使用CAD和复杂包装对象进行版本控制和配置管理

J.C Miles , W.A Gray , T.W Carnduff , I Santoyridis , A Faulconbridge
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引用次数: 18

摘要

在并发设计中,需要控制参与者之间的交互,还需要管理被设计的各种组件的兼容性。这需要一个精心定义的结构来控制人工制品设计的变化和添加,并允许所有参与者看到尽可能多的设计信息。对于不可能进行主机托管的情况,最好通过适当设计的计算机系统来实现。本文介绍了描述环境的开发,该环境由一个CAD系统通过AutoLISP连接到面向对象数据库(OODB)和一个c++可执行文件组成。description中的交互模型已经开发得尽可能简单和灵活,并且是基于设计实验的结果。在系统中,设计信息以复杂的包装对象的形式存储,这使得图形和其他设计信息能够无缝集成。当CAD系统中的尺寸发生变化时,生成的系统会自动更新设计计算。该系统是与执业设计师共同开发的,并应用于梁/板桥梁领域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Versioning and configuration management in design using CAD and complex wrapped objects

In concurrent design, there is a need to control the interaction between the participants and also to manage the compatibility of the various components being designed. This requires a carefully defined structure to control the changes and additions to the design of artefacts and a means of allowing all participants to see as much of the design information as possible. For situations where colocation is not possible, this is best achieved through a suitably designed computer system. This paper covers the development of the Describe environment which consists of a CAD system linked to an Object-Oriented Database (OODB) via AutoLISP and a C++ executable. The interaction model within Describe has been developed to be as simple and flexible as possible and is based on fresults from a design experiment. Within the system, design information is stored as complex, wrapped objects which allow the seamless integration of graphical and other design information. The resulting system automatically updates design calculations when dimensions are altered in the CAD system. The system has been developed in conjunction with practising designers and applied to the domain of beam/slab bridges.

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