def optimized_circuit(circuit: circuits.Circuit,
tolerance: float = 1e-8,
repeat: int = 10,
merge_interactions: bool = True
) -> circuits.Circuit:
circuit = circuits.Circuit(circuit) # Make a copy
for _ in range(repeat):
start_len = len(circuit)
start_cz_count = _cz_count(circuit)
if merge_interactions:
circuits.MergeInteractions(allow_partial_czs=False,
post_clean_up=_optimized_ops,
).optimize_circuit(circuit)
circuit2 = pauli_string_optimized_circuit(
circuit,
move_cliffords=False,
tolerance=tolerance)
circuit3 = clifford_optimized_circuit(
circuit2,
tolerance=tolerance)
if (len(circuit3) == start_len
and _cz_count(circuit3) == start_cz_count):
return circuit3
circuit = circuit3
return circuit
def optimized_circuit(
circuit: circuits.Circuit,
tolerance: float = 1e-8,
repeat: int = 10,
) -> circuits.Circuit:
for _ in range(repeat):
circuit2 = pauli_string_optimized_circuit(circuit,
move_cliffords=True,
tolerance=tolerance)
circuit3 = clifford_optimized_circuit(circuit2, tolerance=tolerance)
if (len(circuit3) == len(circuit)
and _cz_count(circuit3) == _cz_count(circuit)):
return circuit3
circuit = circuit3
return circuit
def optimized_circuit(
circuit: circuits.Circuit, atol: float = 1e-8, repeat: int = 10, merge_interactions: bool = True
) -> circuits.Circuit:
circuit = circuits.Circuit(circuit) # Make a copy
gateset = _CZTargetGateSet(post_clean_up=_optimized_ops)
for _ in range(repeat):
start_len = len(circuit)
start_cz_count = _cz_count(circuit)
if merge_interactions:
circuit = transformers.optimize_for_target_gateset(circuit, gateset=gateset)
circuit2 = pauli_string_optimized_circuit(circuit, move_cliffords=False, atol=atol)
circuit3 = clifford_optimized_circuit(circuit2, atol=atol)
if len(circuit3) == start_len and _cz_count(circuit3) == start_cz_count:
return circuit3
circuit = circuit3
return circuit