Public Member Functions | |
| def | test_apply_from_right_f32_close_to_f64 (self, qbit_num) |
| def | test_apply_from_right_mutates_matrix (self, qbit_num) |
| def | test_apply_from_right_single_gate_f64 (self, qbit_num) |
| def | test_apply_from_right_single_gate_noparams_f64 (self, qbit_num) |
Detailed Description
apply_from_right: both f64 and f32. Gates_block::apply_from_right iterates gates in forward order but reads the parameter array from the END backward (by design for gradient computations). For a SINGLE-GATE circuit there is no ordering ambiguity, so we can verify the result against the matrix; for multi-gate circuits we verify f32/f64 consistency and that the matrix is actually mutated.
Definition at line 239 of file test_circuit.py.
Member Function Documentation
◆ test_apply_from_right_f32_close_to_f64()
| def tests.gates.test_circuit.TestApplyFromRight.test_apply_from_right_f32_close_to_f64 | ( | self, | |
| qbit_num | |||
| ) |
float32 apply_from_right result should match float64 reference.
Definition at line 295 of file test_circuit.py.
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◆ test_apply_from_right_mutates_matrix()
| def tests.gates.test_circuit.TestApplyFromRight.test_apply_from_right_mutates_matrix | ( | self, | |
| qbit_num | |||
| ) |
apply_from_right must modify the input matrix in-place.
Definition at line 280 of file test_circuit.py.
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◆ test_apply_from_right_single_gate_f64()
| def tests.gates.test_circuit.TestApplyFromRight.test_apply_from_right_single_gate_f64 | ( | self, | |
| qbit_num | |||
| ) |
For a single-gate circuit apply_from_right(params, I) == U.
Definition at line 250 of file test_circuit.py.
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◆ test_apply_from_right_single_gate_noparams_f64()
| def tests.gates.test_circuit.TestApplyFromRight.test_apply_from_right_single_gate_noparams_f64 | ( | self, | |
| qbit_num | |||
| ) |
Single parameter-free gate (H): apply_from_right([], A) == A @ H.
Definition at line 265 of file test_circuit.py.
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The documentation for this class was generated from the following file:
