The code is organized as follows:
contains the report
contains figures from our experiments
contains the main part of the code
implements several boundary conditions
plugs specific combinations of boundary conditions together
contains functions to run the experiments
contains initial value specifications
implements the basic ingredients of the LBM
calls the experiments specified by the command arguments
implements essential parts of the parallel communication
contains several helper functions for visualizations
contains several unit tests for Travis CI
make init
- Shear wave decay
python src/main.py -f "shear_wave_decay_density"python src/main.py -f "shear_wave_decay_velocity"python src/main.py -f "viscosity_vs_omega"
- Couette flow
python src/main.py -f "couette_vectors"python src/main.py -f "couette_evolution"
- Poiseuille flow
python src/main.py -f "poiseuille_vectors"python src/main.py -f "poiseuille_evolution"
- von Karman vortex street
python src/main.py -f "reynold_strouhal"python src/main.py -f "nx_strouhal"python src/main.py -f "blockage_strouhal"
- scaling tests
mpirun -N 4 python src/main.py -f "scaling_test"
- pngs images to gif
python src/main.py -f "pngs_to_gif"