Open Source Weather Software
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Weather Software
View 47 business solutionsBrowse free open source Weather software and projects below. Use the toggles on the left to filter open source Weather software by OS, license, language, programming language, and project status.
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SDT-weather-com
LMS SuperDateTime Weather.com Plugin
This is a plugin for Lyrion Media Server Squeezebox players. It provides the SuperDateTime plugin functionality originally developed by Greg Brown using weather.com data. Repository URL: http://sourceforge.net/projects/sdt-weather-com/files/repo.xml or http://downloads.sourceforge.net/project/sdt-weather-com/repo.xml -
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Breezy Weather
A Material Design Weather Application
Breezy Weather is a privacy-focused, open-source Android weather app with a clean and modern interface. It aggregates weather data from various providers while respecting user privacy, offering features like current conditions, forecasts, and weather widgets. The app is designed to be lightweight, customizable, and completely ad-free. -
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mySQM+ DIY SQM WEATHER STATION
ESP32 mySQM+ Sky-Meter/Weather Station with loads of features
mySQM+ Sky Quality Meter/Weather Station (c) R Brown, 2020-2025, All rights reserved. Permission is granted for personal and Academic use only. Code or portions of code may not be copied or used without appropriate credit given to author(s). EXPANSION BOARDS - You can expand this project using the two types of project expansion boards at https://sourceforge.net/projects/myesp-boards/ -
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wttr.in
The right way to check the weather
wttr.in is a console-oriented weather forecast service that supports various information representation methods like terminal-oriented ANSI-sequences for console HTTP clients (curl, httpie, or wget), HTML for web browsers, or PNG for graphical viewers. Originally started as a small project, a wrapper for wego, intended to demonstrate the power of the console-oriented services, wttr.in became a popular weather reporting service, handling tens of millions of queries daily. -
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ThingPulse ESP8266 Weather Station
ESP8266 Weather Station library supporting OpenWeatherMap
This code works best with the NodeMCU V2 ESP8266 module and an 0.96" OLED display. To get you up and running in no time we created a kit that contains all the necessary parts. By buying this and other kits from us you are funding the maintenance and development of this library. Make sure you use a version of the Arduino IDE which is supported by the ESP8266 platform. If you are using the PlatformIO environment for building, choose one of the available IDE integration or the Atom-based IDE, install libraries 561, 562, and 563 with "platformio lib install", adapt the WeatherStationDemo.ino file to your needs. The simple class uses the header date and time to set the clock. NTP-based time class written by Fabrice Weinberg. We fixed many bugs and improved performance and changed the API a little bit. Either compare your code to the updated WeatherStationDemo or read through the upgrade guide. -
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OSS Weather
An OSS weather app for iOS/Android
OSS Weather is an open-source weather application developed by Akylas using NativeScript. It showcases the capabilities of NativeScript in building performant mobile apps with native UI components and real-time data fetching. -
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wego
Weather app for the terminal
wego is a weather client for the terminal. Config file for default location which can be overridden by commandline. Automatic config management with ingo. A working Go 1.5 environment (You can use goenv if your distribution does not support Go 1.5 yet). utf-8 terminal with 256 colors. A sane monospaced font containing all the required runes (I use dejavu sans mono). An API key for the backend. You can create an account and get a free API key by signing up. You can set the $WEGORC environment variable to override the default config file location. Displayed info (metric or imperial units), temperature range (felt and measured), windspeed and direction, viewing distance, precipitation amount and probability. -
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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.
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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.
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Customizable weather widget
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WxTools (Weather Data Tools)
This package collects Fine Offset and Oregon Scientific weather data.
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. -
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Electronic Weather Station System
Two companion weather stations with Wi-Fi upload/download
This electronic weather station system involves two weather stations that communicate with each other via XBEE RF modules and upload and download information from a Website via an RN-171-XV Wi-Fi module. The design files include the Fritzing CAD files, the etchable PDF PCB layout files, the Gerber files, parts listings, software listings (embedded software listings and Website scripts), and schematics of the circuit boards. There are two circuit boards which are the main controller board and the Timer/Regulator board. The Main controller board performs all the processing of the system. The timer/regulator board converts the 12vdc input voltage to the 3.3v and 5v DC voltages used by the main controller board. The timer/regulator board communicates with the main board via a serial communication cable. The timer/regulator board can be commanded by the main board to power the system down for a precise interval in order to conserve battery power. A Web-based control panel SW is included. -
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A c++ user-mode Linux driver for the Boltwood Cloud Sensor II (a weather station designed for astronomers).
