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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 | |
| tdag | |
Functions | |
| def | tdag._enumerate (target_gate, target_qubit, input_groups, deps, g, gate_to_qubit, S, max_qubit) |
| def | tdag._enumerate_groups (g, rg, gate_to_qubit, S, max_qubit, use_gtqcp) |
| def | tdag._enumerate_gtqcp (target_gate, target_qubit, input_groups, deps, g, gate_to_qubit, S, max_qubit) |
| def | tdag._get_gate_dependencies (g, rg, gate_to_qubit, S, max_qubit) |
| def | tdag._get_starting_gates (g, rg, gate_to_qubit, S) |
| def | tdag._remove_best_partition (qubit_results, g, rg, gate_to_qubit, start_qubit, deps) |
| def | tdag._test_gtqcp () |
| def | tdag._test_tdag () |
| def | tdag._test_tdag_qasm (use_gtqcp=False) |
| def | tdag._test_tdag_single_qubit () |
| def | tdag.tdag_max_partitions (c, max_qubit, use_gtqcp=False) |
1.8.13