虚拟光学工作台:用于光学设计的VR学习工具

Sebastian Pape, M. Bellgardt, David Gilbert, Georg König, T. Kuhlen
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引用次数: 1

摘要

光学透镜组件的设计是一个困难的过程,需要大量的专业知识。今天,这个过程的教学是在物理光学长凳上完成的,这对于学生来说往往太贵了。规避这些成本的一种方法是使用软件来模拟光学工作台。这项工作提出了一个虚拟光学工作台,它利用实时光线追踪与VR渲染相结合来创建一个教学工具,创建一个可重复的,无害的和功能丰富的学习环境。由6位光学工程师组成的专家评审小组对最终的应用程序进行了评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Virtual Optical Bench: A VR learning tool for optical design
The design of optical lens assemblies is a difficult process that re-quires lots of expertise. The teaching of this process today is done on physical optical benches, which are often too expensive for students to purchase. One way of circumventing these costs is to use software to simulate the optical bench. This work presents a virtual optical bench, which leverages realtime ray tracing in combination with VR rendering to create a teaching tool which creates a repeatable, non-hazardous and feature-rich learning environment. The resulting application was evaluated in an expert review with 6 optical engineers.
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