brainstorm/handlers/base_handler.py
def modulo_tt(self, a, b, out):
        """Take the modulo between two arrays elementwise. (out = a % b)

        Args:
            a (array_type):
                First array (dividend).
            b (array_type):
                Second array (divisor). Must have the same shape as `a`.
            out (array_type):
                Array into which the remainder is placed. Must have the same
                shape as :attr:`a` and :attr:`b`.
        Returns:
            None
        """
Take the modulo between two arrays elementwise. (out = a % b)

        Args:
            a (array_type):
                First array (dividend).
            b (array_type):
                Second array (divisor). Must have the same shape as `a`.
            out (array_type):
                Array into which the remainder is placed. Must have the same
                shape as :attr:`a` and :attr:`b`.
        Returns:
            None
        
Take the modulo between two arrays elementwise.
Take the modulo between two arrays elementwise .
def modulo_tt(self, a, b, out):
def modulo_tt ( self , a , b , out ) :
Take the modulo between two arrays elementwise.
Take the modulo between two arrays elementwise .
"""Take the modulo between two arrays elementwise. (out = a % b)

        Args:
            a (array_type):
                First array (dividend).
            b (array_type):
                Second array (divisor). Must have the same shape as `a`.
            out (array_type):
                Array into which the remainder is placed. Must have the same
                shape as :attr:`a` and :attr:`b`.
        Returns:
            None
        """
None
self
a
First array (dividend).
First array ( dividend ) .
b
Second array (divisor). Must have the same shape as `a`.
Second array ( divisor ) . Must have the same shape as ` a ` .
out
Array into which the remainder is placed. Must have the same
shape as :attr:`a` and :attr:`b`.
Array into which the remainder is placed . Must have the same shape as : attr : ` a ` and : attr : ` b ` .