摘要
基于正向设计理念,利用C#语言将传统的渗流计算方法(改进阻力系数法)抽象封装,通过Revit API接口编程对AutoRevit二次开发,实现了水闸渗流计算的可视化交互式分析过程,使水闸防渗措施设计可基于三维模型实现正向设计。并以某节制闸为例进行了验证,并将结果与AutoBank软件计算结果进行对比。结果表明:该插件计算精度高、效率快,实现了水闸渗流计算的较高可视化计算过程和低难度的人机交互过程,同时还实现了与规范结合的结果即时判断功能。该插件不仅拓展了BIM技术功能,也为水利行业设计人员提供了便利,为进一步拓展BIM技术在水利设计中的深度应用提供了一定的技术参照。
and package the traditional seepage calculation method(improved resistance coefficient method)and redevelops AutoRevit through Revit API interface programming.As a result,the visual interactive analysis process of sluice seepage calculation is achieved so that the design of sluice anti-seepage measures can realize forward design based on a three-dimensional model.In this paper,a regulating sluice is taken as an example for verification,and the results are compared with those calculated by AutoBank software.The results show that the plug-in has high accuracy and efficiency and realizes the highly visual sluice seepage calculation and low-difficulty human-computer interaction.At the same time,it has the function of instantly judging the results according to the specification.The plug-in not only expands the function of BIM technology but also facilitates designers in the water conservancy industry.In addition,it provides certain technical references for further expanding the deep application of BIM technology in water conservancy design.
作者
牛立军
李艺豪
NIU Lijun;LI Yihao(School of Water Conservancy,North China University of Water Resources and Electric Power,Zhengzhou 450000,China)
出处
《人民珠江》
2023年第3期110-116,共7页
Pearl River
基金
国家自然科学基金面上项目(52079053)。
