def is_locally_constant(self, dt):
    '\n        Return whether this function (if interpreted as a function of time)\n        should be considered constant over a timestep. This is most importantly\n        used by `TimedArray` so that linear integration can be used. In its\n        standard implementation, always returns ``False``.\n\n        Parameters\n        ----------\n        dt : float\n            The length of a timestep (without units).\n\n        Returns\n        -------\n        constant : bool\n            Whether the results of this function can be considered constant\n            over one timestep of length `dt`.\n        '
    return False
Return whether this function (if interpreted as a function of time)
should be considered constant over a timestep. This is most importantly
used by `TimedArray` so that linear integration can be used. In its
standard implementation, always returns ``False``.

Parameters
----------
dt : float
    The length of a timestep (without units).

Returns
-------
constant : bool
    Whether the results of this function can be considered constant
    over one timestep of length `dt`.
def is_locally_constant(self, dt):
    '\n        Return whether this function (if interpreted as a function of time)\n        should be considered constant over a timestep. This is most importantly\n        used by `TimedArray` so that linear integration can be used. In its\n        standard implementation, always returns ``False``.\n\n        Parameters\n        ----------\n        dt : float\n            The length of a timestep (without units).\n\n        Returns\n        -------\n        constant : bool\n            Whether the results of this function can be considered constant\n            over one timestep of length `dt`.\n        '
    return False