  We discuss the Attractor Equations of N=2, $d=4$ supergravity in an extremal
black hole background with arbitrary electric and magnetic fluxes (charges) for
field-strength two-forms.
  The effective one-dimensional Lagrangian in the radial (evolution) variable
exhibits features of a spontaneously broken supergravity theory. Indeed,
non-BPS Attractor solutions correspond to the vanishing determinant of a
(fermionic) gaugino mass matrix. The stability of these solutions is controlled
by the data of the underlying Special K\"{a}hler Geometry of the vector
multiplets' moduli space.
  Finally, after analyzing the 1-modulus case more in detail, we briefly
comment on the choice of the K\"{a}hler gauge and its relevance for the
recently discussed entropic functional.
