QasmSimulator.DEFAULT_CONFIGURATION

QasmSimulator.DEFAULT_CONFIGURATION = {'backend_name': 'qasm_simulator', 'backend_version': '0.5.2', 'basis_gates': ['u1', 'u2', 'u3', 'cx', 'cz', 'id', 'x', 'y', 'z', 'h', 's', 'sdg', 't', 'tdg', 'swap', 'ccx', 'unitary', 'diagonal', 'initialize', 'cu1', 'cu2', 'cu3', 'cswap', 'mcx', 'mcy', 'mcz', 'mcu1', 'mcu2', 'mcu3', 'mcswap', 'multiplexer', 'kraus', 'roerror'], 'conditional': True, 'coupling_map': None, 'description': 'A C++ simulator with realistic noise for QASM Qobj files', 'gates': [{'name': 'u1', 'parameters': ['lam'], 'conditional': True, 'description': 'Single-qubit gate [[1, 0], [0, exp(1j*lam)]]', 'qasm_def': 'gate u1(lam) q { U(0,0,lam) q; }'}, {'name': 'u2', 'parameters': ['phi', 'lam'], 'conditional': True, 'description': 'Single-qubit gate [[1, -exp(1j*lam)], [exp(1j*phi), exp(1j*(phi+lam))]]/sqrt(2)', 'qasm_def': 'gate u2(phi,lam) q { U(pi/2,phi,lam) q; }'}, {'name': 'u3', 'parameters': ['theta', 'phi', 'lam'], 'conditional': True, 'description': 'Single-qubit gate with three rotation angles', 'qasm_def': 'gate u3(theta,phi,lam) q { U(theta,phi,lam) q; }'}, {'name': 'cx', 'parameters': [], 'conditional': True, 'description': 'Two-qubit Controlled-NOT gate', 'qasm_def': 'gate cx c,t { CX c,t; }'}, {'name': 'cz', 'parameters': [], 'conditional': True, 'description': 'Two-qubit Controlled-Z gate', 'qasm_def': 'gate cz a,b { h b; cx a,b; h b; }'}, {'name': 'id', 'parameters': [], 'conditional': True, 'description': 'Single-qubit identity gate', 'qasm_def': 'gate id a { U(0,0,0) a; }'}, {'name': 'x', 'parameters': [], 'conditional': True, 'description': 'Single-qubit Pauli-X gate', 'qasm_def': 'gate x a { U(pi,0,pi) a; }'}, {'name': 'y', 'parameters': [], 'conditional': True, 'description': 'Single-qubit Pauli-Y gate', 'qasm_def': 'TODO'}, {'name': 'z', 'parameters': [], 'conditional': True, 'description': 'Single-qubit Pauli-Z gate', 'qasm_def': 'TODO'}, {'name': 'h', 'parameters': [], 'conditional': True, 'description': 'Single-qubit Hadamard gate', 'qasm_def': 'TODO'}, {'name': 's', 'parameters': [], 'conditional': True, 'description': 'Single-qubit phase gate', 'qasm_def': 'TODO'}, {'name': 'sdg', 'parameters': [], 'conditional': True, 'description': 'Single-qubit adjoint phase gate', 'qasm_def': 'TODO'}, {'name': 't', 'parameters': [], 'conditional': True, 'description': 'Single-qubit T gate', 'qasm_def': 'TODO'}, {'name': 'tdg', 'parameters': [], 'conditional': True, 'description': 'Single-qubit adjoint T gate', 'qasm_def': 'TODO'}, {'name': 'swap', 'parameters': [], 'conditional': True, 'description': 'Two-qubit SWAP gate', 'qasm_def': 'TODO'}, {'name': 'ccx', 'parameters': [], 'conditional': True, 'description': 'Three-qubit Toffoli gate', 'qasm_def': 'TODO'}, {'name': 'cswap', 'parameters': [], 'conditional': True, 'description': 'Three-qubit Fredkin (controlled-SWAP) gate', 'qasm_def': 'TODO'}, {'name': 'unitary', 'parameters': ['matrix'], 'conditional': True, 'description': 'N-qubit unitary gate. The parameter is the N-qubit matrix to apply.', 'qasm_def': 'unitary(matrix) q1, q2,...'}, {'name': 'diagonal', 'parameters': ['diag_elements'], 'conditional': True, 'description': 'N-qubit diagonal unitary gate. The parameters are the diagonal entries of the N-qubit matrix to apply.', 'qasm_def': 'TODO'}, {'name': 'initialize', 'parameters': ['vector'], 'conditional': False, 'description': 'N-qubit state initialize. Resets qubits then sets statevector to the parameter vector.', 'qasm_def': 'initialize(vector) q1, q2,...'}, {'name': 'cu1', 'parameters': ['lam'], 'conditional': True, 'description': 'Two-qubit Controlled-u1 gate', 'qasm_def': 'TODO'}, {'name': 'cu2', 'parameters': ['phi', 'lam'], 'conditional': True, 'description': 'Two-qubit Controlled-u2 gate', 'qasm_def': 'TODO'}, {'name': 'cu3', 'parameters': ['theta', 'phi', 'lam'], 'conditional': True, 'description': 'Two-qubit Controlled-u3 gate', 'qasm_def': 'TODO'}, {'name': 'mcx', 'parameters': [], 'conditional': True, 'description': 'N-qubit multi-controlled-X gate', 'qasm_def': 'TODO'}, {'name': 'mcy', 'parameters': [], 'conditional': True, 'description': 'N-qubit multi-controlled-Y gate', 'qasm_def': 'TODO'}, {'name': 'mcz', 'parameters': [], 'conditional': True, 'description': 'N-qubit multi-controlled-Z gate', 'qasm_def': 'TODO'}, {'name': 'mcu1', 'parameters': ['lam'], 'conditional': True, 'description': 'N-qubit multi-controlled-u1 gate', 'qasm_def': 'TODO'}, {'name': 'mcu2', 'parameters': ['phi', 'lam'], 'conditional': True, 'description': 'N-qubit multi-controlled-u2 gate', 'qasm_def': 'TODO'}, {'name': 'mcu3', 'parameters': ['theta', 'phi', 'lam'], 'conditional': True, 'description': 'N-qubit multi-controlled-u3 gate', 'qasm_def': 'TODO'}, {'name': 'mcswap', 'parameters': [], 'conditional': True, 'description': 'N-qubit multi-controlled-SWAP gate', 'qasm_def': 'TODO'}, {'name': 'multiplexer', 'parameters': ['mat1', 'mat2', '...'], 'conditional': True, 'description': 'N-qubit multi-plexer gate. The input parameters are the gates for each value.', 'qasm_def': 'TODO'}, {'name': 'kraus', 'parameters': ['mat1', 'mat2', '...'], 'conditional': True, 'description': 'N-qubit Kraus error instruction. The input parameters are the Kraus matrices.', 'qasm_def': 'TODO'}, {'name': 'roerror', 'parameters': ['matrix'], 'conditional': False, 'description': 'N-bit classical readout error instruction. The input parameter is the readout error probability matrix.', 'qasm_def': 'TODO'}], 'local': True, 'max_shots': 1000000, 'memory': True, 'n_qubits': 32, 'open_pulse': False, 'simulator': True, 'url': 'https://github.com/Qiskit/qiskit-aer'}