NYCT-GTFS - Real-time NYC subway data parsing for humans

Related tags

Hardwarenyct-gtfs
Overview

NYCT-GTFS - Real-time NYC subway data parsing for humans

Contributors Forks Stargazers Issues MIT License

This python library provides a human-friendly, native python interface for dealing with the NYCT Subway data published by the MTA. By default, this data is provided in a protobuf-encoded format called GTFS-realtime, which further has NYCT-specific customization. This is quite difficult to parse, and requires a lot of boilerplate to do even very simple queries.

However, with NYCT-GTFS, you can access and query this data in just a few lines of Python:

>> trains = feed.filter_trips(line_id=["1", "2", "3"], headed_for_stop_id=["127N", "127S"], underway=True) # Let's look closer at the first train included in the filter above: >>> str(trains[0]) 'Northbound 1 to Van Cortlandt Park-242 St, departed origin 22:20:00, Currently INCOMING_AT 34 St-Penn Station, last update at 22:34:11' # We can extract each of these details programatically as well, # to get arrival time information for the next station (which in this case is 34th St-Penn Station): >>> trains[0].stop_time_updates[0].arrival datetime.datetime(2021, 11, 26, 22, 34, 51) # What about the next stop after that? Should be Times Square >>> trains[0].stop_time_updates[1].stop_name 'Times Sq-42 St' # And what time will it get there? >>> trains[0].stop_time_updates[1].arrival datetime.datetime(2021, 11, 26, 22, 36, 21) # To pull new data, use the refresh() method >>> feed.refresh() # You must also update the trains list, existing objects are not modified by refresh() >>> trains = feed.filter_trips(line_id=["1", "2", "3"], headed_for_stop_id=["127N", "127S"], underway=True) ">
>>> from nyct_gtfs import NYCTFeed

# Load the realtime feed from the MTA site
>>> feed = NYCTFeed("1", api_key="YOUR_MTA_API_KEY_GOES_HERE")

# Get all 123 trains currently underway to Times Sq-42 St
>>> trains = feed.filter_trips(line_id=["1", "2", "3"], headed_for_stop_id=["127N", "127S"], underway=True)

# Let's look closer at the first train included in the filter above:
>>> str(trains[0])
'Northbound 1 to Van Cortlandt Park-242 St, departed origin 22:20:00, Currently INCOMING_AT 34 St-Penn Station, last update at 22:34:11'

# We can extract each of these details programatically as well,
# to get arrival time information for the next station (which in this case is 34th St-Penn Station):
>>> trains[0].stop_time_updates[0].arrival
datetime.datetime(2021, 11, 26, 22, 34, 51)

# What about the next stop after that? Should be Times Square
>>> trains[0].stop_time_updates[1].stop_name
'Times Sq-42 St'

# And what time will it get there?
>>> trains[0].stop_time_updates[1].arrival
datetime.datetime(2021, 11, 26, 22, 36, 21)

# To pull new data, use the refresh() method
>>> feed.refresh()

# You must also update the trains list, existing objects are not modified by refresh()
>>> trains = feed.filter_trips(line_id=["1", "2", "3"], headed_for_stop_id=["127N", "127S"], underway=True)

See trip.py and stop_time_update.py for more information about the fields available

Built With

Installation

  1. Get a free MTA API Key at https://api.mta.info/
  2. Install nyct-gtfs
    pip install nyct-gtfs
  3. Load the data feed
    from nyct_gtfs import NYCTFeed
    
    # Load the realtime feed from the MTA site
    feed = NYCTFeed("1", api_key="YOUR_MTA_API_KEY_GOES_HERE")

Contributing

Contributions are what make the open source community such an amazing place to learn, inspire, and create. Any contributions you make are greatly appreciated.

If you have a suggestion that would make this better, please fork the repo and create a pull request. You can also simply open an issue with the tag "enhancement". Don't forget to give the project a star! Thanks again!

  1. Fork the Project
  2. Create your Feature Branch (git checkout -b feature/AmazingFeature)
  3. Commit your Changes (git commit -m 'Add some AmazingFeature')
  4. Push to the Branch (git push origin feature/AmazingFeature)
  5. Open a Pull Request

License

Distributed under the MIT License. See LICENSE.txt for more information.

Contact

Andrew Dickinson - [email protected]

Project Link: https://github.com/Andrew-Dickinson/nyct-gtfs

Acknowledgments

Disclaimer

This project is not endorsed by, directly affiliated with, maintained, authorized, or sponsored by any transit agency. All names and marks are the registered trademarks of their original owners. The use of any trade name or trademark is for identification and reference purposes only and does not imply any association with the trademark holder or their brand.

