  We assess the sensitivity to the lepton CP phase by accelerator and reactor
experiments in the near future, characterizing it globally by means of the CP
exclusion fraction measure. Such measure quantifies what fraction of the
$\delta_{\rm CP}$ space can be excluded at given input values of $\theta_{23}$
and $\delta_{\rm CP}$. For some region of the parameter space, we find that T2K
and NO$\nu$A combined can exclude about $30\%-40\%$ of the $\delta_{\rm CP}$
space at $3\sigma$ with a 5 years running in each neutrino and antineutrino
modes. A determination of the mass hierarchy would be possible for a modest
portion of the parameter space at $3\sigma$.
