
Worked on the mg5amcnlo/mg5amcnlo repository to deliver new simulation capabilities for heavy-ion beams by implementing mass parameterization for ions within run cards. Leveraged Fortran and Python to introduce ion mass variables, supporting advanced scientific computing and simulation development. Reorganized the codebase by centralizing the gammaUPC directory and enhancing documentation in particle splitting logic, improving maintainability and clarity. Addressed a runtime bug caused by whitespace changes, restoring correct variable assignments and condition checks. The work demonstrated a methodical approach to configuration management, file management, and software organization, reducing regression risk and supporting ongoing development in numerical and simulation methods.
2025-10 monthly summary for mg5amcnlo/mg5amcnlo: Implemented heavy-ion mass parameterization, reorganized codebase for clarity, and resolved whitespace-related runtime issues. Delivered new simulation capability for heavy-ion beams, improved maintainability, and reduced regression risk.
2025-10 monthly summary for mg5amcnlo/mg5amcnlo: Implemented heavy-ion mass parameterization, reorganized codebase for clarity, and resolved whitespace-related runtime issues. Delivered new simulation capability for heavy-ion beams, improved maintainability, and reduced regression risk.

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