ \msun. EW(CaT) includes the lines at 8542, 8662 \AA} 
\begin{flushleft}
\begin{tabular}{ccccccc}
\multicolumn{1}{c}{} & \multicolumn{3}{c}{Z = 2.5 \zsun} & 
\multicolumn{3}{c}{Z = \zsun} \\
\hline
\noalign{\smallskip}
  $\log age$ & Continuum & Intensity & EW(CaT) & Continuum & Intensity 
& EW(CaT) \\
   yr  & L/\Lsun   & L/\Lsun   & \AA & L/\Lsun   & L/\Lsun   & \AA \\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
  6.00 & 0.223E+04 & 0.321E+03 & 0.10 & 0.168E+04 & 0.534E+02 & 0.01\\
  6.10 & 0.238E+04 & 0.321E+03 & 0.10 & 0.176E+04 & 0.534E+02 & 0.01\\
  6.20 & 0.264E+04 & 0.321E+03 & 0.10 & 0.202E+04 & 0.534E+02 & 0.01\\
  6.30 & 0.303E+04 & 0.321E+03 & 0.10 & 0.230E+04 & 0.534E+02 & 0.01\\
  6.40 & 0.333E+04 & 0.321E+03 & 0.10 & 0.281E+04 & 0.534E+02 & 0.01\\
  6.50 & 0.376E+04 & 0.321E+03 & 0.10 & 0.348E+04 & 0.534E+02 & 0.01\\
  6.60 & 0.295E+04 & 0.321E+03 & 0.10 & 0.350E+04 & 0.423E+03 & 0.11\\
  6.70 & 0.283E+04 & 0.613E+03 & 0.21 & 0.234E+04 & 0.190E+04 & 0.72\\
  6.80 & 0.126E+05 & 0.112E+06 & 8.82 & 0.418E+04 & 0.207E+05 & 4.90\\
  6.90 & 0.579E+04 & 0.671E+05 &11.59 & 0.657E+04 & 0.685E+05 &10.40\\
  7.00 & 0.342E+04 & 0.364E+05 &10.64 & 0.409E+04 & 0.433E+05 &10.56\\
  7.10 & 0.312E+04 & 0.335E+05 &10.73 & 0.361E+04 & 0.345E+05 & 9.55\\
  7.20 & 0.196E+04 & 0.181E+05 & 9.20 & 0.258E+04 & 0.244E+05 & 9.46\\
  7.30 & 0.193E+04 & 0.182E+05 & 9.44 & 0.175E+04 & 0.155E+05 & 8.87\\
  7.40 & 0.130E+04 & 0.105E+05 & 8.04 & 0.166E+04 & 0.147E+05 & 8.82\\
  7.50 & 0.123E+04 & 0.975E+04 & 7.92 & 0.124E+04 & 0.986E+04 & 7.97\\
  7.60 & 0.987E+03 & 0.719E+04 & 7.28 & 0.107E+04 & 0.786E+04 & 7.38\\
  7.70 & 0.854E+03 & 0.580E+04 & 6.79 & 0.951E+03 & 0.680E+04 & 7.15\\
  7.80 & 0.895E+03 & 0.734E+04 & 8.21 & 0.748E+03 & 0.479E+04 & 6.41\\
  7.90 & 0.769E+03 & 0.603E+04 & 7.84 & 0.878E+03 & 0.758E+04 & 8.64\\
  8.00 & 0.580E+03 & 0.403E+04 & 6.94 & 0.831E+03 & 0.734E+04 & 8.83\\
  8.10 & 0.515E+03 & 0.346E+04 & 6.71 & 0.645E+03 & 0.523E+04 & 8.11\\
  8.20 & 0.428E+03 & 0.277E+04 & 6.47 & 0.592E+03 & 0.480E+04 & 8.11\\
  8.30 & 0.355E+03 & 0.205E+04 & 5.79 & 0.477E+03 & 0.373E+04 & 7.81\\
  8.40 & 0.323E+03 & 0.190E+04 & 5.88 & 0.387E+03 & 0.271E+04 & 7.02\\
  8.50 & 0.291E+03 & 0.175E+04 & 6.02 & 0.346E+03 & 0.237E+04 & 6.85\\
  8.60 & 0.233E+03 & 0.126E+04 & 5.39 & 0.312E+03 & 0.220E+04 & 7.05\\
  8.70 & 0.218E+03 & 0.127E+04 & 5.82 & 0.253E+03 & 0.162E+04 & 6.42\\
  8.80 & 0.190E+03 & 0.112E+04 & 5.89 & 0.226E+03 & 0.148E+04 & 6.57\\
  8.90 & 0.169E+03 & 0.102E+04 & 6.07 & 0.199E+03 & 0.131E+04 & 6.59\\
  9.00 & 0.154E+03 & 0.111E+04 & 7.22 & 0.186E+03 & 0.127E+04 & 6.84\\
  9.10 & 0.141E+03 & 0.113E+04 & 7.97 & 0.179E+03 & 0.142E+04 & 7.95\\
