Efficient distributed solutions for sharing energy resources at local level: a cooperative game approach.
Repository with the code used for the submission.
sudo apt-get install -y python3-venv parallel awk # Required packages
# Plotting also requires latex, tikz and pgfplots
python3 -m venv venv # Create virtualenv
source venv/bin/activate # Activate virutalenv
python -m pip install -r requirements.txt # Install requeriments
echo $PWD > $(find venv -name site-packages)/thisproject.pth # Add the project folder to PYTHONPATHThis shows how to run simulations. To types of simulations are defined:
simple and complete. The simple simulation offers a reduced number of
cases, but it is fast, good to get a feeling that everything works as expected.
To run the simulations with the parameters used in the paper, replace simple
with complete in the following commands.
There are two sets of simulations:
- Comparing the runtime of the different algorithms.
- Comparing the runtime of different topologies.
source venv/bin/activate # Activate virutalenv
python sim/sim_compare_algorithms.py simple # Simulate the games
python sim/analysis_algorithms.py simple # Create the plot
pushd ~/Out/comp_algs # Move to the directory where the results are created
pdflatex simple_compalg.tex
popdExample output of the execution above:
source venv/bin/activate # Activate virutalenv
./run_sim.sh simple # Runs several topologies in parallel, this might take a few minutes
python sim/analysis_comp_graphs.py simple # Create plots
pushd ~/Out/com_graphs
pdflatex simple_comptop.tex
pdflatex simple_niters.tex
Example output of the execution above:
