RhinoCity

3D Tiles

3D Tiles is an open specification designed for streaming heterogenous 3D geospatial content.

Submitted to the Open Geospatial Consortium (OGC) by a team led by Cesium, the OGC has approved the 3D Tiles Specification 1.0 for adoption as Community Standard.

RhinoCity™ allows the 3D Tiles export of your 3D textured data !

The 3D models produced are exportable to in this new format, exploiting these most advanced features :



Draco 
is an OpenSOurce extension developed by Google to compress and decompress 3D meshes.

Compression of vertices, normals, colors and texture coordinates dramtically improve the speed of transmitting 3D content on the Web.



The glTF is the result ot the Khronos Group consortium that already initiated the specifications of ColladaVulkan et OpenGL.

Sometimes presented as the "3D JPEGglTF can minimize the size of 3D scenes described and therefore minimize the time of loading and rendering, espacially on the Web.

An innovative company
 
Created in 2008 by Experts in geomatics and computer graphics, RhinoTerrain won iLAB 2008, a French national competition wich rewards innovative technology companies.
We are devopping GeoModeling solutions for more than 10 years.


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Our solutions
 
Our 3D GeoModeling solutions are based on Rhinoceros® software

 
PRODUCE, EDIT,  ANALYZE AND TEXTURATE 3D DATA


Featuring a unique 3D building modeler and extensive automatic texturing capabilities, RhinoCity™ is the ideal tool to produce high quality, textured 3D data that can be used directly in CityGML format.


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A POWERFUL TERRAIN MODELER


RhinoTerrain™ allows the computation and editing of digital terrain models (DTM). Based on an innovative, robust and reliable constraint triangulation algorithm, it is able to handle very large volumes of data.


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A UNIQUE 3D STEREO DIGITIZER

RhinoCapture™ offers photogrammetters new assisted input tools. Coupled with a 3D stereoscopic station, the use of parametric roof models facilitates the capture and guarantees the production of topological and coplanar geometric data without effort.

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reveal the solar potential of your infrastructures !

The mathematical and physical models used and the taking into account of the complete 3D model (Terrain, Vegetation, Buildings) make RhinoSolar™ a powerful tool for the computation of Solar Cadastre and the study of Urban Heat Islands (UHI).


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Our references

Belfort
Bordeaux
Brest
Cannes
Dijon
ENGIE
Eurosense
Gatineau
Hanovre
IGN
Le Havre
Lyon
Metz
Monaco
Montreal
MTSI Europe
Neuchâtel (CH)
Nices
Paris
Rennes
Strasbourg
Toulouse
Vinci

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