cirq_rigetti.sampler.get_rigetti_qcs_sampler

cirq_rigetti.sampler.get_rigetti_qcs_sampler(
    quantum_processor_id: str,
    *,
    as_qvm: Optional[bool] = None,
    noisy: Optional[bool] = None,
    executor: cirq_rigetti.circuit_sweep_executors.CircuitSweepExecutor = cirq_rigetti.circuit_sweep_executors.with_quilc_compilation_and_cirq_parameter_resolution,
    transformer: cirq_rigetti.circuit_transformers.CircuitTransformer = cirq_rigetti.circuit_transformers.default
) -> cirq_rigetti.sampler.RigettiQCSSampler

Args:
    quantum_processor_id: The name of the desired quantum computer. This should
        correspond to a name returned by `pyquil.api.list_quantum_computers`. Names
        ending in "-qvm" will return a QVM. Names ending in "-pyqvm" will return a
        `pyquil.PyQVM`. Otherwise, we will return a Rigetti QCS QPU if one exists
        with the requested name.
    as_qvm: An optional flag to force construction of a QVM (instead of a QPU). If
        specified and set to `True`, a QVM-backed quantum computer will be returned regardless
        of the name's suffix
    noisy: An optional flag to force inclusion of a noise model. If
        specified and set to `True`, a quantum computer with a noise model will be returned.
        The generic QVM noise model is simple T1 and T2 noise plus readout error. At the time
        of this writing, this has no effect on a QVM initialized based on a Rigetti QCS
        `qcs_api_client.models.InstructionSetArchitecture`.
    executor: A callable that first uses the below transformer on cirq.Circuit s and
        then executes the transformed circuit on the quantum_computer. You may pass your
        own callable or any static method on CircuitSweepExecutors.
    transformer: A callable that transforms the cirq.Circuit into a pyquil.Program.
        You may pass your own callable or any static method on CircuitTransformers.

Returns:
    A `RigettiQCSSampler` with the specified quantum processor, executor, and transformer.