  We report on the angular and field dependence of the magnetoresistance (MR)
in bilayers of Pt/EuO_{1-x} thin films, measured in both in-plane and
out-of-plane geometries at different temperatures (T). Presence of oxygen
vacancies manifested by a metal-insulator transition as well as a high-T
ferromagnet to paramagnet transition (T_P) were observed in the bilayers. The
Anisotropic Magnetoresistance (AMR) could be extracted in the entire T-range,
even above T_P, exhibiting two sign crossovers. We attribute its T-evolution to
the rotation of easy axis direction from a high-T out-of-plane to a low-T
in-plane orientation. In addition, considering MR contributions from the films'
(111) texture and interface, we identify a T-window wherein the spin Hall
effect induced spin Hall magnetoresistance (SMR) could be extracted.
