QUALITY ASSESSMENT OF SPHERICAL PANORAMIC IMAGES

P. Javadi, J. L. Lerma, L. García-Asenjo, P. Garrigues
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Abstract

In recent years, the production of panoramic images has been boosted by the increasing use of digital photographiccameras and mobile phones. However, for highly demanding applications such as long-range deformation monitoring, theaccuracy and quality control of panoramic images and processes used to obtain accurate 3D models should be properlyassessed. Therefore, prior to being applied in real projects, the quality of the spherical panoramic images generated bythree widely used computer programs (Agisoft Metashape, GigaPan Stitch and PTGui) is evaluated using the same imagesof a photogrammetric laboratory full of control points and an outdoor environment by shooting from several stations. Inaddition to the assessment of the geometrical accuracy, the study also includes important aspects for practical efficiencysuch as workflow, speed of processing, user-friendliness, or exporting products and formats available. The results of thecomparisons show that Agisoft Metashape meets the required geometric specifications with higher quality and has clearadvantages in performance if compared to the other two tested programs.
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球面全景图像的质量评价
近年来,由于数码相机和移动电话的使用越来越多,全景图像的制作得到了推动。然而,对于高要求的应用,如远程变形监测,用于获得精确3D模型的全景图像和过程的准确性和质量控制应该得到适当的评估。因此,在应用于实际项目之前,使用三个广泛使用的计算机程序(Agisoft Metashape, GigaPan Stitch和PTGui)生成的球形全景图像的质量进行评估,使用充满控制点的摄影测量实验室的相同图像和从多个站点拍摄的室外环境。除了几何精度的评估,该研究还包括实际效率的重要方面,如工作流程,处理速度,用户友好性,或出口产品和格式可用。对比结果表明,Agisoft Metashape与其他两种测试程序相比,符合要求的几何规格,质量更高,性能优势明显。
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