Earthquake emergency treatment drilling platform

Abstract

The invention discloses an earthquake emergency treatment drilling platform, which belongs to the field of virtual simulation application software. In recent years, the emergency management departments of the government generally pay attention to performing earthquake emergency drillings, and actual drillings and desktop drillings are widely used. The actual drillings involve a lot of persons, are difficult to organize and have high fund requirement. The picture discussion type desktop drillings cannot provide relatively real earthquake disaster scenes and vivid emergency backgrounds. So, by using a computer virtual reality technology and a network technology, a set of earthquake emergency treatment drilling platform is developed. The platform mainly comprises a scene editor, a director group, a drilling group and an estimation group which are shown in an attached figure in an abstract, wherein the scene editor creates scenes and events; the director group controls the drilling progress and fills information in real time; the drilling group responds to the corresponding events; and the estimation group estimates the drilling conditions. Due to the drilling platform, trainees are immersed in a relatively real earthquake disaster field, so that the presence of the trainees is enhanced, and the emergency treatment capability is improved.

Description

technical field [0001] The invention belongs to the field of virtual simulation application technology, and relates to key technologies such as virtual reality technology, three-dimensional simulation modeling technology, and three-dimensional scene rendering. Background technique [0002] As a natural phenomenon, earthquakes occur frequently on the earth and have caused countless disasters in human history. Especially in the past few decades, disasters in densely populated areas of the world have occurred frequently, causing a large number of casualties and property losses . In order to enable government emergency management personnel to quickly and scientifically carry out emergency response and minimize disaster losses when an earthquake occurs, it is necessary to train and drill emergency management personnel. Integrated exercises and tabletop exercises are widely used at present. In the comprehensive exercise, it is required to mobilize the emergency response organiza...

AI Technical Summary

Problems solved by technology

At present, there are still many deficiencies: on the one hand, the simulated scene is relatively microscopic, mainly for rescue team members to carry out on-site rescue training, and there is no simulated macro scene, that is, drills such as macro decision analysis and emergency resource scheduling for emergency management personnel

The simulated earthquake disaster scene is only limited to a few blocks, unable to present large-scale buildings and terrain graphics, characters, animation simulation

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