Miklós Homolya, Lawrence Mitchell, Fabio Luporini, and David A. Ham. "TSFC: a structure-preserving form compiler." (2017).

The installation required to run the measurements with the modified version of FFC that supports non-affine geometries is incompatible with the installation that is required to run the rest of the measurements. I suggest using separate virtualenvs.

For the former one needs the correct versions of COFFEE [10.5281/zenodo.573235], FFC [10.5281/zenodo.573237], FIAT [10.5281/zenodo.573238], Instant [10.5281/zenodo.573255] and UFL [10.5281/zenodo.573236] installed, then run measurements with:

python run.py ffc-bendy >>data.txt

The latter needs recent versions of COFFEE [10.5281/zenodo.573267], dijitso [10.5281/zenodo.573287], FFC [10.5281/zenodo.573270], FIAT [10.5281/zenodo.573269], FInAT [10.5281/zenodo.573266], TSFC [10.5281/zenodo.573271], and UFL [10.5281/zenodo.573268], and run measurements with:

python run.py current >>data.txt

Once the data is collected, call

python plot.py data.txt

to produce the violin plots. This step requires matplotlib, and creates a file called example.pgf. This file shall be copied next to the LaTeX source code of the paper before building the paper.

The data.txt file used for the submitted paper is also uploaded into this repository.