open-darts 1.5.0

Open Delft Advanced Research Terra Simulator

openDARTS

openDARTS is a scalable parallel modeling framework and aims to accelerate the simulation performance while capturing multi-physics processes in geo-engineering fields such as hydrocarbon, geothermal, CO2 sequestration and hydrogen storage.

Installation

openDARTS with direct linear solvers can be installed from PyPI:

pip install open-darts

Models that rely on PHREEQC/Reaktoro chemistry backends need the optional third-party stack. Activate the Conda environment you use for development, install Reaktoro via conda install -c conda-forge reaktoro (see the official guide), and invoke ./helper_scripts/build_darts_cmake.sh -p (or the .bat variant on Windows) to build the accompanying iPHREEQC libraries.

The recent version of openDARTS is available for Python 3.10 to 3.13 for x86_64 architecture both for Linux and Windows.

To build openDARTS please check the instructions in our wiki.

Tutorials

Check the tutorial section in the documentation and Jupyter Notebooks with basic Geothermal and GCS models.

Also to get started take a look at the different examples in models.

More advanced examples of complex simulations with openDARTS can be found in open-darts-models.

Documentation

For more information about how to get started visit the documentation.

License

Please refer to LICENSE.md for information about the licensing of openDARTS.

Information

The wiki contains information for developing cycle, in particular Build instructions.

How to cite

If you use open-DARTS in your research, we ask you to cite the following publication

Contribution

Check how to contribute