You can also clean the resulting dense point cloud with the in-zephyr tools. Process the dataset until you get at least a dense point cloud (or use the. The laser scanned point cloud colored using the Zephyr reconstruction.Ĭlick to view fullscreen click to view fullscreen ZEP file with the Duomo of Pisa reconstructionĭuomo of Pisa point cloud obtained via laser scan Within this directory, all the pictures required to recreate the ZEP file from scratch. We are going to import the latter into 3DF Zephyr, set its reference to be consistent with the pictures-generated dataset and then color the laser scanned point cloud.ĭownload 3DF Zephyr Point Cloud Coloring tutorial In this example, we are going to use the Duomo of Pisa dataset (courtesy of Visual Computing Lab) which consists in a set of pictures and a 3DF Zephyr Pro generated point cloud (which is colored, but is less accurate than a laser scan) and a laser scan of the same subject (which by nature is more accurate, but lacks coloring). This tutorial is very old as it is for Zephyr 1.x – please check the newest tutorials hereģDF Zephyr can be used as an additional tool to aid other scanning equipment: in all those scenarios where you are obtaining a non-colored dense point cloud (for example using laser scanning technology) you can use the “import and color point cloud” tool to keep the input point cloud and just coloring it with the help of 3DF Zephyr Pro. This tutorial can not be completed with 3DF Zephyr Evaluation and this feature is available since 3DF Zephyr Pro v1.400 In this recipe you’ll learn the workflow needed in order to apply coloring to an arbitrary point cloud using a Zephyr generated point cloud. Welcome to the 3DF Zephyr tutorial series. Coloring a point cloud using 3DF Zephyr Pro
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