3D object measurement by shadow Moiré

Y. Lay, H. Yang, Chern-Sheng Lin, Wei-yu Chen
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引用次数: 1

Abstract

In order to get the 3 dimensional data of an object, this research applied a shadow Moiré method to build an optical measurement system without touching the object to measure the contour for getting a 3D data. A digital camera was used to capture the Moiré images through an image processing to get the texture of each contour line. After calculated the texture of each contour line, the correspondence values are then filled. Each correspondence value will make smooth contour interpolation and then three-dimensional image of the object was plotted. This method for 3D measurement is simple and does not need an expensive measurement device to get precisely image information for a 3D rebuilt implementation.
用阴影投影测量三维物体
为了获得物体的三维数据,本研究采用阴影莫尔法构建了一个不接触物体的光学测量系统,测量物体的轮廓以获得三维数据。利用数码相机捕捉图像,通过图像处理得到每条轮廓线的纹理。计算出每条轮廓线的纹理后,填充对应值。每个对应值将进行平滑的轮廓插值,然后绘制出目标的三维图像。这种三维测量方法简单,不需要昂贵的测量设备来精确获取三维重建的图像信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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