Search Results for "mingw gnu for linux"

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)

WxTools (Weather Data Tool Suite) is a collection of software for collecting and displaying weather data from various weather stations. The software works with the Fine Offset WH290 and similar models (including clones such as the Pro-Signal PSG04173). It also works with the Oregon Scientific WMR180 weather station (and probably similar models such as the WMR88 and WMR100) as well as the older WMR928. Sample weather data is provided.

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...

Display, log and upload data to the internet from your Oregon Scientific or AcuRite 02032C weather station. The Arduino WxShield also supported. See project web site for FAQs. Use Open Discussion for support requests.

Customizable weather widget

ICAO Weather Station Open Source / GNU GENERAL PUBLIC LICENSE Version 3 / 2017 The tool is offered for aviation specialists who want to receive a raw or decoded METAR weather report. In order to receive weather information enter an ICAO Airport Code (4 digits), e.g. EDDF for Frankfurt International Airport and click on one of the two buttons. The weather data is live and from NOAA. Icon: https://icons8.com/web-app/41144/Cloud-Lightning Cloud lightning icon...

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

...This starts with a driver, taking serial ascii data to an SQLite database. Subsequently client applications can take this data to display on webpages, export to text file, and almost anything else. The driver has been written using the mingw port of the gcc compiler, currently the system runs on Windows XP, however the design is deliberately cross platform, and linux based serial port interfaces will be added. The first client is written in php, and tested using the Apache web server. The client is currently a proof of concept, and needs some work!

This is a weather forecast system that allows registered users to make their own weather forecasts.

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.

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.

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...