deltakit.circuit.Circuit#

Bases: Generic[T]

The deltakit_circuit circuit class. The circuit is implemented as a mutable list of layers where each layer is a gate layer, a noise layer, an annotation or another circuit.

Parameters:

layers (LayerT | Iterable[LayerT] | None, optional) – The layers to include in this circuit. Circuits are mutable so layers can be added to the circuit after construction. By default, None.
iterations (int, optional) – The number of times this circuit is run. If this circuit specifies a repeat block then iterations should be greater than 1. By default, 1.

Methods#

`Circuit.append_layers`	Append any layers to the end of this circuit.
`Circuit.apply_gate_noise`	Apply gate noise according to the noise profile.
`Circuit.approx_equals`	Determine whether two circuits are approximately equal within a tolerance.
`Circuit.as_detector_error_model`	Returns a stim.DetectorErrorModel describing the error process in the circuit.
`Circuit.as_stim_circuit`	Get the equivalent Stim circuit from this deltakit_circuit circuit.
`Circuit.detectors`	All of the detectors in this circuit.
`Circuit.detectors_gates`	Return the gates associated with each detector in this circuit, including nested circuits.
`Circuit.flatten`	Flatten a deltakit_circuit circuit to remove iteration blocks.
`Circuit.from_stim_circuit`	Parse a Stim circuit into a deltakit_circuit circuit.
`Circuit.gate_layers`	All the gate layers in this circuit.
`Circuit.noise_layers`	All the noise layers in this circuit.
`Circuit.permute_stim_circuit`	Convert this circuit to a Stim circuit and append it to the end of the given circuit.
`Circuit.remove_noise`	Remove all noise layers from this circuit and make any noisy measurement gates noiseless.
`Circuit.reorder_detectors`	Reorder the detectors in this circuit according to the given key.
`Circuit.replace_gates`	Replace gates in the circuit with other gates.
`Circuit.transform_qubits`	Transform this circuit's qubits and detectors according to the id mapping.