\begin{table}%[!]%t3_full-1/3
%\centering
\par
\caption{\label{tab:allphot}All photometric cluster member candidates of our survey.}
\small \begin{tabular}{ccccccccc}
\hline\hline\noalign{\smallskip}
ID & $\alpha$ & $\delta$ & $I_{\rm c}$\tablefootmark{*} & $J^a$ & $K_{\rm s}^a$ & $M^a$ & $T_{\rm eff}$$^a$ & $J_{\rm model}^a$ \\
& ($^{\rm h}$~$^{\rm m}$~$^{\rm s}$) & ($^\circ$~$'$~$''$) & [mag] & [mag] & [mag] & [$M_\odot$] & [K] & [mag] \\
      \hline
      001&08 40 53.61&+19 40 58.6 &19.19 &16.81 &15.61 &0.089&2665&17.00 \\
      002&08 41 08.8 &+19 43 27.5 &16.14 &14.95 &13.97 &0.219&3321&14.86 \\
      003&08 41 01.6 &+19 52 02.5 &16.67 &15.35 &14.38 &0.162&3189&15.48 \\
      004&08 41 12.17&+19 52 48.6 &18.43 &16.39 &15.46 &0.099&2805&16.72 \\
      005&08 41 08.5 &+19 54 02.0 &19.02 &16.58 &15.39 &0.088&2636&17.06 \\
      006&08 40 10.74&+19 40 49.8 &16.97 &15.47 &14.36 &0.132&3061&15.95 \\
      007&08 39 39.56&+19 47 54.3 &17.95 &16.10 &15.07 &0.104&2860&16.58 \\
      008&08 39 43.38&+19 48 45.7 &16.89 &15.56 &14.68 &0.161&3186&15.50 \\
      009&08 39 55.84&+19 53 14.3 &20.29 &17.50 &16.54 &0.081&2520&17.32 \\
      010&08 39 06.9 &+19 47 08.0 &16.51 &15.14 &14.20 &0.155&3166&15.57 \\
      011&08 38 55.46&+19 50 33.3 &15.61 &14.38 &13.46 &0.198&3285&15.06 \\
      012&08 38 54.19&+19 51 44.6 &16.49 &15.16 &14.21 &0.160&3184&15.50 \\
      013&08 39 03.1 &+19 24 15.6 &15.54 &14.41 &13.39 &0.251&3375&14.58 \\
      014&08 39 24.44&+19 25 36.5 &18.04 &16.36 &15.37 &0.116&2964&16.27 \\
      015&08 39 12.71&+19 30 16.8 &16.89 &15.35 &14.39 &0.131&3060&15.96 \\
      016&08 39 54.39&+19 27 37.1 &15.52 &14.30 &13.37 &0.207&3301&14.97 \\
      017&08 39 47.82&+19 28 03.1 &18.81 &16.89 &15.82 &0.101&2835&16.65 \\
      018&08 39 42.79&+19 35 48.2 &18.27 &16.20 &15.21 &0.097&2782&16.78 \\
      019&08 40 58.25&+19 26 52.6 &16.83 &15.48 &14.53 &0.157&3174&15.54 \\
      020&08 41 11.67&+19 28 52.0 &18.20 &16.33 &15.42 &0.103&2853&16.60 \\
      021&08 40 54.92&+19 29 38.4 &17.49 &15.78 &14.78 &0.116&2960&16.29 \\
      022&08 41 04.2 &+19 31 27.8 &18.89 &16.67 &15.75 &0.092&2702&16.97 \\
      023&08 41 10.94&+19 38 04.9 &18.05 &16.27 &15.32 &0.112&2937&16.36 \\
      024&08 43 23.44&+20 17 38.6 &19.00 &16.74 &15.70 &0.091&2694&16.99 \\
      025&08 43 15.93&+20 20 14.5 &15.87 &14.66 &13.74 &0.211&3308&14.93 \\
      026&08 43 17.04&+20 24 40.6 &16.95 &15.46 &14.54 &0.134&3075&15.91 \\
      027&08 43 15.76&+20 28 32.7 &15.79 &14.54 &13.55 &0.183&3253&15.21 \\
