- OpenStreetMap и android, пример простого приложения
- Open street maps android sdk
- Frameworks
- Содержание
- Accessing raw OpenStreetMap data
- Processing OpenStreetMap data
- Generating map images
- Displaying static map images
- Displaying interactive maps
- Forward and reverse geocoding
- Navigation
- Code snippets
- Other developer tools
OpenStreetMap и android, пример простого приложения
Многие разработчики, по тем или иным причинам ищут альтернативы Google maps или другим крупным коммерческим сервисам. В настоящее время, наиболее известным среди таких сервисов является OpenStreetMap
Не смотря на то что проект является полностью открытым, разработчики прилагают все усилия для того чтобы создавать проекты с использованием их сервиса было максимально просто.
Рассмотрим это на примере простого приложения для Android. В качестве библиотеки для работы с OpenStreetMap отлично подходит osmdroid. Я буду использовать Android Studio и Gradle.
Начнем создания нового проекта
Создаем новый проект из шаблона
Я буду использовать шаблон Navigation Drawer Activity , однако вам ничто не мешает использовать другой шаблон или вообще описать XML разметку вручную. После того как проект будет создан, потребуется добавить зависимость. Откроем файл build.gradle и добавим в него следующую строку:
Обратите внимание что указана версия 6.1.5, однако это не означает что необходимо указывать именно эту версию
Синхронизируем наш проект
Пора перейти к XML разметке, откроем разметку той Activity в которой будем отображать карту, у меня это content_main.xml и добавим в него MapView , должно получится примерно следующее:
Переходим к java классу MainActivity.java , так как Android Studio уже создала здесь весь необходимый код для работы шаблона Navigation Drawer Activity нам нужно только внести в него некоторые изменения. Начнем с метода onCreate :
Ну вот, теперь мы можем обозревать нашу карту, перемещать и масштабировать ее. Обратите внимание я вынес MapView map и IMapController mapController в приватные поля класса, это упростит нам дальнейшую работу с ними (Об этом в следующей статье)
Источник
Open street maps android sdk
osmdroid 
osmdroid is a (almost) full/free replacement for Android’s MapView (v1 API) class. It also includes a modular tile provider system with support for numerous online and offline tile sources and overlay support with built-in overlays for plotting icons, tracking location, and drawing shapes.
Current Release: 6.1.10 Jan 30, 2021
Current Development version: 6.1.11-SNAPSHOT
Next Release Version (planned): 6.1.11
Note: check your calendar, it may take up to a few days for all global mirrors to update.
Please read the osmdroid wiki for tutorials on integration.
Gradle dependency
Be sure to replace with the last release version above.
Maven dependency
Platform or API Level (API level 8 = Platform 2.2)
Want the latest and greatest?
We periodically publish snapshots to maven central. If you’re interesting in trying it out, using the following:
Use at your own risk though, it may not be stable or may have bugs or performance issues. If you run across any, please report them.
Side note: gradle’s cached dependencies and doesn’t really handle snapshot very well. To force gradle to update snapshots on every build, try adding this to your root build.gradle file.
You can also build your project using the gradle option —refreshDependencies
Related and important wiki articles
I have a question or want to report a bug
If you have a question, please view the osmdroid FAQ.
You can also view the Stack Overflow osmdroid tag and osmdroid Google Group where you can get feedback from a large pool of osmdroid users.
If you still have an issue, please check the Changelog page to see if this issue is fixed in a newer or upcoming version of osmdroid.
If think you have a legitimate bug to report then go to the Issues page to see if your issue has been reported. If your issue already exists then please contribute information that will help us track down the source of the issue. If your issue does not exist then create a new issue report. When creating an issue, please include the version of osmdroid, the Android platform target and test device you are using, and a detailed description of the problem with relevant code. It is particularly helpful if you can reproduce the problem using our OpenStreetMapViewer sample project as your starting point.
I want to contribute
For your reference, the dashboard provides a high level overview of the repository including structure of UI classes, module dependencies, external libraries, and other components of the system.
The OSMBonusPack project adds additional functionality for use with osmdroid projects.
Building from source and using the aar in your app
Thanks to Gradle Fury, this publishes the artifacts to mavenLocal.
In your root build.gradle file, add mavenLocal() if not present.
Then in your APK or AAR project that needs osmdroid.
