def _get_xmon_optimizers_part_cz(
tolerance: float, tabulation: Optional[GateTabulation]
) -> List[Callable[['cirq.Circuit'], None]]:
if tabulation is not None:
# coverage: ignore
raise ValueError("Gate tabulation not supported for xmon")
return [
convert_to_xmon_gates.ConvertToXmonGates().optimize_circuit,
optimizers.MergeInteractions(tolerance=tolerance,
allow_partial_czs=True).optimize_circuit,
lambda c: optimizers.merge_single_qubit_gates_into_phxz(c, tolerance),
*_get_common_cleanup_optimizers(tolerance=tolerance),
]
from cirq import circuits, devices, optimizers
from cirq.google.optimizers import convert_to_xmon_gates
if TYPE_CHECKING:
import cirq
_TOLERANCE = 1e-5
def _merge_rots(c: 'cirq.Circuit'):
return optimizers.merge_single_qubit_gates_into_phased_x_z(c, _TOLERANCE)
_OPTIMIZERS: List[Callable[['cirq.Circuit'], None]] = [
convert_to_xmon_gates.ConvertToXmonGates().optimize_circuit,
optimizers.MergeInteractions(tolerance=_TOLERANCE,
allow_partial_czs=False).optimize_circuit,
_merge_rots,
optimizers.EjectPhasedPaulis(tolerance=_TOLERANCE).optimize_circuit,
optimizers.EjectZ(tolerance=_TOLERANCE).optimize_circuit,
optimizers.DropNegligible(tolerance=_TOLERANCE).optimize_circuit,
]
_OPTIMIZERS_PART_CZ: List[Callable[['cirq.Circuit'], None]] = [
convert_to_xmon_gates.ConvertToXmonGates().optimize_circuit,
optimizers.MergeInteractions(tolerance=_TOLERANCE,
allow_partial_czs=True).optimize_circuit,
_merge_rots,
optimizers.EjectPhasedPaulis(tolerance=_TOLERANCE).optimize_circuit,
optimizers.EjectZ(tolerance=_TOLERANCE).optimize_circuit,
def decompose_operation(self,
operation: 'cirq.Operation') -> 'cirq.OP_TREE':
return convert_to_xmon_gates.ConvertToXmonGates().convert(operation)