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更新时间 2026-11-14 05:28:15
Fatiando a Terra
An open toolbox for the Geosciences.
Fatiando provides Python libraries for data processing, modeling, and inversion across the Geosciences.
It is built by a community of geoscientists and software developers with a passion for well-designed tools and helping our peers.
All of our software is free and open-source.
Want to learn about our software? The best place to learn about each of our software libraries is their documentation. The docs always contain the most up-to-date information. See links to each project below.
New to Python? Take the Software Carpentry lessons (online or in-person) to learn the basics. There are more lessons than just Python and everything they teach is definitely work learning!
Rather watch a tutorial? Our YouTube channel has video tutorials about some of our tools. The tutorials are always accompanied by code but they can get outdated over time.
Verde offers spatial data processing and interpolation (gridding) with a sprinkling of machine learning.
Pooch is the easiest way to download data files to your computer. It is used to manage sample data downloads not only by our own tools but also other popular Scientific Python libraries: scikit-image, SciPy, MetPy, xarray, SHTOOLS, satpy, icepack, histolab, yt, napari, and more.
Harmonica is our library for processing, forward modeling, and inversion of gravity and magnetic data. Our goal is to incentivise good practices by carefully designing the software and offering state-of-the-art methods with efficient implementations.
Boule defines reference ellipsoids for coordinate conversions and calculating normal gravity of the Earth and other planetary bodies (Moon, Mars, Venus, Mercury, and more).
Ensaio makes it easy to download our open-access sample datasets. It taps into the Fatiando a Terra FAIR data collection which is designed for use in tutorials, documentation, and teaching.
Optimized numba-compatible forward modelling functions for gravity and magnetic fields, specially tailored to be reused by other libraries, like Harmonica, Magali, and SimPEG.
Bordado can generate coordinates for regular grids and meshes, split points based on spatial blocks and rolling windows, and perform other operations on spatially distributed points.
We are always happy to welcome anyone who is interested in getting involved! Whether it be coding, teaching, designing, or just hanging out. Getting involved in open-source can be a great way to meet new people, improve your coding skills, and make an impact in your field.
Last updated: 2026-11-13. Created using Nēnē v0.10.0. Source code for this website: fatiando/website (commit 7c1b07a).
Copyright © 2010-2026 The Fatiando a Terra Developers. Except where otherwise noted, all content is licensed CC-BY 4.0.
Fatiando provides Python libraries for data processing, modeling, and inversion across the Geosciences.
It is built by a community of geoscientists and software developers with a passion for well-designed tools and helping our peers.
All of our software is free and open-source.
Want to learn about our software? The best place to learn about each of our software libraries is their documentation. The docs always contain the most up-to-date information. See links to each project below.
New to Python? Take the Software Carpentry lessons (online or in-person) to learn the basics. There are more lessons than just Python and everything they teach is definitely work learning!
Rather watch a tutorial? Our YouTube channel has video tutorials about some of our tools. The tutorials are always accompanied by code but they can get outdated over time.
Verde offers spatial data processing and interpolation (gridding) with a sprinkling of machine learning.
Pooch is the easiest way to download data files to your computer. It is used to manage sample data downloads not only by our own tools but also other popular Scientific Python libraries: scikit-image, SciPy, MetPy, xarray, SHTOOLS, satpy, icepack, histolab, yt, napari, and more.
Harmonica is our library for processing, forward modeling, and inversion of gravity and magnetic data. Our goal is to incentivise good practices by carefully designing the software and offering state-of-the-art methods with efficient implementations.
Boule defines reference ellipsoids for coordinate conversions and calculating normal gravity of the Earth and other planetary bodies (Moon, Mars, Venus, Mercury, and more).
Ensaio makes it easy to download our open-access sample datasets. It taps into the Fatiando a Terra FAIR data collection which is designed for use in tutorials, documentation, and teaching.
Optimized numba-compatible forward modelling functions for gravity and magnetic fields, specially tailored to be reused by other libraries, like Harmonica, Magali, and SimPEG.
Bordado can generate coordinates for regular grids and meshes, split points based on spatial blocks and rolling windows, and perform other operations on spatially distributed points.
We are always happy to welcome anyone who is interested in getting involved! Whether it be coding, teaching, designing, or just hanging out. Getting involved in open-source can be a great way to meet new people, improve your coding skills, and make an impact in your field.
Last updated: 2026-11-13. Created using Nēnē v0.10.0. Source code for this website: fatiando/website (commit 7c1b07a).
Copyright © 2010-2026 The Fatiando a Terra Developers. Except where otherwise noted, all content is licensed CC-BY 4.0.
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