Augmented reality stereoscopic display method and system for fire drills

Abstract

The present invention proposes an augmented reality three-dimensional display method for fire drills, comprising the following steps: S1, obtaining character feature information of personnel; S2, encapsulating the character feature information into character feature quantities; S3, converting the character feature quantities Input to the fire simulation server to obtain the environment simulation information; S4, input the character feature quantity and the environment simulation information to the fire simulation server to obtain the person state simulation information; S5, the photographer visually observes the scene picture; S6, the environment simulation information and the personnel The state simulation information is combined with the visual scene picture to obtain a display picture superimposed with the dynamic picture of the environment simulation and the dynamic picture of the personnel status. Let the personnel conducting the fire drill be personally on the scene, and make corresponding treatment according to the displayed fire picture and the prompted physical state, which can ensure more effective and full play of the effect of the fire drill, and improve the face of the personnel participating in the fire drill. Ability to deal with fire and escape ability.

Description

technical field [0001] The present invention relates to the technical field of firefighting, and more specifically relates to an augmented reality stereoscopic display method and system for firefighting drills. Background technique [0002] With the improvement of national living standards, people pay more and more attention to fire. Therefore, various communities and units have higher and higher requirements for fire drills. Personnel in large communities or large buildings should regularly organize fire drills to strengthen personnel's ability to respond to fires and escape. [0003] However, the current fire drills only follow the script to sound the siren, evacuate and evacuate. The simulation effect is not strong, and the environment in which people live in a real fire is even worse. It is difficult for personnel to deal with the fire, and the real fire environment also brings more severe tests to the human body. Therefore, the existing fire drills cannot fully and eff...

AI Technical Summary

Problems solved by technology

[0003] However, the current fire drills only follow the script to sound the siren, evacuate and evacuate. The simulation effect is not strong, and the environment in which people live in a real fire is even worse. It is difficult for personnel to deal with the fire, and the real fire environment also brings more severe tests to the human body. Therefore, the existing fire drills cannot fully and effectively enhance the ability of the drillers to respond to real fires and escape.

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