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GFS view
GFS view is the program for generate and display weather forecas
GFS view is the program to generate and display weather forecast maps from the National Centers for Environmental Prediction (NCEP) GFS data Quick and easy access to instant weather forecast data of the NCEP center Download many data sets at once: by several days, many issued time and many forecast times, by the variable time step and any combinations of grib code-level-heights Filter data on the server to save bandwidth, downloading time and a disk space, extensive set of parameters of the NCEP filter tool is implemented Wise grib file loading: a grib file is treated as a sequence of the code-level-height planes, loaded separately. So they have different attributes like ramp color tables Straightforward GIS approach to vector overlays, standard ESRI Shape is used for geography attributes of the surface, orography and so on. Each shape-file has own visual parameters like line and text color, line style, etc. -
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33
A project on topography and weather comparison
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 name? Even though the answers we could get from the project might be very important, they won't be "The Answer to the Ultimate Question of Life, the Universe, and Everything", so not quite 42. But why exactly 33? Well, the founder had a project given up project of self-sustainability at house number 33. As the bounds of the topic of this project now is not quite clear or well defined, it is sort of a sentimental reference to the older project. And why a Spanish Unixname? Always English is boring. -
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ELV provide a wide range of semi professional weather stations with USB connection capability. (WS500, WS550, WS300PC, ...) This projects provides a linux daemon to connect to the base station and obtain and store current and historic weather data.
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Develop a weather station using the Arduino 2009. Monitor and log over a long period the following: Temperature- Humidity- Atmospheric pressure- Wind speed and direction- Rainfall- Lightning strokes- UV light intensity
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Astro-Smart Astronomy Weather Stations
Astro-Smart Astronomical Weather Stations Products
Astro-Smart Astronomical Weather Stations Products -
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BRAMS-FURNAS
Weather Forescast Model with chemistry, aerosols and transport .
BRAMS IS A NUMERICAL MODELING SYSTEM DESIGNED FOR REGIONAL SCALE ATMOSPHERIC FORECASTING AND RESEARCH, WITH FOCUS ON ATMOSPHERIC CHEMISTRY, AIR QUALITY AND BIOGEOCHEMICAL CYCLES. -
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BashForecast
The Fast Way To Find Your Local Forecast In Your Linux Terminal
It takes a lot of work to pull up your local forecast when your on your Linux PC, you have to open your browser, and find a local weather station website. I believe this is a faster method, and its just for Linux users. Just by using your Linux terminal, with my application, you can pull up your local weather forecast just by typing in your city/state. It's really simple, I even pre-typed the commands and instructions so its even easier to use. It's simple GUI I programmed should make it easy to use, especially for the newer user's to Linux. YOU MUST RUN THIS AS ROOT for it to completely work. If you have a question about my application, fill out a form on my website linked here: http://tek4tutorials.weebly.com/ -
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Cloudiness
Näyttää seitsemän päivän pilvisyysennusteen.
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ESP32 UK weather
UK weather forecast display using ESP32 and ePaper
Obtains weather forecast data from the UK Met Office API (datapoint) and displays on an ePaper display attached to an ESP32. Extremely low power consumption (several weeks between charges) Idea based on David Bird's original weather display which I couldn't get to work as Weather Underground had closed down (https://github.com/G6EJD/ESP32-8266-ePaper-Weather-Display-Examples) Programming done using Arduino with the Waveshare ePaper library (https://github.com/waveshare/e-Paper/tree/master/Arduino%20UNO/epd2in13/epd2in13) and the Arduino Json library (https://github.com/bblanchon/ArduinoJson.git) Hardware: * TTGO T5 v2.13 * Li-Ion battery You will need to modify the pin settings in the Waveshare library (epdif.h) to match those that you are using. The pins for the TTGO T5 were found to be: //TTGO T5 #define RST_PIN 16 #define DC_PIN 17 #define CS_PIN 5 #define BUSY_PIN 4 #define EPD_CLK 18 #define EPD_MOSI 23 -
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EthernetWeatherStation2
PIC based weather station
Microhcip PIC18F based LCD weather station that uses Ethernet connection to download data from the Internet. -
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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.
