MetPy is a collection of tools in Python for reading, visualizing and performing calculations with weather data.
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Updated
Sep 21, 2026 - Python
MetPy is a collection of tools in Python for reading, visualizing and performing calculations with weather data.
Sounding/Hodograph Analysis and Research Program in Python
Javascript Library for meteorological and atmospheric tools
We provide a gallery of real workflows centered around meteorological data, and the building blocks you need to recreate those workflows or cook up brand new ones yourself.
Modern sounding analysis and SHARPpy-style rendering for Python 3.11+, Qt6/PySide6, UWyo, ERA5, and WRF workflows. Checkout the onboarding site:
Mixtures-of-ExperTs modEling for cOmplex and non-noRmal dIsTributionS
Python program which processes meteorological sounding data and generates Skew-T diagrams and hodographs.
Sounding viewer and editor for plotting Skew-T log-P diagrams and hodographs.
A Java program that visualizes a vertical profile of the atmosphere as a skew-T diagram, a hodograph, and a set of readouts such as CAPE, storm-relative helicity, and wind shear. Used in my open-source radar viewer RadarView.
Open radiosonde (weather-balloon) telemetry system: ESP32-C3 flight + ground firmware, long-range LoRa link, and a packaged desktop ground station with live Skew-T and SHARPpy analysis.
FIt the Azzalini skew-normal and skew-t distributions to asset return data
Plotting Skew-T/Log-P diagrams using GFS output data
Hydrologic and hydraulic model calibration for Baleendah region using WMS, WRF outputs, and Python-based visualization (e.g., skew-T plots, heatmaps, and ensemble analysis).
Joint longitudinal / informative-observation-time model with multivariate skew-t random effects (MCECM estimator). Companion R package.
Interactive viewer for tropospheric meteorological soundings
This toolbox contains a collection of skewed, and split parametric probability distributions often used in tail-risk applications.
Soaring weather derived from numerical models: usable thermal ceiling, climb strength, critical height, cumulus base and overdevelopment risk. Pure TypeScript, zero runtime dependencies, Open-Meteo data. Built for https://vuelalibre.net
Unofficial SHARPpy-style sounding viewer for Windows and Android: Skew-T, hodograph, convective parameters and SARS analogues from Wyoming soundings and Open-Meteo models.
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