#
# Single qubit serializers and deserializers
#
#############################################
#
# Single qubit serializers for arbitrary rotations
#
SINGLE_QUBIT_SERIALIZERS = [
op_serializer.GateOpSerializer(
gate_type=ops.PhasedXPowGate,
serialized_gate_id='xy',
args=[
op_serializer.SerializingArg(
serialized_name='axis_half_turns',
serialized_type=float,
op_getter='phase_exponent',
),
op_serializer.SerializingArg(
serialized_name='half_turns',
serialized_type=float,
op_getter='exponent',
),
],
),
op_serializer.GateOpSerializer(
gate_type=ops.XPowGate,
serialized_gate_id='xy',
args=[
op_serializer.SerializingArg(
serialized_name='axis_half_turns',
#
# Single qubit serializers and deserializers
#
#############################################
#
# Single qubit serializers for arbitrary rotations
#
SINGLE_QUBIT_SERIALIZERS = [
op_serializer.GateOpSerializer(
gate_type=ops.PhasedXPowGate,
serialized_gate_id='xy',
args=[
op_serializer.SerializingArg(
serialized_name='axis_half_turns',
serialized_type=float,
op_getter='phase_exponent',
),
op_serializer.SerializingArg(
serialized_name='half_turns',
serialized_type=float,
op_getter='exponent',
),
],
),
op_serializer.GateOpSerializer(
gate_type=ops.XPowGate,
serialized_gate_id='xy',
args=[
op_serializer.SerializingArg(
serialized_name='axis_half_turns',
#############################################
#
# Single qubit serializers and deserializers
#
#############################################
#
# Single qubit serializers for arbitrary rotations
#
SINGLE_QUBIT_SERIALIZERS = [
op_serializer.GateOpSerializer(
gate_type=ops.PhasedXPowGate,
serialized_gate_id='xy',
args=[
op_serializer.SerializingArg(serialized_name='axis_half_turns',
serialized_type=float,
gate_getter='phase_exponent'),
op_serializer.SerializingArg(serialized_name='half_turns',
serialized_type=float,
gate_getter='exponent'),
]),
op_serializer.GateOpSerializer(
gate_type=ops.XPowGate,
serialized_gate_id='xy',
args=[
op_serializer.SerializingArg(serialized_name='axis_half_turns',
serialized_type=float,
gate_getter=lambda x: 0.0),
op_serializer.SerializingArg(serialized_name='half_turns',
serialized_type=float,
gate_getter='exponent'),
#
# Single qubit serializers and deserializers
#
#############################################
#
# Single qubit serializers for arbitrary rotations
#
SINGLE_QUBIT_SERIALIZERS = [
op_serializer.GateOpSerializer(
gate_type=ops.PhasedXPowGate,
serialized_gate_id='xy',
args=[
op_serializer.SerializingArg(
serialized_name='axis_half_turns',
serialized_type=float,
gate_getter='phase_exponent',
),
op_serializer.SerializingArg(
serialized_name='half_turns',
serialized_type=float,
gate_getter='exponent',
),
],
),
op_serializer.GateOpSerializer(
gate_type=ops.XPowGate,
serialized_gate_id='xy',
args=[
op_serializer.SerializingArg(
serialized_name='axis_half_turns',
from typing import cast, List
from cirq import ops, protocols
from cirq.google import op_serializer, op_deserializer, serializable_gate_set
# The xmon gate set.
XMON = serializable_gate_set.SerializableGateSet(
gate_set_name='xmon',
serializers=[
op_serializer.GateOpSerializer(
gate_type=ops.PhasedXPowGate,
serialized_gate_id='exp_w',
args=[
op_serializer.SerializingArg(serialized_name='axis_half_turns',
serialized_type=float,
gate_getter='phase_exponent'),
op_serializer.SerializingArg(serialized_name='half_turns',
serialized_type=float,
gate_getter='exponent')
]),
op_serializer.GateOpSerializer(gate_type=ops.ZPowGate,
serialized_gate_id='exp_z',
args=[
op_serializer.SerializingArg(
serialized_name='half_turns',
serialized_type=float,
gate_getter='exponent')
]),
op_serializer.GateOpSerializer(
gate_type=ops.XPowGate,