      028&08 43 32.27&+20 29 12.8 &17.32 &15.81 &14.91 &0.132&3066&15.94 \\
      029&08 42 50.50&+20 20 03.8 &16.33 &15.02 &14.11 &0.169&3214&15.38 \\
      030&08 41 14.58&+20 18 28.5 &16.81 &15.45 &14.45 &0.155&3167&15.57 \\
      031&08 41 13.09&+20 07 00.5 &13.06 &12.29 &11.23 &0.633&3990&12.20 \\
      032&08 42 07.7 &+20 06 19.5 &16.55 &15.29 &14.35 &0.181&3248&15.24 \\
      033&08 41 48.43&+20 10 02.4 &16.19 &14.98 &14.08 &0.212&3310&14.92 \\
      034&08 42 54.58&+20 03 36.3 &18.62 &16.62 &15.53 &0.100&2817&16.70 \\
      035&08 42 51.96&+20 05 19.4 &16.20 &14.94 &13.96 &0.180&3246&15.24 \\
      036&08 42 22.98&+20 07 24.2 &15.32 &14.24 &13.36 &0.311&3446&14.17 \\
      037&08 42 52.26&+20 08 30.5 &17.27 &15.69 &14.53 &0.125&3021&16.09 \\
      038&08 43 10.76&+20 01 29.3 &17.17 &15.72 &14.79 &0.138&3090&15.85 \\
      039&08 43 29.15&+20 08 59.9 &15.48 &14.30 &13.44 &0.222&3327&14.84 \\
      040&08 41 11.05&+20 22 38.4 &13.73 &12.74 &11.86 &0.451&3587&13.34 \\
      041&08 41 12.39&+20 28 00.1 &19.15 &17.02 &15.85 &0.093&2726&16.91 \\
      042&08 40 10.59&+20 20 50.4 &16.95 &15.43 &14.42 &0.132&3066&15.94 \\
      043&08 40 10.23&+20 23 12.9 &18.03 &16.37 &15.37 &0.117&2971&16.25 \\
      044&08 39 08.8 &+20 22 57.8 &15.54 &14.35 &13.45 &0.218&3320&14.87 \\
      045&08 39 14.51&+20 01 19.1 &13.45 &12.61 &11.78 &0.575&3812&12.56 \\
      046&08 39 22.43&+20 04 54.6 &14.40 &13.37 &12.47 &0.389&3514&13.70 \\
      047&08 38 55.15&+20 13 08.8 &14.46 &13.42 &12.53 &0.368&3494&13.82 \\
      048&08 39 37.42&+20 00 25.0 &16.08 &14.82 &13.89 &0.181&3248&15.23 \\
      049&08 39 53.29&+20 07 09.7 &17.12 &15.67 &14.75 &0.138&3094&15.84 \\
      050&08 39 58.41&+20 11 58.2 &16.67 &15.24 &14.33 &0.144&3121&15.74 \\
      051&08 40 16.35&+20 13 59.7 &18.65 &16.62 &15.54 &0.098&2799&16.74 \\
      052&08 40 59.91&+20 01 57.0 &17.47 &15.95 &14.87 &0.131&3058&15.97 \\
      053&08 40 59.55&+20 02 50.4 &17.00 &15.65 &14.58 &0.154&3162&15.59 \\
      054&08 40 53.96&+20 05 24.3 &14.80 &13.76 &12.91 &0.366&3492&13.83 \\
      055&08 41 04.5 &+20 14 58.0 &21.61 &18.29 &17.12 &0.068&2250&17.97 \\
      056&08 38 49.54&+20 19 39.9 &16.98 &15.57 &14.59 &0.150&3148&15.65 \\
      057&08 38 52.06&+20 26 27.5 &17.91 &16.10 &15.05 &0.109&2909&16.44 \\
      058&08 38 21.38&+20 26 53.2 &13.21 &12.38 &11.49 &0.589&3853&12.47 \\
059&08 38 24.44&+20 28 47.6 &17.93 &16.30 &15.14 &0.118&2977&16.23 \\
      060&08 38 08.2 &+20 26 46.0 &13.93 &12.95 &12.01 &0.449&3584&13.35 \\
      061&08 37 34.73&+20 27 30.1 &15.03 &13.97 &13.08 &0.344&3472&13.96 \\
