multi_tools/math/geometry/vector.py
def _dot_product(self, other) -> Union[int, float]:
        """
        The dot product between two vectors, here it's self and other.
        """
        return (self._coordinates[0] * other.x) + (self._coordinates[1] * other.y)

        The dot product between two vectors, here it's self and other.
        
The dot product between two vectors, here it's self and other.
The dot product between two vectors here it ' s self and other .
def _dot_product(self, other) -> Union[int, float]:
        return (self._coordinates[0] * other.x) + (self._coordinates[1] * other.y)
def _dot_product ( self , other ) -> Union [ int , float ] : return ( self . _coordinates [ 0 ] * other . x ) + ( self . _coordinates [ 1 ] * other . y )
The dot product between two vectors, here it's self and other.
The dot product between two vectors here it ' s self and other .
"""
        The dot product between two vectors, here it's self and other.
        """
self
other