
Over a two-month period, contributed to the LDMX-Software/pflib repository by developing advanced data visualization and calibration tools for scientific computing workflows. Delivered a heatmap visualization feature for parameter-time-scan scripts, enabling users to flexibly generate heatmaps or scatter plots based on configurable arguments. Enhanced the plotting API to support both individual and combined CAL voltage heatmaps, improving data exploration. Further work included implementing multi-channel parameter timescan support, refactoring parameter application and CSV logging, and introducing an ADC linearity analysis script in Python. Added a Lund HGCROC configuration file with channel-specific calibration settings, leveraging C++, Python, and YAML for robust configuration management.
July 2025 monthly summary focusing on key accomplishments in pflib: delivered multi-channel parameter timescan support, added ADC linearity analysis tooling, and introduced Lund HGCROC configuration file. These changes enable higher-throughput measurements, improved data quality, and streamlined calibration workflows. Key commits included: ca91e4f4d1dfdfb127f55b9fbcf140b821ce0f7c; c1d86d8695e9a35322bbb381ae9e55e14584cf04; 67fc8b224068c450c3d3ca3f096fef1386abea2e.
July 2025 monthly summary focusing on key accomplishments in pflib: delivered multi-channel parameter timescan support, added ADC linearity analysis tooling, and introduced Lund HGCROC configuration file. These changes enable higher-throughput measurements, improved data quality, and streamlined calibration workflows. Key commits included: ca91e4f4d1dfdfb127f55b9fbcf140b821ce0f7c; c1d86d8695e9a35322bbb381ae9e55e14584cf04; 67fc8b224068c450c3d3ca3f096fef1386abea2e.
June 2025 performance summary for LDMX-Software/pflib: Delivered a new heatmap visualization capability for the parameter-time-scan workflow, enabling flexible data visualization via heatmaps or scatter plots based on the plot_type argument. Introduced options for individual CAL voltage heatmaps and a combined stacked heatmap, enhancing data exploration and calibration workflows.
June 2025 performance summary for LDMX-Software/pflib: Delivered a new heatmap visualization capability for the parameter-time-scan workflow, enabling flexible data visualization via heatmaps or scatter plots based on the plot_type argument. Introduced options for individual CAL voltage heatmaps and a combined stacked heatmap, enhancing data exploration and calibration workflows.

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