A virtual robot-based VR operation guidance and sparring method and system

Abstract

The invention discloses a virtual reality operation guidance and accompany training method and system based on a virtual robot. The method comprises the following steps of: identifying a user type anddetermining whether a virtual robot is needed for carrying out operation guidance training according to the identification result; carrying out guidance training and verification on the user who needs the guidance training through the virtual robot; entering a virtual reality main interface after the verification of the user who needs the guidance training passes through by using the virtual robot, and then entering a virtual reality application experience system according to the selection of the user; providing accompany training service for the user in the virtual application experience system through the virtual robot. According to the invention, the guidance training and verification are carried out on the user who needs the guidance training through the virtual robot, and the use cost of the system is reduced; by using the virtual robot, the accompany training service is provided for the user in the virtual reality application experience system, the interactive friendly performance of the system is improved, and the experience effect is better. The method can be widely used in the field of virtual reality.

Description

technical field [0001] The invention relates to the field of virtual reality, in particular to a virtual robot-based VR operation guidance and sparring method and system. Background technique [0002] VR technology is novel, but the current VR device system with handles or other input interaction functions is complex to operate. First-time experiencers need special guidance to correctly wear VR headsets and other devices and operate the handle function keys, and the interaction after entering the VR virtual scene is also difficult. Someone needs to be reminded that this will undoubtedly increase the cost of promotion and use of the VR system. In order to reduce the dependence on the on-duty personnel (that is, the guide personnel) and the cost of use, the common method is to achieve the purpose of teaching operation skills by adding kanban, animation or sound on the interface, but the existence of this guidance teaching method cannot be displayed intuitively. The operation ...

AI Technical Summary

Problems solved by technology

[0002] VR technology is novel, but the current VR device system with handles or other input interaction functions is complex to operate. First-time experiencers need special guidance to correctly wear VR headsets and other devices and operate the handle function keys, and the interaction after entering the VR virtual scene is also difficult. Someone needs to be reminded that this will undoubtedly increase the cost of promotion and use of the VR system

In order to reduce the dependence on the on-duty personnel (that is, the guide personnel) and the cost of use, the common method is to achieve the purpose of teaching operation skills by adding kanban, animation or sound on the interface, but the existence of this guidance teaching method cannot be displayed intuitively. The operation process, explanatory text or sound are easily ignored by players due to the lengthy content, and the progress of animation playback is uncontrollable. Players cannot "follow" learning and other problems, causing players to be at a loss in the virtual environment, and the experience effect is not ideal. Emotional or unfriendly, impersonal interaction causes players to quit the experience from time to time, resulting in a large loss of players, which directly affects the promotion and application of VR

Images