  9.20 & 0.142E+03 & 0.129E+04 & 9.07 & 0.137E+03 & 0.110E+04 & 8.04\\
  9.30 & 0.119E+03 & 0.111E+04 & 9.25 & 0.109E+03 & 0.935E+03 & 8.59\\
  9.40 & 0.920E+02 & 0.854E+03 & 9.28 & 0.895E+02 & 0.767E+03 & 8.56\\
  9.50 & 0.774E+02 & 0.726E+03 & 9.38 & 0.751E+02 & 0.642E+03 & 8.55\\
  9.60 & 0.793E+02 & 0.787E+03 & 9.92 & 0.668E+02 & 0.573E+03 & 8.57\\
  9.70 & 0.558E+02 & 0.542E+03 & 9.71 & 0.511E+02 & 0.437E+03 & 8.54\\
  9.80 & 0.466E+02 & 0.452E+03 & 9.69 & 0.390E+02 & 0.330E+03 & 8.46\\
  9.90 & 0.351E+02 & 0.338E+03 & 9.62 & 0.345E+02 & 0.296E+03 & 8.57\\
 10.00 & 0.300E+02 & 0.293E+03 & 9.76 & 0.291E+02 & 0.250E+03 & 8.59\\
 10.02 & 0.292E+02 & 0.286E+03 & 9.78 & 0.282E+02 & 0.243E+03 & 8.60\\
 10.04 & 0.276E+02 & 0.272E+03 & 9.85 & 0.277E+02 & 0.240E+03 & 8.67\\
 10.06 & 0.236E+02 & 0.227E+03 & 9.65 & 0.265E+02 & 0.228E+03 & 8.60\\
 10.08 & 0.226E+02 & 0.218E+03 & 9.65 & 0.258E+02 & 0.223E+03 & 8.63\\
 10.10 & 0.222E+02 & 0.216E+03 & 9.72 & 0.231E+02 & 0.198E+03 & 8.57\\
 10.12 & 0.215E+02 & 0.210E+03 & 9.75 & 0.225E+02 & 0.193E+03 & 8.57\\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\end{table*}

\begin{table*}
\caption[]{Synthetic Calcium Triplet Equivalent Widths, according to 
D\'{\i}az \etal\ (1989) empirical calibrations (II). 

\noindent
Standard IMF ($\alpha$ =2.35, m$_{low}$ = 0.8 \msun, m$_{up}$ = 100 \msun),
M$_{T} = 1 \times 10^{6}$ \msun. EW(CaT) includes the lines at 8542, 8662 \AA} 
\begin{flushleft}
\begin{tabular}{ccccccc}
\multicolumn{1}{c}{} & \multicolumn{3}{c}{Z = 0.4 \zsun} & 
\multicolumn{3}{c}{Z = 0.2 \zsun} \\
\hline
\noalign{\smallskip}
  $\log age$ & Continuum & Intensity & EW(CaT) & Continuum & Intensity 
& EW(CaT) \\
   yr  & L/\Lsun   & L/\Lsun   & \AA & L/\Lsun   & L/\Lsun   & \AA \\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
  6.00 & 0.135E+04 & 0.307E+02 & 0.01 & 0.120E+04 & 0.138E+02 & 0.00\\
  6.10 & 0.140E+04 & 0.307E+02 & 0.01 & 0.124E+04 & 0.138E+02 & 0.00\\
  6.20 & 0.150E+04 & 0.307E+02 & 0.01 & 0.131E+04 & 0.138E+02 & 0.00\\
  6.30 & 0.168E+04 & 0.307E+02 & 0.01 & 0.144E+04 & 0.139E+02 & 0.00\\
  6.40 & 0.209E+04 & 0.307E+02 & 0.01 & 0.170E+04 & 0.139E+02 & 0.00\\
  6.50 & 0.312E+04 & 0.307E+02 & 0.01 & 0.341E+04 & 0.139E+02 & 0.00\\
  6.60 & 0.240E+04 & 0.563E+02 & 0.02 & 0.262E+04 & 0.391E+04 & 0.99\\
  6.70 & 0.294E+04 & 0.450E+04 & 1.37 & 0.241E+04 & 0.316E+04 & 1.11\\
  6.80 & 0.685E+04 & 0.340E+05 & 4.89 & 0.377E+04 & 0.858E+03 & 0.22\\
  6.90 & 0.467E+04 & 0.236E+05 & 5.00 & 0.346E+04 & 0.950E+04 & 2.68\\
  7.00 & 0.282E+04 & 0.148E+05 & 5.24 & 0.367E+04 & 0.177E+05 & 4.79\\
  7.10 & 0.224E+04 & 0.997E+04 & 4.45 & 0.239E+04 & 0.109E+05 & 4.54\\
