
Kylee Fluckiger developed a draft oversaturated frame detection feature for the roman-corgi/corgidrp repository, enhancing data quality controls in the cosmic ray processing pipeline. By introducing a configurable frac_frame_oversat parameter to the detect_cosmic_rays function in Python, Kylee enabled the pipeline to identify and potentially discard frames with excessive saturation, reducing the risk of losing valid data. The implementation focused on parameterization and clear in-code documentation, laying the groundwork for future handling of oversaturated images. This work demonstrated skills in Python scripting, data processing, and image analysis, and contributed to more reliable downstream results in scientific image workflows.
Month: 2025-09 Focused on advancing data quality in the cosmic ray processing pipeline for roman-corgi/corgidrp. Delivered a draft oversaturated frame detection feature by introducing a frac_frame_oversat parameter to the detect_cosmic_rays function in l1_to_l2a.py. The change is currently in draft form and requires input on post-detection handling of oversaturated images. Commit 47951a0627e0765c3e01835163097f0461ba9e29 documents the change. No formal bug fixes were reported this month; work prioritized feature development and parameterization. Impact: establishes configurable data quality controls to better detect and manage oversaturated frames, reducing the risk of discarding valid data and improving downstream reliability of cosmic ray processing. Technologies/skills demonstrated: Python scripting, parameterization, code documentation, and git-based collaboration in the roman-corgi/corgidrp repository.
Month: 2025-09 Focused on advancing data quality in the cosmic ray processing pipeline for roman-corgi/corgidrp. Delivered a draft oversaturated frame detection feature by introducing a frac_frame_oversat parameter to the detect_cosmic_rays function in l1_to_l2a.py. The change is currently in draft form and requires input on post-detection handling of oversaturated images. Commit 47951a0627e0765c3e01835163097f0461ba9e29 documents the change. No formal bug fixes were reported this month; work prioritized feature development and parameterization. Impact: establishes configurable data quality controls to better detect and manage oversaturated frames, reducing the risk of discarding valid data and improving downstream reliability of cosmic ray processing. Technologies/skills demonstrated: Python scripting, parameterization, code documentation, and git-based collaboration in the roman-corgi/corgidrp repository.

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