
Linh Pham developed the core gameplay engine and user interface for the d23-java/seabattle Battleship project over a two-month period. Using Java and object-oriented programming principles, Linh implemented end-to-end game flow, including player setup, automated ship sizing, and shooting mechanics, ensuring accurate victory detection when all ships are sunk. The work included UI enhancements such as a clear screen function and improved board rendering, resulting in a more intuitive user experience. By establishing a robust, testable gameplay loop and clear entry point, Linh’s contributions provided a solid foundation for future feature development and streamlined quality assurance feedback cycles.
January 2025 monthly summary for d23-java/seabattle: Delivered the core Battleship gameplay loop and UI, establishing a playable game experience. Implemented the main game entry flow, player setup with ship placement, and shooting mechanics, complemented by UI improvements including a clear screen function and enhanced board rendering. This foundation enables faster iteration and QA feedback for future features.
January 2025 monthly summary for d23-java/seabattle: Delivered the core Battleship gameplay loop and UI, establishing a playable game experience. Implemented the main game entry flow, player setup with ship placement, and shooting mechanics, complemented by UI improvements including a clear screen function and enhanced board rendering. This foundation enables faster iteration and QA feedback for future features.
Delivered the Battleship Core Gameplay Engine for the seabattle project (d23-java/seabattle) in 2024-11, providing end-to-end gameplay flow, player actions, and board setup. Implemented automated ship sizing by type during placement and refined the shooting phase end-condition to accurately detect victory when all ships are sunk. This work enhances gameplay flow, reduces setup errors, and establishes a solid foundation for future features.
Delivered the Battleship Core Gameplay Engine for the seabattle project (d23-java/seabattle) in 2024-11, providing end-to-end gameplay flow, player actions, and board setup. Implemented automated ship sizing by type during placement and refined the shooting phase end-condition to accurately detect victory when all ships are sunk. This work enhances gameplay flow, reduces setup errors, and establishes a solid foundation for future features.

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