在通用建模环境的基础上,设计与应用相关的建模仿真工具

Ekaterina B. Grigut, Ivan Kiriyakov, Y. Senichenkov
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引用次数: 1

摘要

介绍了基于通用建模环境的具有自己图形语言和专用应用库的电气系统建模与仿真工具的实例。该工具具有图形编辑器与标准的电子元件集。它还具有扩展能力,可用于计算机实验结果的可视化和分析。该工具在建模语言上自动生成模型的描述,传递给通用的建模环境,并返回仿真结果。总的来说,结果是全面的。但是,在需要的情况下,用户可以直接使用自动生成的模型。这意味着用户可以手动控制仿真过程,并享有强大的视觉环境优势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designing application-dependent tools for modeling and simulation on basis of universal modeling environment
The example of the tool with own graphical language and specialized applied library for modeling and simulation electrical systems based on the universal modeling environment is described. The tool has Graphical Editor with standard set of electrical components. Also it has the ability to be extended with habitual for applied user instruments for visualizing and analyzing results of computer experiments. The tool automatically generates a description of a model on modeling language, passes it to universal modeling environment, and gets back the results of simulation. In general the results are comprehensive. However, in case of need user could work directly with automatically generated model. It means that the user could manually control the simulation process and enjoy advantages of powerful visual environment.
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