December 2025 monthly summary for LDMX-Software/pflib focused on delivering hardware-monitoring enhancements and robust DAC control via I2C. Implemented board I2C initialization to enable temperature and status monitoring, and separated Bias vs board I2C buses to improve Bias class reliability and DAC reset handling. This set of changes reduces monitoring gaps, prevents cross-bus contention, and lays groundwork for scalable sensor integration.

In September 2025, delivered targeted improvements across two core LDMX repositories to enhance reliability, maintainability, and correctness in hardware interfacing and data tracking workflows. Key work included a refactor of the I2C interface in pflib with API consolidation, simplifying communication and reducing technical debt; and a correctness-focused fix in ldmx-sw’s Tracking module headers to ensure accurate assertion checks without altering functionality. These changes reduce risk in production, streamline cross-platform usage, and lay a cleaner foundation for future enhancements.

Month: 2025-07 — Focused on delivering robust hardware-software integration for detector bias control and enhanced pulse shape data analysis. Delivered cross-repo features that improve calibration accuracy, data fidelity, and readiness for end-to-end validation across Pflib and ldmx-sw.

Month 2025-06 summary for LDMX-Software/ldmx-sw: Delivered the NtuplizeHgcrocDigiCollection feature enabling ntupling of both real and simulated HGCROC Digis. Implemented conditional logic to differentiate data vs. simulation, ensuring simulation-specific fields default correctly when not applicable. Included formatting refinements, removal of an unused const_cast, and addition of a const header accessor to analyzers to improve usability.

March 2025: Delivered a critical HCAL digitization reliability improvement in LDMX-Software/ldmx-sw by fixing end ID mapping for HcalDigiProducer when zero suppression is disabled. The change ensures digis are correctly attributed to the negative end ID, reducing mis-association in HCAL data across zero-suppression configurations. Implemented in commit 3aa0da097c86d38509854c14b4c687e0a4c5c96f (PR #1658). This directly strengthens data quality for downstream reconstruction and analysis, enabling more trustworthy HCAL outputs and reducing the need for reprocessing."

Monthly summary for 2025-01 (LDMX-Software/ldmx-sw): Focused on delivering major HCAL digitization improvements and debugging enhancements. Key features delivered include comprehensive HCalDigiProducer digitization enhancements across all HCAL channels, including a new digitizeAllChannels flag, improved handling of noise digis, proper end-of-bar processing, and consistent digiID usage. Also implemented a rename of the channel suppression flag to zeroSuppression with default enabled to clarify behavior. Debugger integration improvements were added to ensure program arguments are correctly passed to the inferior process. Code quality improvements include applying clang-format across touched files. Major bugs fixed include correcting digitizeAllChannels behavior for single-ended readout and resolving detID vs digiID confusion on bars with unbalanced activity. These changes collectively improve data quality, reliability, and maintainability, and simplify debugging workflows. Technologies/skills demonstrated include C++ development for a high-energy physics data pipeline, version control discipline, build and debug tooling (justfile integration and debugger argument passing), and code formatting (clang-format).