BaroWave Monitor

◆　This application utilizes Open-Meteo's meteorological forecast and archive models to calculate high-precision data on "surface pressure fluctuations," "velocity/acceleration of changes," "atmospheric tides" (regular 12-hour pressure cycles driven by solar heating and cooling), and high-frequency components of atmospherics pressure fluctuations for any city worldwide, visualizing them in real time. It serves as an environmental monitoring tool, helping you easily track the rhythms of barometric changes and use them as a reference for your daily lifestyle.

[1. Key Features]
(1) Acquisition of high-precision weather data:
Using Open-Meteo's open-source weather data API service, we acquire high-precision weather data from numerical weather prediction and archive models of meteorological organizations, such as the European Centre for Medium-Range Weather Forecasts (ECMWF IFS Integrated Forecasting System, ERA5), with a resolution of float32 (single-precision floating-point number).
(2) Bollinger bands analysis:
Bollinger bands which display using a moving average line and the range of fluctuation (standard deviation) allow you to visually understand changes in atmospheric pressure.
(3) High-precision analysis of atmospheric pressure fluctuations:
Fluctuations in surface pressure data can be analyzed by calculating and graphing atmospheric pressure fluctuation velocity, acceleration, atmospheric tidal patterns, and high-frequency components of the fluctuations.
(4) Influence of other meteorological data on atmospheric pressure fluctuations:
The influence of other meteorological data such as total solar radiation and wind speed can be examined visually by multiple plots in the same figure.
(5) Graph characteristics by moving average window size:
By adjusting the moving average window size, you can extract distinct wave patterns and characteristics of pressure fluctuations.
(6) Editing and saving analysis data:
You can save the data in Excel format, adding notes to selected rows of weather data and analysis data logs.

[2. System Requirements]
• Android 8.0 or higher

[3. Weather Data Source & Disclaimer]
Weather Data:
Weather data provided by Open-Meteo.com
https://open-meteo.com

The various analytical insights provided by this app are for general lifestyle reference only, and we do not guarantee their accuracy or completeness. The developer assumes no liability for any damages or losses resulting from the use of this app. For the full text of our privacy policy and detailed disclaimers, please visit the URL below.
https://www.lpd-lab.com/e/barowave/privacy-policy/

[4. Acknowledgments]
In this project, Google's AI model "Gemini" was welcomed as a co-development partner. We received extensive technical cooperation, including object-oriented architectural advice and the construction of meteorological data analysis logics.

[5. Contact Us]
LP&D LABORATORY
https://www.lpd-lab.com/e/contact-us/

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