062&08 36 39.46&+20 22 33.8 &14.62 &13.53 &12.64 &0.301&3438&14.24 \\
      063&08 36 59.87&+20 24 23.4 &12.90 &12.15 &11.32 &0.655&4062&12.06 \\
064&08 36 44.99&+20 08 45.7 &15.77 &14.60 &13.65 &0.243&3361&14.65 \\
      \hline
      065&08 37 34.91&+20 01 29.4 &15.06 &13.91 &13.04 &0.251&3374&14.58 \\
      066&08 37 11.41&+20 13 45.8 &17.01 &15.69 &14.60 &0.159&3179&15.52 \\
      067&08 38 11.87&+19 59 43.4 &17.89 &16.18 &15.18 &0.116&2960&16.29 \\
      068&08 38 08.0 &+20 03 50.1 &15.54 &14.43 &13.48 &0.290&3425&14.31 \\
      069&08 38 05.8 &+20 07 22.0 &16.19 &14.91 &14.01 &0.179&3243&15.26 \\
      070&08 38 12.44&+20 08 02.5 &16.15 &14.91 &14.00 &0.190&3267&15.14 \\
      071&08 37 48.01&+20 14 48.5 &18.39 &16.55 &15.64 &0.105&2869&16.56 \\
      072&08 38 22.22&+19 59 09.3 &20.62 &17.77 &16.75 &0.079&2492&17.38 \\
      073&08 38 21.85&+20 05 35.7 &16.25 &14.86 &13.98 &0.153&3159&15.60 \\
      074&08 38 30.24&+20 09 35.3 &13.96 &12.95 &12.11 &0.406&3532&13.60 \\
      075&08 38 39.27&+19 41 40.1 &15.89 &14.71 &13.77 &0.222&3326&14.84 \\
      076&08 38 22.73&+19 43 54.8 &17.17 &15.67 &14.57 &0.133&3066&15.94 \\
      077&08 38 29.56&+19 45 12.0 &17.61 &16.00 &14.83 &0.120&2988&16.19 \\
      078&08 37 44.29&+19 40 58.2 &16.05 &14.82 &13.94 &0.203&3294&15.01 \\
      079&08 38 05.3 &+19 46 20.7 &17.74 &16.18 &15.05 &0.127&3036&16.04 \\
      080&08 38 14.21&+19 47 23.4 &12.49 &11.74 &10.90 &0.653&4057&12.07 \\
      081&08 37 24.48&+19 47 11.9 &15.46 &14.32 &13.44 &0.257&3382&14.54 \\
      082&08 37 02.1 &+19 52 07.3 &17.15 &15.77 &14.73 &0.152&3154&15.62 \\
      083&08 36 55.63&+19 36 14.9 &17.99 &16.18 &15.20 &0.109&2915&16.43 \\
      084&08 38 02.4 &+19 39 58.3 &16.40 &15.09 &14.14 &0.170&3217&15.37 \\
      085&08 36 44.91&+18 59 13.3 &14.85 &13.73 &12.85 &0.265&3393&14.48 \\
      086&08 36 54.98&+19 03 13.0 &14.62 &13.58 &12.72 &0.366&3492&13.83 \\
      087&08 37 55.82&+18 53 48.7 &20.97 &17.96 &16.80 &0.076&2416&17.55 \\
      088&08 38 11.16&+19 01 45.7 &19.52 &17.22 &16.13 &0.091&2686&17.01 \\
089&08 38 51.77&+19 00 21.6 &20.28 &17.67 &16.68 &0.083&2555&17.24 \\
      090&08 38 42.84&+19 03 38.4 &16.71 &15.36 &14.41 &0.158&3175&15.54 \\
      091&08 39 07.9 &+18 56 13.5 &14.64 &13.62 &12.77 &0.398&3524&13.65 \\
      092&08 39 11.53&+18 56 18.6 &13.71 &12.76 &11.91 &0.485&3632&13.13 \\
      093&08 39 25.55&+19 00 02.6 &18.79 &16.75 &15.82 &0.099&2803&16.73 \\
      094&08 40 28.16&+18 57 25.1 &18.88 &16.79 &15.74 &0.095&2753&16.85 \\
