// Creates a random route for use only in creation of first generation
public void generateIndividual() {
// Loop through entire array of route and add a city to each spot
for (int cityIndex = 0; cityIndex < RouteHandler.numberOfCities(); cityIndex++) {
setCity(cityIndex, RouteHandler.getCity(cityIndex));
}
// Randomly reorder the route
Collections.shuffle(route);
}
private Route getRoute(Class<? extends ResourceHandler> resourceHandlerClass) {
List<Route> routes = getRoutes();
for (Route route : routes) {
RouteHandler routeHandler = route.getRouteHandler();
if (resourceHandlerClass.isAssignableFrom(routeHandler.getClass())) {
ClasspathResourceHandler resourceHandler = (ClasspathResourceHandler) routeHandler;
if (resourceHandlerClass == resourceHandler.getClass()) {
return route;
}
}
}
return null;
}
public static void main(String[] args) {
City c = new City("Amsterdam", 23, 741636, 825080);
City c1 = new City("Rotterdam", 23, 598199, 625472);
City c2 = new City("The Hague", 23, 474292, 515076);
City c3 = new City("Utrecht", 23, 290529, 335089);
City c4 = new City("Eindhoven", 23, 209620, 223876);
City c5 = new City("Tilburg", 23, 199613, 211726);
City c6 = new City("Groningen", 23, 181194, 200210);
City c7 = new City("Almere", 23, 176432, 197318);
City c8 = new City("Breda", 23, 167673, 181775);
City c9 = new City("Nijmegen", 23, 158732, 170943);
RouteHandler.addCities(c, c1, c2, c3, c4, c5, c6, c7, c8, c9);
ps.println("Cities in route: " + RouteHandler.numberOfCities());
Population pop = new Population(3, true);
ps.println("Initial distance: " + pop.getFittest().getDistance());
ps.printf(
"| %-12s | %5s | %10s | %10s | %12s | \n",
"City", "Cost", "Population", "Income", "Position");
ps.println(pop.getFittest().toString());
}
// Creates an empty route that will be filled later
public Route() {
for (int i = 0; i < RouteHandler.numberOfCities(); i++) {
route.add(null);
}
}
