random_tiling

class discopy.quantum.circuit.random_tiling(n_qubits, depth=3, gateset=None, seed=None)

Bases:

Returns a random Euler decomposition if n_qubits == 1, otherwise returns a random tiling with the given depth and gateset.

>>> from discopy.quantum.gates import CX, H, T, Rx, Rz
>>> c = random_tiling(1, seed=420)
>>> print(c)
Rx(0.0263) >> Rz(0.781) >> Rx(0.273)
>>> print(random_tiling(2, 2, gateset=[CX, H, T], seed=420))
CX >> T @ Id(1) >> Id(1) @ T
>>> print(random_tiling(3, 2, gateset=[CX, H, T], seed=420))
CX @ Id(1) >> Id(2) @ T >> H @ Id(2) >> Id(1) @ H @ Id(1) >> Id(2) @ H
>>> print(random_tiling(2, 1, gateset=[Rz, Rx], seed=420))
Rz(0.673) @ Id(1) >> Id(1) @ Rx(0.273)