  7.20 & 0.168E+04 & 0.734E+04 & 4.36 & 0.137E+04 & 0.529E+04 & 3.84\\
  7.30 & 0.178E+04 & 0.901E+04 & 5.06 & 0.162E+04 & 0.745E+04 & 4.61\\
  7.40 & 0.142E+04 & 0.676E+04 & 4.75 & 0.140E+04 & 0.629E+04 & 4.50\\
  7.50 & 0.139E+04 & 0.705E+04 & 5.07 & 0.151E+04 & 0.755E+04 & 5.00\\
  7.60 & 0.102E+04 & 0.467E+04 & 4.60 & 0.112E+04 & 0.528E+04 & 4.71\\
  7.70 & 0.933E+03 & 0.421E+04 & 4.52 & 0.103E+04 & 0.468E+04 & 4.56\\
  7.80 & 0.727E+03 & 0.295E+04 & 4.05 & 0.800E+03 & 0.335E+04 & 4.19\\
  7.90 & 0.593E+03 & 0.219E+04 & 3.69 & 0.650E+03 & 0.250E+04 & 3.84\\
  8.00 & 0.572E+03 & 0.216E+04 & 3.78 & 0.618E+03 & 0.246E+04 & 3.97\\
  8.10 & 0.766E+03 & 0.482E+04 & 6.30 & 0.991E+03 & 0.627E+04 & 6.33\\
  8.20 & 0.756E+03 & 0.510E+04 & 6.74 & 0.871E+03 & 0.536E+04 & 6.15\\
  8.30 & 0.539E+03 & 0.334E+04 & 6.20 & 0.679E+03 & 0.394E+04 & 5.81\\
  8.40 & 0.489E+03 & 0.298E+04 & 6.09 & 0.640E+03 & 0.407E+04 & 6.36\\
  8.50 & 0.444E+03 & 0.273E+04 & 6.15 & 0.576E+03 & 0.367E+04 & 6.37\\
  8.60 & 0.387E+03 & 0.239E+04 & 6.18 & 0.388E+03 & 0.221E+04 & 5.70\\
  8.70 & 0.300E+03 & 0.172E+04 & 5.73 & 0.347E+03 & 0.197E+04 & 5.68\\
  8.80 & 0.267E+03 & 0.153E+04 & 5.72 & 0.285E+03 & 0.156E+04 & 5.46\\
  8.90 & 0.230E+03 & 0.129E+04 & 5.61 & 0.262E+03 & 0.145E+04 & 5.54\\
  9.00 & 0.212E+03 & 0.122E+04 & 5.78 & 0.237E+03 & 0.133E+04 & 5.60\\
  9.10 & 0.223E+03 & 0.137E+04 & 6.16 & 0.251E+03 & 0.147E+04 & 5.84\\
  9.20 & 0.175E+03 & 0.113E+04 & 6.44 & 0.186E+03 & 0.111E+04 & 5.93\\
  9.30 & 0.130E+03 & 0.874E+03 & 6.74 & 0.155E+03 & 0.923E+03 & 5.97\\
  9.40 & 0.118E+03 & 0.850E+03 & 7.18 & 0.135E+03 & 0.825E+03 & 6.12\\
  9.50 & 0.880E+02 & 0.638E+03 & 7.25 & 0.115E+03 & 0.731E+03 & 6.34\\
  9.60 & 0.673E+02 & 0.486E+03 & 7.21 & 0.894E+02 & 0.584E+03 & 6.53\\
  9.70 & 0.593E+02 & 0.431E+03 & 7.27 & 0.738E+02 & 0.495E+03 & 6.70\\
  9.80 & 0.530E+02 & 0.388E+03 & 7.31 & 0.610E+02 & 0.412E+03 & 6.75\\
  9.90 & 0.457E+02 & 0.336E+03 & 7.36 & 0.549E+02 & 0.378E+03 & 6.88\\
 10.00 & 0.364E+02 & 0.270E+03 & 7.41 & 0.429E+02 & 0.295E+03 & 6.87\\
 10.02 & 0.333E+02 & 0.245E+03 & 7.35 & 0.421E+02 & 0.289E+03 & 6.87\\
 10.04 & 0.325E+02 & 0.240E+03 & 7.38 & 0.404E+02 & 0.277E+03 & 6.86\\
 10.06 & 0.313E+02 & 0.233E+03 & 7.43 & 0.392E+02 & 0.271E+03 & 6.91\\
 10.08 & 0.307E+02 & 0.228E+03 & 7.43 & 0.381E+02 & 0.263E+03 & 6.92\\
 10.10 & 0.296E+02 & 0.219E+03 & 7.42 & 0.341E+02 & 0.237E+03 & 6.94\\
 10.12 & 0.287E+02 & 0.214E+03 & 7.45 & 0.323E+02 & 0.225E+03 & 6.95\\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\end{table*}
\newpage
\begin{table*}
\caption[]{Two-Populations 
composite models according to J\o rgensen \etal (1992) calibrations.}
