Figure 1. A snapshot of 3D Visualisation of CitcomS geodynamic model output for Case 6 in Flament et al. (2022), at 180 Ma. Holes are virtually drilled at reconstructed kimberlite emplacement locations, presented as magenta columns extending from surface to the core-mantle boundary.
This repository is complementary to the manuscript "Joint-4D-Visualisation-and-Analysis-of-Geodynamic-Models-and-Geological-Data" in review.
It includes Python (3.8) and shell scripts, each referenced to the article in regard to their purpose of creation and/or modification from existing open-source codes. A sample CitcomS geodynamic model output for a single timestep (180 Ma) is also shared for the purpose of enabling users to test the framework in their own platforms.
I always appreciate feedback to improve this repository.
Dr Ömer F. Bodur
University of Wollongong
Email: omer@uow.edu.au
Flament, N., Bodur, Ö. F., Williams, S. E. and Merdith, A. S.: Assembly of the basal mantle structure beneath Africa, Nature, 603(7903), 846–851, 2022.
Description
This repository is dedicated to the joint 4D visualization and analysis of geodynamic models and geological data. It provides a set of tools and scripts that enable users to visualize and analyze geodynamic models and geological data in a collaborative manner. The repository is open source, and contributions from the community are welcome.
Table of Contents
Installation Usage Features Contributing License Installation
To use the tools and scripts provided in this repository, follow these steps:
Clone the repository to your local machine using the following command: bash
''' git clone https://github.com/ofbodur/Joint-4D-Visualisation-and-Analysis-of-Geodynamic-Models-and-Geological-Data.git '''
Install the required dependencies. List the dependencies here along with the installation commands. For example: ''' pip install numpy pip install matplotlib ''' Set up any additional configuration or environment variables, if necessary. Usage
Describe how to use the tools and scripts in your repository. Provide examples and explanations of the main functionality. Include any command-line instructions or steps that users need to follow. For instance:
Visualizing Geodynamic Models To visualize a geodynamic model, follow these steps: