Riemann Problems and Jupyter Solutions
by David I. Ketcheson, Randall J. LeVeque, and Mauricio del Razo Sarmina
This repository contains work on a book in progress (nearly complete) to illustrate Riemann
solutions and approximate Riemann solvers in Jupyter notebooks.
Contributors: @ketch, @rjleveque, and @maojrs.
View static webpages
The notebooks are saved in Github with the output stripped out. You can view
the html rendered notebooks with output intact on this
webpage. These are static
views (no execution or interactive widgets), but some notebooks include
animations that will play. These may not be up to date with the versions in
this repository during the development phase of this project.
Installation
To install the dependencies for the book, see
https://github.com/clawpack/riemann_book/wiki/Installation. Then clone this
repository to get all the notebooks. A table of contents and suggested order
for reading the notebooks is given in Index.ipynb.
Docker
Rather than installing all the dependencies, if you have
Docker installed you can use the Dockerfile in
this repository. See Docker.md for instructions.
[Add instructions for Dockerhub]
Execute in the cloud
Windows Azure
Rather than installing software, you can execute the notebooks on the cloud
using the Microsoft Azure Notebooks cloud
service: Create a free account and then clone the riemann_book
library.
These may not be up to date with the versions in this repository during the
development phase of this project.
Binder
This is still under development using the latest version of
binder. You can try it out for these notebooks
at this link: https://beta.mybinder.org/v2/gh/clawpack/riemann_book/master
This should start up a notebook server on a
Jupyterhub that lets you
execute all the notebooks with no installation required.
