
Developed a gesture-based drone control feature for the OpenHUTB/nn repository, focusing on intuitive dual-hand interaction and real-time responsiveness. Leveraging Python and OpenCV, the solution replaced MediaPipe with a custom skin detection pipeline, enabling the left hand to control direction and the right hand to adjust altitude. Gesture intensity grading was introduced by mapping finger angles and palm openness to movement magnitude, enhancing control precision and user experience. The work emphasized robustness, maintainability, and production readiness, with no major bugs reported. This approach reduced external dependencies, streamlined deployment, and improved the flexibility of gesture recognition for drone control applications.
April 2026 monthly summary for OpenHUTB/nn: Delivered a gesture-based drone control feature using OpenCV skin detection to replace MediaPipe, enabling dual-hand control (left hand for direction, right hand for altitude) with gesture intensity grading. Reduced MediaPipe dependency, improving deployment flexibility and control precision. The feature emphasizes intuitive interaction and real-time responsiveness, with a focus on robustness and maintainability. No major bugs reported in this feature; focused on stability and code quality for production readiness.
April 2026 monthly summary for OpenHUTB/nn: Delivered a gesture-based drone control feature using OpenCV skin detection to replace MediaPipe, enabling dual-hand control (left hand for direction, right hand for altitude) with gesture intensity grading. Reduced MediaPipe dependency, improving deployment flexibility and control precision. The feature emphasizes intuitive interaction and real-time responsiveness, with a focus on robustness and maintainability. No major bugs reported in this feature; focused on stability and code quality for production readiness.

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