The course will cover the following topics:
(1) Modeling approach and theoretical background: An introduction to the principles behind implicit structural geological modeling.
(2) Creating a GemPy model: A step-by-step guide to building a basic geological model using GemPy.
(3) Open Source Project: An overview of GemPy's development, community, and opportunities for contribution.
(4) Outlook and applications: Exploration of the wide-ranging applications of GemPy in various geoscientific fields, including the link to geophysical inversion. Coding examples for advanced functionalities and examples from publications.
This interactive course is designed for both beginners and those with some experience in geological modeling. Participants are encouraged to bring a laptop to actively engage in the tutorials and apply their newly acquired skills by writing their own code. While basic Python knowledge and a pre-installed Python environment are beneficial, they are not mandatory for participation.
🚀 EGU GemPy workshop
Welcome to the Build your own structural geological models using GemPy!
This interactive course is designed for both beginners and those with some experience in geological modeling. This README contains all the information and resources you'll need before, during, and after the workshop.
🧰 Prerequisites--------------------------------------------
There are no prerequisites to follow this workshop. A Google Account to create your personal copy of the provided Colab notebooks is recommended.
https://colab.google/
📂 Workshop Structure--------------------------------------------
1. Introduction and theoretical background
An introduction to the principles behind implicit structural geological modeling.
Showcasing some real word examples.
2. Building a model step-by-step
A step-by-step guide to building a basic geological model using GemPy.
Participants can follow notebook on colab
3. Build your own model or experiment with provided model
Participants can create their own model
Answer questions
4. Open-Source Project – How to get help, contribute, etc.
An overview of GemPy's development, community, and opportunities for contribution.
5. Outlook and advanced applications
Exploration of the wide-ranging applications of GemPy in various geoscientific fields.
Coding examples for advanced functionalities and examples from publications.
🔗 Colab links --------------------------------------------
Here are the links to colab notebooks we will use in the workshop:
- Modeling example step-by-step: https://drive.google.com/file/d/1sL5ZEMmP141Qv0r55flNqFqe4ENJXuFB/view
- Hands on modeling example: https://drive.google.com/file/d/1MXb9YjdOvQlmrz8Ii-pIFmx-HhJqyw6r/view?usp=sharing
🔗 GitHub Link --------------------------------------------
https://github.com/cgre-aachen/egu25_gempy_workshop
🔗 GemPY Resources--------------------------------------------
Official documentation page: https://www.gempy.org/
Github pages: https://github.com/gempy-project/gempy
Video tutorials: https://docs.gempy.org/tutorials/z_other_tutorials/video_tutorial_model_1.html#sphx-glr-tutorials-z-other-tutorials-video-tutorial-model-1-py
⭐ Feedback--------------------------------------------
We’d love to hear what you think!
Please fill out our feedback form after the workshop.
Thanks for joining us! 🎉