Los Alamos National Laboratory, Los Alamos, New Mexico 87545, USA.
Rev Sci Instrum. 2021 Mar 1;92(3):033528. doi: 10.1063/5.0040468.
Virtual Reality (VR) offers the opportunity to display data, instrumentation, and experimental setups in three dimensions and gives the user the ability to interact with the objects. This technology moves visualization beyond two-dimensional projections on a flat screen with a fixed field of view in which a keyboard or another similar controller is needed to change the view. Advances in both hardware and software for VR make it possible for the non-expert to develop visualization tools for scientific applications both for viewing and for sharing data or diagnostic hardware between users in three dimensions. This manuscript describes application development using two VR software tools, Unity gaming engine and A-frame, for visualizing data and high energy physics targets.
虚拟现实(VR)技术提供了在三维空间中显示数据、仪器和实验装置的机会,并使用户能够与这些对象进行交互。这项技术将可视化技术从二维屏幕上的平面投影提升到了三维空间,在这个空间中,用户需要使用键盘或其他类似的控制器来改变视图。VR 技术的硬件和软件都取得了进步,使得非专业人士也能够为科学应用开发可视化工具,无论是用于查看数据,还是在三维空间中共享数据或诊断硬件,都可以实现。本文档描述了使用两个 VR 软件工具(Unity 游戏引擎和 A-frame)开发应用程序的过程,用于可视化数据和高能物理目标。