  The standard model flavor structure can be explained in theories where the
fermions are localized on different points in a compact extra dimension. We
explain how models with two bulk scalars compactified on an orbifold can
produce such separations in a natural way. We show that, generically, models of
Gaussian overlaps are unnatural since they require very large Yukawa couplings
between the fermions and the bulk scalars. We present a two scalar model that
accounts naturally for the quark flavor parameters and in particular yields
order one CP violating phase.