Источник
Frameworks
Libraries, also known as frameworks, components, modules, or software development kits (SDKs), contain reusable code that helps developers integrate OpenStreetMap into their websites or software applications without reinventing the wheel. Developers have written libraries for accessing and analyzing data, rendering maps, geocoding, and routing. These libraries are compatible with the Web and a wide variety of desktop and mobile platforms.
A library is primarily included in a larger application, rather than being run as a standalone tool. However, some of the libraries listed here also provide command-line tools to facilitate development. A standalone tool may be just as convenient as a library in some environments, particularly on the command line; see Software for a full listing.
The libraries listed here are actively maintained or are considered to be mature and complete. Libraries of historical interest can be found at Category:Discontinued software.
Содержание
Accessing raw OpenStreetMap data
OpenStreetMap has APIs for accessing raw, unprocessed map data. These low-level libraries are primarily used by OpenStreetMap editors, tile servers, and other infrastructure. If you’re developing a website or end-user application, most likely you’ll want to use a higher-level framework, such as an interactive map library.
| Library | Platforms | Target languages | API | XAPI | Overpass | License | Notes |
|---|---|---|---|---|---|---|---|
| osm-common | Android, Java | Java | yes | no | yes | Apache 2 | Overpass, changeset servers |
| osmapi | Android, Java | Java | yes | no | no | LGPLv3 | Complete implementation of the API 0.6, including map data, traces, notes, changesets, user infos etc. |
| osmapi | Cross-platform | Python | yes | no | no | GPLv3 | |
| OsmApiClient | Cross-platform | C# .Net Standard 2.0 | yes | no | no | MIT | Complete supprt for all documented features of Osm’s API v0.6 |
| osmaR | Cross-platform | R | yes | no | no | GPLv2 | |
| Rosemary | Cross-platform | Ruby | yes | no | no | MIT | |
| Services_OpenStreetMap | Cross-platform | PHP | yes | no | no | BSD | Also allows access to user details. Went through PEAR PePr process |
Processing OpenStreetMap data
These libraries parse or convert raw OpenStreetMap data into other file formats or import the data into databases.
| Library | Platforms | Target languages | License | Notes |
|---|---|---|---|---|
| Atlas | Cross-platform | Java, Python | BSD 3-Clause | A tool to represent network-navigable OSM data in memory and to run data integrity checks at scale using Spark |
| BasicOSMParser | Cross-platform | Java | GPLv3 | A XML data parser to manipulate OSM objects in Java, also able to do CSV exports |
| Geow | Cross-platform | Scala | Apache 2 | Lightweight framework for processing OSM data |
| gOSMonaut | Cross-platform | Go | MIT | PBF file parser that delivers nested entities |
| Gosmparse | Cross-platform | Go | MIT | Parsing OpenStreetMap PBF files at speed |
| LibOsm | Cross-platform | C++ | GPLv3 | Store/update OSM data in an SQLite database |
| LibOSM | Cross-platform | Java | GPL | |
| libosmscout | Cross-platform | C++, Java | LGPL | Raw data parsing and preprocessing, database functionality |
| osm-common | Android, Java | Java | Apache 2 | osm.xml and osc.xml parsing and processing |
| Osm.ml | Cross-platform | OCaml | WTFPL | Parses the basic objects of a .osm file |
| osm-read | Node.js, Web | JavaScript | LGPLv3 | OpenStreetMap XML and PBF data parser for Node.js and the browser |
| OSM2Hive | Cross-platform | Hive | Apache 2 | OSM data importer for Hive / Hadoop clusters |
| osm4j | Cross-platform | Java | LGPL | |
| osm4scala | Cross-platform | Scala | MIT | Lightweight and high performance Scala library focus in parse PBF2 OSM files as iterators. |
| OSMemory | Cross-platform | Java | LGPLv3 | Library for validators with o5m fast reader. It loads data to memory that allow to use osm data without PostgreSQL |
| libosmium | Cross-platform | C++ | BSL-1.0 | Toolkit and framework for working with OSM data |
| OSMJSON.Net | Cross-platform | C# .Net | Apache 2 | OSMJSON.Net is a library containing the necessary types for serializing and de-serializing of OSM JSON |