\begin{flushleft}
\begin{tabular}{rccrcrcr}
\multicolumn{2}{c}{} & \multicolumn{2}{c}{Z = 2.5 \zsun}& 
\multicolumn{2}{c}{Z = \zsun} 
& \multicolumn{2}{c}{Z = 0.4 \zsun} \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
P & Age & EW(CaT) & EW(H$_{\beta}$) &                EW(CaT) & EW(H$_{\beta}$) &                EW(CaT) & EW(H$_{\beta}$) \\
~ & Myr & \AA\ & \AA~~~~ &                \AA\ & \AA~~~~ & \AA\ & \AA~~~~ \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
 --- & ~2.5 &   0.11&   88.4    &   0.02&  184.7 &   0.01&  320.3\\
 --- & ~ 5 &   0.27&   16.7      &   0.84&   83.9 &   1.65&   75.3\\
 --- & ~~8 &  12.94& ---  & 10.52& --- &  5.25& --- \\
 --- & ~12 &  11.28& ---  &  8.95& --- &  4.35& --- \\
 --- & 10$^{4}$ &   7.28& --- &  5.91& --- & 4.58 & --- \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
--- & ~2.5 + ~8 &   8.25&   68.5  &   7.15 &  116.0 &   3.52 &  193.0 \\
--- & ~2.5 + 12 &   5.51&   75.0  &   4.82 &  145.1 &   2.15 &  238.1 \\
--- & ~~5 + ~~8 &   8.78&   11.7  &   7.98 &   42.4 &   3.86 &   41.9 \\
--- & ~~5 + ~12 &   6.04&   13.2  &   5.76 &   57.8 &   2.82 &   53.2 \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
   0.10& ~ &   7.01 &   22.8  &   5.68 &   46.4 &   4.45 &   67.3 \\
   0.30& ~ &   6.52 &   45.1  &   5.27 &   92.6 &   4.22 &  142.1 \\
   0.50& ~ &   6.09 &   56.1  &   4.92 &  115.7 &   4.02 &  182.8 \\
   0.80& ~ &   5.55 &   65.0  &   4.47 &  134.6 &   3.74 &  217.8 \\
   1.00& ~2.5 + 10$^{4}$ &   5.24 &   68.7  &   4.22 &  142.3 &   3.58 &  232.7 \\
   5.00& ~ &   2.50 &   83.6  &   1.97 &  174.3 &   1.93 &  297.9 \\
  10.00& ~ &   1.54 &   86.0  &   1.19 &  179.3 &   1.23 &  308.7 \\
  30.00& ~ &   0.66 &   87.6  &   0.47 &  182.8 &   0.50 &  316.3 \\
  50.00& ~ &   0.45 &   87.9  &   0.30 &  183.6 &   0.32 &  317.9 \\
 100.00& ~ &   0.28 &   88.2  &   0.16 &  184.1 &   0.17 &  319.1 \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
   0.10& ~ &   7.01 &    3.7  &   5.66 &   21.1 &   4.44 &   16.8 \\
   0.30& ~ &   6.51 &    7.7  &   5.24 &   42.2 &   4.22 &   34.8 \\
   0.50& ~ &   6.09 &    9.8  &   4.89 &   52.6 &   4.03 &   44.3 \\
   0.80& ~ &   5.54 &   11.6  &   4.45 &   61.2 &   3.79 &   52.4 \\
   1.00& ~5 + 10$^{4}$ &   5.24 &   12.4  &   4.21 &   64.7 &   3.65 &   55.8 \\
   5.00& ~ &   2.56 &   15.6  &   2.28 &   79.2 &   2.54 &   70.4 \\
  10.00& ~ &   1.64 &   16.1  &   1.68 &   81.5 &   2.17 &   72.7 \\
  30.00& ~ &   0.79 &   16.5  &   1.16 &   83.1 &   1.85 &   74.4 \\
  50.00& ~ &   0.59 &   16.6  &   1.04 &   83.4 &   1.77 &   74.7 \\
 100.00& ~ &   0.43 &   16.6  &   0.94 &   83.6 &   1.72 &   75.0 \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table*}

