Lumio3D: rapid 3D geometry and reflectance acquisition from continuous spherical illumination

Borom Tunwattanapong, Wichayut Eaksarayut, Pitchaya Sitthi-amorn
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Abstract

We demonstrate a prototype of a rapid 3D scanner that can capture both the geometry and reflectance properties of an object under 30 seconds. The scanner utilizes custom made LED panels to provide continuous illumination on an object sitting on a rotatable base. Six cameras will be used for capturing images from various viewpoints under different illuminations. The images are then used for creating reflectance maps and later reconstructing the 3D geometry, albedo and specular maps. The resulting geometry and the maps are also of high resolution. The resulting model and maps can be used for photo-realistic interactive rendering of the object through our webbased viewer. The main advantages of our scanner design compared to state of the arts [Weinmann and Klein 2015] will be the improved speed and reduced artifacts due to moving parts.
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Lumio3D:快速三维几何和反射率采集从连续的球形照明
我们展示了一个快速3D扫描仪的原型,可以在30秒内捕获物体的几何形状和反射特性。扫描仪采用定制的LED面板,为可旋转底座上的物体提供连续照明。六台相机将用于在不同照明下从不同角度拍摄图像。这些图像随后用于创建反射率图,然后重建3D几何、反照率和高光图。生成的几何图形和地图也具有高分辨率。由此产生的模型和地图可以用于通过我们基于web的查看器进行逼真的对象交互式渲染。与最先进的扫描仪相比[Weinmann and Klein 2015],我们的扫描仪设计的主要优势在于速度的提高和由于运动部件而产生的伪影的减少。
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