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Luke Pajer edited this page Oct 28, 2020 · 4 revisions

SEISMO-LINEAMENT ANALYSIS METHOD (SLAM)

Main Project Resources: PAJER, Luke; CRONIN, Vincent

Last Updated: October 2020

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PROJECT OVERVIEW

The Seismo-Lineament Analysis Method (SLAM) Python package is a simple translation of the mathematica code developed by Vince Cronin. The purpose of this package is to make SLAM available to those who are interested in SLAM, but are more comfortable using Python.

From Vince Cronin's website:

The seismo-lineament analysis method is a tool to spatially correlate a shallow-focus earthquake to the surface trace of the fault that generated it. SLAM is the intellectual property and work product of Vince Cronin, and has been developed with assistance from Brandon Rasaka, Victoria Worrell, Jeremy Ashburn, Brian Bayliss, Chris Breed, Bruce Byars, Ryan Campbell, David Cleveland, Jon Cook, Kelly Cronin, Jordan Dickinson, Daniel Lancaster, Ryan Lindsay, Mark Millard, Shane Prochnow, Tyler Reed, Stephen Secrest, Lauren Seidman Robinson, Keith Sverdrup and Lisa Zygo, with funds from AAPG, Baylor University, Colorado Scientific Society, Ellis Exploration, Ft. Worth Geological Society, Geological Society of America, GCAGS, Samson Resources, Roy Shlemon Scholarship Fund, Sigma Xi, and SIPES.

If there are any issues or concerns with the python package, please reach out to Luke Pajer. For any questions regarding SLAM, please reach out to Vince Cronin.

CONTRIBUTORS

This project is an open project, and contributions are welcome from any individual. All contributors to this project are bound by a code of conduct. Please review and follow this code of conduct as part of your contribution.

Contributions to the SLAM Python Package

SLAM Author/Developer

In addition, there are a few thesis projects used when developing the SLAM package. These were instrumental in developing and troubleshooting the package. Below are the Thesis projects referenced during development: