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One of its many users is the OpenStreetMap project (OSM), which uses it in combination with an Apache Web Server module (mod_tile) and openstreetmap-carto style to render tiles that make up the OSM default layer. [4] [5] Mapnik is also used by CloudMade, [6] MapQuest, [7] and MapBox. [8]
If the shape has a Wikidata item and the OpenStreetMap shape relation already has a wikidata tag set to that item's QID, you can embed a map of the shape directly onto a Wikipedia article as external data. Use the {} template, setting the |id= parameter to the QID, such as Q88466277. Normally, changes to the route in OpenStreetMap are reflected ...
The 'Transport Map' layer, when sufficiently zoomed-in, shows routes and route numbers in red. Go to OpenStreetMap and zoom into the general area where the route runs. Switch to the "Transport Map" layer using the 'Layers' sidebar on the right. Now you should see all the transit routes highlighted on the map, with numbers indicating the route ...
The OpenStreetMap browser shows two different renderings (click the + icon to swap layers) The default Mapnik layer takes up to a week to be updated, assuming everything is running correctly. The 'Tiles@home' layer uses Osmarender, and so produces the same map appearance (as default configured osmarender).
iD is a free software online editor for OpenStreetMap (OSM) geodata created in JavaScript and released in 2013. It is the most popular [2] and the default editor on the main OSM page. [3] [4] iD's features include choosing custom aerial imagery and native support for Mapillary photos.
On this page Wikipedia:WikiProject_OpenStreetMap it becomes clear different approaches have been tried before to link from Wikipedia to Openstreetmap. But why is this so hard? Well, there are a few problems, one of them is that ids for nodes, ways and relations on Openstreetmap are not guaranteed to be stable.
OpenStreetMap is freely licensed under the Open Database License and is commonly used to make electronic maps, inform turn-by-turn navigation, and assist in humanitarian aid and data visualisation. OpenStreetMap uses its own topology [clarification needed] to store geographical features which can then be exported into other GIS file formats.
A map (from OpenStreetMap) in a frame, for any location, anywhere in the world, at scale from global to an individual building. Optional multiple markers, text labels, numbered dots, live wikilinks and other graphical elements. A link (top right corner) to a fullscreen interactive version, which can have 'dots and details' from the article/map.