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VISUALISATION OF PHYSICAL SIMULATION USING JAVASCRIPT PHYSICS ENGINE WITH X3DOM

机译:使用JavaScript物理引擎进行物理仿真的可视化与x3dom

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In order to visualise the results of a physical simulation and the effect on the related 3D geometry so far only the simulation tools themselves could be applied. A web-based application, though, could provide a powerful alternative for an efficient and realistic visualisation of data enabling users to edit the data and to share then-results with customers. In the course of the project physical modelling and simulation with OpenModelica was coupled with a rigid body simulation via the JavaScript physics engine Ammo.js and an X3 DOM-based 3D graphical modelling and visualisation. Now it is possible to start and edit physical simulations as well as to view the effect of changes on the behaviour of the system in the web-based 3D model.
机译:为了使物理仿真的结果和对相关的3D几何的影响,仅仅可以应用模拟工具本身。但是,基于Web的应用程序可以提供有效的替代品,以实现数据的有效和逼真的可视化,使用户能够编辑数据并与客户共享。在项目过程中,使用JavaScript物理发动机AMMO.js和X3 DOM的3D图形建模和可视化与OpenModelica的物理建模和模拟与刚体模拟相结合。现在可以启动和编辑物理模拟,并在基于Web的3D模型中查看系统行为的变化效果。

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