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Nauticle: A general-purpose particle-based simulation tool

机译:航海:一种通用基于粒子的仿真工具

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摘要

Nauticle is a general-purpose simulation tool for the flexible and highly configurable application of particle-based methods of either discrete or continuum phenomena. The paper introduces a novel approach to the implementation which handles a general formulation composed of user-defined expressions and interaction-laws covering an extensive range of particle-based methods. As a result, Nauticle has three distinct levels for users and developers. At the top level, the Symbolic Form Language (SFL) of Nauticle facilitates the formulation of user-defined numerical models in text-based configuration files. The SFL can be intuitively extended at the intermediate level with new particle methods without tedious recoding or even the knowledge of the bottom level. The paper presents the structure of the underlying general algorithm; then the top two levels are discussed in detail and illustrated by simple application examples. Finally, the efficiency of the code is also tested through a performance benchmark.
机译:Nauticle是一种通用仿真工具,用于柔性且高度可配置的分立或连续现象的粒子方法。本文介绍了一种新的实施方法,其处理由用户定义的表达式和涵盖广泛粒子的方法的相互作用法组成的一般配方。因此,NAUTICLE为用户和开发人员有三个不同的水平。在顶级,天宝的符号形式语言(SFL)有助于在基于文本的配置文件中制定用户定义的数字模型。 SFL可以在中间层面直观地延伸,具有新的粒子方法,无需繁琐刻度甚至底部的知识。本文介绍了基础通用算法的结构;然后通过简单的应用示例详细讨论前两个级别。最后,还通过性能基准测试了代码的效率。

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