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MIXING VIRTUAL REALITY AND 2D VISUALIZATION - Using Virtual Environments as Visual 3D Information Systems for Discussion of Data from Geo- and Environmental Sciences

机译:混合虚拟现实和2D可视化 - 使用虚拟环境作为视觉3D信息系统,以讨论来自地理和环境科学的数据

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3D stereoscopic visualization and virtual reality techniques are increasingly used for quality control, analysis and discussion of 3D geoscientific data in the oil and gas industry. They provide an excellent and easily comprehensible insight into complex 3D structures of the earth's subsurface. However, in many research topics in environmental and geosciences the analysis of data usually also involves data that might be better viewed in 2D. Examples are maps or histograms. The use of virtual environments as visual information systems for the efficient communication and discussion of complex multi-attribute data sets also requires 2D data to be visualized with a high quality. Further it is often not possible to show all the relevant information simultaneously and so an interactive virtual environment is required that provides an overview and the necessary interaction techniques to select additional information, e.g. from a database, to be visualized on request. This article describes the hardware setup installed at the UFZ Centre for Environmental Research and a software solution for how to use this setup efficiently to connect 2D data representations with 3D visualization and interaction.
机译:3D立体可视化和虚拟现实技术越来越多地用于石油和天然气工业中3D地球科学数据的质量控制,分析和讨论。它们为地球地下的复杂3D结构提供了优异且易于理解的洞察力。然而,在环境和地球科学的许多研究主题中,数据的分析通常还涉及在2D中可以更好地查看的数据。示例是地图或直方图。使用虚拟环境作为用于高效通信和复杂多属性数据集的讨论的可视信息系统,还需要具有高质量的2D数据。此外,通常不可能同时示出所有相关信息,因此需要一个交互式虚拟环境,以提供概述和必要的交互技术,以选择其他信息,例如,从数据库中,按请求可视化。本文介绍了安装在UFZ中心的硬件设置,用于环境研究和软件解决方案,了解如何有效地使用此设置,以连接具有3D可视化和交互的2D数据表示。

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