\newpage
\begin{table*}
\caption[]{Three-Populations 
composite models according to J\o rgensen \etal (1992) calibrations.}
\begin{flushleft}
\begin{tabular}{rccrcrcr}
\multicolumn{2}{c}{} & \multicolumn{2}{c}{Z = 2.5 \zsun}& 
\multicolumn{2}{c}{Z = \zsun} 
& \multicolumn{2}{c}{Z = 0.4 \zsun} \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
P & Age & EW(CaT) & EW(H$_{\beta}$) &                EW(CaT) & EW(H$_{\beta}$) &                EW(CaT) & EW(H$_{\beta}$) \\
~ & Myr & \AA\ & \AA~~~~ &                \AA\ & \AA~~~~ & \AA\ & \AA~~~~ \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
   0.10& ~ &   7.35 &   16.0  &          5.98&   23.3 &  4.53 &   35.4 \\
   0.30& ~ &   7.46 &   32.8  &          6.09&   49.9 &  4.45 &   77.8 \\
   0.50& ~ &   7.55 &   41.4  &          6.19&   64.6 &  4.38 &  102.2 \\
   0.80& ~ &   7.65 &   48.6  &          6.31&   77.5 &  4.30 &  124.1 \\
   1.00& ~2.5 + 8 + 10$^{4}$ &   7.70 &   51.6  &          6.37&   83.0 &  4.26 &  133.6 \\
   5.00& ~ &   8.05 &   64.3  &          6.84&  107.4 &  3.85 &  177.2 \\
  10.00& ~ &   8.14 &   66.4  &          6.97&  111.5 &  3.72 &  184.8 \\
  30.00& ~ &   8.21 &   67.8  &          7.09&  114.5 &  3.60 &  190.2 \\
  50.00& ~ &   8.23 &   68.1  &          7.11&  115.1 &  3.57 &  191.3 \\
 100.00& ~ &   8.24 &   68.3  &          7.13&  115.5 &  3.54 &  192.1 \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
   0.10& ~ &   7.18 &   18.0  &          5.85&   32.2 &  4.48 &   47.1 \\
   0.30& ~ &   7.02 &   36.5  &          5.75&   66.9 &  4.32 &  101.3 \\
   0.50& ~ &   6.88 &   45.9  &          5.66&   85.2 &  4.19 &  131.6 \\
   0.80& ~ &   6.71 &   53.7  &          5.56&  100.8 &  4.01 &  158.1 \\
   1.00& ~2.5 + 12 + 10$^{4}$ &   6.62 &   56.9  &          5.51&  107.4 &  3.91 &  169.5 \\
   5.00& ~ &   5.96 &   70.5  &          5.10&  135.5 &  2.99 &  220.3 \\
  10.00& ~ &   5.77 &   72.7  &          4.98&  140.1 &  2.66 &  228.8 \\
  30.00& ~ &   5.61 &   74.2  &          4.88&  143.4 &  2.35 &  234.9 \\
  50.00& ~ &   5.57 &   74.5  &          4.86&  144.0 &  2.27 &  236.2 \\
 100.00& ~ &   5.54 &   74.7  &          4.84&  144.5 &  2.21 &  237.2 \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
   0.10& ~ &   7.40 &    2.4  &          6.04&    8.0 &  4.53 &    7.8 \\
   0.30& ~ &   7.57 &    5.1  &          6.25&   17.4 &  4.47 &   17.1 \\
   0.50& ~ &   7.71 &    6.6  &          6.43&   22.8 &  4.42 &   22.4 \\
   0.80& ~ &   7.87 &    7.9  &          6.63&   27.6 &  4.36 &   27.1 \\
   1.00& ~5 + ~8 + 10$^{4}$ &   7.95 &    8.5  &          6.74&   29.7 &  4.32 &   29.2 \\
