\begin{table}%t6
%\centering
\par
\caption{\label{phoebe}The final combined solution with \phoebee, based on all photometric data sets and Gaussian~RVs for the primary.}
\begin{tabular}{rlllc}
\hline\hline\noalign{\smallskip}
Element & Solution I & Solution II    & Solution III  \\
 \hline 
$T_{\rm min.~I}$      & 54~001.9787 \p 0.0040 & 54~001.9657 \p 0.0044& 54~001.9635 \p 0.0041\\
$a$ (\rs) & 43.9 \p 0.3      &44.2 \p 0.3     & 44.0 \p 0.3  \\
$V_\gamma$ (\ks) & 21.74 \p 0.50    & 21.77 \p 0.51  & 21.74 \p 0.50 \\
$\omega$ (deg) & 148.7 \p 2.4 &144.2 \p 2.1    & 140.0 \p 1.8          \\
$i$ & 81\fdg0\p 1\fdg1 &67\fdg6\p 0\fdg4& 73\fdg6 \p 0.3\\
$q=M_2/M_1$   & 0.3821  &0.4147 & 0.3962\\
$\Omega_1$ & 3.534 \p 0.055   &3.156 (given by $r_1$)  & 3.328 \p 0.034\\
$\Omega_2$ & 5.615 \p 0.084   &4.008 \p 0.081  & 5.065 (given by $r_2$)\\
$r_1$  & 0.326 & 0.380 (fixed)  & 0.353\\
$r_2$ & 0.091            & 0.158          & 0.108 (fixed)\\
$T_{\rm eff.1}$ (K)    & 30~000 (fixed)    & 30~000 (fixed)  & 30~000 (fixed)\\
$T_{\rm eff.2}$ (K)    & 19~380 \p 520     & 24~000 (fixed)  & 24~000 (fixed)\\
$L_1$  Johnson $V$     & 0.7556 \p 0.0019 &0.6986 \p 0.0054& 0.7355 \p 0.0021   \\
$L_1$  Johnson $B$     & 0.7578 \p 0.0021 &0.7015 \p 0.0054& 0.7372 \p 0.0023   \\
$L_1$  Johnson $U$     & 0.7599 \p 0.0018 &0.7043 \p 0.0052& 0.7389 \p 0.0019   \\
$L_2$  Johnson $V$     & 0.0284           & 0.1010         & 0.0485             \\
$L_2$  Johnson $B$     & 0.0262           & 0.0825         & 0.0468             \\
$L_2$  Johnson $U$     & 0.0241           & 0.0797         & 0.0451             \\
\hline 
$M_1$ (\ms)            & 25.0 (adopted)  & 25.0 (adopted)  & 25.0 (adopted)\\
$M_2$ (\ms)            & 9.55            & 10.4            &  9.91\\
$R_1$ (\rs)            & 14.3            & 16.8            & 15.6\\
$R_2$ (\rs)            & 4.0             &  7.0            &  4.8\\
$M_{\rm bol1}$         & $-$8\m19        & $-$8\m54        & $-$8\m37\\
$M_{\rm bol2}$         & $-$3\m52        & $-$5\m67        & $-$4\m83\\
\lgge$_1$    [cgs]     & 3.52            & 3.38            & 3.45\\
\lgge$_2$    [cgs]     & 4.22            & 3.76            & 4.08\\
cost function $\chi$   & 1006.3          & 1089.9          &1064.1\\
\hline 
\end{tabular} 
\end{table}