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Vadstena: AI-based Automatic Tree Extraction Explained
Vadstena provides 3D city model in LOD2, which includes not only buildings but also tree models, which are interesting from a technical point of view and its use in practical applications.
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Get started with VTS Landscape Streaming Plugin for Unity
The VTS Landscape Streaming Plugin allows Unity's developers creating games and VR projects with a real 3D world.
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VTS Browser C++: unleash the full power of VTS rendering
The VTS-Browser-CPP is a multiplatform lightweight C++ client library, adding more variability and operability to VTS Geospatial.
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Vadstena: Automatic LOD2 Building Extraction
LOD2 building models is now one of the outputs for every dataset processed by Vadstena 3D Reality Capture. The LOD2 includes footprint, the roof shape, and height of reconstructed buildings.
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Vadstena: Check out the Example Dataset
An example 72-hectare 5 cm dataset, processed by Vadstena 3D reality-capture software system, is now available for download and evaluation. The freely-available dataset comes complete with textured 3D mesh, orthophotomap, DEM, AI-based landcover, in a diverse set of industry-standard output formats.
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Vadstena Meshes Are Now Available as glTF and Cesium 3D Tiles
Vadstena 3D Reality‑capture System now delivers its polygonal meshes in the Khronos Group glTFTM and Cesium® 3D Tiles. Vadstena output thus becomes readily available in a number of existing modeling and visualization tools.
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Vadstena: AI-based Automatic Land Cover
Geospatially accurate land cover, utilitizing a fixed 8-bit palette of 25 land-cover classes, now forms a standard part of Vadstena’s output.
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Photogrammetry: 79,000 sqkm. 95,000 Nadir Images. One 3D Map.
In a joint effort with Mapy.cz, Melown Technologies has carried out arguably one of the largest 3D mapping projects ever done, covering the entire Czech Republic with a photogrammetric 3D map created from 12.5cm/px nadir imagery, with select portions based on 10cm/px oblique imagery.
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