def get_simon(bitmap=None):
""" Instanciates and returns the circuit for Simon's algorithm """
if bitmap is None:
bitmap = create_1to1_bitmap("101")
sm = Simon()
sm._init_attr(bitmap)
return sm.simon_circuit
def test_bit_map_generation():
mask = '101'
expected_map = {
'000': '101',
'001': '100',
'010': '111',
'011': '110',
'100': '001',
'101': '000',
'110': '011',
'111': '010'
}
actual_map = create_1to1_bitmap(mask)
assert actual_map == expected_map
def run_simon(qc, bitmap=create_1to1_bitmap("101"), trials=30):
"""
Runs simon's algorithm with preset parameters, mostly for testing
the execution process's stability.
Args:
qc: The instance of rigetti's simulator/connection to use
bitmap: The bitmap to use for this algorithm
trials: number of samples
Returns:
pyquil result object with measures.
"""
circ = get_simon(bitmap)
return qc.run_and_measure(circ, qubits=list(circ.get_qubits()), trials=trials)
def get_simon(bitmap=create_1to1_bitmap("101")):
sm = Simon()
sm._init_attr(bitmap)
return sm.simon_circuit
