def sub(self, other, nb_cpu=1):
"""Subtract two RleDicts.
Same as -, but sub takes nb_cpu argument."""
return m.binary_operation("sub", self, other, nb_cpu)
def mul(self, other, nb_cpu=1):
"""Multiply two RleDicts.
Same as *, but mul takes nb_cpu argument."""
return m.binary_operation("mul", self, other, nb_cpu)
def div(self, other, nb_cpu=1):
"""Divide two RleDicts.
Same as /, but div takes nb_cpu argument."""
return m.binary_operation("div", self, other, nb_cpu)
def add(self, other, nb_cpu=1):
"""Add two RleDicts.
Same as +, but add takes nb_cpu argument."""
return m.binary_operation("add", self, other, nb_cpu)
def __truediv__(self, other):
if isinstance(other, Number):
return RleDict({cs: v / other for cs, v in self.items()})
return m.binary_operation("div", self, other)
def __sub__(self, other):
if isinstance(other, Number):
return RleDict({cs: v - other for cs, v in self.items()})
return m.binary_operation("sub", self, other)