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The Research of Quasi-Physical Algorithm Based on Space Searching for Three-Dimensional Layout Problems

机译:基于空间搜索的三维布局问题准物理算法研究

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摘要

The layout of aircraft cabin is a complete NP- problem. This paper simplifies the issue for the three- dimensional layout, with satisfied layout requirements and non-overlap as restrictive conditions, the optimization goal is: aircraft cabin have the smallest volume. This paper utilize quasi-physical strategy, which abstract all the geometrical and mathematic model of objects and search appropriate void space for peripheral objects in the cabin. All the layout objects arc also attracted to move closer to center, when overlap happened, the interfered objects intcr-cxcludc, until have no interference. Based on this algorithm, develop layout software system using Pro/E 2.0 and VC++ 6.0, and give statistical result of this algorithm.
机译:机舱的布局是一个完整的NP问题。本文以满意的布局要求和无重叠为约束条件,简化了三维布局的问题,优化目标是:机舱体积最小。本文采用准物理策略,对对象的所有几何和数学模型进行抽象,并为机舱中的外围对象寻找合适的空隙空间。所有布局对象也都吸引到靠近中心的位置,当发生重叠时,被干扰的对象为intcr-cxcludc,直到没有干扰为止。基于该算法,使用Pro / E 2.0和VC ++ 6.0开发布局软件系统,并给出该算法的统计结果。

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