摘要
为解决Tekla Structure软件内置栏杆建模效率低的问题,采用C#开发定制化的建模插件。确定实体模型与程序模型的对应关系,寻找人工建模步骤中规律性高、繁琐的步骤,梳理并规范相关流程,相应编写程序处理逻辑和代码。栏杆插件参数化开发能跳出Tekla Structure软件内置节点的束缚,灵活满足项目的特殊要求,大幅简化建模人员的操作流程。实际调试结果表明,该插件在准确度、效率和节约工时等方面均有较好的表现,且具有良好的可扩展性,能简便地应用于基于PIP STF05521栏杆标准的项目中。
In order to solve the problem of inefficient handrail modeling using Tekla Structure software, a customized modeling plug-in is developed using C#. Based on the corresponding relationship between the physical entity and the program model, the regular and cumbersome steps in the manual modeling are sort out and the workflow is standardized for the logic treatment of the program and its coding. The parameterized plug-in developed breaks out the constraints of the built-in nodes of Tekla Structure, satisfies the specific requirements of the project and greatly simplifies the manual workload. The plug-in has been tested in actual projects and has proved its accuracy, high efficiency, man-hour savings and good extensibility, which makes it easy to be used in subsequent projects based on the PIP STF05521 handrails standard.
作者
邓凯
DENG Kai(COOECFluor Heavy Industries Co.,Ltd.,Zhuhai 519055,China)
出处
《船舶与海洋工程》
2023年第1期62-66,共5页
Naval Architecture and Ocean Engineering