摘要
针对传统电力消防安全培训的纯理论、无体感、抽象晦涩等问题,该研究结合虚拟现实技术设计出一套新型的电力消防安全培训系统,采用3ds max软件、Unity 3D开发引擎对火灾场景进行建模和系统功能开发,对会议室和灭火器的场景建模过程与方法进行描述,同时采用高斯分布原理对火灾发生时任意位置的烟雾浓度进行确定,对高度还原现实生活中的火灾发生提供了支持。试验证明,在面对面积大小为100mm^(2)的突发电力火灾时,该研究系统的处置结果能够减少财产损失130万元。
In order to solve the problems existing in the traditional electric power fire safety training, including pure theory, no motion, abstract and obscure, a new type of electric fire safety training system is designed by combining virtual reality technology. Use the 3 ds max software, Unity 3 D development engine, to model the fire scene and develop the system functions, as well as describe the modeling process and method of the conference room and fire extinguisher scene. At the same time, the Gaussian distribution principle is used to determine the position of smoke when the fire occurs, which provides support for the high reduction of fire occurrence in the real life. The test results show that in the face of a sudden electric fire with an area of 100 mm2, the disposal results of the system can reduce the property loss of 1.3 million yuan.
作者
肖安南
张蔚翔
朱宏
刘振山
焦玉平
XIAO An-nan;ZHANG Wei-xiang;ZHU Hong;LIU Zhen-shan;JIAO Yu-ping(State Grid Anhui Electric Power Co.,Ltd.,Hefei 230000,China)
出处
《信息技术》
2021年第6期154-159,共6页
Information Technology
