Public Member Functions | |
| def | test_fusion_large_circuit_avx_tbb_path (self, min_fusion) |
| def | test_fusion_state_vector_matches_unfused (self, qbit_num, min_fusion) |
| def | test_fusion_unitary_matches_unfused (self, qbit_num, min_fusion) |
Private Member Functions | |
| def | _make_multi_gate_circuit (self, qbit_num) |
Detailed Description
Gate fusion via set_min_fusion: fused results must match unfused.
Definition at line 580 of file test_circuit.py.
Member Function Documentation
◆ _make_multi_gate_circuit()
|
private |
Build a circuit with enough gates to trigger fusion.
Definition at line 583 of file test_circuit.py.
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◆ test_fusion_large_circuit_avx_tbb_path()
| def tests.gates.test_circuit.TestGateFusion.test_fusion_large_circuit_avx_tbb_path | ( | self, | |
| min_fusion | |||
| ) |
With qbit_num=14 the fused path uses apply_large_kernel_to_input_AVX_TBB. Compare against an unfused circuit to verify correctness.
Definition at line 642 of file test_circuit.py.
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◆ test_fusion_state_vector_matches_unfused()
| def tests.gates.test_circuit.TestGateFusion.test_fusion_state_vector_matches_unfused | ( | self, | |
| qbit_num, | |||
| min_fusion | |||
| ) |
Fused circuit applied to a state should match unfused result.
Definition at line 620 of file test_circuit.py.
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◆ test_fusion_unitary_matches_unfused()
| def tests.gates.test_circuit.TestGateFusion.test_fusion_unitary_matches_unfused | ( | self, | |
| qbit_num, | |||
| min_fusion | |||
| ) |
Fused circuit unitary should match unfused for various min_fusion values.
Definition at line 600 of file test_circuit.py.
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The documentation for this class was generated from the following file:
