Merge branch 'main' into sweep-p

Author: ddddddanni

cirq-core/cirq/contrib/paulistring/pauli_string_measurement_with_readout_mitigation_test.py

@@ -140,6 +140,7 @@ def test_pauli_string_measurement_errors_no_noise(use_sweep: bool) -> None:
                     pauli_string_measurement_results.pauli_string, final_state_vector
                 ),
                 atol=max(4 * pauli_string_measurement_results.mitigated_stddev, 0.1),
+                atol=max(4 * pauli_string_measurement_results.mitigated_stddev, 0.1),
             )
             assert isinstance(
                 pauli_string_measurement_results.calibration_result,
@@ -189,6 +190,7 @@ def test_pauli_string_measurement_errors_with_coefficient_no_noise(use_sweep: bo
                     pauli_string_measurement_results.pauli_string, final_state_vector
                 ),
                 atol=max(4 * pauli_string_measurement_results.mitigated_stddev, 0.1),
+                atol=max(4 * pauli_string_measurement_results.mitigated_stddev, 0.1),
             )
             assert isinstance(
                 pauli_string_measurement_results.calibration_result,
@@ -244,6 +246,7 @@ def test_group_pauli_string_measurement_errors_no_noise_with_coefficient(use_swe
                     pauli_string_measurement_results.pauli_string, final_state_vector
                 ),
                 atol=max(4 * pauli_string_measurement_results.mitigated_stddev, 0.1),
+                atol=max(4 * pauli_string_measurement_results.mitigated_stddev, 0.1),
             )
             assert isinstance(
                 pauli_string_measurement_results.calibration_result,
@@ -288,6 +291,7 @@ def test_pauli_string_measurement_errors_with_noise(use_sweep: bool) -> None:
                     pauli_string_measurement_results.pauli_string, final_state_vector
                 ),
                 atol=max(4 * pauli_string_measurement_results.mitigated_stddev, 0.1),
+                atol=max(4 * pauli_string_measurement_results.mitigated_stddev, 0.1),
             )
 
             assert isinstance(
@@ -340,6 +344,7 @@ def test_group_pauli_string_measurement_errors_with_noise(use_sweep: bool) -> No
                     pauli_string_measurement_results.pauli_string, final_state_vector
                 ),
                 atol=max(4 * pauli_string_measurement_results.mitigated_stddev, 0.1),
+                atol=max(4 * pauli_string_measurement_results.mitigated_stddev, 0.1),
             )
 
             assert isinstance(
@@ -380,6 +385,7 @@ def test_many_circuits_input_measurement_with_noise(use_sweep: bool) -> None:
     circuits_to_pauli[circuit_2] = [_generate_random_pauli_string(qubits_2) for _ in range(3)]
     circuits_to_pauli[circuit_3] = [_generate_random_pauli_string(qubits_3) for _ in range(3)]
 
+    sampler = NoisySingleQubitReadoutSampler(p0=0.003, p1=0.005, seed=1234)
     sampler = NoisySingleQubitReadoutSampler(p0=0.003, p1=0.005, seed=1234)
     simulator = cirq.Simulator()
 
@@ -402,6 +408,7 @@ def test_many_circuits_input_measurement_with_noise(use_sweep: bool) -> None:
                     pauli_string_measurement_results.pauli_string, final_state_vector
                 ),
                 atol=max(4 * pauli_string_measurement_results.mitigated_stddev, 0.1),
+                atol=max(4 * pauli_string_measurement_results.mitigated_stddev, 0.1),
             )
             assert isinstance(
                 pauli_string_measurement_results.calibration_result,
@@ -411,6 +418,7 @@ def test_many_circuits_input_measurement_with_noise(use_sweep: bool) -> None:
                 error
             ) in pauli_string_measurement_results.calibration_result.zero_state_errors.values():
                 assert 0.0025 < error < 0.0035
+                assert 0.0025 < error < 0.0035
             for (
                 error
             ) in pauli_string_measurement_results.calibration_result.one_state_errors.values():
@@ -507,6 +515,7 @@ def test_many_circuits_with_coefficient(
     circuits_to_pauli[circuit_2] = [_generate_random_pauli_string(qubits_2, True) for _ in range(3)]
     circuits_to_pauli[circuit_3] = [_generate_random_pauli_string(qubits_3, True) for _ in range(3)]
 
+    sampler = NoisySingleQubitReadoutSampler(p0=0.003, p1=0.005, seed=1234)
     sampler = NoisySingleQubitReadoutSampler(p0=0.003, p1=0.005, seed=1234)
     simulator = cirq.Simulator()
 
@@ -536,6 +545,7 @@ def test_many_circuits_with_coefficient(
                     pauli_string_measurement_results.pauli_string, final_state_vector
                 ),
                 atol=max(4 * pauli_string_measurement_results.mitigated_stddev, 0.1),
+                atol=max(4 * pauli_string_measurement_results.mitigated_stddev, 0.1),
             )
             assert isinstance(
                 pauli_string_measurement_results.calibration_result,
@@ -545,6 +555,7 @@ def test_many_circuits_with_coefficient(
                 error
             ) in pauli_string_measurement_results.calibration_result.zero_state_errors.values():
                 assert 0.0025 < error < 0.0035
+                assert 0.0025 < error < 0.0035
             for (
                 error
             ) in pauli_string_measurement_results.calibration_result.one_state_errors.values():
@@ -586,6 +597,7 @@ def test_many_group_pauli_in_circuits_with_coefficient(use_sweep: bool) -> None:
         )
     ]
 
+    sampler = NoisySingleQubitReadoutSampler(p0=0.003, p1=0.005, seed=1234)
     sampler = NoisySingleQubitReadoutSampler(p0=0.003, p1=0.005, seed=1234)
     simulator = cirq.Simulator()
 
@@ -608,6 +620,7 @@ def test_many_group_pauli_in_circuits_with_coefficient(use_sweep: bool) -> None:
                     pauli_string_measurement_results.pauli_string, final_state_vector
                 ),
                 atol=max(4 * pauli_string_measurement_results.mitigated_stddev, 0.1),
+                atol=max(4 * pauli_string_measurement_results.mitigated_stddev, 0.1),
             )
             assert isinstance(
                 pauli_string_measurement_results.calibration_result,
@@ -617,6 +630,7 @@ def test_many_group_pauli_in_circuits_with_coefficient(use_sweep: bool) -> None:
                 error
             ) in pauli_string_measurement_results.calibration_result.zero_state_errors.values():
                 assert 0.0025 < error < 0.035
+                assert 0.0025 < error < 0.035
             for (
                 error
             ) in pauli_string_measurement_results.calibration_result.one_state_errors.values():