\begin{table}%t1
\caption{Best-fit values of the 5 fits for each TDG. $i$ is the inclination,
and the EFE estimates refer to Sect.~\ref{procedure}. The 1-$\sigma$ uncertainties
in the fitted inclinations are based on the $\chi^2$ statistics.}
\label{bestfit}
\small%\centering
\par
\begin{tabular}{cccc}
\hline\hline\noalign{\smallskip}
TDG name    &     $\chi^2$     &     $i$                 &  Note   \\
\hline
NGC~5291N   &      0.60        &   45 deg                & no EFE     \\       
            &      0.16        &   $\rm 50^{+10}_{-7}$ deg   & no EFE    \\
            &      0.30        &   $\rm 57^{+17}_{-9}$ deg   & first EFE estimate  \\
            &      0.17        &   $\rm 50^{+10}_{-8}$ deg   & second EFE estimate \\ 
            &      3.60        &   $\rm 90^{+0}_{-16}$ deg   & baryons + Newt. gravity \\ 
%            &                  &                         &        \\
\noalign{\smallskip}\hline
%            &                  &                         &        \\
NGC~5291S    &      5.42        &   45 deg                & no EFE    \\       
            &      1.36        &   $34\pm4$ deg          & no EFE    \\
            &      2.70        &   $\rm 39^{+6}_{-5} $ deg   & first EFE estimate  \\
            &      1.70        &   $35\pm4$ deg          & second EFE estimate \\ 
            &      3.25        &   $\rm 90^{+0}_{-30}$ deg  & baryons + Newt. gravity \\ 
%            &                  &                         &        \\
\noalign{\smallskip}\hline
%            &                  &                         &        \\
NGC~5291SW   &      0.45        &   45 deg                & no EFE    \\       
            &      0.09        &   $\rm 39^{+11}_{-7}$ deg   & no EFE    \\
            &      0.19        &   $\rm 44^{+16}_{-9}$ deg   & first EFE estimate  \\
            &      0.09        &   $\rm 39^{+11}_{-7}$ deg   & second EFE estimate \\ 
            &      0.42        &   $\rm 90^{+0}_{-33}$ deg   & baryons + Newt. gravity \\ 
\hline
\end{tabular}
\end{table}