There are 1 repository under gfs topic.
Code and documentation for the Pirate Weather API
:flags: :rocket: wind-layer | a openlayers && maptalks && amap && bmap && leaflet && mapbox-gl && maplibre-gl extension like windy.com for weather visualization
Download numerical weather prediction datasets (HRRR, RAP, GFS, IFS, etc.) from NOMADS, NODD partners (Amazon, Google, Microsoft), ECMWF open data, and the University of Utah Pando Archive System.
🚁extend functionality of Windy.com. Develop your plugin in less than 5 minutes.
Global Superstructure/Workflow supporting the Global Forecast System (GFS)
A simple, flexible script for versioned backups using btrfs and rsync
getgfs extracts weather forecast variables from the NOAA GFS forecast with no obscure, platform specific, dependencies
🌀❄️🌩️ This repository contains some examples for creating 2d and 3d weather plots using matplotlib and cartopy libraries in python3.
Android application on Google Play. Animated planet Earth with live weather and satellite data.
Ruby wrapper around wgrib2 to read data directly from the Global Forecast System ⛅
A simple bias correction of temperature, dew point, and 10m wind speeds for the GFS, HRRR, and ECMWF models for two US locations.
A travel agency app with a distributed database implemented from scratch!
A python implementation of Google File System
Framework to add GCP pubsub topics/subscriptions to your NodeJS service
Renders current and forecasted weather parameters onto a 3D sphere
GFS is a video recording module based on pre-allocated files for DVR/NVR
Distributed file system based on GFS paper
Web service to expose GRIB2 GFS wind forecast data as pre-formatted JSON
A modern, tested, open source GFS model downloader built on NodeJS 🔨
Cloud Computing course projects
Extreme rainfall monitoring, will it trigger a flood?
Android live wallpaper visualizing local wind patterns. Based on the official Pixel 2017 windy live wallpaper, but has up-to-date data and additional options.
MIT distribute system course implement. http://nil.csail.mit.edu/6.824/2020/schedule.html