def test_identity(self):
identity = cirq.I
c1u1 = Controlled1BitMatrixGate(sub_gate=identity)
test_gate_decomposition(c1u1,
self,
expected_unitary=np.array([[1.0]]),
print_circuit=False)
def test_random_matrix_gate(self):
sub_gate = RandomMatrixGate(num_qubits=1)
c1u1 = Controlled1BitMatrixGate(sub_gate=sub_gate)
test_gate_decomposition(c1u1, self, print_circuit=False)
def test_pauli_z(self):
pauli_z = cirq.Z
c1u1 = Controlled1BitMatrixGate(sub_gate=pauli_z)
test_gate_decomposition(c1u1, self, print_circuit=False)
def test_c_rz(self):
for i in range(self.NUM_TESTS):
rads = np.random.rand() * 2 * np.pi # [0, 2π)
c_rz = CRz(rads)
test_gate_decomposition(c_rz, self, print_circuit=False)