首页> 外文会议>Asian conference on remote sensing;ACRS >3D MODELING OF 'INDONESIA MENGGUGAT' HISTORICAL BUILDING BANDUNG (INDONESIA) USING TERRESTRIAL LASER SCANNER
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3D MODELING OF 'INDONESIA MENGGUGAT' HISTORICAL BUILDING BANDUNG (INDONESIA) USING TERRESTRIAL LASER SCANNER

机译:使用陆地激光扫描仪对“印度尼西亚建筑”历史建筑万隆(印度尼西亚)进行3D建模

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Archiving and documentation of a historical building are necessary and need to be done for the sake of preservation and conservation. In this study, we created the 3D model of "Indonesia Menggugat" historical building, located in Bandung, Indonesia using Terrestrial Laser Scanner (TLS) technology. The 3D model can be later used for its maintenance and preservation. TLS survey have been conducted in July 2014 . The data processing, which includes target-to-target registration, filtration, georeferencing, meshing point clouds, surface generation, plotting, and 3D model video, were done using Cyclone 7 software, while 3D modeling itself is done using Google Sketch Up software and 3DS MAX. The 3D registration model has standard deviation of 0.001 m. Generally, this study produced an accurate and similar 3D model of the monument, both in shape and size. However, in some places the results in not so good, especially on the inside. The validation using distometer shows the average precision at about 0.001 m - 0.023 m.
机译:历史建筑的存档和记录是必要的,并且为了保护和保存而需要进行。在这项研究中,我们使用地面激光扫描仪(TLS)技术创建了位于印度尼西亚万隆的“印度尼西亚孟古加特”历史建筑的3D模型。 3D模型可以在以后用于维护和保存。 TLS调查已于2014年7月进行。使用Cyclone 7软件进行数据处理,包括目标到目标的配准,过滤,地理配准,网格点云,表面生成,绘图和3D模型视频,而3D建模本身使用Google Sketch Up软件和3DS MAX。 3D配准模型的标准偏差为0.001 m。通常,这项研究会在形状和大小上生成一个准确且相似的纪念碑3D模型。但是,在某些地方效果并不理想,尤其是在内部。使用测距仪进行的验证显示平均精度约为0.001 m-0.023 m。

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