def intersection(self, b):
        """ Returns bounds that encompass the intersection of the two.
            If there is no overlap between the two, None is returned.
        """
        if not self.intersects(b):
            return None
        mx, my = max(self.x, b.x), max(self.y, b.y)
        return Bounds(mx, my,
            min(self.x+self.width, b.x+b.width) - mx,
            min(self.y+self.height, b.y+b.height) - my)
def intersection(self, b):
        """ Returns bounds that encompass the intersection of the two.
            If there is no overlap between the two, None is returned.
        """
        if not self.intersects(b):
            return None
        mx, my = max(self.x, b.x), max(self.y, b.y)
        return Bounds(mx, my,
            min(self.x+self.width, b.x+b.width) - mx,
            min(self.y+self.height, b.y+b.height) - my)
def intersection ( self , b ) : if not self . intersects ( b ) : return None mx , my = max ( self . x , b . x ) , max ( self . y , b . y ) return Bounds ( mx , my , min ( self . x + self . width , b . x + b . width ) - mx , min ( self . y + self . height , b . y + b . height ) - my )
Returns bounds that encompass the intersection of the two.
            If there is no overlap between the two, None is returned.
Returns bounds that encompass the intersection of the two . If there is no overlap between the two None is returned .