Dynamical quasitilings of amenable group

We prove that for any compact zero-dimensional metric space $X$ on which an infinite countable amenable group $G$ acts freely by homeomorphisms, there exists a dynamical quasitiling with good covering, continuity, F{\o}lner and dynamical properties, i.e to every $x\in X$ we can assign a quasitiling ${\mathcal{T}}_x$ of $G$ (with all the ${\mathcal{T}}_x$ using the same, finite set of shapes) such that the tiles of ${\mathcal{T}}_x$ are disjoint, their union has arbitrarily high lower Banach Density, all the shapes of ${\mathcal{T}}_x$ are large subsets of an arbitrarily large F{\o}lner set, and if we consider ${\mathcal{T}}_x$ to be an element of a shift space over a certain finite alphabet, then the mapping $x\mapsto {\mathcal{T}}_x$ is a factor map.