g JdZddlmZddlmZddlmZGddeZdS)z0Set the ``layout`` property to the given layout.) AnalysisPass)InvalidLayoutError)Layoutc(eZdZdZfdZdZxZS) SetLayoutzSet the ``layout`` property to the given layout. This pass associates a physical qubit (int) to each virtual qubit of the circuit (Qubit) in increasing order. cVt||_dS)aWSetLayout initializer. Args: layout (Layout or List[int]): the layout to set. It can be: * a :class:`Layout` instance: sets that layout. * a list of integers: takes the index in the list as the physical position in which the virtual qubit is going to be mapped. N)super__init__layout)selfr __class__s `/granary/edev/quantum/lib/python3.11/site-packages/qiskit/transpiler/passes/layout/set_layout.pyr zSetLayout.__init__s&  ct|jtrt|jtjkr9t dt|jdtjtt |jt|jkrt d|jdtfdt|jD}nbt|jtr|j }n.|jd}n$t dt|j||j d<S) zRun the SetLayout pass on ``dag``. Args: dag (DAGCircuit): DAG to map. Returns: DAGCircuit: the original DAG. zDThe length of the layout is different than the size of the circuit: z <> zThe provided layout z contains duplicate qubitsc2i|]\}}|j|S)qubits).0iphysdags r z!SetLayout.run..;s%WWWWQT3:a=WWWrNz0SetLayout was initialized with the layout type: r ) isinstancer listlenrrsetr enumeratecopytype property_set)r rr s ` rrunz SetLayout.run(sl dk4 ( ( 4;3sz??22(H #DK 0 0HH69#*ooHH3t{##$$DK(8(888(R4;RRRWWWW $+@V@VWWWXXFF  V , , [%%''FF [ FF$V4 CTCTVV '-(# r)__name__ __module__ __qualname____doc__r r! __classcell__)r s@rrrsQ     rrN)r%qiskit.transpiler.basepassesrqiskit.transpiler.exceptionsrqiskit.transpiler.layoutrrrrrr*sw76555555;;;;;;++++++22222 22222r