
Worked on the p4sstime/p4ss repository to enhance gameplay responsiveness by addressing input latency in the reload, cancel, and shoot mechanics. Focused on a targeted bug fix that removed the delay between canceling a reload and firing, allowing shooting to occur on the same game tick as the reload cancel. This change improved timing accuracy and the overall feel of combat scenarios, aligning with the goal of tighter feedback loops for players. The solution was implemented in C++ with careful attention to minimizing risk to core systems, and was validated through regression checks and commit-level traceability to ensure stability and reliability.
March 2025 monthly summary for the p4ss repo (p4sstime/p4ss). Focused on improving gameplay responsiveness by targeting input latency in the reload/cancel/shoot path. Delivered a targeted bug fix that eliminates the delay between canceling a reload and firing, enhancing timing accuracy in combat scenarios. This aligns with our goal of delivering quick, tight feedback loops for players and reducing perceived latency in core gameplay loops.
March 2025 monthly summary for the p4ss repo (p4sstime/p4ss). Focused on improving gameplay responsiveness by targeting input latency in the reload/cancel/shoot path. Delivered a targeted bug fix that eliminates the delay between canceling a reload and firing, enhancing timing accuracy in combat scenarios. This aligns with our goal of delivering quick, tight feedback loops for players and reducing perceived latency in core gameplay loops.

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