A Python interface to HERE location APIs with support for synchronous and asynchronous HTTP calls.
- python-3
- wrapper
- api-wrapper
- heremaps
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A Python interface to HERE location APIs with support for synchronous and asynchronous HTTP calls.
Convert GTFS data into a data.table with GPS-like records in R
Interactive tools for GTFS data visualization and analysis
Transit Integrated Data Exchange Specification for historical transit operations data
Render geojson into SVG using inline or external stylesheet
JS library which converts any dataset to an interactive set of components: a choropleth or heat map, filters and table
Collect real-time transit data and process it into a retroactive GTFS 'schedule' which can be used for routing/analysis
Tiny header-only C++17 library for lat/lng geometry: distance, bearing, area, point-in-polygon and path proximity
Go tool + library that publishes GIS vector data to GeoServer via PostGIS — walks a directory of shapefile / GeoJSON / GeoPackage / KML, loads each into PostGIS via GDAL/OGR, then registers the resulting tables as GeoServer feature types. Idempotent. Tested on GeoServer 2.27 LTS + 2.28 stable.
Library and tool for reading, writing, and processing transit data
A command line utility to convert heavy GIS sources into elegant administrative & topographic topojson files, raster files, and web friendly svg maps.
A highly configurable custom element for use in your Aurelia applications for inserting Google Maps into your application.
An R package to interface with bikeshare data!
Normalize any GeoJSON object into a GeoJSON FeatureCollection.
Using a Kalman Filter to interpolate bus position based on periodic measurements
Download and reformat OpenFlights.org data into GeoJSON.
Interactive visualization of all transit in the Transitland database
Export runs from Strava into GeoJSON.
Convert GTFS data into GeoJSON.
Read a GTFS Realtime feed from stdin, print human-readable or as JSON.
A set of open source Python libraries for translating custom real-time transit data to the GTFS-rt format
Self-hosted 4D spatiotemporal AI platform built on PostgreSQL, PostGIS, TimescaleDB, H3 and pgvector, with anomaly & threat detection, NLQ interface and full observability.
Crystal implementation of the Haversine formula to calculate distances between two points given their latitudes and longitudes
UI tool to help build the internal structure of stations (based on GTFS standard)