通过光学错觉的三维可视化

Vinícius Emanuel Miranda Silva, Mozart W. S. Almeida, J. M. Teixeira, V. Teichrieb
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引用次数: 0

摘要

全息摄影是一种利用光的特性来记录和表现三维场景和物体的技术。然而,全息术并不是唯一可以实现三维视觉的技术。在这项工作中,将详细介绍基于19世纪后期发明的另一种形式的三维可视化。我们将介绍使用这种方法的不同应用,以及它们与全息术非常相似的结果。提出了一种利用视错觉实现三维可视化的硬件/软件解决方案。使用具有特定几何比例的棱镜,可以将生成的内容与开发的工具进行投影,以可视化对象,甚至与微软Kinect传感器捕获的人脸相关的3D点云。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Tridimensional Visualization through Optical Illusion
Holography is a technique that uses the properties of light as a way of registering and representing three-dimensional scenes and objects. However, holography is not the only technique that makes it possible to visualize in three dimensions. In this work will be detailed another form of three-dimensional visualization based on an invention of the late 19th century. Different applications that use this approach will be presented, as well as their results that are quite similar to those of holography. A solution involving hardware/software for 3D visualization through optical illusion is proposed. Using a prism with specific geometric proportions, is possible project the generated content with the developed tool to visualize objects and even 3D point clouds relating to faces captured with the Microsoft Kinect sensor.
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