摘要
目前BIM电力系统广泛应用于建筑设计中,使用可视化技术系统将数据处理部分具象化展示。但目前使用的系统由于数据组别划分能力较差,导致数据可视化结果组别缺失,因此设计BIM电力系统中工程物资需求数据可视化系统。针对软件模块的优化要求,在系统的核心控制器中增加图形处理器。引入DDS芯片,设定扫频信号为500MHz,实现数据的高精度转换。以此硬件机构为载体,构建工程数据细分模块以及数据交互可视化模块,使用计算与编程的方式,实现系统的基础性能。实验结果表明,该系统的数据可视化时间较短,有效提升数据使用效果。
At present, BIM power system is widely used in architectural design, and the visualization technology system is used to visualize the data processing part. However, due to the poor ability of data group division in the current system, the data visualization result group is lacking, so the engineering material demand data visualization system in BIM power system is designed. According to the optimization requirements of the software module, a graphics processor is added to the core controller of the system. The DDS chip is introduced and the frequency sweep signal is set to 500 MHz to realize the high-precision data conversion. The hardware mechanism is taken as the carrier, and the engineering data subdivision module and data interaction visualization module are constructed, and the basic performance of the system is realized by calculation and programming. The experiment results show that the data visualization time of this system is short, and the data use effect is effectively improved.
作者
杨先进
魏俊
应雪正
朱飞
方鸿辉
周阮凯
YANG Xian-jin;WEI Jun;YING Xue-zheng;ZHU Fei;FANG Hong-hui;ZHOU Ruan-kai(Hangzhou Electric Power Design Institute Co.,Ltd.,Hangzhou 310004,China)
出处
《信息技术》
2022年第1期132-136,142,共6页
Information Technology
