def isA(self, type):
    'Evaluate whether self is of `type`\n\n        Arguments:\n            type (int): MFn function set constant\n\n        Example:\n            >>> node = createNode("transform")\n            >>> node.isA(kTransform)\n            True\n            >>> node.isA(kShape)\n            False\n\n        '
    return self._mobject.hasFn(type)
Evaluate whether self is of `type`

Arguments:
    type (int): MFn function set constant

Example:
    >>> node = createNode("transform")
    >>> node.isA(kTransform)
    True
    >>> node.isA(kShape)
    False
def isA(self, type):
    'Evaluate whether self is of `type`\n\n        Arguments:\n            type (int): MFn function set constant\n\n        Example:\n            >>> node = createNode("transform")\n            >>> node.isA(kTransform)\n            True\n            >>> node.isA(kShape)\n            False\n\n        '
    return self._mobject.hasFn(type)