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Sequential Quantum Gate Decomposer
v1.9.6
Powerful decomposition of general unitarias into one- and two-qubit gates gates
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Go to the source code of this file.
Namespaces | |
| example_bfgs2 | |
Variables | |
| example_bfgs2.cDecompose = N_Qubit_Decomposition_adaptive( Umtx.conj().T, config=config, level_limit_max=5, level_limit_min=1 ) | |
| dictionary | example_bfgs2.config |
| example_bfgs2.data = loadmat('examples/decomposition/Umtx.mat') | |
| load the unitary from file More... | |
| example_bfgs2.decomposed_matrix = utils.get_unitary_from_qiskit_circuit( quantum_circuit ) | |
| the unitary matrix from the result object More... | |
| tuple | example_bfgs2.decomposition_error = (np.real(np.trace(product_matrix)))/2 |
| dictionary | example_bfgs2.iteration_loops = {4: 3, 3: 3, 2: 3} |
| example_bfgs2.matrix_size = len(Umtx) | |
| [load Umtx] More... | |
| string | example_bfgs2.method = "basin_hopping" |
| [create decomposition class] creating a class to decompose the unitary More... | |
| example_bfgs2.phase = np.angle(product_matrix[0,0]) | |
| example_bfgs2.product_matrix = np.dot(Umtx,decomposed_matrix.conj().T) | |
| example_bfgs2.quantum_circuit = cDecompose.get_Qiskit_Circuit() | |
| [create decomposition class] More... | |
| example_bfgs2.Umtx = data['Umtx'] | |
| The unitary to be decomposed. More... | |
1.8.13