Virtual intelligent riding system based on Unity 3D engine

Abstract

Provided is a virtual intelligent riding system based on a Unity 3D engine. The system includes a virtual 3D scene based on the Unity 3D engine, a virtual scene resistance simulation module and a movement control module of a virtual bicycle. The virtual 3D scene is created by utilizing a model and animation in Unity 3D to serve as a riding racing track; the virtual scene resistance simulation module is used for simulating reasonable and real riding resistance according to different resistance coefficients of different terrains and a corresponding slope value of the current position; the movement control module of the virtual bicycle includes a bicycle model movement control part based on a Translate method in a transform class in the Unity 3D, a bicycle model steering control part based ona Rotate method in the transform class, and a synergy part used for updating and synchronization of the movement state. The system is more vivid in visual experience, more real in riding road feel and smoother in movement control and meets the new demands of users for intelligent riding to a certain degree.

Description

technical field [0001] The invention relates to the fields of automation and 3D game design, in particular to a virtual intelligent riding system based on a Unity3D engine. Background technique [0002] With the improvement of economic level, people's demand for physical health has increased rapidly, and the cycling fitness market has expanded accordingly. Bicycles are not only a means of transportation, but also a kind of fitness equipment, a way of pleasing the soul. Many young men and women choose cycling in order to strengthen their bodies and lose weight. Not only that, according to a number of research results in recent years, cycling, like running and swimming, is one of the endurance exercises that can best improve people's cardiopulmonary function. Adhering to scientific and reasonable cycling can not only prevent brain aging, improve the agility of the nervous system, but also improve cardiopulmonary function, exercise lower limb muscle strength and enhance overal...

AI Technical Summary

Problems solved by technology

However, only solitary and cold data are presented on the screen, and cycling users cannot obtain an immersive experience; riding training confined to a closed room for a long time will also make cycling users feel boring

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