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3D modeling and accuracy assessment- a case study of photosynth

机译:3D建模和准确性评估-以光合作用为例

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In recent years, many commercial 3D modeling software combined with cloud computing have been released. People can use these free software for getting point clouds data and building 3D models quickly with digital camera. The most commonly used software available on the Internet for 3D model reconstruction was Photosynth (Microsoft) and Project Photofly (Autodesk). The advantages of these two software include convenience to use and ease to operate. Users just need to take digital photos and upload them onto the website on the Internet. Point clouds data could then be generated for users to download point clouds from the website. After point clouds data editing, 3D models would be easily reconstructed. However, there may be insufficient point clouds generated for 3D model reconstruction caused by shooting angle, number of photos taken, and other factors. This study compares the positioning accuracy of point clouds by adjusting factors such as shooting rotation, photo resolution, and brightness of image.
机译:近年来,已经发布了许多与云计算结合的商业3D建模软件。人们可以使用这些免费软件来获取点云数据并使用数码相机快速构建3D模型。 Internet上可用于3D模型重建的最常用软件是Photosynth(Microsoft)和Project Photofly(Autodesk)。这两个软件的优点包括使用方便和易于操作。用户只需要拍摄数字照片并将其上传到Internet上的网站即可。然后可以生成点云数据,以供用户从网站下载点云。在进行点云数据编辑之后,可以轻松地重建3D模型。但是,可能由于拍摄角度,拍摄的照片数量和其他因素而导致生成的3D模型重建点云不足。这项研究通过调整拍摄旋转,照片分辨率和图像亮度等因素,比较了点云的定位精度。

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