\begin{table}%T9
%\centering
\par
   \caption{
    Wilson-Devinney binary model solutions for the 4 light curves and model
    RVs for \hd. $k=r_{\rm B}/r_{\rm A}$. Assumed were $e=0.028$, 
    $\omega=64\degr$, $q=0.20$, 
    $T_{\rm eff,A}=$25~500~K and $i=85\fdg2$. Stellar radii $r_{\rm A,B}$
    are in units of the orbital semi-major axis $a$.  
    ${\mathcal L}_{\rm A,B}(\phi_{0.25})$ are the normalised 
    (${\mathcal L}_{\rm A}(\phi_{0.25})+
    {\mathcal L}_{\rm B}(\phi_{0.25})\equiv 1$) light contributions at 
    phase~0.25. Last row gives number of observations for light curves 
    and~RVs.
    \label{tab-WD1}
    }
    \begin{tabular}{@{~}l r@{~~}r@{~~}r@{~~}r r@{~}}
       \hline
       \hline
       \noalign{\smallskip}
        	          & \emph{y}& \emph{b}& $v$ & \emph{u} & Mean   \\ 
       \hline
       \noalign{\smallskip} 
 $T_{\rm eff,B}$ (K)   & 12 020  & 12 520  & 12 370   & 12 480   &           \\
         	       & $\pm910$& $\pm880$& $\pm860$ & $\pm820$ &           \\
     $\Omega_{\rm A}$  & 5.646   &5.644    & 5.623    &  5.600   &  5.628    \\
         	       & $\pm0.093$&$\pm0.099$& $\pm0.080$ & $\pm0.088$&            \\
     $\Omega_{\rm B}$  & 5.769   &5.750    & 5.743    &  5.746   &  5.752    \\
         	      &$\pm0.087$&$\pm0.085$&$\pm0.079$&$\pm0.083$&           \\
     ${\mathcal L}_{\rm A}$          & 11.931 & 11.589  &  10.882 & 10.078 & \\
         	        &$\pm0.047$ & $\pm0.045$&$\pm0.042$  & $\pm0.044$ & \\
$L_{\rm B}/L_{\rm A}$ &  0.0180  & 0.0176   & 0.0149    & 0.0078    &           \\
${\mathcal L}_{\rm A}(\phi_{0.25})$  & 0.9816  & 0.9820  & 0.9814   & 0.9912 &\\
$L_{\rm B}/L_{\rm A}(\phi_{0.25})$  & 0.0188  & 0.0183  & 0.0161  & 0.0089  & \\
$r_{\rm A,pole}$        & 0.1837  &  0.1838 &  0.1845  & 0.1853   & 0.1843    \\
$r_{\rm A,point}$       & 0.1848  &  0.1849 &  0.1856  & 0.1864   & 0.1854    \\
$r_{\rm A,side }$       & 0.1844  &  0.1844 &  0.1852  & 0.1860   & 0.1850    \\
$r_{\rm A,back }$       & 0.1847  &  0.1848 &  0.1855  & 0.1863   & 0.1853    \\
$\langle r_{\rm A}\rangle$           & 0.1844  &  0.1845 &  0.1852  & 0.1860   & 0.1850    \\
                        &$\pm0.0173$&$\pm0.0183$&$\pm0.0149$&$\pm0.0164$&     \\
$\langle r_{\rm B}\rangle$           & 0.0461  & 0.0463  &  0.0464  &   0.0464 & 0.0463    \\
                        &$\pm0.0090$&$\pm0.0088$&$\pm0.0082$&$\pm0.0085$&     \\
$\langle k\rangle$& 0.250   & 0.251   & 0.251    & 0.249    & 0.250     \\
%                       &         &         &          &          &$\pm0.001$ \\
$\sigma$ (mag)          & 0.0054  &0.0046   & 0.0050   & 0.0056   &	     \\
\# obs                 & 1617/107& 1690/107& 1617/107 &  1617/107&           \\
       \noalign{\smallskip}
       \hline
    \end{tabular}
\end{table}