   5.00& ~ &   8.48 &   10.9  &          7.50&   39.1 &  4.05 &   38.6 \\
  10.00& ~ &   8.61 &   11.3  &          7.71&   40.7 &  3.97 &   40.2 \\
  30.00& ~ &   8.72 &   11.6  &          7.88&   41.8 &  3.90 &   41.3 \\
  50.00& ~ &   8.74 &   11.6  &          7.92&   42.1 &  3.88 &   41.6 \\
 100.00& ~ &   8.76 &   11.7  &          7.95&   42.3 &  3.87 &   41.7 \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
   0.10& ~ &   7.21 &    2.8  &          5.90&   12.2 &  4.48 &   10.9 \\
   0.30& ~ &   7.09 &    5.9  &          5.88&   25.7 &  4.34 &   23.1 \\
   0.50& ~ &   6.99 &    7.6  &          5.87&   33.1 &  4.21 &   29.9 \\
   0.80& ~ &   6.87 &    9.0  &          5.85&   39.4 &  4.06 &   35.7 \\
   1.00& ~5 + ~12 + 10$^{4}$ &   6.80 &    9.6  &          5.85&   42.1 &  3.98 &   38.2 \\
   5.00& ~ &   6.34 &   12.3  &          5.79&   53.8 &  3.31 &   49.3 \\
  10.00& ~ &   6.21 &   12.7  &          5.78&   55.7 &  3.11 &   51.2 \\
  30.00& ~ &   6.11 &   13.0  &          5.77&   57.1 &  2.93 &   52.5 \\
  50.00& ~ &   6.08 &   13.1  &          5.76&   57.4 &  2.88 &   52.7 \\
 100.00& ~ &   6.06 &   13.2  &          5.76&   57.6 &  2.85 &   52.9 \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table*}
\newpage
\begin{table*}
\caption[]{Two-Populations composite models according to D\'{\i}az \etal\
(1989) calibrations.} 
\begin{flushleft}
\begin{tabular}{rccrcrcr}
\multicolumn{2}{c}{} & \multicolumn{2}{c}{Z = 2.5 \zsun}& 
\multicolumn{2}{c}{Z = \zsun} 
& \multicolumn{2}{c}{Z = 0.4 \zsun} \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
P & Age & EW(CaT) & EW(H$_{\beta}$) &                EW(CaT) & EW(H$_{\beta}$) &                EW(CaT) & EW(H$_{\beta}$) \\
~ & Myr & \AA\ & \AA~~~~ &                \AA\ & \AA~~~~ & \AA\ & \AA~~~~ \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
 --- & ~2.5 &   0.10&   88.4    &   0.02&  184.7 &   0.01&  320.3\\
 --- & ~ 5 &   0.22&   16.7      &   0.81&   83.9 &   1.53&   75.3\\
 --- & ~~8 &  11.59& ---  & 10.43& --- &  5.05& --- \\
 --- & ~12 &  10.74& ---  &  9.56& --- &  4.45& --- \\
 --- & 10$^{4}$ &   8.59& --- &  7.42& --- & 6.87 & --- \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
--- & ~2.5 + ~8 &   7.39&   68.5  &   7.31 &  116.0 &   3.50 &  193.0 \\
--- & ~2.5 + 12 &   5.24&   75.0  &   5.38 &  145.1 &   2.31 &  238.1 \\
--- & ~~5 + ~~8 &   7.86&   11.7  &   7.90 &   42.4 &   3.69 &   41.9 \\
--- & ~~5 + ~12 &   5.73&   13.2  &   6.12 &   57.8 &   2.79 &   53.2 \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
   0.10& ~ &   8.26 &   22.8  &   7.16 &   46.4 &   6.71 &   67.3 \\
   0.30& ~ &   7.68 &   45.1  &   6.69 &   92.6 &   6.40 &  142.1 \\
