首页> 外文会议>Frontiers in Education Conference, 1996. FIE '96. 26th Annual Conference., Proceedings of >Using OpenDoc to create low-cost physics simulation tools for secondary and higher education
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Using OpenDoc to create low-cost physics simulation tools for secondary and higher education

机译:使用OpenDoc创建用于中学和高等教育的低成本物理模拟工具

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Currently, while there is a large selection of education physics programs available, few present an inclusive approach to physics simulation. Those that do are usually hard to use and/or very expensive to purchase and keep updated. To address this our goal is to develop a low-cost set of modular physics tools using the OpenDoc Framework that are easy to use and customize, allowing both students and educators to set up simulations of various force-based problems. Tool palettes will be modular so that a simulation can be customized for the specific problem, thus hiding unwanted complexity from the student. Also "cameras" can be placed in the system to provide multiple frames of reference when viewing the simulation. The first phase, currently under way, is to develop tools that allow the student or educator to simulate point particles influenced by gravitational and electromagnetic forces. Hooks will also be in place to add further functionality through future modules (spring force, harmonic motion, extended objects).
机译:当前,尽管有大量可供选择的教育物理课程,但很少有人提出一种包容性的物理模拟方法。那些通常很难使用和/或购买和保持更新非常昂贵。为了解决这个问题,我们的目标是使用OpenDoc Framework开发一套低成本的模块化物理工具,这些工具易于使用和定制,从而使学生和教育工作者都可以对各种基于力的问题进行仿真。工具面板将是模块化的,因此可以针对特定问题定制模拟,从而为学生隐藏了不必要的复杂性。还可以将“摄像机”放置在系统中,以在查看模拟时提供多个参考帧。目前正在进行的第一阶段是开发工具,使学生或教育者可以模拟受重力和电磁力影响的点粒子。挂钩也将安装到位,以通过将来的模块(弹力,谐波运动,扩展的对象)添加更多功能。

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