Guide to Open Source Weather Software
Open source weather software is a type of technology that enables users to access, use and share weather information. It makes it possible for anyone to create their own weather-related applications and services. Open source weather software consists of a package of programs, services, user interfaces and APIs (Application Programming Interfaces). This enables developers to access various types of data from multiple sources in order to build custom applications designed for specific needs.
Open source weather software allows users to interact with the data in real-time, which can be used for forecasting and predictions. This allows developers to customize the interface design according to the desired requirements. The data available can also be integrated with other sources such as webcams or radar images for more accurate forecasts. Some open source packages even provide visualization tools such as heat maps and charts which enable users to visualize the current weather conditions across an entire region or a specific location within seconds.
The ability of open source software packages helps people get a better understanding of how changes in temperature, rainfall patterns etc., affects their local area personally. It also assists organizations in making decisions related to policy based on climate data/data collected from different areas simultaneously over long periods of time; helping us be proactive rather than reactive when faced with severe events like floods or droughts. Another great advantage is cost savings associated with its usage compared to commercial products that may not necessarily serve our purpose perfectly despite being costly investments.
In conclusion, open source weather software offers many advantages including real-time accessibility plus customized designs according to user’s needs; integration with other sources; visualization capabilities; informational aids; cost savings and more.
What Features Does Open Source Weather Software Provide?
- Live Weather Reports: Live weather reports provide up-to-date information on current and historical weather conditions, forecasts, alerts, and more. These reports can be accessed through the software’s user interface, which often includes images of radar or satellite data.
- Data Analysis Tools: Open source weather software offers a range of tools for analyzing and manipulating data from a variety of sources. These include easy-to-use graphical displays for comparing different measurements, accessing statistical information about the climate in a given area over time, and downloading raw data for further analysis.
- Visualization Tools: Many open source weather software packages offer users a range of visualization tools to help them better understand their data. Options include radar animations that show changing conditions over time; integrated maps that allow users to compare different locations; interactive 3D views for studying oceanic phenomena such as storms and cyclones; and graphs that display trends within specific geographical regions.
- Alerts & Notifications: Most open source packages come with the ability to set up automated alerts based on certain conditions being met in the user's area (e.g., an approaching storm). These notifications can be sent via email or text message, making it easier to stay informed even when you're away from your computer.
- Historical Records & Forecasts: Open source software usually comes with access to detailed records of past weather events as well as charts featuring long-term forecasts. This feature makes it very handy when assessing trends or predicting future conditions in a particular region or at sea level.
What Types of Open Source Weather Software Are There?
- Web-Based Weather Software: This type of open source weather software uses web browsers to access a variety of weather data. It includes interactive maps, radar images, satellite imagery and other information that users can view in real time or over extended time periods.
- Mobile Weather Apps: Mobile weather apps allow users to access detailed weather information from their smartphones or tablets. They often have added features such as customizable alerts for severe weather conditions, forecasts for multiple cities and data from various sources like the National Weather Service.
- Desktop Weather Software: Desktop versions of open source weather software offer many similar features as mobile versions but are installed directly on the user's computer. These programs can be easily configured and usually feature local state and national radar, temperature readings and precipitation forecasts.
- Command Line Tobols: Command line tools provide quick access to basic current and forecasted weather information by entering commands into a terminal window. The output is displayed in tables rather than graphs or charts, making it ideal for scripts or programs that need certain types of data quickly.
- Graphical Interfaces: Graphical interfaces allow users to visualize multiple layers of up-to-date data like temperatures, wind speed/direction and pressure levels at once on a single screen rather than having to cycle through several different screens or windows with each layer being created separately. These programs are especially popular with professional meteorologists who use them as part of their research projects because they provide more detail than simply viewing radar images alone would offer.
What Are the Benefits Provided by Open Source Weather Software?
- Cost Savings: Open source weather software is typically free or low-cost, meaning that users don’t have to invest significant amounts of money into purchasing a premium weather program.
- Flexibility: Open source software offers flexibility and configurability, so it can be customized or extended to meet the specific needs of each user.
- Reliability: With open source weather programs, users can trust that they are backed by multiple users who have tested and maintained the code. This means fewer glitches and a higher level of reliability than many proprietary programs.
- Security: Since open source programs are developed and maintained by a community of developers, security updates happen quickly when flaws are discovered. This results in better protection against malicious attacks and other security threats than with some closed-source programs.
