Map of Abil in SUMO format
A map built from OpenStreetMap data, ready to download
Customize the map
Open this place's area in the constructor and adjust everything to your needs
Open in constructor →Map passport
What this map contains by default
This is how the map is built as-is — every setting can be changed in the constructor.
.net.xml
About SUMO
Map of Abil in SUMO — an export of real OpenStreetMap data for the selected area.
SUMO (Simulation of Urban Mobility) is an open-source traffic simulator. The .net.xml format describes road networks with lanes, junctions, and connections. Used for traffic modeling, signal optimization, and transportation planning.
Which layers are in the file
This file for the selected area contains:
- Water
- Greenery
Coordinate systems
WGS 84 (EPSG:4326), selectable in the wizard
Units
Meters (projected in the chosen coordinate system)
| Category | Transport |
| File extension | .net.xml |
| Tier | Open Beta |
How to use SUMO for Abil
- Eclipse SUMO (free) — unpack the archive and open the configuration in sumo-gui: the network will be drawn, and from there the simulation starts with a button.
- netedit — the network editor from the SUMO package: fix junction geometry, add a lane, assign a traffic light.
- Travel demand — generate routes with the randomTrips or duarouter utilities and connect the route file in the configuration, otherwise the streets will stay empty.
Programs that open SUMO
FAQ: SUMO for Abil
What's included in SUMO export?
A ZIP archive with .net.xml (road network) and .sumocfg (config for simulation launch).
Do I need SUMO installed?
For viewing -- yes (Eclipse SUMO is free). For generating the export -- no, everything runs on our server.
Are there traffic lights in the network?
No, traffic light programs are not written. Junctions arrive as nodes with connections between the streets, and the traffic light logic is assigned later in SUMO — by hand in netedit or automatically when the network is rebuilt.
Why is nobody driving in the simulation?
The network is just the roads. Travel demand is set by a separate route file: generate it with the randomTrips or duarouter utility and connect it in the simulation configuration.
Where do the lanes and speeds come from?
The number of lanes comes from OpenStreetMap data, no more than eight per direction; the permitted speed and the priority come from the road class. Where a tag is missing, the default values for that street type are applied.
