A method of self-adaptive sensitivity control for VR controller

Abstract

This invention discloses a method for adaptive sensitivity adjustment of VR controllers, comprising the following steps: S1: Real-time collection of finger pressure signals during user operation via pressure sensors mounted on the VR controller; S2: Dynamic inference of required control precision for current operations based on the collected real-time pressure signals through a control granularity model, and identification of the user's precision intent; S3: Adaptive adjustment of the VR controller's operational sensitivity according to the inferred control precision, while providing corresponding visual feedback.By capturing finger pressure signals during user operations, this invention dynamically adjusts control sensitivity to seamlessly switch between coarse and fine adjustments, thereby enhancing the precision and comfort of VR interactions. (FIG.1)