
Over four months, Cerati enhanced data processing and configuration management for SBNSoftware’s icaruscode and sbncode repositories. He standardized simulation configurations by consolidating FCL setups and streamlining build tooling with CMake, reducing maintenance and improving reproducibility. In sbncode, he integrated NuGraph2 data into the CAF structure, updated CAFMaker for robust data handling, and improved NuGraph fractional calculations for more reliable physics analysis. Cerati also centralized DaqPMT data exclusion and standardized output naming, simplifying downstream workflows. His work demonstrated depth in C++, configuration management, and data analysis, delivering maintainable solutions that improved code quality, reliability, and developer efficiency.

June 2025 monthly summary for SBNSoftware/icaruscode focusing on centralized DaqPMT data exclusion and output naming standardization. Implemented a new configuration to drop daqPMT data from stage0 files and removed explicit per-config daqPMT drops, enabling centralized control. Standardized stage0_daqPMT_drop output filenames by removing the timestamp to simplify downstream processing and improve consistency. These changes reduce manual configuration, improve reproducibility, and streamline downstream data handling.
June 2025 monthly summary for SBNSoftware/icaruscode focusing on centralized DaqPMT data exclusion and output naming standardization. Implemented a new configuration to drop daqPMT data from stage0 files and removed explicit per-config daqPMT drops, enabling centralized control. Standardized stage0_daqPMT_drop output filenames by removing the timestamp to simplify downstream processing and improve consistency. These changes reduce manual configuration, improve reproducibility, and streamline downstream data handling.
Month: 2025-05 SBNSoftware/sbncode monthly summary. Focused on delivering robust NuGraph calculations and ensuring function call consistency to improve physics accuracy, maintainability, and developer efficiency. Implemented substantive feature work and essential bug fixes with clear commit activity.
Month: 2025-05 SBNSoftware/sbncode monthly summary. Focused on delivering robust NuGraph calculations and ensuring function call consistency to improve physics accuracy, maintainability, and developer efficiency. Implemented substantive feature work and essential bug fixes with clear commit activity.
2025-04 SBNSoftware/sbncode monthly summary: Implemented NuGraph2 integration into the CAF data structure with new parameters for NuGraph slice hits, filters, and semantic information; updated CAFMaker to retrieve and process NuGraph2 data and to store NuGraph-derived features within CAF for downstream particle interaction analysis. Added robust handling for missing NuGraph2 data in CAFMaker, using empty default input tags and validity checks to prevent pipeline crashes and maintain processing continuity. These changes enhance data capture, enable richer analytics, and improve pipeline reliability, delivering measurable business value through more complete feature sets and reduced downtime.
2025-04 SBNSoftware/sbncode monthly summary: Implemented NuGraph2 integration into the CAF data structure with new parameters for NuGraph slice hits, filters, and semantic information; updated CAFMaker to retrieve and process NuGraph2 data and to store NuGraph-derived features within CAF for downstream particle interaction analysis. Added robust handling for missing NuGraph2 data in CAFMaker, using empty default input tags and validity checks to prevent pipeline crashes and maintain processing continuity. These changes enhance data capture, enable richer analytics, and improve pipeline reliability, delivering measurable business value through more complete feature sets and reduced downtime.
March 2025 monthly summary for SBNSoftware/icaruscode: Key effort to standardize simulation configuration (FCL) and build tooling. Consolidated configuration setups into a single standardized FCL structure, removed legacy G4 files, and added a CMakeLists.txt to fcl/standard to streamline installation of FCL and related sources. These steps improve build reproducibility, reduce maintenance overhead, and enable faster onboarding for new contributors. Commit references: 19ab50a96c61932e33630b6a6baf5f290c365973 (remove legacy G4 files, introduce standard fcl directory) and 0d832b6ad3c968f386053fd2661057494a2558fd (add cmake file).
March 2025 monthly summary for SBNSoftware/icaruscode: Key effort to standardize simulation configuration (FCL) and build tooling. Consolidated configuration setups into a single standardized FCL structure, removed legacy G4 files, and added a CMakeLists.txt to fcl/standard to streamline installation of FCL and related sources. These steps improve build reproducibility, reduce maintenance overhead, and enable faster onboarding for new contributors. Commit references: 19ab50a96c61932e33630b6a6baf5f290c365973 (remove legacy G4 files, introduce standard fcl directory) and 0d832b6ad3c968f386053fd2661057494a2558fd (add cmake file).
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