def __init__(self, divisor):
self.divisor = divisor
poly_ring = divisor.parent()
#Compute gen set
rel = [poly_ring.zero() for _ in range(poly_ring.ngens())]
for _, mon in divisor:
exp = mon.exponents()[0]
for i in range(poly_ring.ngens()):
rel[i] = rel[i] + exp[i] * mon // poly_ring.gens()[i]
ideal = Ideal(poly_ring, [divisor])
base_mod = SingularModule.create_from_relation(rel, ideal)
SingularModule.__init__(self, base_mod.gens)
self.relation = rel
def __init__(self,divisor):
self.divisor = divisor
poly_ring = divisor.parent()
#Compute gen set
rel = [poly_ring.zero() for _ in range(poly_ring.ngens())]
for _,mon in divisor:
exp = mon.exponents()[0]
for i in range(poly_ring.ngens()):
rel[i] = rel[i] + exp[i]*mon//poly_ring.gens()[i]
ideal = Ideal(poly_ring,[divisor])
base_mod = SingularModule.create_from_relation(rel,ideal)
SingularModule.__init__(self,base_mod.gens)
self.relation = rel
def __init__(self,gens,column_wieghts,var_wieghts): SingularModule.__init__(self,gens) self.column_wieghts = column_wieghts self.var_wieghts = var_wieghts
