Join GitHub today
GitHub is home to over 40 million developers working together to host and review code, manage projects, and build software together.Sign up
Some notes on pyBadlands
A schematic of 2D landscape evolution model illustrating the main variables and forces simulated with Badlands: z is the surface elevation, r refers to rainfall, sl to sea-level fluctuations, f to the flexural isostasy and u to geodynamic forces (from Salles & Hardiman, 2016).
What will you find in this wiki?
- some explanations on how to use pyBadlands via Docker and Kitematic on all platforms (OSX, Windows & Linux),
- a documentation on how to install pyBadlands and the associated dependencies on Linux and OSX,
- description of the input file options and some of the post and pre-processing functions,
- some technical notes regarding the parallelisation and benchmarks that we are currently developing to improve the performance of the code.
Navigate through the sidebar menu on the top right corner of the page...
Series of examples provided with pyBadlands
List of hands-on examples showing the main capabilities of pyBadlands.
A PDF containing some notes on how to use pyBadlands via Docker, setup initial models and run examples is available through the following:
overview 2017 from the Basin Genesis Hub Meeting.
presentation of pyBadlands which we usually use during our workshop.
For pre- & post-processing it is also recommended to use the:
- companion which is already shipped in the Docker container.
If you come accross a bug or if you need some help compiling or using the code you can: