{ i ZSrSSKJrJr SSKJr SSKJr "SS\5rSr\\lg ) z; Instruction to set the state simulator state to a matrix. )QuantumCircuit Instruction)Operator)default_qubitsc0^\rSrSrSrSrU4SjrSrU=r$) SetUnitaryz"Set unitary state of the simulatorTc>[U[5(d [U5nUR(aUR5(d [ S5e[ TU]SURSUR/5 g)aNCreate new instruction to set the unitary simulator state. Args: state (Operator): A unitary matrix. Raises: ValueError: if the input matrix is not state. .. note:: This set instruction must always be performed on the full width of qubits in a circuit, otherwise an exception will be raised during simulation. zThe input matrix is not unitary set_unitaryrN) isinstancer num_qubits is_unitary ValueErrorsuper__init__data)selfstate __class__s i/home/james-whalen/.local/lib/python3.13/site-packages/qiskit_aer/library/set_instructions/set_unitary.pyrSetUnitary.__init__s]%**UOEu'7'7'9'9>? ? (8(8!ejj\J) __name__ __module__ __qualname____firstlineno____doc__ _directiver__static_attributes__ __classcell__)rs@rr r s,JKKrr c.[U5n[U[5(d [U5nUR(aUR[ U5:wa&[ SURSURS35eUR [U5U5$)aaSet the state of the simulator. Args: state (Operator): A state matrix. Returns: QuantumCircuit: with attached instruction. Raises: ValueError: If the state is the incorrect size for the current circuit. ValueError: if the input matrix is not unitary. .. note: This instruction is always defined across all qubits in a circuit. zThe size of the unitary matrix for the set_unitary instruction must be equal to the number of qubits in the circuit (state.num_qubits (z ) != QuantumCircuit.num_qubits (z)).)rr rrlenrappendr )rrqubitss rr r 0s"D !F eX & &   u//3v;> 2272B2B1CD..2oo->c C  ;;z%(& 11rN) rqiskit.circuitrrqiskit.quantum_inforrr r rrrr)s27(+KK62<)r