| OSMKit | iOS, macOS | Objective-C | MIT | Parses and stores OSM data in a spatialite database. |
| OSMLib | Cross-platform | Ruby | Public domain | osm to shapefile conversion |
| OSMonaut | Cross-platform | Java | MIT | Parser for binary OSM files that always returns complete entities |
| Osmosis | Java, Android | Java | LGPLv3 | |
| Osm-parquetizer | Cross-platform | Java | Apache 2 | Converts PBF files to Parquet, making the OSM data BigData friendly (Hadoop/Spark) |
| osmpbf | Cross-platform | C++ | LGPLv3 | Based on iterator concept |
| osmpbf | Cross-platform | Go | MIT | PBF file format parser |
| Osmread | Cross-platform | Python | MIT | Simple library for reading XML and PBF data files |
| osmtogeojson | Cross-platform | JavaScript | MIT | OSM XML to GeoJSON converter |
| OsmTagsTranslator | Windows | C# .Net | MIT | Use SQLite queries to translate element tags (string manipulation or joining with look-up tables) |
| osm2geojson | Cross-platform | Python | MIT | OSM XML (and Overpass XML/JSON) to GeoJSON converter |
| parallelpbf | Cross-platform | Java | GPLv3 | PBF format multithreaded reader written in Java |
| pbf2osm | Cross-platform | C | GPLv3 | Converts pbf files back to osm based XML files |
| PyOsmium | Cross-platform | Python | BSD 2-Clause | Process PBF and OSM XML files. Toolkit and framework for working with OSM data. |
| Smrender | Cross-platform | C | GPLv3 | Modular OSM data processing |
| spark-osm-datasource | Cross-platform | Scala | GPLv3 | PBF format datasource for Apache Spark |
Generating map images
Most client-side static and interactive map libraries display static map images or raster tiles generated on the server side. These server-side libraries are used by tile servers that need to generate those raster tiles:
| Library | Platforms | Target languages | License | Notes |
|---|---|---|---|---|
| Kartograph | Cross-platform | Python | LGPL | Kartograph is a simple and lightweight framework for building interactive map applications without any other mapping service. It was created with the needs of designers and data journalists in mind. |
| Mapnik | Windows, macOS, Linux | Python, JavaScript, C++ | LGPL | The most popular server-side 2D map renderer. Requires PostgreSQL and various C++ libraries. Designed to be fast and is suitable for tile generation on high-end servers, but it isn’t particularly easy to set up. |
| node-mapbox-gl-native | Node.js | JavaScript | BSD | Renders Mapbox Vector Tiles using OpenGL; supports overlays, GeoJSON, and Mapbox GL styles |
| pgmapcss | Cross-platform | PostgreSQL | AGPLv3 | A library for PostgreSQL/PostGIS which works between an osm2pgsql-based database and Mapnik (and maybe other renderers) |
| Smrender | Cross-platform | C | GPLv3 | Offline paper chart rendering |
| TileMan | Linux | Lua | GPLv3 | Framework for serving OSM based tiles |
Displaying static map images
These client-side libraries fetch individual static map images from a tile server without adding an interactive UI around the images. In websites and applications, static map images are sometimes more appropriate than full map widgets, either due to performance concerns or because the map simply doesn’t need to be interactive.
| Library | Platforms | Target languages | License | Notes |
|---|---|---|---|---|
| Mapbox Android Services | Android, Java | Java | MIT | Connects to Mapbox’s Static API |
| Mapbox Python SDK | Cross-platform | Python | MIT | Connects to Mapbox’s classic Static API |
| MapboxStatic.swift | iOS, macOS, tvOS, watchOS | Swift, Objective-C | BSD | Connects to Mapbox’s Static API |
| A-Frame | WebBrowser | JavaScript | MIT | Places Maps (Bit/Vector) into a 3D environment |
Displaying interactive maps
Interactive maps, also known as slippy maps on the Web, are the most common way of integrating OpenStreetMap into a website or application. These client-side libraries can display OpenStreetMap-based maps directly. Most of them display raster or vector tiles generated by a tile server, while some render raw OpenStreetMap data fetched directly from an API. A number of server-side libraries make it easier to insert client-side map widgets in webpages.