   0.50& ~ &   7.18 &   56.1  &   6.28 &  115.7 &   6.11 &  182.8 \\
   0.80& ~ &   6.53 &   65.0  &   5.75 &  134.6 &   5.73 &  217.8 \\
   1.00& ~2.5 + 10$^{4}$ &   6.16 &   68.7  &   5.44 &  142.3 &   5.50 &  232.7 \\
   5.00& ~ &   2.93 &   83.6  &   2.64 &  174.3 &   3.06 &  297.9 \\
  10.00& ~ &   1.79 &   86.0  &   1.61 &  179.3 &   1.97 &  308.7 \\
  30.00& ~ &   0.75 &   87.6  &   0.64 &  182.8 &   0.82 &  316.3 \\
  50.00& ~ &   0.50 &   87.9  &   0.40 &  183.6 &   0.52 &  317.9 \\
 100.00& ~ &   0.30 &   88.2  &   0.22 &  184.1 &   0.28 &  319.1 \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
   0.10& ~ &   8.26 &    3.7  &   7.10 &   21.1 &   6.64 &   16.8 \\
   0.30& ~ &   7.67 &    7.7  &   6.55 &   42.2 &   6.23 &   34.8 \\
   0.50& ~ &   7.16 &    9.8  &   6.09 &   52.6 &   5.88 &   44.3 \\
   0.80& ~ &   6.51 &   11.6  &   5.52 &   61.2 &   5.44 &   52.4 \\
   1.00& ~5 + 10$^{4}$ &   6.15 &   12.4  &   5.21 &   64.7 &   5.20 &   55.8 \\
   5.00& ~ &   2.95 &   15.6  &   2.69 &   79.2 &   3.15 &   70.4 \\
  10.00& ~ &   1.85 &   16.1  &   1.91 &   81.5 &   2.49 &   72.7 \\
  30.00& ~ &   0.84 &   16.5  &   1.22 &   83.1 &   1.89 &   74.4 \\
  50.00& ~ &   0.60 &   16.6  &   1.07 &   83.4 &   1.75 &   74.7 \\
 100.00& ~ &   0.41 &   16.6  &   0.94 &   83.6 &   1.64 &   75.0 \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table*}
\newpage
\begin{table*}
\caption[]{Three-Populations composite models according to D\'{\i}az \etal\
(1989) calibrations.} 
\begin{flushleft}
\begin{tabular}{rccrcrcr}
\multicolumn{2}{c}{} & \multicolumn{2}{c}{Z = 2.5 \zsun}& 
\multicolumn{2}{c}{Z = \zsun} 
& \multicolumn{2}{c}{Z = 0.4 \zsun} \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
P & Age & EW(CaT) & EW(H$_{\beta}$) &                EW(CaT) & EW(H$_{\beta}$) &                EW(CaT) & EW(H$_{\beta}$) \\
~ & Myr & \AA\ & \AA~~~~ &                \AA\ & \AA~~~~ & \AA\ & \AA~~~~ \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
   0.10& ~ &   8.51 &   16.0  &          7.41&   23.3 &  6.74 &   35.4 \\
   0.30& ~ &   8.37 &   32.8  &          7.40&   49.9 &  6.50 &   77.8 \\
   0.50& ~ &   8.27 &   41.4  &          7.39&   64.6 &  6.30 &  102.2 \\
   0.80& ~ &   8.14 &   48.6  &          7.38&   77.5 &  6.04 &  124.1 \\
   1.00& ~2.5 + 8 + 10$^{4}$ &   8.08 &   51.6  &          7.38&   83.0 &  5.89 &  133.6 \\
   5.00& ~ &   7.65 &   64.3  &          7.34&  107.4 &  4.60 &  177.2 \\
  10.00& ~ &   7.53 &   66.4  &          7.32&  111.5 &  4.15 &  184.8 \\
  30.00& ~ &   7.44 &   67.8  &          7.31&  114.5 &  3.75 &  190.2 \\
  50.00& ~ &   7.42 &   68.1  &          7.31&  115.1 &  3.65 &  191.3 \\