Owner
Andrew Dickinson
Andrew Dickinson
Detic ros - A simple ROS wrapper for Detic instance segmentation using pre-trained dataset

Detic ros - A simple ROS wrapper for Detic instance segmentation using pre-trained dataset

Hirokazu Ishida 12 Nov 19, 2022
Add filters (background blur, etc) to your webcam on Linux.

webcam-filters Add filters (background blur, etc) to your webcam on Linux. Video conferencing applications tend to either lack video effects altogethe

Jashandeep Sohi 480 Dec 14, 2022
Real-time Coastal Monitoring at the University of Hawaii at Manoa

Coastal Monitoring at the University of Manoa Source code for Beaglebone/RPi-based data loggers, shore internet gateways, and web server. Software dev

Stanley Lio 7 Dec 07, 2021
A simple small scale electric car was build which can be driven by remote control and features a fully autonomous parking procedure.

personal-autonomous-parking-car-raspberry A simple electric car model was build using Raspbery pi. The car has remote control and autonomous operation

Kostas Ziovas 2 Jan 26, 2022
Simple Python script to decode and verify an European Health Certificate QR-code

A simple Python script to decode and verify an European Health Certificate QR-code.

Mathias Panzenböck 61 Oct 05, 2022
[unmaintained] WiFi tools for linux

Note: This project is unmaintained. While I would love to keep up the development on this project, it is difficult for me for several reasons: I don't

Rocky Meza 288 Dec 13, 2022
An IoT Trivia app that shows you how to take a JSON web API such as the opentdb.com API and stream and display it on a FeatherS2 in an OLED display.

CircuitPython IoT Trivia ESP32-S2 OLED Version An IoT Trivia app that shows you how to take a JSON web API such as the opentdb.com API and stream and

Kevin Thomas 1 Nov 27, 2021
Python Wrapper for Homeassistant's REST API

HomeassistantAPI Python Wrapper for Homeassistant's REST API Please ⭐️ the repo if you find this project useful or cool! Here is a quick example. from

Nate 29 Dec 31, 2022
Connect a TeslaMate instance to Home Assistant, using MQTT

TeslaBuddy Connect a TeslaMate instance to Home Assistant, using MQTT. It allows basic control of your Tesla vehicle via Home Assistant (currently, ju

4 May 23, 2022
This Home Assistant custom component adds support for controlling Midea dehumidiferes on local network.

This is a custom component for Home assistant that adds support for Midea dehumidifier appliances via the local area network. midea-dehumidifier-lan H

Nenad Bogojevic 97 Jan 08, 2023
Pure micropython ESP32 SPI driver for sdcard and screen at the same SPI bus

micropython-esp32-spi-sdcard-and-screen-driver Proof of concept of Pure micropython espidf SPI driver for sdcard with screen at the same SPI bus (exam

Thomas Favennec 7 Mar 14, 2022
A 3rd party Moonraker component to create timelapse of 3D prints.

A 3rd party Moonraker component to create timelapse of 3D prints.

Mainsail-Crew 166 Dec 26, 2022
Sleep As Android integration for Home Assistant

Sleep As Android custom integration This integration will allow you to get events from your SleepAsAndroid application in a form of the sensor states

Igor 84 Dec 30, 2022
ArduinoWaterHeaterIOT - IoT Probe of a solar PV water heating system - Arduino, Python, MQTT, MySQL

ArduinoWaterHeaterIOT IoT Probe of a solar PV water heating system - Arduino, Raspberry Pi, Python, MQTT, MySQL The Arduino sends the AC and DC watts

Jacques Fourie 1 Jan 11, 2022
emhass: Energy Management for Home Assistant

emhass EMHASS: Energy Management for Home Assistant Context This module was conceived as an energy management optimization tool for residential electr

David 70 Dec 24, 2022
Universal Xiaomi MIoT integration for Home Assistant

Xiaomi MIoT Raw 简体中文 | English MIoT 协议是小米智能家居从 2018 年起推行的智能设备通信协议规范,此后凡是可接入米家的设备均通过此协议进行通信。此插件按照 MIoT 协议规范与设备通信,实现对设备的状态读取及控制。

1.9k Jan 02, 2023
Simples Keylogger para Windows com um autoboot implementado no sistema

MKW Keylogger Keylogger simples para Windos com um autoboot implementado no sistema, o malware irá capturar pressionamentos de tecla e armazená-lo em

3 Jul 03, 2021
Trajectory optimization package for Mini-Pupper robot

Trajectory optimization package for Mini-Pupper robot Purpose of this repository is to provide low-torque and low-impact trajectory for Mini-Pupper qu

Sotaro Katayama 38 Aug 17, 2022
Used python functional programming to make this Ai assistant

Python-based-AI-Assistant I have used python functional programming to make this Ai assistant. Inspiration of project : we have seen in our daily life

Durgesh Kumar 2 Dec 26, 2021
The goal of this project is for anyone with an old printer to be able to double-sided printing.

Welcome to PDF-double-side! Hi! I'm 15. I have a old printer so I can't print double-sided outs. The goal of this project is for anyone with an old pr

DejaVu 4 Dec 28, 2021