gz dZddlmZddlmZddlmZmZmZm Z m Z m Z m Z m Z mZeeee e e e e ed ZejdZejd dZdS) z.Internal utils for Classical Function Compiler)HAS_TWEEDLEDUM)QuantumCircuit) HGateSGateSdgGateSwapGateTGateTdgGateXGateYGateZGate) zstd.hzstd.szstd.sdgzstd.swapzstd.tzstd.tdgzstd.xzstd.yzstd.zct|}|P|dkr|St d||dkrddlm}|}d}|d|D]5}|t| |j j kz }6| t||dddS|S)N py_operatorzUnrecognized operator: r)Qubit) ctrl_state) _QISKIT_OPSgetkindpy_op RuntimeError num_controls tweedledum.irrqubitsintpolarityPolaritypositivecontrollen)op base_gaterrrqubits \/granary/edev/quantum/lib/python3.11/site-packages/qiskit/circuit/classicalfunction/utils.py_convert_tweedledum_operatorr&+s) **I 7799 % %88:: DDDEE E 1'''''' /boo///0 P PE S!1!1U^5L!LMMO OJJy{{""3z??z$$B$?O"PPP 9;;Nc|r t|d|i}n#t||}ddlm}||D]E}t |}d|D}|||F|S)apConverts a `Tweedledum `_ circuit into a Qiskit circuit. Args: tweedledum_circuit (tweedledum.ir.Circuit): Tweedledum circuit. name (str): Name for the resulting Qiskit circuit. qregs (list(QuantumRegister)): Optional. List of QuantumRegisters on which the circuit would operate. If not provided, it will create a flat register. Returns: QuantumCircuit: The Tweedledum circuit converted to a Qiskit circuit. Raises: ClassicalFunctionCompilerError: If a gate in the Tweedledum circuit has no Qiskit equivalent. name)r)r) parity_decompc6g|]}|S)uid).0r$s r% z%tweedledum2qiskit..Ys @@@%%))++@@@r')r num_qubitstweedledum.passesr*r&rappend)tweedledum_circuitr)qregs qiskit_qcr* instructiongaters r%tweedledum2qiskitr8@s  O"E555 "#5#@#@#B#BNNN //////$}%788'' +K88@@;+=+=+?+?@@@v&&&& r')NN)__doc__qiskit.utils.optionalsrqiskit.circuitr%qiskit.circuit.library.standard_gatesrrrrr r r r r rrequire_in_callr&r8r,r'r%r>s54111111))))))                               ( r'