Showing posts with label ArcheOS Hypatia. Show all posts
Showing posts with label ArcheOS Hypatia. Show all posts

Thursday, 27 April 2017

ArcheOS Hypatia and Archeorobotics: ROS for 3D dynamic documentations

Dynamic 3D documentation is a technique we are using more and more in professional archaeology. It can be useful to map in a very fast way any kind of earth-moving work during negative archaeological controls (from wide open area to small trenches, like we did here) or to record in real-time archaeological evidences and layers during a normal excavation (like the video below).




Using this methodology during an ordinary project allows us to perform the segmentation of the 3D model directly on the field (within the software Cloud Compare), dividing each layer of palimpsestic documentation (we spoke about this problem during our presentation at the CHNT conference 2016). This solution avoid long post-processing operations, and it is ideal to spare time and money in low-budget archaeological investigations. For this reason we are evaluating the possibility to insert ROS (Robot Operating System) in ArcheOS Hypatia.
I hope to give you soon good news about the release of the next version of ArcheOS. In the meantime stay tuned to follow our research in testing new Open Source and Free Software. Like always, if you want to help in the development, just contact us in one of our channels: FaceBook, YouTube or Blogger
Have a nice day! 

Monday, 24 April 2017

ArcheOS Hypatia Virtual Globe: Cesium

Hi all,
I am starting here a series of short post to show some of the features of the main software selected for ArcheOS Hypatia, trying to explain the reasons of these choices. The first category I'll deal with is the one of Virtual Globes. Among the many available options of FLOSS, one of the applications which meets the needs of archaeology is certainly Cesium. This short video shows its capability of import geolocalized 3D complex models, which is a very important possibility for archaeologist. In this example I imported in Cesium the 3D model (done with Structure from Motion) of a a small boat which lies on the bottom of an alpine lake (more info in this post).


Soon I'll post other short videos to show other features of Cesium. Have a nice evening!
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