Creating User Interface for Interactive Simulations

Jeetinder Singh, J. Sivaswamy
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引用次数: 1

Abstract

Interactive simulations encourage active/discovery learning in students. But developing simulations is a time-consuming task. This along with the usability and scalability issues are the bottleneck in wide availability of such tools. The developer spends most of his/her time in tailoring the user interface (UI) to meet multiple constraints like pedagogy, teacher satisfaction and student learning styles. Providing and efficient way to develop UI can greatly speed up the development cycle and facilitate widespread access to high quality resources. In this paper, we describe how UI development can be separated from the simulation program to facilitate easy development of such visualization tool. We also discuss design and development of Graphical interface construction Kit (GicK) which helps in creating UI and combining it with simulation program for creating interactive simulations. A constructive physics simulation is developed as an exemplar of proposed framework. In the end we reported evaluation of constructive physics simulation by 43 higher school students and our conclusion.
为交互式模拟创建用户界面
互动模拟鼓励学生主动/发现式学习。但是开发模拟是一项耗时的任务。这一点以及可用性和可伸缩性问题是这些工具广泛可用性的瓶颈。开发人员将大部分时间花在定制用户界面(UI)上,以满足多种约束条件,如教学法、教师满意度和学生学习风格。提供一种高效的UI开发方式,可以大大加快开发周期,促进高质量资源的广泛访问。在本文中,我们描述了如何将UI开发从仿真程序中分离出来,以方便这种可视化工具的开发。我们还讨论了图形界面构建工具包(GicK)的设计和开发,它有助于创建UI并将其与仿真程序相结合以创建交互式仿真。一个建设性的物理模拟被开发作为该框架的一个范例。最后报告了43名高中生对建设性物理模拟的评价和结论。
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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