Modelizations and analyzes of the urban fabric (2D and 3D) of Charleville from 1724 to 1876.

The main characteristic of the city of Charleville (Ardennes), concerning the history of its population, is the realization by the municipal authorities of a nominative, spatial and annual census of the inhabitants, undertaken from the end of the 17th century, and until at the beginning of the 20th century.
This gives the possibility of exploiting Carolopolitan data within a geographic information system (GIS). Thanks to this GIS, to its informal quality and volume, it is possible to reconstruct in 3D the city of 1834, and to make full use of the methodological environment known as "BIM" (or Building Information Model). BIM will make it possible to exploit the architectural and demographic composition of each plot, block, dwelling in this city, from its genesis to the present day, like a real 3D GIS.
Spatial analyzes built from cartographic and topographic data, analyzed, vectorized (2D and 3D), georeferenced and linked to the occupation data of the city of Charleville.

Data collected, digitized and structured from 01/15/2016 to 01/04/2021 in the context of:
- Axis 1 of the Roland Mousnier Center (UMR 8596), Sorbonne University / CNRS
- the C2EP2 Project funded by the Sorbonne University "Emergencies" call for projects (2019-21) for the web and BIM parts (CSTB partnership)
- scientific and technical collaboration (partnership agreement) between the National Archives and the Roland Mousnier Center.

Creative Commons License
Dataset "Analyzes of the urban fabric (2D and 3D) of Charleville from 1724 to 1876.". by Sylvain Rassat, Roland Mousnier Center, CNRS, Departmental Archives, National Archives is made available under the terms of the Creative Commons Attribution - Share under the Same Conditions 4.0 International license.
Based on a Source Link work.
Permissions beyond the scope of this license can be obtained at https://www.researchgate.net/profile/Sylvain_Rassat.
(https://cesium.cstb.fr/Apps/cnrs/MN_Charleville3D.html)