\begin{table}%t7
\caption[]{\label{tab:nsv5783_ebop_limb}
Photometric solutions for NSV5783 from the EBOP code. 
Phase shift and  magnitude normalization were included as free
parameters. A mass ratio of 0.95 was assumed. The errors quoted 
for the free parameters are the {\it formal} errors determined from the 
iterative least squares solution procedure.
}
\begin{tabular}{lrrrr} \hline
\hline\noalign{\smallskip}
                     &     $y$    &       $b$  &       $v$  &   $u$\\                   %   mean
\hline\noalign{\smallskip}            
$i$ \, (\degr)       &  89.64     &   89.69    &   89.70    &  89.64\vspace{-0.8mm}\\   %   89.67
                     & $\pm$$ 2$    &  $\pm$$ 2$   &  $\pm$$ 2$   & $\pm$$ 2$\\                 %     .03

$e\cos \omega$       &  0.18170   &   0.18162  &   0.18162  &  0.18154\vspace{-0.8mm}\\ %   0.18162
                     &  $\pm $$ 3$  &   $\pm$$  2$ &   $\pm$$  2$ &  $\pm$$  3$\\               %    .00007

$e\sin \omega$       &$-0.0467$   & $-0.0471$  & $-0.0479$  &$-0.0483$\vspace{-0.8mm}\\  %  -0.0475
                     & $\pm$$ 13$   &  $\pm$$  8$  & $\pm $$  8$  & $\pm$$ 12$\\                %     .0007

$e$                  &  0.1876    &   0.1876   &   0.1878   &  0.1879\\                 %   0.1877
                                                                                        %        2
$\omega$ \, (\degr)  & 345.60     &  345.46    &  345.23    & 345.10 \\                 %   345.35
                                                                                        %      .22
$r_{\rm p}$                &  0.0808    &   0.0811   &   0.0813   &  0.0806\vspace{-0.8mm}\\  %   0.0810
                     &  $\pm$$ 5$   &   $\pm $$3$  &   $\pm $$3$  &  $\pm $$5$\\                %        3

$r_{\rm s}$                &  0.0789    &   0.0779   &   0.0775   &  0.0785\\                 %   0.0782
                                                                                        %    .0006
$k$                  &   0.977    &   0.960    &   0.954    &   0.973\vspace{-0.8mm}\\  %   0.966
                     &  $\pm$$13$   &   $\pm$$7$   &   $\pm$$6$   &  $\pm$$11$ \\               %    .011

$r_{\rm p} + r_{\rm s}$          &  0.1596    &   0.1590   &   0.1588   &  0.1591\\                 %   0.1591
                                                                                        %    .0003
$u_{\rm p} = u_{\rm s}$          &  0.37      &   0.39     &   0.41     &  0.41\vspace{-0.8mm}\\
                     & $\pm$$1$     &  $\pm$$1$    &  $\pm$$1$    & $\pm1$   \\

%$u_p$                &  0.39      &   0.45     &   0.48     &  0.44\\                     
%$u_{\rm s}$                &  0.40      &   0.46     &   0.48     &  0.44\\
% up=us free            0.37          0.39         0.41        0.41
% rms free              0.0049        0.0034       0.0034      0.0048
%$\sigma$ \, (mag.)  &  0.0049    &   0.0036   &   0.0036   &  0.0048\\
% DiazCordoves          0.37          0.42         0.44        0.42
% van HAmme             0.30          0.35         0.37        0.37

$y_{\rm p}$                &  0.52      &   0.57     &   0.63     &  0.72\\

$y_{\rm s}$                &  0.53      &   0.59     &   0.65     &  0.74\\


$J_{\rm s}/J_{\rm p}$            &  0.9632    &    0.9609  &   0.9581   &  0.9291\vspace{-0.8mm}\\
                     &  $\pm$$29$   &   $\pm $$20$ &   $\pm$$18$  &  $\pm$$27$\\

$L_{\rm s}/L_{\rm p}$            &  0.9193    &    0.8864  &   0.8722   &  0.8805 \\

$\sigma$ \, (mag)   &  0.0049    &    0.0034  &   0.0036   &  0.0048\\

% phase shift           0.00001        0.00000     0.00000    -0.00003                  %  -0.000005
                                                                                       %    .000002
\hline
\end{tabular}            
\end{table}