
During November 2025, Chris Basnett enhanced the DarklightGames/DarkestHour repository by developing a modular, nation-specific squad sizing system using C++ and Unreal Engine. He introduced a SquadSize variable within each nation class and updated replication logic to support dynamic squad sizes, enabling more flexible balance adjustments such as increasing the Italian squad size from 8 to 12. Chris also performed targeted code cleanup by removing redundant string properties from vehicle classes, improving code readability and maintainability. His work focused on modular configuration and clean code practices, laying the groundwork for future balance experiments and streamlining QA validation without introducing new bugs.

November 2025 performance summary for DarkestHour: Delivered modular, nation-specific squad sizing and code cleanup, improving balance configurability and code maintainability. Implemented a Nation-specific SquadSize variable in nation classes with updated replication logic to use per-nation values, enabling dynamic squad sizes across nations. Increased balance flexibility by adjusting Italian squad size from 8 to 12. Performed targeted code cleanup by removing unnecessary string properties from vehicle classes to streamline the codebase and enhance readability. No major bugs fixed this month; stability maintained through refactors. Business value: faster balance iteration cycles, easier QA validation, and a cleaner, more maintainable codebase. Technologies/skills demonstrated: C#/Unity-like class design, modular configuration, clean code practices, and strong commit traceability.
November 2025 performance summary for DarkestHour: Delivered modular, nation-specific squad sizing and code cleanup, improving balance configurability and code maintainability. Implemented a Nation-specific SquadSize variable in nation classes with updated replication logic to use per-nation values, enabling dynamic squad sizes across nations. Increased balance flexibility by adjusting Italian squad size from 8 to 12. Performed targeted code cleanup by removing unnecessary string properties from vehicle classes to streamline the codebase and enhance readability. No major bugs fixed this month; stability maintained through refactors. Business value: faster balance iteration cycles, easier QA validation, and a cleaner, more maintainable codebase. Technologies/skills demonstrated: C#/Unity-like class design, modular configuration, clean code practices, and strong commit traceability.
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