
Neil Fore contributed to libretro/RetroArch by developing and refining input overlay systems, focusing on touch and analog input reliability across embedded and mobile platforms. He implemented features such as analog stick recentering zones and persistent touch pointer roles, using C and C++ to enhance input accuracy and reduce user friction. Neil addressed overlay memory management by optimizing image reuse and load times, and improved input handling by introducing platform-specific constraints and outlier detection. His work combined configuration management, driver development, and performance optimization, resulting in more stable, maintainable input overlays and a smoother user experience for RetroArch’s on-screen controls.
January 2026 monthly summary for libretro/RetroArch: Implemented a focused set of overlay system usability and performance enhancements, with emphasis on memory efficiency, input reliability, and smoother transitions. The changes reduce overlay memory footprint, accelerate load times, and improve input controls, establishing a stronger foundation for richer overlay features and a more stable user experience.
January 2026 monthly summary for libretro/RetroArch: Implemented a focused set of overlay system usability and performance enhancements, with emphasis on memory efficiency, input reliability, and smoother transitions. The changes reduce overlay memory footprint, accelerate load times, and improve input controls, establishing a stronger foundation for richer overlay features and a more stable user experience.
July 2025 — libretro/RetroArch: Enhanced touch input stability and input-overlay reliability. Delivered two main improvements: a speed cap on touch pointer tracking with fixes to input_overlay_track_touch_inputs, and a refactor to assign a single, persistent role per touch pointer across polls. These changes reduce input jitter, prevent pointer-role conflicts, and improve consistency across devices, improving user experience for on-screen controls and pointer-driven UI.
July 2025 — libretro/RetroArch: Enhanced touch input stability and input-overlay reliability. Delivered two main improvements: a speed cap on touch pointer tracking with fixes to input_overlay_track_touch_inputs, and a refactor to assign a single, persistent role per touch pointer across polls. These changes reduce input jitter, prevent pointer-role conflicts, and improve consistency across devices, improving user experience for on-screen controls and pointer-driven UI.
March 2025: Delivered stability improvements to overlay input handling in libretro/RetroArch, focusing on overlay devices (lightguns, mice, pointers) and platform-specific input constraints. The work reduced input misreads, improved UI responsiveness when overlay buttons are pressed, and established safe platform restrictions to minimize cross-platform edge cases. Overall impact: smoother overlay interactions, fewer input-related regressions, and a maintainable code path for future input refinements.
March 2025: Delivered stability improvements to overlay input handling in libretro/RetroArch, focusing on overlay devices (lightguns, mice, pointers) and platform-specific input constraints. The work reduced input misreads, improved UI responsiveness when overlay buttons are pressed, and established safe platform restrictions to minimize cross-platform edge cases. Overall impact: smoother overlay interactions, fewer input-related regressions, and a maintainable code path for future input refinements.
February 2025: Delivered Precise Analog Stick Re-centering for libretro/RetroArch, significantly improving analog input accuracy and user experience. The feature refines the input driver's recentering logic by computing touch distance and placing the center at the first touch or within the recenter zone perimeter, delivering more precise and intuitive stick behavior.
February 2025: Delivered Precise Analog Stick Re-centering for libretro/RetroArch, significantly improving analog input accuracy and user experience. The feature refines the input driver's recentering logic by computing touch distance and placing the center at the first touch or within the recenter zone perimeter, delivering more precise and intuitive stick behavior.
January 2025 contributions for libretro/RetroArch focused on input overlay reliability and configurability. Implemented a bug fix for lightgun overlay improving offscreen handling and input accuracy; introduced a new analog recentering zone configuration to enhance control precision. These changes reduce user setup friction, improve cross-core input reliability, and demonstrate robust overlay infrastructure and configuration management.
January 2025 contributions for libretro/RetroArch focused on input overlay reliability and configurability. Implemented a bug fix for lightgun overlay improving offscreen handling and input accuracy; introduced a new analog recentering zone configuration to enhance control precision. These changes reduce user setup friction, improve cross-core input reliability, and demonstrate robust overlay infrastructure and configuration management.

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