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Integrated shape, color, and reflectivity measurement method for 3D digitization of cultural heritage objects

机译:用于文化遗产物体的3D数字化的综合形状,颜色和反射率测量方法

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摘要

In this paper a 3D shape measurement system with additional color and angular reflectance measurement capabilities is presented. The shape measurement system is based on structured light projection with the use of DLP projector. 3D shape measurement method is based on sinusoidal fringes and Gray codes projection. The color measurement system uses multispectral methods with a set of interference filters to separate spectral channels. Additionally the setup includes an array of compact light sources for measuring angular reflectance based on image analysis and 3D data processing. All three components of the integrated system use the same grayscale camera as a detector. The purpose of the system is to obtain complete information about shape, color and reflectance characteristic of measured surface, especially for cultural heritage objects in order to use in documentation, visualization, copying and storing. Some measurement results of real objects with a discussion of accuracy are presented along with future development plans.
机译:本文提出了具有附加颜色和角反射率测量功能的3D形状测量系统。形状测量系统基于使用DLP投影仪的结构化光投影。 3D形状测量方法基于正弦条纹和格雷码投影。颜色测量系统使用多光谱方法和一组干涉滤光片来分离光谱通道。此外,该设置还包括一个紧凑型光源阵列,用于基于图像分析和3D数据处理来测量角反射率。集成系统的所有三个组件都使用相同的灰度摄像机作为检测器。该系统的目的是获得有关被测表面的形状,颜色和反射特性的完整信息,尤其是对于文化遗产对象,以便用于文档,可视化,复制和存储。提出了一些有关精度的真实物体测量结果以及未来的开发计划。

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