Virtual Spring Manipulators for Particle Steering in Molecular Dynamics on the ResponsiveWorkbench

M. Koutek, J. Hees, F. Post, A. F. Bakker
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引用次数: 19

Abstract

In this paper we present new virtual spring manipulator-based tools for steering particles in molecular dynamics simulations in virtual environments. We briefly overview the MolDRIVE system, our visualization and computational steering environment for molecular dynamics real-time simulations, which is the platform for our particle steering implementation.Our study concentrates on visual feedback tools. We compare a basic virtual particle steering method with two other methods using a spring manipulator. The first just creates a visual feedback of a flexible connection between the user's interaction device and the steered particle, while the second technique creates a visual illusion of force feedback. The user can, through the spring manipulator, exert a force on the manipulated particle in the MD simulation. All presented particle steering tools are intuitive and easy to use.
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基于响应工作台的分子动力学粒子转向虚拟弹簧机械臂
本文提出了一种新的基于虚拟弹簧机械手的工具,用于在虚拟环境中进行分子动力学模拟。我们简要概述了MolDRIVE系统,我们用于分子动力学实时模拟的可视化和计算转向环境,这是我们实现粒子转向的平台。我们的研究集中在视觉反馈工具上。我们比较了一种基本的虚拟粒子转向方法和另外两种使用弹簧机械臂的方法。第一种技术只是在用户的交互设备和操纵粒子之间创造了一个灵活连接的视觉反馈,而第二种技术创造了一种力反馈的视觉错觉。在MD仿真中,用户可以通过弹簧机械手对被操纵的粒子施加一个力。所有提出的粒子转向工具是直观的,易于使用。
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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