Riding data processing method for virtual riding exercise bicycles

Abstract

The present invention discloses a riding data processing method for virtual riding exercise bicycles. The method comprises steps of calculating and updating in real time the riding speed, direction and resistance while a riding exerciser rides on a force feedback bicycle and drives a virtual bicycle to move. The riding speed is calculated according to pedaling frequency and the location of the virtual bicycle is updated. Real-time riding direction information is calculated according to head turning direction information of the force feedback bicycle, and the riding direction is updated. A riding resistance value is calculated according to gradient information of the real-time location of the virtual bicycle in combination with wind resistance in a scenario and the riding resistance value is transmitted to the force feedback bicycle in real time, and the bicycle riding resistance is updated. The method realizes transmission and processing of speed information, direction information and resistance information between force feedback bicycles and virtual riding scenarios. The method can be used in different virtual riding scenarios and solves the problem of lacking of feedback and interaction due to independent work of exercise bicycles and virtual riding scenarios, thus bringing real riding exercise experience in any virtual riding scenario to riding exercisers.

Description

technical field [0001] The invention relates to a bicycle data processing method, in particular to a riding data processing method of a virtual riding exercise bicycle. Background technique [0002] Today's virtual reality (Virtual Reality: VR) technology is a new technology in the computer field developed by integrating computer graphics technology, multimedia technology, sensor technology, human-computer interaction technology, network technology, stereoscopic display technology and simulation technology. technology. Virtual reality technology can provide users with visual, auditory, tactile and other intuitive and natural real-time perception and interactive experiences at the same time. At the same time, cyclists can also actively and unrestrictedly observe things in three-dimensional space. [0003] Virtual cycling fitness is emerging as an important application of virtual reality technology. Virtual cycling fitness combines ordinary cycling fitness bicycles with virt...

AI Technical Summary

Problems solved by technology

The existing virtual cycling fitness has the problem of insufficient feedback interaction between the exercise bike and the virtual riding scene. The movement of the cyclist on the exercise bike cannot be displayed in the scene in real time, and the riding resistance information in the scene is also difficult to accurately calculate. And feed back to the cycling bodybuilders, which leads to the lack of immersion of the cycling bodybuilders and poor user experience

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