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CODE

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Craig O'Neill
Committed to delivering open-source, freely available and reproducible code.
The list is a every-growing beast, some recent projects that may be useful are listed.

CODE DISCOGRAPHY

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LBPLANET: LATTICE BOLTZMANN APPROACHES FOR GEODYNAMICS
August 2023

Python-base lattice Boltzmann library for solving geodynamic problems. Lots of ipython notebook examples in the repository. Accompanies the paper O'Neill, JOSE, 2023.

On Github.

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SUBGROUND HVSR
August 2023

HVSR processing, visualisation, modelling, and inversion approaches for python.

Accompanies the paper O'Neill. 2024, Geophysical Prospecting.

On Github.

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IMPACTING MODULE FOR ASPECT
October 2017

This is an Impact Module for the Community mantle convection code Aspect.

Source code for the module can be found here.

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COMPRESSED SENSING FOR GEOPHYSICS
September 2023

Compressed sensing reconstruction of geophysical data using Python. Accompanies the paper "Compressed sensing reconstruction of sparse geophysical data.: an example from regional magnetics", Exploration Geophysics, 2023.

On Zenodo.

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PALEOMAGNETIC PROCESSING AND DATA
December 2018

Scripts and paleomagnetic data to accompany the paper "The inception of plate tectonics: a record of failure",  Royal Society, 2018.

On Zenodo.

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GEOLOGICAL MODEL OF THE SYDNEY-GUNNEDAH-BOWEN BASIN
2013 - 2016

In collaboration with Cara Danis, a full 3D model of the Basin System, published in series of papers (latest here). 3D model archived at Zenodo.

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ELLIPSIS3D - MANTLE AND LITHOSPHERIC MODELLING
April 2007

Ellipsis3d is a three-dimensional version of the particle-in-cell finite element code Ellipsis, a solid modeling code for visco-elastoplastic materials.

At CIG.

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HC - GLOBAL MANTLE CIRCULATION SOLVER
August 2017

HC is a global mantle circulation solver following Hager & O'Connell (1981) which can compute velocities, tractions, and geoid for simple density distributions and plate velocities.

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