The topography is a synthetic radially symmetric ocean with a continental shelf. An island is added at one location on the shelf.
The topography was adapted from a test problem in this paper:
M. J. Berger, D. L. George, R. J. LeVeque, and K. T. Mandli, The GeoClaw software for depth-averaged flows with adaptive refinement Advances in Water Resources 34 (2011), pp. 1195-1206. [link]
To create the input data:
make data make input
Running make input executes make_input_files.py, or you can instead run the notebook make_input_files.ipynb, from which the make_input_files.py script was generated using nbconvert.
See sample output in the gallery version linked below.
After running the code, e.g. by:
make .output
you can make the additional fgmax plots via:
make fgmax_plots
creates the fgmax plots by running process_fgmax.py. Instead, you can run the notebook process_fgmax.ipynb, from which the process_fgmax.py script was generated using nbconvert.
See sample output in the gallery version linked below.
Finally
make plots
creates the usual plots and also adds links to the plot index for the fgmax plots. (This can be done before or after creating the fgmax plots.)
You can do everything with:
make all
Rendered versions of the Jupyter notebooks for this example can be viewed from the Clawpack gallery version of this file.