Open-Source Geomodeling

GemPy

Open-source 3D geological modeling

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GemPy is a tool for generating 3D structural geological models in Python. With GemPy, you can create complex models that include stratigraphical and structural features such as folds, faults and unconformities. It was furthermore designed to enable stochastic modeling to adress parameter and model uncertainties. Best of all, it is completely free and open-source. So start using GemPy now and become part of our global community for open-source geological modeling!

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MODEL CREATION

Build complex 3D geological models in a fast and simple way. GemPy allows you to include numerous structural and stratigraphical features such as fold, faults, onlaps, unconformties and more.

VISUALIZATION

Visualize your geological models in 2D and interactive 3D directly via GemPy. You can also export models and results for visualization in other software.

STOCHASTIC SIMULATION

Couple GemPy with probabilistic frameworks to apply stochastic methods such as Monte Carlo simulaton and Bayesian inference to your models.

UNCERTAINTY ANALYSIS

Make use of GemPy's probabilistic capabilities to quantify, visualize and analyze uncertainties in your models. Recognize areas of high uncertainty and understand which kind of information is most valuable.

GEOPHYSICAL INVERSION

Coming soon.

AR SANDBOX

Combine GemPy with a projector, a kinect and a box full of real sand to for a haptic experience and intuitive way to visualize geology.

OPEN CODE

GemPy's code is completely open-source! Feel free to customize it as needed and develop your own modules.

GemPy is the most popular library for geological modeling on GitHub!

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Learn about the

theory behind

GemPy.

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GemPy with our

tutorials.

GemPy was created by researchers and students at the Institute for Computational Geoscience and Reservoir Engineering (CGRE) at the RWTH Aachen University in Germany.

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