3D virtual mock-up
3D terrain database
Every sensor simulation starts from a 3D virtual mock-up and specific environment.
Due to the extensive experience of OKTAL-SE in synthetic environment modelling, we are able to propose pre-defined 3D databases including all the information needed to perform multi-sensors simulation with SE-Workbench.
Those databases provided in the SE-3D-DB package represent various typical and specific areas: desert, urban, country, sea and airport. All of them have been generated by SE-AGETIM. OKTAL-SE keeps them alive and compatible with the SE-WORKBENCH tools.
DETAILED GEOSPECIFIC Scene
AIRPORT
The Toulouse-Blagnac Airport with geo specific representation of the Zone Of Interest (ZOI) and geo-typical suburban (Blagnac city) area. The scene includes airport buildings & terminal, runways, lights, taxiways, aircrafts, vehicles.
LARGE Scene
AIRPORT, CITY and MOUNTAINS
This large terrain (130x130km²) corresponds to the Chambery airport (France) surrounded by an urban an montainuous zones. This ready-to-use synthetic environment is well suited for aeronautical approach with mountain environment, take-off or taxiing simulations.
geo-typical MARITIME scene
SEA
A geo-typical sea area (South-East of France) with Cliffs, beaches, harbor, ships with wakes, waves with whitecaps, several ships (static & moving)
geospecific RURAL scene
COUNTRY
This database is geospecific and corresponds to a South West are in France. This country side zone includes: small urban area, highway, forests, lake, mountains,…
geoSPECIFIC URBAN AREA
URBAN
This geospecific database represents the dense urban zone of Toulouse downtown. It includes high density buildings, traffic lights, detailed texture, network of roads
geotypical MIDDLE EAST ZONE
DESERT
A geotypical 3D virtual mock-up of a desert area with cities, wrecks, tracks, palms, sparse vegetation asphalt road, rocky and scrubland zones, oasis
enhance your simulation
3D Objects library
You need an airliner model, a truck or some buildings with all the material properties to ensure a realistic rendering in IR or RF domains? Look at our object library and order the 3D models you want to enhance your simulation.
Example: Airbus A301 airliner
