GemPy is an open-source, Python-based project for generating 3D structural geological models. Utilizing an implicit modeling approach, it enables the creation of complex combinations of …

At this date GemPy is not meant to be a package for classical geophysical inversion rather to allow probabilistic inversion. This means that we need algorithms that can be fast, differentiable but still …

GemPy is a Python-based, community-driven, open-source geomodeling library. It is capable of constructing complex 3D geological models including various features such as fold structures, fault …

GemPy uses Python classes and objects to store and manipulate the data used for modeling. This object-oriented approach helps make the code more modular, reusable, and easier to understand.

GemPy 3 uses dual contouring to extract surfaces from the scalar fields. The method is completely coded in gempy_engine what also enables further improvements in the midterm.

The theory behind GemPy has been described in details in the publication "GemPy 1.0: open-source stochastic geological modeling and inversion" by de la Varga et al. (2019). You can view and …

The list below includes individuals who have played significant roles in developing GemPy as authors, maintainers, and other contributors. Please note that while the main author and current maintainers …

Installation ¶ Installing GemPy ¶ The latest release version of GemPy is available via PyPi. To install the core version, simply use pip:

GemPy uses a meshless interpolator to create geological models in 3D space, but grids are convenient for visualization and computation. GemPy supports various grid types, such as regular grids for …

Installing ¶ The latest release version of GemPy is available via PyPi. To install the core version, simply use pip: