If the dependencies haven't been installed, run this command in a terminal

$ pip install -r requirements.txt

Execute the simulation with this command

$ python3 start.py

The start.py script accepts a number of options.

usage: start.py [-h] [--abce] [--oneriskmodel] [--riskmodels {1,2,3,4}]
                [--replicid REPLICID] [--replicating]
                [--randomseed RANDOMSEED] [--foreground] [-p] [-v]

See the help for more details

python3 start.py --help

abce can be used to run simulations with a graphical interface:

python3 start.py --abce

The bash scripts starter_*.sh can be used to run ensembles of a large number of simulations for settings with 1-4 different riskmodels. starter_two.sh is set up to generate random seeds and risk event schedules that are - for consistency and comparability - also used by the other scripts (i.e. starter_two.sh needs to be run first).

bash starter_two.sh
bash starter_one.sh
bash starter_four.sh
bash starter_three.sh

Use the scripts plotter_pl_timescale.py and visualize.py for plotting/visualizing single simulation runs. Use .py, metaplotter_pl_timescale.py, or metaplotter_pl_timescale_additional_measures.py to visualize ensemble runs.