nengolib.processes.Callable¶

class nengolib.processes.Callable(func, default_dt=0.001, seed=None)[source]¶

Adapter to convert any callable into a nengo.Process.

Parameters:	func : `callable` A function that can be called with a single float argument (time). default_dt : `float`, optional Default time-step for the process. Defaults to `0.001` seconds. seed : `integer`, optional Seed for the process.

See also

Examples

Making a sine wave process using a lambda:

>>> from nengolib.processes import Callable
>>> process = Callable(lambda t: np.sin(2*np.pi*t))

>>> import matplotlib.pyplot as plt
>>> plt.plot(process.ntrange(1000), process.run_steps(1000))
>>> plt.xlabel("Time (s)")
>>> plt.show()

Attributes:	default_dt A parameter where the value is a number. default_size_in A parameter where the value is an integer. default_size_out A parameter where the value is an integer. seed A parameter where the value is an integer.

Methods

`apply`(x[, d, dt, rng, copy])	Run process on a given input.
`get_rng`(rng)	Get a properly seeded independent RNG for the process step.
`make_step`(shape_in, shape_out, dt, rng)
`ntrange`(n_steps[, dt])	Create time points corresponding to a given number of steps.
`run`(t[, d, dt, rng])	Run process without input for given length of time.
`run_steps`(n_steps[, d, dt, rng])	Run process without input for given number of steps.
`trange`(t[, dt])	Create time points corresponding to a given length of time.

nengolib