
Developed and shipped a global Time Stop system for the ABKQPO/GT-Not-Leisure repository, enabling synchronized pausing of world and entity updates across both server and client. Addressed client-server synchronization challenges by refining Java-based mixins and optimizing client-side rendering to ensure smooth visual transitions during time-stop events. The work included refactoring mixin structures for maintainability and future extensibility, as well as resolving bugs that previously caused desynchronization during paused states. This implementation established a robust foundation for time-based gameplay mechanics, improved overall gameplay consistency, and reduced the risk of synchronization errors in a complex client-server game development environment.
May 2025 — Implemented and shipped a global Time Stop system for ABKQPO/GT-Not-Leisure with server and client synchronization, enabling a synchronized pause of world and entity updates and corresponding client-side rendering adjustments. Also fixed client-server synchronization issues during time-stop events to ensure accurate and stable time manipulation, and refactored mixins to support maintainability and future enhancements. The work reduces desync risk, improves gameplay consistency during paused states, and establishes a solid foundation for time-based gameplay mechanics across the project.
May 2025 — Implemented and shipped a global Time Stop system for ABKQPO/GT-Not-Leisure with server and client synchronization, enabling a synchronized pause of world and entity updates and corresponding client-side rendering adjustments. Also fixed client-server synchronization issues during time-stop events to ensure accurate and stable time manipulation, and refactored mixins to support maintainability and future enhancements. The work reduces desync risk, improves gameplay consistency during paused states, and establishes a solid foundation for time-based gameplay mechanics across the project.

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