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Exploring Complex Spatial Arrangements and Deformations in Virtual Reality

机译:在虚拟现实中探索复杂的空间安排和变形

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The ability of educators in the field of structural engineering to relate complex 3D spatial arrangements, such as connection detailing and lateral torsional buckling, has been limited to 2D drawings or physical models. Immersing students in a 3D virtual reality environment offers a promising and engaging means for effectively conveying complex ideas about structural connections and member response. With this purpose in mind, a fully immersive virtual reality environment has been developed to allow users to interact with a structure through a head mounted device and hand console. The system can also be deployed and used on any computer screen if a complete immersion environment is unavailable. The models can be conveniently modified, updated, and expanded unlike a physical model which would be limited by cost and safety concerns.
机译:教育者在结构工程领域的能力与复杂的3D空间布置相对,如连接细节和横向扭转屈曲,已经限于2D图或物理模型。在3D虚拟现实环境中沉浸在3D虚拟现实环境中,提供了有希望的有效和有效地传达了关于结构连接和成员响应的复杂思想的手段。为此目的,已经开发出完全沉浸的虚拟现实环境,以允许用户通过头戴式设备和手机控制器与结构进行交互。如果完整的浸入环境不可用,则还可以部署并在任何计算机屏幕上使用。与物理模型不同,可以方便地修改,更新和扩展模型,这些模型将受到成本和安全问题的限制。

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