| Library | Platforms | Target languages | Raster | Vector | License | Notes |
|---|---|---|---|---|---|---|
| BruTile | Cross-platform | Silverlight, C# | yes | no | LGPL | |
| Cartagen | Web | JavaScript | no | yes | MIT | HTML5 Canvas/JavaScript-based renderer |
| Carto Mobile SDK | Android, iOS, Windows | Java, Objective-C++, Swift, C# | yes | yes | BSD | |
| CartoType | iOS, Android, Windows, Mac OS, Unix, Qt | C++, .NET, Java, Objective C, Swift, C# | no | yes | Proprietary | Offline or online map rendering using Open GL ES or CPU rendering; can use OSM and other data sources including ESRI shapefiles; provides routing, turn by turn navigation, geocoding, address search and full-text search. |
| COSMCtrl | Windows | C++ | yes | no | Freeware | MFC control |
| GLMap | iOS, Android | Objective-C, Swift, Java | yes | yes | Proprietary | Offline or online vector map rendered on device using OpenGL ES |
| Fleaflet | Flutter | Dart | yes | no | BSD 3-Clause | A Flutter map widget inspired by Leaflet |
| Halcyon | Flash | ActionScript | yes | yes | WTFPL | Rendering library developed by Richard Fairhurst and used within Potlatch 2 |
| JMapViewer | Java SE | Java | yes | no | GPLv2 | |
| JXMapViewer2 | Java SE | Java | yes | no | LGPLv3 | Swing control |
| Kartograph | Web | JavaScript | yes | no | LGPL | Kartograph is a simple and lightweight framework for building interactive map applications without any other mapping service. It was created with the needs of designers and data journalists in mind. |
| Kothic JS | Web | JavaScript | no | yes | BSD | Full-featured JavaScript map rendering engine using HTML5 Canvas. It was initially developed as a JavaScript port of Kothic. |
| Leaflet | Web | JavaScript | yes | no | BSD | |
| libchamplain | Linux | C, Perl, Python | yes | no | LGPLv2.1+ | GNOME/GTK widget |
| libosmscout | Cross-platform | C++, Java | yes | yes | LGPL | Offline vector map drawing (based on preprocessed data) |
| LocationMapViewer | Android | Java | yes | no | GPLv3+ | Android-Intent; «geo:»-Uri; gpx and kml file/URL |
| map::slippy | Cross-platform | Tcl | yes | no | BSD-style | Tcl/Tk widget |
| Mapbox Android SDK | Android | Java, Kotlin | yes | yes | BSD | Displays Mapbox Vector Tiles in an interactive map using OpenGL ES |
| Mapbox Cordova Plugin | iOS, Android | JavaScript | yes | yes | MIT | Cordova plugin wrapping the Mapbox iOS SDK and Mapbox Android SDK |
| Mapbox GL JS | Web | JavaScript | yes | yes | Proprietary (starting with v2), BSD (until v1.13) | Displays Mapbox Vector Tiles in a slippy map using WebGL |
| MapLibre GL | Web | JavaScript | yes | yes | BSD | Community led fork derived from Mapbox GL JS v1.13 prior to their switch to a non-OSS license |
| Mapbox iOS SDK | iOS | Objective-C, Swift, Interface Builder | yes | yes | BSD | Displays Mapbox Vector Tiles in an interactive map using OpenGL ES |
| Mapbox macOS SDK | macOS | Objective-C, Swift, Interface Builder, AppleScript | yes | yes | BSD | Displays Mapbox Vector Tiles in an interactive map using OpenGL |
| Mapbox Qt SDK | Cross-platform | C++, QML | yes | yes | BSD | Displays Mapbox Vector Tiles in an interactive map using OpenGL and Qt |
| Mapbox SceneKit SDK | iOS | Objective-C, Swift | yes | yes | ISC | Provides data for generating custom 3D scenes in SceneKit |
| Mapbox SDK for Xamarin | Android, iOS | C# | yes | yes | BSD | Xamarin component wrapping the Mapbox Android SDK and Mapbox iOS SDK |
| Mapbox Unity SDK | Cross-platform | C# | yes | yes | Apache | Provides data for generating custom 3D scenes in Unity |
| mapsforge | Android, Java | Java | Unknown | yes | LGPLv3 | OSM based replacement for Android’s MapView class for offline tile sources and overlays. Java ME and Java SE. |
| Marble | Windows, macOS, Linux | C++, Python, QML | yes | yes | LGPL | Qt widget |
| Modest Maps | Web | JavaScript, ActionScript | yes | no | BSD | |
