【作者】 杨佳霄； 史冬岩； 杨志勋； 刘光磊； 张兴；

【Author】 YANG Jiaxiao;SHI Dongyan;YANG Zhixun;LIU Guanglei;ZHANG Xing;School of Mechanical and Electrical Engineering, Harbin Engineering University;Beijing Zhongyan Dadi Technology Co., Ltd.;

【机构】 哈尔滨工程大学机电工程学院； 北京中岩大地科技股份有限公司；

【摘要】 在深基坑型钢内支撑工程中,绘制合理搭配的型钢支护图纸,对指导实际工程施工有着重要作用。由于型钢支撑组件布局设计繁琐,针对目前使用Auto CAD软件中基础功能制图的方法,存在一体化制图工作量大和绘图效率低等问题,提出一种基于C#.NET技术对Auto CAD软件进行二次开发的方法。通过运用Auto CAD中的丰富的API,创建了由型钢内支撑参数输入、绘图算法编译和图纸生成等模块组成的专业化的高级Ribbon界面绘图系统,提高了Auto CAD图形数据库的利用效率,实现了自动化绘制深基坑围檩、钢支撑及连接梁等复杂且繁琐的布局结构。此外,通过图层操作,使绘图系统具备记忆存储功能。本文结合某实际基坑内支撑项目的工程实例,验证了该方法的可行性,提高了图纸绘制效率和质量,减少人为绘图错误及工作量,可为基坑内支撑行业图纸方案制作智能化提供参考。更多还原

【Abstract】 In deep foundation pit steel internal support engineering, it plays an important role to draw a reasonably matched steel support drawing in guiding the actual construction. Due to the cumbersome layout design of the steel support components, there are problems such as large workload and low drawing efficiency through basic function of AutoCAD software. Therefore, a secondary development tool of AutoCAD software based on C#.NET technology was proposed. By using the rich API in AutoCAD, a specialized advanced Ribbon interface drawing plug-in composed of modules such as steel internal support parameter input, drawing algorithm compilation, and drawing generation was created, which improves the utilization efficiency of AutoCAD graphic database and realizes the automatic drawing of complex and cumbersome layout structures such as deep foundation pit waling, steel support, and connecting beams. In addition, through layer operation, the drawing plug-in has memory storage function. The engineering example of an actual pit internal support project was performed through this plug-in, which proves the feasibility of this method,improves the efficiency and quality of drawing, reduces human drawing errors and workload, and provides a reference for intelligent drawing scheme making in the foundation pit internal support industry.更多还原