      095&08 40 10.84&+18 58 57.0 &13.90 &12.93 &12.05 &0.462&3602&13.27 \\
      096&08 41 13.48&+18 59 05.1 &21.06 &17.85 &16.82 &0.072&2335&17.75 \\
      097&08 42 44.71&+19 19 34.0 &14.50 &13.47 &12.60 &0.393&3518&13.68 \\
      098&08 42 01.2 &+19 06 28.5 &16.75 &15.29 &14.25 &0.136&3081&15.88 \\
      099&08 41 45.16&+19 18 07.7 &21.30 &17.98 &17.01 &0.068&2249&17.98 \\
      100&08 41 38.45&+19 19 49.9 &17.37 &15.67 &14.61 &0.115&2957&16.29 \\
      101&08 41 20.32&+18 57 42.9 &15.18 &14.08 &13.20 &0.295&3431&14.28 \\
102&08 42 09.3 &+18 55 49.1 &17.32 &15.78 &14.88 &0.132&3062&15.95 \\
      103&08 42 19.21&+19 02 14.8 &14.60 &13.52 &12.54 &0.307&3442&14.20 \\
      104&08 42 21.39&+19 03 12.4 &18.42 &16.20 &15.18 &0.092&2705&16.97 \\
      105&08 42 19.66&+19 05 03.7 &17.44 &15.77 &14.82 &0.117&2970&16.25 \\
      106&08 42 51.96&+19 05 17.0 &18.02 &16.18 &15.24 &0.105&2867&16.56 \\
      107&08 43 03.5 &+19 02 45.0 &15.41 &14.30 &13.37 &0.269&3398&14.46 \\
      108&08 43 09.0 &+19 43 11.9 &17.06 &15.65 &14.73 &0.149&3146&15.65 \\
      109&08 43 01.2 &+19 49 59.8 &19.89 &17.38 &16.28 &0.085&2587&17.17 \\
      110&08 43 01.9 &+19 54 04.5 &16.16 &14.98 &14.06 &0.224&3329&14.82 \\
      111&08 42 27.22&+19 44 35.2 &18.04 &16.39 &15.31 &0.117&2971&16.25 \\
      112&08 42 52.26&+19 51 45.9 &14.05 &13.08 &12.15 &0.459&3598&13.29 \\
      113&08 42 26.25&+19 56 49.2 &18.05 &16.12 &15.18 &0.101&2833&16.65 \\
      114&08 42 15.72&+19 45 19.4 &17.79 &15.86 &14.82 &0.101&2834&16.65 \\
      115&08 41 47.72&+19 48 37.5 &19.72 &16.93 &15.82 &0.081&2518&17.33 \\
      116&08 42 15.48&+19 48 57.6 &14.53 &13.44 &12.58 &0.307&3443&14.20 \\
      117&08 42 11.47&+19 52 50.2 &17.83 &16.13 &15.01 &0.115&2958&16.29 \\
      118&08 41 34.24&+19 25 25.4 &16.97 &15.38 &14.43 &0.126&3030&16.06 \\
      119&08 41 35.50&+19 40 00.4 &18.41 &16.50 &15.48 &0.102&2840&16.63 \\
      120&08 42 26.35&+19 38 24.7 &16.95 &15.49 &14.33 &0.136&3083&15.87 \\
      121&08 43 05.3 &+19 27 54.6 &13.20 &12.37 &11.50 &0.594&3868&12.44 \\
      122&08 43 08.4 &+19 28 06.1 &14.31 &13.28 &12.40 &0.381&3507&13.75 \\
      123&08 43 12.63&+19 34 28.9 &15.39 &14.26 &13.40 &0.261&3387&14.52 \\
124&08 43 00.7 &+19 37 36.7 &17.50 &15.93 &15.03 &0.129&3047&16.00 \\
      901&08 39 59.45&+19 43 37.4 &19.09 &17.16 &16.41 &0.084&2574&17.20 \\
      902&08 39 23.72&+19 52 01.8 &20.15 &17.77 &16.88 &0.073&2348&17.72 \\
      903&08 40 00.2 &+19 30 27.0 &19.74 &17.50 &16.62 &0.076&2409&17.57 \\
      904&08 39 51.67&+19 35 10.1 &19.48 &17.26 &16.38 &0.076&2417&17.55 \\