| NativeScript Mapbox[1] | iOS, Android | XML, JavaScript | yes | yes | MIT | NativeScript plugin wrapping the Mapbox iOS SDK and Mapbox Android SDK |
| Navmii Mobile SDK | iOS, Android | Unknown | Unknown | yes | Proprietary | Unclear what is offered; documentation is unavailable without an account |
| OpenLayers | Web | JavaScript | yes | no | BSD-style | |
| OpenScales | Web, iOS, Android | ActionScript | yes | no | LGPL | Flex framework |
| osm-gps-map | Cross-platform | C, Python, JavaScript | yes | no | GPLv2 | GTK mapping widget drawing a GPS track, and points of interest on a moving map |
| osm2x3d | Web | JavaScript | no | yes | LGPLv3 | OSM 3D converter using native WebGL rendering (x3dom JavaScript library) |
| OSMBonusPack | Android | Java | yes | no | LGPL with exceptions | Addon for osmdroid: Markers, Bubbles, Routes, Directions, KML and more. |
| osmdroid | Android | Java | yes | no | Apache 2 | OSM based replacement for Android’s MapView (v1 API) class. Supports online and offline tile sources and overlays for plotting icons, tracking location, drawing shapes. |
| OsmSharp | iOS, Android, Windows Phone | C# | no | yes | GPLv2 or commercial | Offline vector map rendering |
| Polymaps | Web | JavaScript | yes | yes | BSD | Webmaps with Data overlays |
| QMapControl | Cross-platform | C++ | yes | no | LGPL | Qt control |
| QtLocation | Cross-platform | C++, QML | yes | yes | LGPLv3 or commercial | Qt module for mapping, navigation, geocoding and places of interest with pluggable architecture to provide geoservices. Supersedes QtMobility.Location. OSM services for mapping, geocoding, routing and places now included by default. |
| Qt Mobility Geoservices Extras | Cross-platform | C++, QML | yes | no | LGPLv2.1 | |
| QuartzMaps | iOS | Objective-C | yes | yes | Proprietary | Slippy Map and Vector Map rendering engine for iOS |
| React Native Mapbox GL | iOS, Android | JSX | yes | yes | BSD | React Native component wrapping the Mapbox iOS SDK and Mapbox Android SDK |
| SKMap Bindings | iOS | C# | Unknown | yes | MIT | Xamarin bindings for the Skobbler iOS SDK |
| Skobbler Android SDK | Android | Java | Unknown | yes | Proprietary | |
| Skobbler iOS SDK | iOS | Objective-C, Swift | Unknown | yes | Proprietary | |
| skobbler.js | Web | JavaScript | yes | no | MIT | |
| Tangram | Web | JavaScript | no | yes | MIT | 2D and 3D map renderer using WebGL |
| Tangram ES | Android, iOS, Linux, macOS | C++ | no | yes | MIT | 2D and 3D map renderer using OpenGL ES |
| WhirlyGlobe-Maply | iOS, Android | Objective-C, Swift, Java | yes | yes | Apache 2 | Geospatial display kit for iOS and Android based on OpenGL ES. Implements a 2D map and a 3D globe and can handle image base maps and tiled vector maps based on OSM data. |
| Xamarin.Android.Skobbler | Android | C# | Unknown | yes | MIT | Xamarin bindings for the Skobbler Android SDK |
Additionally, some client-side libraries can be used with OpenStreetMap tiles, even if they’re primarily intended for other uses:
Forward and reverse geocoding
This table includes both server-side libraries and client-side libraries:
| Library | Platforms | Target languages | Forward | Reverse | License | Notes |
|---|---|---|---|---|---|---|
| Gisgraphy | Cross-platform | Java | yes | yes | LGPLv3 | Geocoding/reverse geocoding, fulltextsearch, find nearby |
| mapsforge | Android, Java | Java | yes | yes | LGPLv3 | POI indexing and search. Java ME and Java SE. |
| osm-common | Android, Java | Java | yes | yes | Apache 2 | Nominatim |
| Pelias Android SDK | Android | Java | yes | yes | Apache | Connects to Mapzen’s Pelias Geocoder instance |
| Pelias iOS SDK | iOS, macOS | Swift | yes | yes | Apache 2 | Connects to Mapzen’s Pelias Geocoder instance |
| Services_OpenStreetMap | Cross-platform | PHP | yes | yes | BSD | Includes partial support for querying Nominatim servers. Went through PEAR PePr process |
