% Assuming powerDemand is available and represents demand distribution
% Assuming calculateFitness function is defined to calculate fitness based on demand and station placement
% Parameters
numStationsAllowed = 3; % Example: Maximum 3 stations allowed
populationSize = 50;
maxGenerations = 100;
% Define fitness function
fitnessFunc = @(x) calculateFitness(x, powerDemand);
% Use genetic algorithm to find optimal station placement
options = optimoptions('ga', 'PopulationSize', populationSize, 'MaxGenerations', maxGenerations);
bestSolution = ga(fitnessFunc, numel(powerDemand), [], [], [], [], zeros(1, numel(powerDemand)), ones(1, numel(powerDemand)), [], options);
disp('Optimal Charging Station Placement:');
disp(bestSolution);
