  We investigate the effect of the filling factor on transport anisotropies,
known as stripes, in high Landau levels of a two-dimensional electron gas. We
find that at certain in-plane magnetic fields, the stripes orientation is
sensitive to the filling factor within a given Landau level. This sensitivity
gives rise to the emergence of stripes away from half-filling while an
orthogonally-oriented, native stripes reside at half-filling. This switching of
the anisotropy axes within a single Landau level can be attributed to a strong
dependence of the native symmetry breaking potential on the filling factor.
