【作者】 孙磊；

【导师】 吴培明；

【作者基本信息】 西南交通大学 ， 结构工程， 2003， 硕士

【摘要】 本论文在现有成果的基础上进行了悬臂式灌注桩CAD软件的开发与研究，是面向对象技术运用于结构工程软件设计领域的一次尝试。 本系统是以悬臂式灌注桩的设计方法为基础，通过分析总结悬臂式灌注桩设计原理与优化设计方法，根据软件工程的指导思想，采用功能完善的人机交互设计和二维参数化绘图开发出的人机界面友好的软件，使用户能脱离设计手册，在计算机上完成全部的悬臂式灌注桩设计和施工图绘制工作。 本CAD系统是利用可视化的面向对象开发工具Visual C++ 6．0和基于AutoCAD平台的Object ARX 2000软件包的支持而开发的应用程序。借助Visual C++语言能方便高效地开发典型Windows风格的CAD应用程序。ObjectARX是一种面向对象的全新的AutoCAD二次开发工具，它借助于Visual C++的开发环境使AutoCAD的二次开发更方便，功能更强大。 本CAD系统具有以下主要特点： 1．面向对象技术与Windows资源的综合运用，有利于软件的发展和升级，保证了程序的一致性和可维护性。 2．注意了容错处理技术的应用，保证了软件系统的稳定性。 3．在传统设计理论的基础上融入优化方法，增强了系统的灵活性与实用性。更多还原

【Abstract】 In this thesis, development and studies on cantilever bottling pile CAD software are made on the base of existing achievement .This is a try of how Object-oriented technology applies in the field of structure project software designing.The system is based on cantilever bottling pile design method. Through analysing the cantilever bottling pile design principle and optimum design method, according to guiding theory of soft project, adopting with human-computer interactive design and two-dimentional parameter drawing, the sysytem is made a software that had a friendly UI.It enable user to break away from the design manual, finish all cantilever bottling pile designing and construction drawing on the computer.The CAD system is a application program that developed by utilizing Object-oriented developing instrument Visual 6. 0 ++ and Object ARX2000 baseded on AutoCAD platform software package.It’ s convenient to develop CAD application program of typical Windows style high-efficiently by use of Visual C++. ObjectARX is a kind of brand-new AutoCAD secondary developing instrument using Object-oriented method. It make secondary development of AutoCAD convenient and powerful with the aid of development environment of Visual C++.The CAD system has the following main characteristics:1. Object-oriented technology and Windows resources are compre-hensivly used in this system, it’ s useful to develop and upgrade software, guaranting the consistency and maintainability of the procedure .2. The system applicate Exception-handling technology to guarantee software stability .3. The sysytem incorporate the traditional design method with optimum method. It can strengthen systematic flexibility and the practibility of progamme.更多还原