Tutorials from The Leading Edge column, which started in February 2014.
These are Jupyter Notebooks. They can be opened and read (but not actually run) right here in GitHub, or you can install the Notebook software (e.g. with conda install jupyter), then clone this repo, and start a notebook server in the tutorials-2014 directory.
For more in-depth hints on getting started, see Hall, M (2016). A user guide to the geophysical tutorials. The Leading Edge 35 (2), 190–191, doi: 10.1190/tle35020190.1.
Questions? Get in touch!
- Filtering horizons and attributes, by Matt Hall
- Smoothing surfaces and attributes — SEG Wiki article
- Jupyter Notebook
- Euler deconvolution of potential field data, by Leonardo Uieda, Vanderlei C. Oliveira Jr, and Valéria C. F. Barbosa
- Euler deconvolution of potential field data — article in SEG Wiki
- Jupyter notebook to generate synthetic data
- Jupyter notebook to run the Euler deconvolution
- Well-tie calculus, by Evan Bianco
- Well-tie calculus — article in SEG Wiki
- Jupyter Notebook
- Evaluate and compare colormaps, by Matteo Niccoli — article in TLE, with low-res figures (resulting in incorrect colours for Figure 3a).
- How to evaluate and compare colormaps — article in SEG Wiki, with high-res figures
- Jupyter Notebook
- Phase and the Hilbert transform, by Steve Purves — article in TLE
- A guide to running the tutorial with GNU Octave
- A longer version of the tutorial paper
- Thin beds, tuning, and AVO, by Wes Hamlyn
- The scripts
The content of the articles and of the notebooks is © the author(s) and openly licensed CC-BY-SA. The code is © the author(s) and openly licensed under the terms of the Apache License 2, or under the terms specified by the author, if any.