 100.00& ~ &   7.41 &   68.3  &          7.31&  115.5 &  3.58 &  192.1 \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
   0.10& ~ &   8.40 &   18.0  &          7.31&   32.2 &  6.72 &   47.1 \\
   0.30& ~ &   8.08 &   36.5  &          7.13&   66.9 &  6.43 &  101.3 \\
   0.50& ~ &   7.82 &   45.9  &          6.97&   85.2 &  6.18 &  131.6 \\
   0.80& ~ &   7.51 &   53.7  &          6.79&  100.8 &  5.86 &  158.1 \\
   1.00& ~2.5 + 12 + 10$^{4}$ &   7.34 &   56.9  &          6.69&  107.4 &  5.67 &  169.5 \\
   5.00& ~ &   6.08 &   70.5  &          5.92&  135.5 &  3.94 &  220.3 \\
  10.00& ~ &   5.72 &   72.7  &          5.69&  140.1 &  3.31 &  228.8 \\
  30.00& ~ &   5.42 &   74.2  &          5.50&  143.4 &  2.70 &  234.9 \\
  50.00& ~ &   5.35 &   74.5  &          5.45&  144.0 &  2.55 &  236.2 \\
 100.00& ~ &   5.30 &   74.7  &          5.42&  144.5 &  2.43 &  237.2 \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
   0.10& ~ &   8.54 &    2.4  &          7.45&    8.0 &  6.72 &    7.8 \\
   0.30& ~ &   8.45 &    5.1  &          7.50&   17.4 &  6.44 &   17.1 \\
   0.50& ~ &   8.38 &    6.6  &          7.54&   22.8 &  6.21 &   22.4 \\
   0.80& ~ &   8.30 &    7.9  &          7.59&   27.6 &  5.93 &   27.1 \\
   1.00& ~5 + ~8 + 10$^{4}$ &   8.26 &    8.5  &          7.61&   29.7 &  5.78 &   29.2 \\
   5.00& ~ &   8.00 &   10.9  &          7.79&   39.1 &  4.57 &   38.6 \\
  10.00& ~ &   7.94 &   11.3  &          7.84&   40.7 &  4.20 &   40.2 \\
  30.00& ~ &   7.89 &   11.6  &          7.88&   41.8 &  3.88 &   41.3 \\
  50.00& ~ &   7.87 &   11.6  &          7.89&   42.1 &  3.81 &   41.6 \\
 100.00& ~ &   7.86 &   11.7  &          7.89&   42.3 &  3.75 &   41.7 \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
   0.10& ~ &   8.42 &    2.8  &          7.33&   12.2 &  6.68 &   10.9 \\
   0.30& ~ &   8.13 &    5.9  &          7.19&   25.7 &  6.33 &   23.1 \\
   0.50& ~ &   7.90 &    7.6  &          7.08&   33.1 &  6.05 &   29.9 \\
   0.80& ~ &   7.63 &    9.0  &          6.95&   39.4 &  5.69 &   35.7 \\
   1.00& ~5 + ~12 + 10$^{4}$ &   7.48 &    9.6  &          6.88&   42.1 &  5.50 &   38.2 \\
   5.00& ~ &   6.42 &   12.3  &          6.41&   53.8 &  3.94 &   49.3 \\
  10.00& ~ &   6.12 &   12.7  &          6.28&   55.7 &  3.46 &   51.2 \\
  30.00& ~ &   5.88 &   13.0  &          6.18&   57.1 &  3.04 &   52.5 \\
  50.00& ~ &   5.82 &   13.1  &          6.15&   57.4 &  2.95 &   52.7 \\
 100.00& ~ &   5.78 &   13.2  &          6.14&   57.6 &  2.87 &   52.9 \\
 ~ & ~ & ~ & ~ & ~ & ~ & ~ & ~\\
\hline
\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table*}

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