| Inspect the Suspect source code, run the public |
| reproduction workflow, and repair the dynamic-registration implementation so |
| that spectral registration improves drifted magnetic-resonance spectroscopy |
| transients. |
|
|
| The public reproduction uses a small dynamic MRS-like series. The current |
| workflow should build or use a common reference, estimate frequency/phase drift |
| for each transient in the stable spectral region, compensate that drift before |
| averaging, and keep unusable transients from polluting the reported average. |
| The reported quality metrics show that the processed series is still not |
| behaving as a scientifically meaningful drift correction should. |
|
|
| Your repair should be general. Do not hard-code the public fixture, point |
| count, dwell time, peak frequency, or a fixed set of numeric outputs. The |
| correct behavior should hold for other drift directions, spectral windows, |
| noise levels, and sampling settings. |
|
|
| Run: |
|
|
| ```bash |
| python reproduce.py |
| ``` |
|
|
| The script writes `outputs/reproduction_report.json` and prints the same report |
| to stdout. |
|
|
