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| combined_circuit = cirq.Circuit(cirq.MatrixGate(diagonal)(b, c), ops) | ||
| circuit_unitary = combined_circuit.unitary(qubits_that_should_be_present=[b, c]) | ||
| cirq.testing.assert_allclose_up_to_global_phase(circuit_unitary, v, atol=2e-6) | ||
| cirq.testing.assert_allclose_up_to_global_phase(circuit_unitary, v, atol=1e-5) |
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[No change needed] I've seen relative difference in excess of 1e-5, but absolute is still below that mark.
Max absolute difference: 5.1897987e-06
Max relative difference: 1.1158966e-05
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yeah I am giving it some room
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Just hit this again with worse error:
Max absolute difference: 4.5085162e-05
Max relative difference: 0.00063814
https://github.com/quantumlib/Cirq/runs/6926634541?check_suite_focus=true
95-martin-orion
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…final_state_vector (#5636) Rolls back change in #5426 that set the default precision on `Circuit#unitary` to `np.complex128`. Also sets the default on `Circuit#final_state_vector` to `np.complex128`. There was a deprecation warning that this was going to be downgraded to `np.complex64`,, but this will now remain `np.complex128`. This is breaking in that is someone explicitly passed `dtype=None` to this method it would now break. Rolls back #5426 #5616 #5537 #5535
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…final_state_vector (quantumlib#5636) Rolls back change in quantumlib#5426 that set the default precision on `Circuit#unitary` to `np.complex128`. Also sets the default on `Circuit#final_state_vector` to `np.complex128`. There was a deprecation warning that this was going to be downgraded to `np.complex64`,, but this will now remain `np.complex128`. This is breaking in that is someone explicitly passed `dtype=None` to this method it would now break. Rolls back quantumlib#5426 quantumlib#5616 quantumlib#5537 quantumlib#5535
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…final_state_vector (quantumlib#5636) Rolls back change in quantumlib#5426 that set the default precision on `Circuit#unitary` to `np.complex128`. Also sets the default on `Circuit#final_state_vector` to `np.complex128`. There was a deprecation warning that this was going to be downgraded to `np.complex64`,, but this will now remain `np.complex128`. This is breaking in that is someone explicitly passed `dtype=None` to this method it would now break. Rolls back quantumlib#5426 quantumlib#5616 quantumlib#5537 quantumlib#5535
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#5536