CriteriaInputParsing

braket.circuits.noise_model.criteria_input_parsing.parse_operator_input(operators)

Processes the quantum operator input to __init__ to validate and return a set of QuantumOperators.

Parameters:

operators (QuantumOperator | Iterable[QuantumOperator]) – QuantumOperator input.

Return type:

set[QuantumOperator] | None

Returns:

set[QuantumOperator] | None – The set of relevant QuantumOperators or None if none is specified.

Throws:

ValueError: If no quantum operator are provided, if the quantum operator don’t all operate

on the same number of qubits.

braket.circuits.noise_model.criteria_input_parsing.parse_qubit_input(qubits, expected_qubit_count=0)

Processes the qubit input to __init__ to validate and return a set of qubit targets.

Parameters:

• qubits (Union[Qubit, int, Iterable[Union[Qubit, int]], None]) – Qubit input.

• expected_qubit_count (int | None) – The expected number of qubits that the input gates operates on. If the value is non-zero, this method will validate that the expected qubit count matches the actual qubit count. Default is 0.

Return type:

set[int | tuple[int]] | None

Returns:

set[int | tuple[int]] | None – The set of qubit targets, or None if no qubits are specified.