  The generalized spin-one-half Falicov-Kimball model with Hund and Hubbard
coupling is used to examine effects of spin ordering on superconducting
correlations in the strongly correlated electron and spin systems. It is found
that the ferromagnetic spin clusters (lines, bands, domains) suppress the
superconducting correlations in the d-wave chanel, while the antiferromagnetic
ones have the fully opposite effect. The enhancement of the superconducting
correlations due to the antiferromagnetic spin ordering is by factor 3 in the
axial striped phase and even by the factor 8 in the phase segregated phase.
