Datasets:
benchflow
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frontierphysics-pr102-evidence

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E row 2: corrected_hz
E row 3: corrected_hz
E row 4: corrected_hz
E row 5: corrected_hz
E row 6: corrected_hz
E row 7: corrected_hz
E row 8: corrected_hz
E row 9: corrected_hz
E row 10: corrected_hz
E row 11: corrected_hz
E row 12: corrected_hz
E row 13: corrected_hz
E row 14: corrected_hz
E row 15: corrected_hz
E row 16: corrected_hz
E row 17: corrected_hz
E row 18: corrected_hz
E row 19: corrected_hz
E row 20: corrected_hz
E row 21: corrected_hz
E row 22: corrected_hz
E row 23: corrected_hz
E row 24: corrected_hz
E row 25: corrected_hz
E row 26: corrected_hz
E row 27: corrected_hz
E row 28: corrected_hz
E row 29: corrected_hz
E row 30: corrected_hz
E row 31: corrected_hz
E row 32: corrected_hz
E row 33: corrected_hz
E row 34: corrected_hz
E row 35: corrected_hz
E row 36: corrected_hz
E row 37: corrected_hz
E row 38: corrected_hz
E row 39: corrected_hz
E assert not ['row 0: corrected_hz', 'row 1: corrected_hz', 'row 2: corrected_hz', 'row 3: corrected_hz', 'row 4: corrected_hz', 'row 5: corrected_hz', ...]
/verifier/test_outputs.py:480: AssertionError
_____________________ test_fit_quality_and_run_diagnostics _____________________
def test_fit_quality_and_run_diagnostics():
data, ref = agent_json(), reference()
chi2 = float(data["reduced_chi2"])
assert 0.55 <= chi2 <= 1.9
assert math.isclose(chi2, ref["global"]["reduced_chi2"], rel_tol=0.25)
failures = []
for run_id, expected in ref["diagnostics"].items():
actual = data["runs"].get(run_id)
assert isinstance(actual, dict), f"missing diagnostics for {run_id}"
if int(actual["blocks"]) != expected["blocks"]:
failures.append(f"{run_id}: blocks")
if int(actual["hourly_bins"]) != expected["hourly_bins"]:
failures.append(f"{run_id}: hourly_bins")
for state in ("R", "L"):
if int(actual["phase_unwrap_abs_total"][state]) != expected["phase_unwrap_abs_total"][state]:
failures.append(f"{run_id}: unwrap {state}")
for key, rel, absolute in (
("gradient_ptp_hz", 0.05, 0.5),
("zeeman_correction_ptp_hz", 0.10, 0.0002),
("quadrupole_correction_ptp_hz", 0.10, 0.003),
("residual_rms_hz", 0.35, 0.015),
):
value = float(actual[key])
target = float(expected[key])
if abs(value - target) > rel * abs(target) + absolute:
failures.append(f"{run_id}: {key} got={value:.4g} ref={target:.4g}")
> assert not failures, "run diagnostics mismatch:\n" + "\n".join(failures)
E AssertionError: run diagnostics mismatch:
E run_01: unwrap R
E run_01: unwrap L
E run_02: unwrap L
E run_03: unwrap R
E run_03: unwrap L
E run_04: unwrap R
E run_04: unwrap L
E run_05: unwrap R
E run_05: unwrap L
E run_06: unwrap R
E run_06: unwrap L
E run_07: unwrap R
E run_08: unwrap R
E run_08: unwrap L
E run_09: unwrap R
E run_09: unwrap L
E run_10: unwrap R
E run_10: unwrap L
E run_11: unwrap R
E run_11: unwrap L
E run_12: unwrap R
E run_12: unwrap L
E run_13: unwrap R
E run_13: unwrap L
E run_14: unwrap L
E run_15: unwrap L
E run_16: unwrap R
E run_16: unwrap L
E assert not ['run_01: unwrap R', 'run_01: unwrap L', 'run_02: unwrap L', 'run_03: unwrap R', 'run_03: unwrap L', 'run_04: unwrap R', ...]