Related Libraries
node-gtfs
gtfs-to-html uses the node-gtfs library to handle importing and querying GTFS data. It provides methods for loading transit data in GTFS format into a SQLite database and methods to query for agencies, routes, stops, times, fares, calendars and other GTFS data. It also offers spatial queries to find nearby stops, routes and agencies and can convert stops and shapes to geoJSON format.
https://github.com/blinktaginc/node-gtfs
gtfs-to-geojson
gtfs-to-geojson converts transit data in GTFS format into geoJSON. This includes both shapes and stops. It can be configured to generate one geoJSON file per route or a single file which contains all routes for an agency. This is useful for creating maps of transit routes.
https://github.com/blinktaginc/gtfs-to-geojson
gtfs-to-chart
gtfs-to-chart generates a stringline chart in D3 using data from an agency's GTFS. This chart shows all trips for a specific route as they travel through space over a single day.
https://github.com/blinktaginc/gtfs-to-chart
Transit Arrivals Widget
The Transit Arrivals Widget generates a user-friendly transit realtime arrival widget in HTML format directly from GTFS and GTFS-RT transit data. Most transit agencies have schedule data in GTFS format and many publish realtime arrivals using GTFS-RT. This project generates HTML, JS and CSS for use on a transit agency website to allow users to see when the next vehicle is arriving at a specific stop and includes features like caching, auto-refresh, url parameters and custom templates.
https://github.com/BlinkTagInc/transit-arrivals-widget
GTFS Text-to-Speech Tester
The GTFS Text-to-Speech Tester is a command-line tool that will read all GTFS stop names using Text-to-Speech and allow flagging which names need Text-to-Speech values for tts_stop_name in stops.txt. Using this tool is the quickest way to determine which stops need phoenetic spellings, abbreviations written out, large digits written as words, ordinals written out or other changes so that they can be read.