#javascript #maps #openlayers

https://github.com/openlayers/openlayers

#java #android #auth #cloud_messaging #firebase #geolocation #google #google_cloud_messaging #kotlin #kotlin_android #maps #microg #mobile #push_notifications

https://github.com/microg/GmsCore

#cplusplus #android #java #ios #privacy #mobile #objective_c #cpp #maps #mobile_app #privacy_tools

https://github.com/organicmaps/organicmaps

#javascript #map #drawing #firebase #real_time #annotation #maps #google_maps #openstreetmap #leaflet #collaboration #planning #trip #leafletjs

https://github.com/alyssaxuu/mapus

#jupyter_notebook #cartography #generative_art #jupyter_notebook #maps #matplotlib #openstreetmap #python

https://github.com/marceloprates/prettymaps

#other #blender #gis #maps #qgis

https://github.com/JoeWDavies/geoblender

#vue #geocoding #maps #openstreetmap #routing

https://github.com/headwaymaps/headway

#typescript #charts #data_visualization #graphs #maps

https://github.com/f5/unovis

#cplusplus #maplibre #maps #vector_tiles

https://github.com/maplibre/maplibre-native

#java #android #auth #cloud_messaging #firebase #geolocation #google #google_cloud_messaging #java #kotlin #kotlin_android #maps #microg #mobile #push_notifications

microG Services is a free and open-source framework that lets apps designed for Google Play Services work on devices where Play Services is not available. This means you can use many popular apps even if your device doesn't support Google Play Services. To get started, you can find downloads and instructions in the wiki. The project is also open to translations, and it's licensed under the Apache License, which allows free use and modification. This benefits users by giving them more app options on devices that otherwise wouldn't support them.

https://github.com/microg/GmsCore

#rust #maps #minecraft #openstreetmap #osm #overpass_api #rust #tauri

Arnis is a tool that lets you create real-world locations in Minecraft using detailed geospatial data from OpenStreetMap. It uses the Rust programming language to generate accurate and complex Minecraft worlds quickly. You can choose any area on a map, and Arnis will create it in Minecraft, including buildings, roads, and natural features. This tool is easy to use, either through a graphical interface or command line, and it works on Windows, macOS, and Linux. By using Arnis, you can bring real-world places into your Minecraft game, making it more immersive and fun.

https://github.com/louis-e/arnis

#ruby #google_maps #hacktoberfest #homelab #maps #owntracks #self_hosted

Dawarich is a self-hosted web app that helps you track and visualize your location history. It lets you see your data on an interactive map, import location history from Google Maps Timeline and other sources, and explore statistics like countries visited and distance traveled. You can track your location using various apps like Overland, OwnTracks, and GPSLogger. Dawarich also integrates with photo services to show your photos on the map. This app gives you full control over your data and provides detailed insights into your travels, making it a useful tool for anyone interested in tracking their movements.

https://github.com/Freika/dawarich

#rust #hacktoberfest #leaflet #mapbox_gl #mapbox_gl_js #mapbox_vector_tile #maplibre #maplibre_gl_js #maps #mbtiles #pmtiles #postgis #postgresql #rust #vector_tiles #webserver

Martin is a tool that helps create and serve map tiles quickly and efficiently. It can get data from large databases and serve tiles from different file types. Martin is built with Rust, which makes it fast and reliable. This means you can use Martin to handle a lot of traffic without slowing down. It also allows you to combine different tile sources and generate tiles in bulk, making it useful for mapping projects. By using Martin, you can create and manage maps more efficiently, which is beneficial for projects that need fast and reliable map data.

https://github.com/maplibre/martin

#typescript #data_visualization #geospatial_analysis #javascript #maps #python #visualization #webgl

deck.gl is a powerful tool that helps you create fast, interactive, and visually impressive maps and data visualizations using WebGL technology. It lets you turn large sets of data into layers like icons, polygons, and text, which you can view in different ways such as maps or 3D scenes. It works well with popular map providers like Google Maps and Mapbox, and supports easy interaction like clicking and filtering. You can use it simply by adding a script or installing it via npm or Python. This makes it easier for you to build custom, high-performance visualizations quickly and with less coding effort.

https://github.com/visgl/deck.gl