  We present a fully variational generalization of the pseudo self-interaction
correction (VPSIC) approach previously presented in two implementations based
on plane-waves and atomic orbital basis set, known as PSIC and ASIC,
respectively. The new method is essentially equivalent to the previous version
for what concern the electronic properties, but it can be exploited to
calculate total-energy derived properties as well, such as forces and
structural optimization. We apply the method to a variety of test cases
including both non-magnetic and magnetic correlated oxides and molecules,
showing a generally good accuracy in the description of both structural and
electronic properties.
