
Contributed to the finalburnneo/FBNeo repository by developing targeted features in C++ focused on emulation and game development. Enhanced PGM game emulation by introducing new hash region definitions, multiple hash calculation types, and refactoring the verification function, which improved ROM integrity checks and compatibility across PGM titles. Expanded the Galaxian driver to support a new game variant, T.T. Spacian Part-2, by updating ROM definitions and driver structure, thereby increasing ROM set completeness and facilitating broader testing coverage. Demonstrated skills in C++ programming, emulator development, and reverse engineering, delivering well-scoped, traceable commits aligned with project standards over a two-month period.
February 2026 (2026-02) — Feature delivery focused on expanding Galaxian driver coverage in the FBNeo repository. Delivered a new game variant, New Galaxian Variant: T.T. Spacian Part-2, by updating the Galaxian driver to include ROM definitions and driver structure. All work is captured in a single, traceable commit that aligns with the feature scope and quality standards for the project.
February 2026 (2026-02) — Feature delivery focused on expanding Galaxian driver coverage in the FBNeo repository. Delivered a new game variant, New Galaxian Variant: T.T. Spacian Part-2, by updating the Galaxian driver to include ROM definitions and driver structure. All work is captured in a single, traceable commit that aligns with the feature scope and quality standards for the project.
June 2025 performance summary for finalburnneo/FBNeo: Focused on PGM hash calculation enhancements to improve accuracy and compatibility of game emulation. Implemented new hash region definitions, introduced additional hash calculation types, and refactored the verification function to support these types. Result: stronger game integrity checks and broader ROM verification across PGM titles, reducing emulation errors and increasing confidence for upcoming releases.
June 2025 performance summary for finalburnneo/FBNeo: Focused on PGM hash calculation enhancements to improve accuracy and compatibility of game emulation. Implemented new hash region definitions, introduced additional hash calculation types, and refactored the verification function to support these types. Result: stronger game integrity checks and broader ROM verification across PGM titles, reducing emulation errors and increasing confidence for upcoming releases.

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