An Android NDK sample that uses libgraphhopper (native code from GraalVM)
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Updated
Apr 14, 2020 - C++
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An Android NDK sample that uses libgraphhopper (native code from GraalVM)
The application polls the position of the kvb bikes every minute and saves it in a mysql database. It uses a selfhosted graphhopper server to calculate the shortest route between the two positions of a bike if it was moved between two polls. To view the data you can use the web application kvb-rad-ui.
A java-graphhopper wrapper allows you to call functions of openstreetmaps maps using python
Backend infrastructure that enables users to navigate from point A to point B while considering their allergies and pollen count in different locations.
Simple reachability analysis (isochrones)
Plan Your long distance cycle route on bike paths!
Routing API for cargobikes. Based on GraphHopper with own Weighting.
An interactive app that allows users to find and visualize routes between two locations using the GraphHopper Routing API and OpenStreetMap.
This routing service requires a latitude and longitude input for two locations to calculate the shortest route in between. The routing is based on the Dijkstra algorithm.
Chrome extension that automatically displays driving distance and time from your configured locations to properties listed on Idealista, using the GraphHopper API.
Real World Travel Simulator. Drive Vehicles on 2D World Map
Kubernetes Helm Chart for Graphhopper
Application for generation of events describing vehicle traffic and managing routes/vehicles.
Enter an origin and destination to show route
GraphHopper Routing Engine Deployment with Packer, Terraform and GCP
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