Flexibility of JavaScript controled simulations

EUROCON'2001. International Conference on Trends in Communications. Technical Program, Proceedings (Cat. No.01EX439) Pub Date : 2001-07-04 DOI:10.1109/EURCON.2001.938149

M. Divjak, M. Marolt

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Abstract

The paper presents the advantages of using JavaScript functions in interaction with scriptable applets. The concept was tested on the JxyZET simulation applet which was developed as a platform-independent complement to xyZET. The latter is an authoring tool for the development and visualisation of various phenomena in physics. The original JxyZET was expanded with some scriptable functions. This permits the definition of more complex elastic bodies built from several hundreds or even thousands of particles and springs. These bodies can be easily modified just by changing some parameters within the JavaScript code included in the parent hypertext. The simulation of complex dynamic systems is investigated The introduction of libraries of reusable JavaScript functions was proposed. The usage of JavaScript permits the interaction of a user-defined algorithm with the simulation tool, in our case JxyZET. The concept of dynamically conditioned simulation runs is explained and the possibilities of dynamically restructured simulation models are demonstrated.

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JavaScript控制模拟的灵活性

本文介绍了使用JavaScript函数与可脚本小程序交互的优点。该概念在JxyZET仿真小程序上进行了测试，该小程序是作为xyZET的平台独立补充而开发的。后者是开发和可视化各种物理现象的创作工具。最初的JxyZET扩展了一些可编写脚本的函数。这允许定义由数百甚至数千个粒子和弹簧组成的更复杂的弹性体。只要修改父超文本中包含的JavaScript代码中的一些参数，就可以很容易地修改这些主体。研究了复杂动态系统的仿真，提出了可重用JavaScript函数库的引入。JavaScript的使用允许用户定义的算法与模拟工具进行交互，在我们的示例中是JxyZET。解释了动态条件仿真运行的概念，并论证了动态重构仿真模型的可能性。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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EUROCON'2001. International Conference on Trends in Communications. Technical Program, Proceedings (Cat. No.01EX439)

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