本文对基于结构光获取的深度图像进行三维信息提取方法和目标重建算法这两部份进行研究。
The study in this thesis is about the algorithm of obtaining 3d data on the basis of range image obtained by structure light and the algorithm of object reconstruction.
该系统包括红外图像的处理技术、三维信息提取的体相交技术、三维形体的表示方法和基于八叉树结构的飞机三维形体重建的实现。
It has infrared images processing, volume intersection technique, 3d representation scheme of an object, and accomplishes reconstruction of 3d plane structure by Octree coding.
具体的说，就是利用专用的三维人体造型软件自带的人体模型，将其导出为3ds文件，再根据3ds文件的存储格式，利用计算机程序将文件中的有用的人体曲面的顶点信息提取出来。
In details, that was to read out vertex information of human body from a 3ds-formatted file that was extracted from the design model by the application of professional 3d human body modeling software.
通过分析三维可视化图像，结合野外考察资料，对机场建设工程研究区域内的构造地质、工程地质、环境地质等特征信息提取和综合评价。
Meanwhile, the paper synthetically evaluated tectonic geology, engineering geology and environment geology by right of simulating 3d visualizing RS dynamical models and the field survey data.
通过分析三维可视化图像，结合野外考察资料，对机场建设工程研究区域内的构造地质、工程地质、环境地质等特征信息提取和综合评价。
Meanwhile, the paper synthetically evaluated tectonic geology, engineering geology and environment geology by right of simulating 3d visualizing RS dynamical models and the field survey data.
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