Codes
I am also involved in code development on topics ranging from Inverse
problems in hydrogeology to geological modeling. You can find some on
them on bitbucket bitbucket.org/alecomunian and on
github.com/alecomunian.
See also the following sections for more details.
hiegeo
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hiegeo is Python module to model stratigraphic alluvial architectures,
constrained by stratigraphic hierarchy and relative chronology, described in the paper
C.Zuffetti, A.Comunian, R.Bersezio, P.Renard “A new perspective
to model subsurface stratigraphy in alluvial hydrogeological basins,
introducing geological hierarchy and relative chronology” - Computers and Geosciences
DOI : 10.1016/j.cageo.2020.104506
To know more and to download the code, please consult also:
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s2Dcd
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s2Dcd is a Python that allows to obtain 3D multiple-point statistics
simulation starting from 2D sections. The corresponding algorithm is
detailed in the paper: A.Comunian, P.Renard and
J.Straubhaar (2012) “3D multiple-point statistics simulation using 2D
training images.” Computers & Geosciences 40
DOI: 10.1016/j.cageo.2011.07.009 - pdf
To download the code and the documentation please visit:
The code is also in Zenodo:
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cmmpy
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cmmpy is a Python implementation of the Comparison Model Method,
a direct inversion method to determine the hydraulic transmissivity of confined acquifers.
For more details, please see the paper: A.Comunian, M.Giudici “Improving the robustness of the
Comparison Model Method for the identification of hydraulic transmissivities” - Computers and
Geosciences, DOI: 10.1016/j.cageo.2021.104705
The code and the documentation can be downloaded here:
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