Search Results for "open-shell"

This is a Java library, which gives low level access to the WS300 weather station from ELV (http://www.elv.de/). There is a web frontend included which displays the weather data in a browser. The following hardware is supported: * WS300 PC (USB) * IPWE1 (LAN) * Raspberry Pi with FS20WUE (LAN)

33 starts out to gather topographic information to compare different locations on key measures like Height Above Sea Level, Geographical Latitude, Aspect (ST_Aspect), Slope (ST_Slope), Terrain Ruggedness Index (TRI, ST_TRI/ST_Roughness), Topographic Position Index (TPI, ST_TPI), or Hill Shade (ST_HillShade). Ultimately intended to make a comparing decision on suitability for agriculture. We will see how far we get or if we surpass it even, e.g with weather data and more. Why 33 as the...

Ws2300 manipulates the LaCrosse WS-2300 weather station via its RS232/USB interface. It can read and write values, and can continuously log data from WS-2300 to a file or SQL database. All available documentation can be read online at http://ws2300.sourceforge.net/

Weather Office is a PHP frontend for the database created by open2300 for the WS2300 Weather station ("Matrix"). For a demonstration visit http://wetter.homeunix.net

WeeWX is a free, open source, software program, written in Python, which interacts with your weather station to produce graphs, reports, and HTML pages. Downloads can be found at http://weewx.com/downloads Development happens at https://github.com/weewx/weewx

wview is a unix application for weather stations. It archives weather data from the station. Generates full html web sites with graphics. ftp/ssh export capability. MySQL/PostgreSQL archiving. International. Weather alarms. Data feed. RSS feed.

Oww (One-Wire Weather) is a server and client for Dallas Semiconductor / AAG 1-wire weather station kits.

A weather-station control system for the AAG WSI-603 weather station and other 1-Wire based systems. Uses the OWFS 1-wire file system as the interface to 1-Wire system

Project at https://github.com/arcanericky/thermorbios953w Developers are encouraged to fork and request pulls as my personal weather station has seen better days. Thermor / BIOS BW953 and BW976 Weather Station daemon for Linux.

SunnyX is a complete solution to communicate, view and store datas from a Davis Vantage Pro weather station through serial port.

VWSphp is a weather portal for users of the Virtual Weather Station by AmbientWeather. It gives owners of the VWS software the ability to build a weather website, using PHP, that allows users to view and query current and historical weather data.

Weather Data Miner is a PHP/SOAP service that caches weather data in a MySQL database. The data can then be accessed by any SOAP client to obtain weather information of a weather station. Currently supports Australian and major world city station data.

JAWS - Jefferson AWS, linux port of AWS weather station interface. JAWS runs on a linux computer connected via serial to a AWS datalogger. It then logs and sends weather data. The data can be sent to a csv log file, wundergound, and mysql.

wx200d is a weather station data collector and server daemon for the WX200, WM918, WMR918 and WMR968 weather station hardware.

A Java-based system for the collection and display of data from a Dallas Semiconductor 1-wire personal weather station, as well as common additional 1-wire sensors.

gwx is a graphical GTK+ wx200d(8) client that looks and feels like the WX200 weather station hardware. An interactive, resizable picture of the hardware displays the current weather conditions in a window.

An all Java J2EE home weather station and website project. Currently based on Davis Weather Monitor II but will evolve to support other devices, servers, and databases. The project has evolved towards a fully developed Runy on Rails solutions.

aIRCraft is a Small and Fast pluggable perl-irc-robot designed to provide both certain services like Weather forecast, definition databases and a stable botnet core. Since it is highly pluggable modules can be written very easily.

The service takes advantage of the environmental control networks existing along the city of Bilbao and the indicators elaborated by their data. These networks consist in a number of networked meteorological stations metering atmospheric variables and other related to pollution, level of pollen in the air, etc. The system uses other data sources in order to provide the user with a complete information overview, including predictions, and taking account predictive simulation and risk...