iqm.iqm_client.models

This module contains the data models used by IQMClient.

Module Attributes

CircuitBatch	Type that represents a list of quantum circuits to be executed together in a single batch.
QubitMapping	Type that represents a qubit mapping for a circuit, i.e. a list of single qubit mappings for all qubits in the circuit.
CircuitMeasurementResults	Measurement results from a single circuit.
CircuitMeasurementResultsBatch	Type that represents measurement results for a batch of circuits.

Functions

get_current_instruction_name(name)	Checks if the instruction name has been deprecated and returns the new name if it is; otherwise, just returns the name as-is.
is_directed_instruction(name)	Checks if the instruction with the given name is directed, i.e. if the instruction is allowed only in the direction defined by the operation loci in the quantum architecture.
is_multi_qubit_instruction(name)	Checks if the instruction with the given name is a multi-qubit instruction.
serialize_qubit_mapping(qubit_mapping)	Serializes a qubit mapping dict into the corresponding IQM data transfer format.
validate_circuit(circuit)	Validates a submitted quantum circuit using Pydantic tooling.

Classes

Circuit(*, name, instructions[, metadata])	Quantum circuit to be executed.
CircuitCompilationOptions([...])	Various discrete options for quantum circuit compilation to pulse schedule.
HeraldingMode(value)	Heralding mode for circuit execution.
Instruction(*, name[, implementation])	The Instruction class represents a native quantum operation.
Metadata(*[, calibration_set_id, ...])	Metadata describing a circuit execution job.
MoveGateFrameTrackingMode(value)	MOVE gate frame tracking mode for circuit compilation.
MoveGateValidationMode(value)	MOVE gate validation mode for circuit compilation.
QuantumArchitecture(*, quantum_architecture)	Quantum architecture as returned by server.
QuantumArchitectureSpecification(*, name, ...)	Quantum architecture specification.
RunRequest(*, circuits[, custom_settings, ...])	Request for an IQM quantum computer to run a job that executes a batch of quantum circuits.
RunResult(*, status[, measurements, ...])	Results of the quantum circuit execution job.
RunStatus(*, status[, message, warnings])	Status of a circuit execution job.
SingleQubitMapping(*, logical_name, ...)	Mapping of a logical qubit name to a physical qubit name.
Status(value)	Status of a job.

Inheritance