def test_optimize(self):
"""test optimize
"""
qc = QCirc.generate_random_gates(qubit_num=10,
gate_num=100,
prob={
'h': 5,
'cx': 5,
't': 3
})
qc_opt = qc.optimize()
self.assertEqual(qc_opt is not None, True)
def test_generate_random_gates(self):
"""test get_gates, add_gates
"""
qc = QCirc.generate_random_gates(qubit_num=3,
gate_num=1000,
prob={
'h': 5,
'cx': 3,
't': 2
})
stats = qc.get_stats()
self.assertEqual(round(stats['gate_freq']['h'] / 100.), 5)
self.assertEqual(round(stats['gate_freq']['cx'] / 100.), 3)
self.assertEqual(round(stats['gate_freq']['t'] / 100.), 2)
def main():
qc = QCirc.generate_random_gates(qubit_num=5,
gate_num=10,
phase=(0.0, 0.25, 0.5),
prob={
'h': 7,
'cx': 5,
'rx': 3,
'crz': 3
})
qc += QCirc().measure(qid=list(range(5)), cid=list(range(5)))
qc += QCirc().h(0).x(0, ctrl=3).h(1).measure(qid=[2, 1], cid=[10, 4])
print(qc)
print()
qc.show()
