Table 7: The Table shows the results of our simulations on the expected number of detectable transiting planets for the whole data-set (all the cases of Table 5) as explained in Sect. 10.3. $N_{\rm geom}$ indicates planets with favorable inclination for transits, N₁₊, and N₁, planets that transit respectively at least one time and only one time inside the observing window. R¹, R², R³, indicate the expected number of detectable transiting planets inside our observing window, for the three assumed planetary radii distributions, (see Sect. 7.3.2).
[Fe/H] $N_{\rm geom}$ N₁₊ N₁ R¹ R² R³

+0.17 5.39 3.08 1.68 $0.0~\pm~0.0$ $0.0~\pm~0.0$ $1.8~\pm~0.9$

+0.39 15.13 8.32 4.60 $0.1~\pm~0.1$ $1.9~\pm~0.8$ $3.6~\pm~1.8$

+0.47 21.92 11.95 6.62 $0.2~\pm~0.3$ $3.2~\pm~1.9$ $5.4~\pm~1.8$

**Table 7:** The Table shows the results of our simulations on the expected number of detectable transiting planets for the whole data-set (all the cases of Table 5) as explained in Sect. 10.3. $N_{\rm geom}$ indicates planets with favorable inclination for transits, N₁₊, and N₁, planets that transit respectively at least one time and only one time inside the observing window. R¹, R², R³, indicate the expected number of detectable transiting planets inside our observing window, for the three assumed planetary radii distributions, (see Sect. 7.3.2).
[Fe/H]	$N_{\rm geom}$	N₁₊	N₁	R¹	R²	R³
+0.17	5.39	3.08	1.68	$0.0~\pm~0.0$	$0.0~\pm~0.0$	$1.8~\pm~0.9$
+0.39	15.13	8.32	4.60	$0.1~\pm~0.1$	$1.9~\pm~0.8$	$3.6~\pm~1.8$
+0.47	21.92	11.95	6.62	$0.2~\pm~0.3$	$3.2~\pm~1.9$	$5.4~\pm~1.8$

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