| osm-reverse-geocoder | Cross-platform | PL/pgSQL | no | yes | MIT | Simple address reverse geocoding |
| Nominatim.API | Windows,Cross-platform | C# | yes | yes | MIT | Library for utilizing geocoding (forward and reverse), in addition to address lookups, with the Nominatim HTTP API. Targets .NET Standard 2.0. Available on NuGet: Nominatim.API |
Navigation
This table includes both server-side libraries and client-side libraries:
| Library | Platforms | Target languages | License | Notes |
|---|---|---|---|---|
| openrouteservice | Cross-plattform, Web | Java, R, Python, Javascript .. | LPGL | routing/directions, isochrones, geocoding, maps, time-distance matrix, accessibility etc. many traffic profiles |
| CartoType | Windows, iOS, Android, macOS, Unix | C++, .NET, Java, Objective-C, Swift, C# | Proprietary | offline routing for drivers, cyclists, walkers; configurable routing profiles; can export routes and instructions |
| GraphHopper | Cross-platform | Java, Objective-C, Swift | Apache 2 | Routing engine for car, bike and more. Can be used as web service, android library, iOS library or Java library. |
| libosmscout | Cross-platform | C++, Java | LGPL | offline routing (based on preprocessed data) |
| Mapbox Android Services | Android, Java | Java | MIT | Connects to Mapbox’s Directions API for route data |
| Mapbox Directions for Swift | iOS, macOS, tvOS, watchOS | Swift | ISC | Connects to Mapbox’s Directions API for route data |
| Mapbox GL Directions | Web | JavaScript | MIT | Plugin for Mapbox GL JS that connects to Mapbox’s Directions API for route data |
| Mapbox JavaScript SDK | Web, Node.js | JavaScript | MIT | Connects to Mapbox’s Directions API for route data |
| Mapbox Navigation SDK for Android | Android | Java, Kotlin | MIT | Embeds a turn-by-turn navigation UI with voice guidance into an Android application |
| Mapbox Navigation SDK for iOS | iOS | Swift | ISC | Embeds a turn-by-turn navigation UI with voice guidance into an iOS application |
| Mapbox Python SDK | Cross-platform | Python | MIT | Connects to version 4 of Mapbox’s Directions API for route data |
| Mapbox Ruby SDK | Cross-platform | Ruby | MIT | Connects to Mapbox’s Directions API for route data |
| Mapbox Unity SDK | Cross-platform | C# | Apache | Connects to Mapbox’s Directions API for route data |
| mapsforge | Android, Java | Java | LGPLv3 | Route planning and navigation. Java ME and Java SE. |
| Mapzen iOS SDK | iOS | Swift, Objective-C | Apache | Connects to Mapzen Turn-by-Turn (powered by Valhalla) via OnTheRoad for iOS |
| Navmii Mobile SDK | iOS, Android | Unknown | Proprietary | |
| On The Road | Android | Java | Apache | Connects to Mapzen Turn-by-Turn (powered by Valhalla) |
| Open Source Routing Machine | Linux, macOS, FreeBSD, Node.js | C++, JavaScript | BSD | Routing |
| OpenTripPlanner | Web | Java | GPL | Multimodal routing for public transit, bicycle, pedestrian, and car. |
| OSMNavigation | Cross-platform | Java | GPL | |
| OsmSharp | iOS, Android, Windows Phone | C# | GPLv2 or commercial | Offline routing |
| pyroutelib2 | Cross-platform | Python | GPLv3+ | Routing with custom vehicles and displaying the result |
| Routino | Linux, macOS, Windows | C | AGPLv3 | Flexible router with web interface and routing data analyser |
| Skobbler Android SDK | Android | Java | Proprietary | |
| Skobbler iOS SDK | iOS | Objective-C, Swift | Proprietary |
Code snippets
The following links provide source code that’s too small for a library but nevertheless useful:
- Batch Upload — Scripted GPX upload to OSM
- Slippy map tilenames — getting the right Tiles for a geoposition
- Java Access Example — a simple java example how to access either the OpenStreetMap API or the overpass API from within Java
Other developer tools
General-purpose GIS libraries are often used in conjunction with OpenStreetMap-specific libraries to work with geographic data:
Источник
