
Developed and delivered three integrated mini-games for the BryanTai/ggj2025-minigames repository, establishing a scalable architecture for future content. Leveraged Godot Engine and GDScript to implement core gameplay loops, state machines, and real-time dynamics, including a Bubble Pop mini-game with visual and audio polish and a Land in Fish mini-game featuring wind effects and randomized elements. Introduced a singleton-based ScoreKeeper to centralize scoring across games, ensuring consistency and ease of extension. Focused on stability by refining edge-case logic and win/lose transitions, while utilizing 2D graphics, animation, and audio integration to enhance player engagement and maintain a unified user experience.
January 2025 (2025-01) monthly summary for BryanTai/ggj2025-minigames. Delivered three integrated mini-games with a unified scoring model and improved stability, enabling scalable future content. Key features delivered include: Bubble Pop Mini-game with core loop and a state machine (PREPARING, PLAYING, WIN, LOSE) and subsequent polish (visuals, audio); Land in Fish Mini-game introducing wind dynamics, randomized bucket placement, and win/lose feedback; ScoreKeeper Singleton to centralize cross-game scoring and autoload for consistent scoring across mini-games. Major bugs fixed and stability improvements include edge-case handling for pop logic (e.g., bubble too big pop state) and refined win/lose transitions across mini-games. Overall impact: enhanced player engagement through richer gameplay, consistent scoring, and a scalable foundation for adding more mini-games. Technologies/skills demonstrated: Unity-like game architecture, C#-style singleton, state machines, asset integration, audio/visual polish, and real-time gameplay dynamics.
January 2025 (2025-01) monthly summary for BryanTai/ggj2025-minigames. Delivered three integrated mini-games with a unified scoring model and improved stability, enabling scalable future content. Key features delivered include: Bubble Pop Mini-game with core loop and a state machine (PREPARING, PLAYING, WIN, LOSE) and subsequent polish (visuals, audio); Land in Fish Mini-game introducing wind dynamics, randomized bucket placement, and win/lose feedback; ScoreKeeper Singleton to centralize cross-game scoring and autoload for consistent scoring across mini-games. Major bugs fixed and stability improvements include edge-case handling for pop logic (e.g., bubble too big pop state) and refined win/lose transitions across mini-games. Overall impact: enhanced player engagement through richer gameplay, consistent scoring, and a scalable foundation for adding more mini-games. Technologies/skills demonstrated: Unity-like game architecture, C#-style singleton, state machines, asset integration, audio/visual polish, and real-time gameplay dynamics.

Overview of all repositories you've contributed to across your timeline