The main goal is to produce a presentation set for the reserve site selection optimisation problem by explicitly accounting for differences between successive alternative solutions.
This code is developed alongside the published work "Brunel, A., Omer, J. & Lanco Bertrand, S. Producing a Diverse Set of Near-Optimal Reserve Solutions with Exact Optimisation. Environ Model Assess 28, 619–634 (2023). https://doi.org/10.1007/s10666-022-09862-1".
- If this is the first time the code run on your computer, you have to install manually the packages loaded in
load_path_pkg.jl. - Fill in parameters at the beginning of the script
main.jlto simulate the scenario you want. - If you want to run the code with your own data, you have to put the input files (
pu.csv,cf.csv,bound.csv,coords.csv) to the good format in a given folder. Then, this folder must be place in/1_data/. To see the specific format, you can look in the examples provided. - In
main.jl, give a name to the scenario your want to simulate. Set gen, opti and visu variables to true values if you want to generate input data, solve the reserve site selection optimisation problem and visualize the results. main.jlis the only script you need to run.- Results of the scenario simulation will be produced and stored in
/3_results/your_scenario_name/inside .csv files - Figures associated with the results will be produced and stored in
/4_report/pictures/your_scenario_name/
- Julia version used is 1.4.2
- OS used is Ubuntu 18.04