Simulator API

qm.simulate.interface.SimulationConfig

Creates a configuration object to pass to qm.quantum_machines_manager.QuantumMachinesManager.simulate

PARAMETER	DESCRIPTION
duration	The duration to run the simulation for, in clock cycles TYPE: int DEFAULT: 0
include_analog_waveforms	True to collect simulated analog waveform names TYPE: bool DEFAULT: False
include_digital_waveforms	True to collect simulated digital waveform names TYPE: bool DEFAULT: False
simulation_interface	Interface for to simulator. Currently supported interfaces - None - Zero inputs - qm.simulate.loopback.LoopbackInterface - Loopback output to input - qm.simulate.raw.RawInterface - Specify samples for inputs TYPE: SimulatorInterface DEFAULT: None
controller_connections	A list of connections between the controllers in the config TYPE: List[ControllerConnection] DEFAULT: None
extraProcessingTimeoutInMs	timeout in ms to wait for stream processing to finish. Default is -1, which is disables the timeout TYPE: int DEFAULT: -1

qm.simulate.loopback.LoopbackInterface

Creates a loopback interface for use in qm.simulate.interface.SimulationConfig. A loopback connects the output of the OPX into it's input. This can be defined directly using the ports or through the elements.

PARAMETER	DESCRIPTION
connections	List of tuples with loopback connections. Each tuple should represent physical connection between ports: ``(from_controller: str, from_port: int, to_controller: str, to_port: int)`` TYPE: list
latency	The latency between the OPX outputs and its input. TYPE: int DEFAULT: 24
noisePower	How much noise to add to the input. TYPE: float DEFAULT: 0.0

Example

job = qmm.simulate(config, prog, SimulationConfig(
                  duration=20000,
                  # loopback from output 1 to input 2 of controller 1:
                  simulation_interface=LoopbackInterface([("con1", 1, "con1", 2)])

qm.simulate.raw.RawInterface

Creates a raw interface for use in qm.simulate.interface.SimulationConfig. A raw interface defines samples that will be inputted into the OPX inputs.

PARAMETER	DESCRIPTION
connections	List of tuples with the connection. Each tuple should be: ``(toController: str, toPort: int, toSamples: List[float])`` TYPE: list
noisePower	How much noise to add to the input. TYPE: float DEFAULT: 0.0

Example

job = qmm.simulate(config, prog, SimulationConfig(
                  duration=20000,
                  # 500 ns of DC 0.2 V into con1 input 1
                  simulation_interface=RawInterface([("con1", 1, [0.2]*500)])

qm.results.simulator_samples.SimulatorControllerSamples

plot

Plots the simulated output of the OPX in the given ports. If no ports are given, all active ports are plotted.

PARAMETER	DESCRIPTION
analog_ports	Union[None, str, list[str]] TYPE: Optional[Union[str, List[str]]] DEFAULT: None
digital_ports	Union[None, str, list[str]] TYPE: Optional[Union[str, List[str]]] DEFAULT: None