def integerify(self):
# Si alguno de los valores no es un entero,
# buscamos una representación equivalente
# del hiperespacio a valores enteros
if any(map(lambda x: not x.is_integer(), self.normal)):
integerified = integer_coeff(self.normal+[self.offset])
self.offset = integerified[-1]
self.normal = integerified[:-1]
else:
self.offset = int(self.offset)
self.normal = map(int,self.normal)
def integerify(self):
# If one of the values (i.e. coefficients or it)
# is not an integer we look for a upper-representation
# for the halfspace but with integer values
if any(x for x in self.normal if not float(x).is_integer()):
integerified = integer_coeff(self.normal+[self.offset])
self.offset = integerified[-1]
self.normal = integerified[:-1]
else:
self.offset = int(self.offset)
self.normal = map(int,self.normal)
