
During December 2025, Nived P. Menon developed the CRT Hit Information Data Structure (CRTHit) for the DUNE/duneprototypes repository, focusing on standardizing the representation of timestamps, positions, and signal hit data for CRT events. Using C++ and leveraging expertise in data structures and software engineering, Nived designed CRTHit to enable more reliable data handling and facilitate integration with Supera. This modular approach established consistent data interfaces, supporting improved event reconstruction and analytics pipelines. While the work spanned a single feature, it laid a robust foundation for enhanced data quality and efficiency in CRT hit workflows, demonstrating depth in technical implementation.

December 2025 performance summary for DUNE/duneprototypes: Delivered the CRT Hit Information Data Structure (CRTHit) to standardize timestamps, positions, and signal hit data for CRT hits; added CRTHit for Supera (commit 8b0a2626062f6749a82ddd5438097deeb205737a), enabling more reliable data handling and downstream analysis. This foundational data structure enables improved event reconstruction and analytics pipelines.
December 2025 performance summary for DUNE/duneprototypes: Delivered the CRT Hit Information Data Structure (CRTHit) to standardize timestamps, positions, and signal hit data for CRT hits; added CRTHit for Supera (commit 8b0a2626062f6749a82ddd5438097deeb205737a), enabling more reliable data handling and downstream analysis. This foundational data structure enables improved event reconstruction and analytics pipelines.
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