Method for mutually simulating virtual environment and real environment in VR

Abstract

The invention provides a method for mutually simulating a virtual environment and a real environment in VR. The method comprises the following steps: S1, establishing an environmental mathematical model of a VR system, and automatically adjusting the display mode of an environmental frame in the VR system when respective environmental variables are input; S2, simulating an environmental in a confined space or by using an environmental variable changing device, wherein the source of the environmental signal to be simulated is a signal collected by a sensor in the real environment or a certain dynamic library made in the VR system in advance. The method can reflect the change of a related variable of the environment to be simulated at the first time to make a VR scene more realistic and improve user experience.

Description

technical field [0001] The invention belongs to virtual reality technology, in particular to a method for simulating a virtual environment and a real environment in VR. Background technique [0002] Virtual reality simulates objects and scenes in the real world through computer three-dimensional modeling, but this kind of simulation is static, and when the relevant variables of the real environment change, it cannot be reflected in the first time; from the perspective of virtual reality From the perspective of content experience, when the environmental variables involved in the content change, the real environment of the experiencer will not change, which reduces the experiencer's sense of substitution for the VR screen. Contents of the invention [0003] The purpose of the present invention is to provide a method and device for simulating the virtual environment and the real environment in VR, through the use of environmental sensors, network communication technology and ...

AI Technical Summary

Problems solved by technology

[0002] Virtual reality simulates objects and scenes in the real world through computer three-dimensional modeling, but this kind of simulation is static, and when the relevant variables of the real environment change, it cannot be reflected in the first time; from the perspective of virtual reality From the perspective of content experience, when the environmental variables involved in the content change, the real environment of the experiencer will not change, which reduces the experiencer's sense of substitution for the VR screen

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