\begin{table}
%\vskip 1 cm
%%\begin{center}
\par
%\caption{Metallicities, absolute magnitudes, $(B-V)_0$ colours, and 
%effective temperatures from the Fourier 
%parameters of the light curves for the subset of 29 RRab stars
%{\bf (Qui vanno aggiunti i sigma di Mv e Teff)}
%}
%\vspace{0.5cm}
%\scriptsize
%\begin{tabular}{rclcccccccc}
%\hline
%Id~~&Field&~~D$_m$    &[Fe/H]    &[Fe/H]&~~$M_V$  &~~$M_V$     &$(B-V)_0$&$(B-V)_0$   &$\log T_{\rm eff}$&$\log T_{\rm eff}$\\ 
%    &     &           &(Fourier) &G04   &(Fourier)&(this paper)&(Fourier)&(this paper)& (Fourier) & MC04   \\
%\hline
% 1408& B   &$\leq$4.159& $-0.588\pm0.172$&$-1.70\pm 0.11$&0.495$\pm$0.016&0.561&0.353&0.358&3.812&\\
% 2249& B   &$\leq$4.769& $-1.497\pm0.212$&$-1.56\pm 0.15$&0.520$\pm$0.016&0.564&0.352&0.366&3.806&3.821\\
% 2525& A   &$\leq$3	& $-1.363\pm0.206$&$-2.06\pm 0.14$&0.513$\pm$0.016&0.465&0.356&0.334&3.806&3.821\\
% 2884& B   &$\leq$3	& $-1.622\pm0.216$&$-1.90\pm 0.09$&0.507$\pm$0.016&0.435&0.355&0.354&3.804&\\
% 3054& B   &$\leq$4.158& $-0.944\pm0.208$&~~$-$	  &0.729$\pm$0.017&0.284&0.354&0.311&3.809&\\
% 3400& B   &$\leq$4.025& $-1.588\pm0.239$&$-1.45\pm 0.24$&0.624$\pm$0.018&0.687&0.315&0.305&3.817&\\
% 3412& B   &$\leq$3	& $-1.619\pm0.232$&~~$-$	  &0.572$\pm$0.018&0.643&0.324&0.356&3.814&\\
% 4540& B   &$\leq$3.111& $-1.403\pm0.216$&~$-$ 	  &0.544$\pm$0.017&0.632&0.338&0.330&3.811&\\
% 4974& A   &$\leq$3	& $-1.085\pm0.200$&$-1.35\pm 0.09$&0.611$\pm$0.016&0.509&0.363&0.328&3.806&\\
% 5167& A   &$\leq$4.762& $-1.323\pm0.202$&~~$-$	  &0.553$\pm$0.015&0.484&0.369&0.375&3.802&\\
% 5902& B   &$\leq$3	& $-1.436\pm0.217$&$-2.12\pm 0.11$&0.531$\pm$0.016&0.339&0.337&0.320&3.811&3.826\\
% 6398& A   &$\leq$3	& $-1.099\pm0.205$&$-1.40\pm 0.30$&0.587$\pm$0.016&0.442&0.346&0.339&3.811&\\
% 6426& A   &$\leq$3.667& $-1.707\pm0.212$&$-1.59\pm 0.09$&0.404$\pm$0.016&0.310&0.348&0.317&3.806&\\
% 7247& A   &$\leq$3	& $-1.262\pm0.211$&$-1.41\pm 0.10$&0.601$\pm$0.016&0.533&0.348&0.290&3.809&\\
% 7325& A   &$\leq$3	& $-0.874\pm0.209$&$-1.28\pm 0.09$&0.684$\pm$0.017&0.560&0.332&0.332&3.817&3.833\\
% 7468& A   &$\leq$4.923& $-0.746\pm0.177$&~~$-$	  &0.626$\pm$0.015&0.740&0.392&0.404&3.799&\\
% 8094& A   &$\leq$4.088& $-1.188\pm0.178$&$-1.83\pm 0.12$&0.460$\pm$0.014&0.478&0.394&0.432&3.795&\\
% 8220& A   &$\leq$3.605& $-1.032\pm0.182$&~~$-$	  &0.496$\pm$0.015&0.594&0.375&0.350&3.802&\\
% 8720& A   &$\leq$3	& $-1.682\pm0.212$&$-1.76\pm 0.20$&0.365$\pm$0.017&0.254&0.336&0.283&3.810&\\
% 9494& A   &$\leq$3.889& $-1.526\pm0.219$&$-1.69\pm 0.28$&0.505$\pm$0.017&0.342&0.335&0.292&3.811&\\
% 9660& A   &$\leq$3.746& $-1.345\pm0.204$&~~$-$	  &0.580$\pm$0.015&0.517&0.373&0.367&3.800&3.813\\
%10214& A   &$\leq$4.261& $-0.314\pm0.165$&$-1.48\pm 0.12$&0.621$\pm$0.015&0.329&0.374&0.332&3.807&\\
%12896& A   &$\leq$4.745& $-1.298\pm0.211$&$-1.53\pm 0.10$&0.564$\pm$0.016&0.714&0.347&0.351&3.809&\\
%14449& B   &$\leq$4.877& $-1.483\pm0.216$&$-1.70\pm 0.13$&0.585$\pm$0.016&0.732&0.357&0.370&3.805&\\
%18314& A   &$\leq$3	& $-1.324\pm0.209$&$-1.71\pm 0.12$&0.487$\pm$0.016&0.535&0.334&0.218&3.813&\\
%25301& A   &$\leq$3	& $-1.095\pm0.204$&$-1.40\pm 0.18$&0.547$\pm$0.017&0.891&0.336&0.396&3.814&\\
%25362& A   &$\leq$3	& $-1.279\pm0.209$&$-1.49\pm 0.10$&0.509$\pm$0.017&0.568&0.335&0.299&3.813&\\
%26525& A   &$\leq$3	& $-1.887\pm0.245$&$-1.63\pm 0.12$&0.602$\pm$0.017&0.598&0.329&0.368&3.811&\\
%26821& A   &$\leq$3	& $-1.235\pm0.205$&$-1.37\pm 0.13$&0.606$\pm$0.015&0.749&0.364&0.372&3.804&\\
%\hline
%\end{tabular}
%%\end{center}
\par
%\normalsize
%
%Note: The $\log T_{\rm eff}$'s from the Fourier parameters are from the 
%Fourier $(B-V)_0$ colours.
%\label{t:tab7}
%\end{table}