DRP (Defense Raster Product) Version 1.0 50k ARC prototype, produced from Geomaps 50k (France) and providing a mapping from MGCP data focusing on Algeria and Niger
Equivalent Scale Denominator
50000
Format
DGIWG GMLJP2 profile
CRS
EPSG :4326
Use Limitations
LIMITED DISTRIBUTION. Property of the Ministry of the Armed Forces of the French Republic. This product is a prototype intended to illustrate the DRP product specifications of the DGIWG. It can be used to evaluate these specifications and to verify the compatibility of tools handling this kind of product, but any other use is prohibited. Reproduction, release and disclosure of this product or the information held on it outside member organizations of DGIWG and MGCP are prohibited without the formal approval of the Geography, Hydrography, Oceanography and Meteorology Department of the Command for Joint Operations (CPOIA/BGHOM)
Access Constraint
Copyright
Lineage
MGCP source data + rasterization process + Warning: unofficial data (no operational usage)
DOP (Defense Orthoimagery Product) Version 1.0 20cm orthoimagery, produced by Office of Military Geography and Meteorology from Dobruška (Czechia)
Spectral mode (kw)
Multi-spectral
Resolution
0.2m
Format
DGIWG GeoTiff profile
CRS
EPSG:3226
Use Limitations
LIMITED DISTRIBUTION. Property of the Czech Republic – Office of Military Geography and Hydrometeorology .This product is a prototype intended to illustrate the DOP product specifications of the DGIWG. It can be used to evaluate these specifications and to verify the compatibility of tools handling this kind of product, but any other use is prohibited. Reproduction, release and disclosure of this product or the information held on it outside member organizations of DGIWG are prohibited without the formal approval of the Czech Republic – Office of Military Geography and Hydrometeorology.
Access Constraint
Copyright
Lineage
Mosaic composed of 4 source Aerial images, originally proccessed in national projection (EPSG 5514), reprojected to WGS 84 UTM 33 (EPSG 3226) using bilinear interpolation