
Worked on the blackSwanCS/Higgs_collaboration_B repository to overhaul the TES and JES systematic uncertainty analysis, focusing on both code structure and data visualization. Refactored core Python scripts to unify the tes_fitter and jes_fitter modules, improving maintainability and analysis consistency. Enhanced plotting capabilities by expanding histograms, updating binning strategies, and integrating chi-squared displays, which improved the clarity of uncertainty visualization. Introduced an automated get_plots feature for generating comprehensive visual outputs. Improved documentation for the JES fitter to clarify analysis steps, and strengthened repository hygiene by updating .gitignore and removing binary artifacts, supporting reproducibility and streamlined version control with Git.
June 2025 accomplishments for blackSwanCS/Higgs_collaboration_B: Delivered a robust overhaul of the TES/JES systematic uncertainty analysis, including refactoring of tes_fitter, expanded histograms for signal/background, new TES/JES plots across ranges, updated binning (bins=25), and integrated chi-squared displays to improve uncertainty visualization. Implemented a unified fitter approach with jes_fitter, improved plotting defaults (larger fonts) and code readability, and added an optional get_plots feature to generate up to 40 plots when enabled. JES fitter documentation improvements were completed, and repository hygiene was strengthened with updated .gitignore, removal of binary artifacts, and ignoring of pkl files to prevent accidental commits. These changes increase result reliability, enhance visualization for reviews, and reduce maintenance, enabling faster iteration and reproducibility.
June 2025 accomplishments for blackSwanCS/Higgs_collaboration_B: Delivered a robust overhaul of the TES/JES systematic uncertainty analysis, including refactoring of tes_fitter, expanded histograms for signal/background, new TES/JES plots across ranges, updated binning (bins=25), and integrated chi-squared displays to improve uncertainty visualization. Implemented a unified fitter approach with jes_fitter, improved plotting defaults (larger fonts) and code readability, and added an optional get_plots feature to generate up to 40 plots when enabled. JES fitter documentation improvements were completed, and repository hygiene was strengthened with updated .gitignore, removal of binary artifacts, and ignoring of pkl files to prevent accidental commits. These changes increase result reliability, enhance visualization for reviews, and reduce maintenance, enabling faster iteration and reproducibility.

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