\begin{table}%T5
\caption{Magnitudes of local standards in the near-IR.}
\label{t5}
%\centerline
{
\begin{tabular}{rllll}
\hline
\hline
Offsets$^a$ & & $J$ & $H$ & \ks\ \\
\hline
5.34 E& 2.23 S &  18.10 (0.06)   & 17.47 (0.03)     &  17.15  (0.01)     \\
17.04 W& 18.25 S &  20.23 (0.08)  &  19.22 (0.06)     &  18.35  (0.03)      \\
80.87 W& 17.36 N &  18.45 (0.06)   & 17.84 (0.02)     &  17.57  (0.02)      \\
33.98 W& 26.71 N &  19.87 (0.05)   & 19.07 (0.04)     &  18.77   (0.04)     \\
36.80 W& 21.81 N &  18.30 (0.05)  &  17.66  (0.03)    &  17.29   (0.02)     \\
83.25 W& 70.93 N &  16.08 (0.04)   & 15.42 (0.01)     &  15.14   (0.01)      \\
105.06 W& 40.36 N &  17.54 (0.05)  &  17.12  (0.02)    &  17.02   (0.01)      \\
130.73 W& 29.53 N &  19.03 (0.06)  &  18.31  (0.03)    &  18.10   (0.02)       \\
103.50 W& 56.17 N &  20.37 (0.07)   & 19.72  (0.07)    &  19.55   (0.06)      \\
49.27 W& 12.32 N &  18.29 (0.06)  &  18.14  (0.03)    &  17.87   (0.02)      \\
97.35 W& 66.92 N &  21.13 (0.07)   & 20.47  (0.07)    &  20.07   (0.09)      \\
115.60 W& 17.95 N &  20.94 (0.06)  &  20.46  (0.07)    &  20.23   (0.10)        \\
37.25 W& 25.82 N &  20.37 (0.07)  &  19.70  (0.05)    &  19.50   (0.06)       \\
57.13 W& 40.81 N &  20.01 (0.07)  &  19.04  (0.04)    &  18.14   (0.02)      \\
\hline
\end{tabular}}
\par
\medskip
$^a$ Offsets in arcseconds measured from the supernova. 
\end{table}