\begin{table}%t1
\caption{Parameters of the torus evolution models. The
3D simulations were performed with three levels of nested 
Cartesian grids with the number of grid cells per level
and spatial direction given in column "zone''. 
$\Delta t_{\rm cal}$ is the time interval over which the model
was evolved. All models started with a black hole mass of
$M_{\rm BH}^{\rm i} = 4.017 ~M_\odot$. The initial torus masses
are given by $M_{\rm d}^{\rm i}$, $0 \le a \le 1$ is the 
initial value of the dimensionless BH spin parameter, "pro''
means that torus and BH were chosen to rotate in the same 
direction, "ret'' means opposite directions of rotation,
and $\alpha$ denotes the dimensionless disk viscosity parameter.}
\label{tab:models3}
%\begin{flushleft}
%%\begin{center}

\par
\begin{tabular}{lcrcccc}
\hline\hline\\[-3mm]
Model & Zone & $\Delta t_{\rm cal}$ &
   $M_{\rm d}^{\rm i}$ & BH spin & Direction
 & Visc\\
 & & ms &
   {\scriptsize $M_\odot$} & $a$
 & & $\alpha$
\\  \hline 
r00-32  & 32 & 70.0 &  0.0478 & 0.0  &  -  & 0.0    \\  %  1       32
al1-32  & 32 & 70.0 &  0.0478 & 0.0  &  -  & 0.001  \\  %          32
al2-32  & 32 & 70.0 &  0.0478 & 0.0  &  -  & 0.004  \\  %          32
al3-32  & 32 & 70.0 &  0.0478 & 0.0  &  -  & 0.01   \\  %          32
al4-32  & 32 & 70.0 &  0.0478 & 0.0  &  -  & 0.1    \\  %          32
ro1-32  & 32 & 70.0 &  0.0478 & 0.3  & pro & 0.0    \\  % pro 0.3  32
ro2-32  & 32 & 70.0 &  0.0478 & 0.6  & pro & 0.0    \\  % pro 0.6  32
ro3-32  & 32 & 70.0 &  0.0478 & 0.8  & pro & 0.0    \\  % pro 0.8  32
ro4-32  & 32 & 70.0 &  0.0478 & 0.3  & ret & 0.0    \\  % ret 0.5  32
ro5-32  & 32 & 70.0 &  0.0478 & 0.6  & ret & 0.0    \\  % ret 0.6  32
ir1-32  & 32 & 70.0 &  0.0120 & 0.0  & -   & 0.0    \\  %  1/4  32
ir2-32  & 32 & 70.0 &  0.0239 & 0.0  & -   & 0.0    \\  %  1/2  32
ir3-32  & 32 & 70.0 &  0.0956 & 0.0  & -   & 0.0    \\  %  2    32
ir4-32  & 32 & 70.0 &  0.1912 & 0.0  & -   & 0.0        %  4    32
     \\[0.5ex]
r00-64  & 64 & 40.0 &  0.0478 & 0.0  & -   & 0.0    \\  %  1     64
al3-64  & 64 & 40.0 &  0.0478 & 0.0  & -   & 0.01   \\  %        64
al4-64  & 64 & 40.0 &  0.0478 & 0.0  & -   & 0.1    \\  %        64
ri4-64  & 64 & 40.0 &  0.1912 & 0.6  & pro & 0.0    \\  %  4     64
ro2-64  & 64 & 40.0 &  0.0478 & 0.6  & pro & 0.0    \\  % pro 0.6  64
ro5-64  & 64 & 40.0 &  0.0478 & 0.6  & ret & 0.0    \\  % ret 0.6  64
ir1-64  & 64 & 40.0 &  0.0120 & 0.0  & -   & 0.0    \\  %  1/4   64
ir4-64  & 64 & 40.0 &  0.1912 & 0.0  & -   & 0.0    \\  %  4     64
ir5-64  & 64 & 40.0 &  0.1912 & 0.0  & -   & 0.1    \\  %  4     64
ar1-64  & 64 & 40.0 &  0.0478 & 0.6  & pro & 0.1    \\  %  1 0.6 64
ar2-64  & 64 & 40.0 &  0.1912 & 0.6  & pro & 0.1       %  4 0.6 64
     \\[0.2ex]
\hline
\end{tabular}
%%\end{center}

\par
%\end{flushleft}
\end{table}