A collection of numerical models for fluid flow simulation, using the Firedrake performance-portable automated solution framework.
Firedrake-Fluids depends on:
- firedrake-adjoint (part of the dolfin-adjoint package)
- pytest (optional, but required to run
- gmsh (optional, but required to run some tests)
- Sphinx (optional, but required to build the documentation from source)
Note that the codebase is designed to run on the Linux operating system. All development and testing of Firedrake-Fluids is done on the Ubuntu Linux distribution.
- Install the Firedrake-Fluids Python module using
sudo python setup.py install
Alternatively, append the
firedrake_fluids directory to your
PYTHONPATH environment variable using e.g.:
- Run the tests (which are located in the
from the Firedrake-Fluids base directory, to ensure that Firedrake-Fluids is working properly.
- You can setup a new shallow water simulation using Diamond, which comes with the libspud dependency.
diamond -s schemas/shallow_water.rng my_new_simulation_setup_file.swml
- Run the simulation using
python firedrake_fluids/shallow_water.py my_new_simulation_setup_file.swml
The Firedrake-Fluids documentation can be compiled using Sphinx by running
from the Firedrake-Fluids
docs directory. Alternatively, the latest version of the documentation can be viewed here.
To cite Firedrake-Fluids, please use:
C. T. Jacobs and M. D. Piggott (2015). Firedrake-Fluids v0.1: numerical modelling of shallow water flows using an automated solution framework, Geoscientific Model Development 8(3):533-547, DOI:10.5194/gmd-8-533-2015.
If you have any questions about Firedrake-Fluids, please send an email to firstname.lastname@example.org.
Firedrake-Fluids is released under the GNU General Public License. Please see the file called
COPYING for more information.