def partition(c, masks, selected, seed=None):
if isinstance(c, _cs.Mask):
return _cs.MaskPartition(c, masks, selected, seed)
elif isinstance(c, _cs.ConnectionSet):
return _cs.ConnectionSet(_cs.CSetPartition(c, masks, selected, seed))
def cset(mask, *valueSets):
if valueSets:
c = _cs.ExplicitCSet(mask, *valueSets)
return _cs.ConnectionSet(c)
else:
return mask
def __mul__(self, other):
c = cs.coerceCSet(other)
if isinstance(c, cs.Mask):
return FixedMask(other)
else:
return cs.ConnectionSet(FixedCSet(other))
def __mul__(self, other):
c = cs.coerceCSet(other)
if isinstance(c, cs.Mask):
return other.shift(self.M, self.N)
else:
return cs.ConnectionSet(other.shift(self.M, self.N))
def __mul__(self, other):
c = cs.coerceCSet(other)
if isinstance(c, cs.Mask):
return other.transpose()
else:
return cs.ConnectionSet(other.transpose())
def __mul__(self, other):
c = cs.coerceCSet(other)
if isinstance(c, cs.Mask):
return RepeatMask(self.M, self.N, c)
else:
return cs.ConnectionSet(RepeatCSet(self.M, self.N, c))