def RingHomset(R, S, category=None): """ Construct a space of homomorphisms between the rings ``R`` and ``S``. For more on homsets, see :func:`Hom()`. EXAMPLES:: sage: Hom(ZZ, QQ) # indirect doctest Set of Homomorphisms from Integer Ring to Rational Field """ if quotient_ring.is_QuotientRing(R): return RingHomset_quo_ring(R, S, category=category) return RingHomset_generic(R, S, category=category)
def RingHomset(R, S, category = None): """ Construct a space of homomorphisms between the rings ``R`` and ``S``. For more on homsets, see :func:`Hom()`. EXAMPLES:: sage: Hom(ZZ, QQ) # indirect doctest Set of Homomorphisms from Integer Ring to Rational Field """ if quotient_ring.is_QuotientRing(R): return RingHomset_quo_ring(R, S, category = category) return RingHomset_generic(R, S, category = category)
def RingHomset(R, S, category = None): if quotient_ring.is_QuotientRing(R): return RingHomset_quo_ring(R, S, category = category) return RingHomset_generic(R, S, category = category)
def RingHomset(R, S, category=None): if quotient_ring.is_QuotientRing(R): return RingHomset_quo_ring(R, S, category=category) return RingHomset_generic(R, S, category=category)