- User Community Support: Thanks to the dedication of members within the open source development communities, there are numerous online resources where people can receive technical support for issues related to their open source weather program.
Who Uses Open Source Weather Software?
- Developers: Individuals or groups of people who write and maintain software code.
- Contributors: People that add features, fix bugs, and make changes to a project.
- End-Users: Individuals or organizations that use a piece of open source software to help them with specific tasks.
- Testers: Volunteers who test the functionality and performance of newly released code for quality assurance purposes.
- Active Community Members: People who actively participate in online forums dedicated to open source software projects and provide feedback on issues such as bug reports, feature requests, etc.
- Documentation Authors: People responsible for writing detailed instructions on how to use the software correctly.
- Evangelists: Technically skilled individuals or groups whose primary purpose is to spread awareness about an open source project through external lectures, presentations, workshops and more.
- Mentors/Teachers: Experts in the field who provide guidance to those new to open source technology by helping them learn how the tools work, setting up development environments and answering questions related to their areas of expertise.
How Much Does Open Source Weather Software Cost?
Open source weather software is typically offered at no cost, meaning it doesn't have a price tag. This makes it an ideal option for anyone who wants to take advantage of the power of modern forecasting technology without having to worry about the expense associated with purchasing proprietary software solutions. Open source weather software also allows users to access powerful features such as advanced analysis and prediction capabilities, a wide range of data formats, and user-friendly interfaces that are designed to help make developing weather applications easy. While open source weather software may not have the same level of customization and technical support as more expensive proprietary solutions, it still provides robust tools for forecasting and can even be used in commercial settings (with proper licensing). Furthermore, open source projects often receive regular updates from developers all around the world, ensuring users always have access to the most up-to-date technologies and features. All in all, open source weather software offers an economical way for anyone interested in understanding or working with meteorology to take full advantage of modern forecasting tech with minimal financial investment.
What Does Open Source Weather Software Integrate With?
There are many types of software applications that can integrate with open source weather software. Business intelligence software, such as Tableau, can aggregate and analyze data from a variety of sources, including open source weather data sources. Enterprise resource planning (ERP) solutions and customer relationship management (CRM) systems can incorporate real-time weather information into their reports and dashboards to provide insights into operations and sales performance. Additionally, location-based mobile apps may leverage open source weather APIs for features like temperature forecasting or current conditions on user home screens. Finally, advertising platforms may also use open source weather services to target more relevant ads to consumers based on local forecasts.
Open Source Weather Software Trends
- Increased Availability: As open source software becomes more popular, developers are creating more open source weather software to meet the growing demand. This makes it easier for users to access and use these tools without having to pay for a proprietary license.
- Greater Flexibility: Open source weather software is typically highly customizable, allowing users to tailor the software for their specific needs. This gives users greater control over how they access and utilize their data.
- Improved Accuracy: Open source weather software is often designed to be more accurate than proprietary applications, as developers are constantly tweaking code in order to make the data more reliable.
- Enhanced Functionality: Open source weather software often has a wide variety of features that are not available with proprietary applications. This allows users to access more detailed information about the weather as well as additional features such as historical data and forecasts.
- Reduced Costs: Since open source software is free, it can save users considerable amounts of money when compared to purchasing a proprietary license. This makes the software an attractive option for those on a budget.
Getting Started With Open Source Weather Software
Getting started with open source weather software is easy and can be done in just a few steps.
- First, research the available options to find the appropriate software for your needs. Many popular open source projects exist, so you should have no problem finding one. Consider features like real-time data updates, satellite imagery, and interactive displays of temperature, wind speed, pressure levels, humidity and more.
- Once you've decided on the right software for you, download it to your computer. The installation process is different depending on the platform you're using (Windows or Mac OSX) but typically involves downloading an installer package that contains everything necessary to get up and running with the program.
- Next comes configuration: make sure your computer's local settings are adjusted accordingly so that all coordinates reflect your current location; this will also require setting up an account with your local weather service if you plan to receive live updates from their stations.
- With everything now set up correctly, launch the program and start exploring its features. Generally speaking most open source weather platforms provide relatively intuitive user interfaces that allow easy navigation through its various toolsets – look around in different menus to see what’s available. Once comfortable navigating through menus and learning which functions do what it's time to begin making use of them by analyzing historical data or tracking new information as it comes in – either way there's plenty of useful things this type of software can offer.
