\begin{table}%T5
\caption{Parameters and standard errors for the base light curve solution
obtained by a simultaneous fit. $B$ is polar surface brightness, $f_{1}$ and 
$f_{2}$ are the fill-out factors $f_{i}:=\frac{\Omega ^{{\rm I}}-\Omega
_{i}}{\Omega ^{{\rm I}}-\Omega ^{{\rm O}}}$, with $\Omega ^{{\rm I}%
} $ and $\Omega ^{{\rm O}}$ the Roche potentials of the inner and outer
critical surfaces. $S$ and $V$ denote surface area and volume and $%
k=R_{2}/R_{1}$ is the ratio of the mean radii. $a$ is the semimajor axis in
solar radii, and $\protect\gamma $ is the systemic velocity in km~s$^{-1}$.}
\small%\centering
\par
\label{Table:BaseSol}{\footnotesize 
 \begin{tabular}{llll} 
 \hline \hline 
  \noalign{\smallskip} 
 $q$ =       $2.472 \pm  0.011 $ &                                & $ \Omega_1= 5.782 \pm  0.013 $ & $ \Omega_2= 5.782 \pm  0.013 $ \\   
                                 &                                & $ \Omega^I= 5.782 \pm  0.013 $ & $ \Omega^O= 5.298\pm  0.012 $ \\   
 $r_{\rm 1pole}=  0.2933 \pm   0.0014 $ & $  r_{\rm 2pole}=  0.4412 \pm   0.0010 $ & $        f_1=  0.2052  \pm 0.0032$ & $ f_2=  0.2052 \pm 0.0032 $ \\   
 $r_{\rm 1point}=  ... $ & $  r_{\rm 2point}= ... $ & $         S_1=  1.26 \pm 0.08 $ & $         S_2=  2.82 \pm 0.08 $ \\   
  $r_{\rm 1side}=  0.3072 \pm   0.0017 $ & $   r_{\rm 2side}=  0.4731 \pm   0.0014 $ & $         V_1=  1.99 \pm 0.04 $ & $         V_2=  6.54 \pm 0.04 $ \\  
  $r_{\rm 1back}=  0.3474 \pm   0.0030 $ & $   r_{\rm 2back}=  0.5036 \pm   0.0019 $ & $         R_1=  0.78 \pm   0.01 $ & $         R_2=  1.16 \pm   0.01 $ \\  
          $i=   65.89 \pm     0.14$ & $k= 1.49 \pm 0.02$ & $          a=    2.46 \pm     0.03 $ & $      \gamma=    25.74 \pm 1.85 $ \\  
  \hline  
 Band & $L_1$ & $L_2/L_1$  & $(B_2/B_1)_{\rm pole} $ \\  
1 = Hp (500) & $ 4.041 \pm 0.029 $ & $ 1.883 \pm 0.019 $ & $ 0.838 \pm 0.011 $ \\
2 = Vienna $B$ & $ 4.239 \pm 0.037 $ & $ 1.783 \pm 0.022 $ & $ 0.801 \pm 0.011 $ \\
3 = Vienna $V$ & $ 4.083 \pm 0.026 $ & $ 1.912 \pm 0.017 $ & $ 0.855 \pm 0.010 $ \\
4 = Cereda $B$ & $ 4.136 \pm 0.036 $ & $ 1.782 \pm 0.022 $ & $ 0.801 \pm 0.010 $ \\
5 = Cereda $V$ & $ 4.020 \pm 0.026 $ & $ 1.911 \pm 0.017 $ & $ 0.855 \pm 0.011 $ \\
  \hline 
 \end{tabular}
}
\end{table}