  We study from tempered Monte Carlo simulations the magnetic phase diagram of
a textured dipolar Ising model on a face centered cubic lattice. The Ising
coupling of the model follow the dipole-dipole interaction. The Ising axes are
distributed with a uniaxial symmetry along the $\hat{z}$ direction with a
gaussian probability density of the polar angles. This distribution provides a
quenched disorder realization of the dipolar Ising model making a continuous
link between the parallel axes dipoles and the random axes dipole models. As
expected the phase diagram presents three distinctive phases: paramagnetic,
ferromagnetic and spin-glass. A quasi long range ferromagnetic and a reentrant
spin-glass phases are obtained in the vicinity of the ferromagnetic spin-glass
line. This model provides a way to predict the magnetic phases of magnetic
nanoparticles supracrystals in terms of the texturation of the easy axes
distribution in the strong anisotropy limit.
