(self, x, NF=None)
return self.container.convert(self.ring._sdm_to_vector(NF(
            self.ring._vector_to_sdm(x, self.order), self._groebner(),
            self.order, self.ring.dom),
            self.rank))
Reduce the element ``x`` of our container modulo ``self``.

        This applies the normal form ``NF`` to ``x``. If ``NF`` is passed
        as none, the default Mora normal form is used (which is not unique!).
Reduce the element ``x`` of our container modulo ``self``.
Reduce the element x of our container modulo self .
def reduce_element(self, x, NF=None):
        """
        Reduce the element ``x`` of our container modulo ``self``.

        This applies the normal form ``NF`` to ``x``. If ``NF`` is passed
        as none, the default Mora normal form is used (which is not unique!).
        """
        from sympy.polys.distributedmodules import sdm_nf_mora
        if NF is None:
            NF = sdm_nf_mora
        return self.container.convert(self.ring._sdm_to_vector(NF(
            self.ring._vector_to_sdm(x, self.order), self._groebner(),
            self.order, self.ring.dom),
            self.rank))
def reduce_element ( self , x , NF = None ) : from sympy . polys . distributedmodules import sdm_nf_mora if NF is None : NF = sdm_nf_mora return self . container . convert ( self . ring . _sdm_to_vector ( NF ( self . ring . _vector_to_sdm ( x , self . order ) , self . _groebner ( ) , self . order , self . ring . dom ) , self . rank ) )