Water conservancy industry display method based on virtual reality (VR) technology

Abstract

The invention relates to a water conservancy industry display method based on a virtual reality (VR) technology. The method comprises the following steps: establishing a water conservancy VR model in a VR system; establishing connection between the VR system and a water conservancy system monitoring server, and obtaining real-time monitoring data of the water conservancy system monitoring server; the VR system, according to the obtained real-time monitoring data, scheduling corresponding parameters, and generating a virtual scene matching a real scene corresponding to the real-time monitoring data in the water conservancy system VR model; the VR system, according to a preset alarm trigger threshold, when the real-time monitoring data triggers an alarm, switching the virtual scene to a place where the real-time monitoring data is correspondingly generated, and sending a request to a short message cloud server for performing short message notification; and establishing connection between the VR system and a water conservancy system database, executing a command of data storage by use of an SQL database language, storing the real-time monitoring data of the water conservancy system monitoring server into the water conservancy system database, and opening and closing the connection according to needs.

Description

technical field [0001] The invention relates to a water conservancy industry display method based on virtual reality technology. Background technique [0002] Virtual reality technology is one of the most cutting-edge technologies for future scientific development. With the breakthrough of hardware technology, the immersive experience brings people a perfect experience, making it impossible to distinguish whether it is virtual or real. It just stays in the game, landscape production, model house and other effect display industries, and has not penetrated into the traditional livelihood industry. [0003] In coastal areas, typhoons are rampant and rainstorms are impermanent, which is a great test for water conservancy projects. As a civil engineering with huge cost, many variables and parameters, and complex system, water conservancy project is a factor that must be considered to ensure the safety and reliability of the system and its equipment. The omission of any link in ...

AI Technical Summary

Problems solved by technology

[0004] 1. There is a lack of unified management and monitoring of important waters, especially for some cross-regional rivers, and various monitoring systems are independent, which cannot achieve the purpose of effective monitoring

[0005] 2. The deployed hydrological monitoring facilities can only provide data information, and lack of intuitive understanding of the scene when a situation occurs

Although there is video monitoring, some of the video monitoring images are blurry, there are many monitoring points, and there is a lack of coherent display methods for intuitive feedback on the on-site environment

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