Fault analysis toolbox - tutorials

This is the companion repository to the fault analysis toolbox containing a series of tutorials. You can also find documentation here.

Numerical models

First, we will look at fault analyses in numerical models. One of the easiest ways of getting started is with Jupyter notebooks - an awesome combination of code, documentation and output. The easiest way is to run them with Google Colab, so you don't need any special hardware or software. Just try it out:

Tutorial A1: Fault extraction from numerical model

• This tutorial shows how to extract a fault network from a 2-D slice of a numerical model

Tutorial A2: Fault properties

• This tutorial shows how to calculate the strike and length of the extracted faults

Tutorial A3: Time stepping

• This tutorial shows how to track fault networks through time in numerical models

Tutorial A4: Fault slip

• This tutorial shows how to calculate fault slip from numerical models

Tutorial A5: Displacement

• This tutorial shows how to sum up fault slip to displacement through time

Tutorial A6: Fault evolution

• This tutorial shows how to visualize the evolution of our faults with time

Analog models

Digital elevation models

Tutorial C1: Fault extraction from digital elevation model (DEM)

• This tutorial shows how to extract a fault network from a DEM

Seismic reflection data

Tutorial D1: Fault extraction from seismic attribute map

• This tutorial shows how to extract a fault network from seismic attribute map

Extra tutorials

Tutorial E1

• This tutorial shows how to extract faults in parallel