ó Óz i ã ó<•SrSSKrSSKJr S S\S\S\S\4Sjjrg) zLInteger comparator based on an exponential number of multi-controlled gates.éN)ÚQuantumCircuitÚnum_state_qubitsÚvalueÚgeqÚreturncó¸•[US-5nUS::aU(aURU5 U$[[R"U55nUSUS- -:aU(dUSUS- -:”aU(dU(+nURU5 U(a[ USU-5nO [ SU5nUH%nUR [[ U55XS9 M' U$)amImplement an integer comparison based on value-by-value comparison. For ``value`` smaller than ``2 ** (num_state_qubits - 1)`` this circuit implements ``value`` multi-controlled gates with control states 0, 1, ..., ``value - 1``, such that the target qubit is flipped if the qubit state represents any of the allowed values. For ``value`` larger than that, ``geq`` is flipped. This implementation can require an exponential number of gates. If auxiliary qubits are available, the implementation provided by :func:`.synth_integer_comparator_2s` is more efficient. Args: num_state_qubits: The number of qubits encoding the value to compare to. value: The value to compare to. geq: If ``True`` flip the target bit if the qubit state is :math:`\geq` than the value, otherwise implement :math:`<`. Returns: A circuit implementing the integer comparator. éré)Ú ctrl_state)rÚxÚintÚnpÚceilÚrangeÚmcxÚlist)rrrÚcircuitÚaccepted_valuesÚaccepted_values Úp/home/james-whalen/.local/lib/python3.13/site-packages/qiskit/synthesis/arithmetic/comparators/compare_greedy.pyÚsynth_integer_comparator_greedyrsÏ€ô,Ð-°Ñ1Ó2€Gà ƒzÞ Ø I‰IÐ&Ô 'àˆô ”—’˜“Ó €EØ Ð&¨Ñ*Ñ+Ó+¶Ø Ð&¨Ñ*Ñ+Ó+¶CàŒgˆØ ‰ Ð"Ô#æ Ü  qÐ*:Ñ':Ó;‰ä  5›/ˆã)ˆØ ‰ ”DœÐ/Ó0Ó1Ð3Cˆ Ó_ñ*ð €Nó)T)Ú__doc__ÚnumpyrÚqiskit.circuit.quantumcircuitrr Úboolr©rrÚrs;ðñSãÝ8ð48ñ/Øð/Ø"%ð/Ø,0ð/àö/r