Miklós Homolya, and David A. Ham. "A parallel edge orientation algorithm for quadrilateral meshes." arXiv preprint arXiv:1505.03357 (2015).
make
will generate the meshes for the experiments. Gmsh is required for this step.
submit.pbs.in contains a submission template for PBS. To submit an experiment, type
./submit.sh n
where n denotes the number of computing nodes. The number of cores will be 24 * n. The submission will run measure.py which facilitates the measurement. It also relies on Firedrake having patched with firedrake.patch, which adds some instrumentation code.
On ARCHER, the above will generate files measure_nnnn.okkkkkk and measure_nnnn.ekkkkkk, containing the standard output and standard error of the job. Our results are uploaded into the results folder. Running
python evaluate.py
will look for these files, process them, show some diagnostic output, and generate the CSV files which are directly used for plots and tables in the paper.
sphere.geo, t10.geo, and t11.geo are based on their equivalents in the Gmsh source distribution. You find a copy of the licence of Gmsh in LICENSE.Gmsh. Anything else is covered by the MIT licence, see LICENSE for details.