摘要
针对内河高桩码头应用BIM技术的建模精度和建模效率难以保证的问题,采用VisualStudio 2017,通过C++、C#(Addin)、C++∕CLI混合编程等开发手段,在Bentley的Microstation图形平台进行二次开发,研发适用于内河高桩码头桩基参数化设计的BIM软件模块。模块包含高桩码头平台轴网自动设计、创建轴网平面图、图形及模型预览、桩基参数化建模、桩基参数导入、导出及桩基参数表汇总等功能。通过直观化地输入模型创建所需的参数集,实现高精度、高效率的桩基参数化三维设计,从而简化一类模型的创建过程,体现了BIM技术在参数化设计、模型可视化统计工程量等方面的应用优势。
Aiming at the difficulty in ensuring the modeling accuracy and efficiency of BIM technology in the application of high-pile wharf in inland rivers,Visual Studio 2017 is adopted to carry out secondary development on Bentley′s Microstation graphics platform through development methods such as C++,C#(Addin),and C++CLI mixed programming,and a BIM software module suitable for parametric design of pile foundation in high-pile wharf in inland rivers is developed.The module includes functions such as automatic design of the platform grid for high-pile wharf,creation of grid plan,preview of graphics and models,parametric modeling of pile foundations,import and export of pile foundation parameters,and summary of pile foundation parameter tables.By intuitively inputting the required parameter set for model creation,high-precision and high-efficiency parametric 3D design of pile foundations is realized,thereby simplifying the process of creating a type of model and reflecting the application advantages of BIM technology in parametric design,model visualization and statistical engineering quantity.
作者
丁琼
曹少璞
付平
熊智
刘永胜
DING Qiong;CAO Shaopu;FU Ping;XIONG Zhi;LIU Yongsheng(Hunan Provincial CommunicationsPlanning,Survey&Design Institute Co.,Ltd.,Changsha 410200,China)
出处
《水运工程》
2024年第10期152-157,共6页
Port & Waterway Engineering
基金
2024年度湖南省交通运输厅“揭榜挂帅”科技攻关项目(202411)。