              \hline
         905&08 41 47.05&+20 09 11.9 &19.22 &17.03 &16.29 &0.077&2450&17.48 \\
      906&08 42 41.62&+20 11 27.6 &19.01 &16.94 &16.06 &0.081&2526&17.31 \\
      907&08 43 27.03&+20 00 20.7 &19.54 &17.34 &16.55 &0.077&2444&17.49 \\
      908&08 39 59.86&+20 20 37.9 &19.04 &17.14 &16.33 &0.085&2585&17.18 \\
 909&08 39 29.94&+20 11 40.3 &20.11 &17.63 &16.67 &0.069&2259&17.95 \\
      910&08 40 34.00&+20 14 56.2 &20.08 &17.60 &16.65 &0.069&2261&17.94 \\
      911&08 40 56.45&+20 14 59.5 &19.64 &17.44 &16.70 &0.077&2446&17.49 \\
      912&08 38 16.93&+20 19 55.3 &19.28 &17.12 &16.23 &0.077&2447&17.48 \\
      913&08 38 52.23&+20 09 18.8 &19.15 &17.18 &16.35 &0.083&2559&17.23 \\
      914&08 38 52.02&+19 35 05.3 &19.12 &17.25 &16.35 &0.085&2591&17.16 \\
      915&08 38 51.77&+19 00 21.6 &20.28 &17.67 &16.68 &0.068&2238&18.01 \\
      916&08 39 29.32&+19 16 42.7 &19.10 &17.21 &16.32 &0.084&2580&17.19 \\
      917&08 39 25.55&+19 00 02.6 &18.79 &16.75 &15.82 &0.082&2536&17.29 \\
      918&08 39 05.5 &+19 05 13.3 &19.53 &17.42 &16.59 &0.081&2521&17.32 \\
      919&08 40 02.1 &+19 03 55.6 &19.22 &17.09 &16.25 &0.080&2507&17.35 \\
      920&08 40 06.2 &+19 01 46.0 &19.07 &17.15 &16.37 &0.084&2578&17.19 \\
      921&08 42 24.79&+19 06 14.8 &18.97 &16.95 &16.24 &0.083&2550&17.25 \\
      922&08 42 10.68&+19 21 44.5 &19.23 &17.23 &16.43 &0.083&2555&17.24 \\
      923&08 41 45.05&+18 58 56.4 &19.21 &17.14 &16.32 &0.082&2538&17.28 \\
      924&08 43 26.73&+19 56 46.2 &18.92 &16.77 &15.90 &0.078&2463&17.45 \\
      925&08 41 18.61&+19 56 44.3 &19.02 &16.99 &16.19 &0.083&2548&17.26 \\
      926&08 41 44.89&+19 28 53.1 &18.99 &17.08 &16.33 &0.084&2582&17.18 \\
      927&08 42 09.3 &+19 40 20.7 &18.89 &16.99 &16.23 &0.085&2584&17.18 \\
\hline
\end{tabular}
\tablefoot{\tablefoottext{*}{The error on the determination of magnitude, effective temperature and masses are the following~:
        $\Delta \mag = 0.002$~mag, $\Delta T_{\rm eff} = 140$~K
        and $\Delta M = 0.1~M_\odot$ for stars
        ($M > 0.2~M_\odot$), $\Delta \mag = 0.01$~mag,
        $\Delta T_{\rm eff} = 230$~K and
        $\Delta ~M = 0.05~M_\odot$ for very low-mass stars
        ($0.072_\odot < M < 0.2~M_\odot$),
        $\Delta \mag = 0.04$~mag, $\Delta$$T_{\rm eff} = 420$~K
        and $\Delta M =  0.02~M_\odot$ for BDs
        ($M < 0.072~M_\odot$). The magnitude $J_{\rm model}$ is
        the predicted magnitude based on photometric determination of
        $T_{\rm eff}$ and mass.}}
\end{table}