public void computeRoutes()
{
//List<kid> list_of_kids = new List<kid>();
//list_of_kids.AddRange(kids);
//LocationsCollection kids_list = new LocationsCollection(list_of_kids);
//if (!kids_list.get_distance_data_from_api())
//{
// kids_list.get_geocode_data_from_api();
// kids_list.get_distance_based_on_geocode();
//}
//ClustersCollection clustercollection = new ClustersCollection(kids_list);
//clustercollection.grouping();
//List<vehicle> v = new List<vehicle>();
//v.AddRange(vehicles);
//List<kid> unassigned_kids = clustercollection.suit_to_vehicles(v);
//HashSet<kid> u_kids = new HashSet<kid>(unassigned_kids);
//v.Add(new vehicle(unassigned_kids.Count, "Unassigned Kids", u_kids));
//HashSet<vehicle> final_vehicles = new HashSet<vehicle>(v);
strategy algorithim = new SequentialCluster();
algorithim.init(kids.ToList(), vehicles.ToList());
routed_vehicles = algorithim.getVehicles(kids.ToList(), vehicles.ToList());
}
public void computeRoutes()
{
//string output = "";
//foreach(var each in vehicles)
//{
// output += each.getName() + ": \r\n\t";
// foreach(var each2 in kids)
// {
// output += each2.getName() + ": " + each2.getAddress() + " \r\n\t";
// each.load_kid(each2);
// }
// routes.Add(each.getName(), output);
//}
SequentialCluster clusters = new SequentialCluster(kids.ToList(), vehicles.ToList());
clusters.findAllClusters();
routed_vehicles = clusters.getClusterListVehicles();
}
