
During December 2025, Nived worked on the DUNE/dunereco repository, focusing on enhancing simulation fidelity and developer workflow. He integrated a configuration-driven depoflux writer for protoDUNE-SP, enabling detailed tracking of charge deposition and signal processing within the wire-cell pipeline. Nived also incorporated Supera as a submodule, streamlining dependency management and modular development through an initial setup script. Using CMake, Python scripting, and Git, he improved build and configuration management by correcting dependencies and aligning project naming, which stabilized and made builds reproducible. These contributions addressed dependency drift and facilitated faster integration of future components for the DUNE collaboration.

December 2025 (Month: 2025-12) — DUNE/dunereco monthly summary. Key features delivered - Depoflux writer integration for protoDUNE-SP: adds a config-driven depoflux writer to enable detailed tracking of charge deposition and signal processing across the wire-cell pipeline. - Supera submodule integration and setup: added as a submodule with an initial setup script to streamline dependency management and modular development. - Dependency and build/configuration management improvements: corrected product dependencies, updated versioning/qualifiers, and aligned project naming to ensure stable, reproducible builds. Major bugs fixed - Fixed dependency drift and build instability by addressing product_deps and renaming pdvd to dune, improving reproducibility across environments. Overall impact and accomplishments - Enhanced simulation fidelity for protoDUNE-SP, more reliable and reproducible builds, and a streamlined developer workflow enabling faster integration of future components and easier onboarding for new contributors. Technologies/skills demonstrated - Submodule management, configuration-driven deployment, dependency/version pinning, and build-system hygiene across multi-repo pipelines (wire-cell / dune).
December 2025 (Month: 2025-12) — DUNE/dunereco monthly summary. Key features delivered - Depoflux writer integration for protoDUNE-SP: adds a config-driven depoflux writer to enable detailed tracking of charge deposition and signal processing across the wire-cell pipeline. - Supera submodule integration and setup: added as a submodule with an initial setup script to streamline dependency management and modular development. - Dependency and build/configuration management improvements: corrected product dependencies, updated versioning/qualifiers, and aligned project naming to ensure stable, reproducible builds. Major bugs fixed - Fixed dependency drift and build instability by addressing product_deps and renaming pdvd to dune, improving reproducibility across environments. Overall impact and accomplishments - Enhanced simulation fidelity for protoDUNE-SP, more reliable and reproducible builds, and a streamlined developer workflow enabling faster integration of future components and easier onboarding for new contributors. Technologies/skills demonstrated - Submodule management, configuration-driven deployment, dependency/version pinning, and build-system hygiene across multi-repo pipelines (wire-cell / dune).
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