public void Load(GLWindow window)
{
Console.WriteLine($"Loading data from {_pathGifts}");
var gifts = IOHandler.Load(_pathGifts);
// preprocessing
Console.WriteLine("Preprocessing data");
var minLong = (float)-Math.PI;
var maxLong = (float)Math.PI;
var minLat = (float)-Math.PI / 2;
var maxLat = (float)Math.PI / 2;
var n = gifts.Length;
var vertGifts = new List <Gift>(n + 1);
vertGifts.Add(new Gift(0, 90, 0, 0));
vertGifts.AddRange(gifts);
var vertices = vertGifts.SelectMany(x => new[]
{
ToNormalRange((float)x.Longitude, minLong, maxLong),
ToNormalRange((float)x.Latitute, minLat, maxLat)
}).ToArray();
// showing gifts
Console.WriteLine("Showing data");
window.SetVertices(vertices, n + 1);
//window.RunBackground(() =>
//{
// create initial solution
Console.WriteLine("Creating initial solution");
var initial = Utils.GenerateClusteredSolutionByLongitude(new List <Gift>(gifts),
new double[] { 0.02, 0.04 }, new double[] { 0.04, 0.06 }, 980); //TODO adjust
Console.WriteLine(Utils.CalcAllPenalty(initial));
Console.WriteLine("Initial solution completed");
var tours = initial.Select(list => new Tour(list)).ToList();
window.SetTour(tours.Select(tour => tour.Gifts.Select(gift => gift.Id).ToArray()).ToList());
// optimize solution
Console.WriteLine("Optimize solution");
tours = tours.AsParallel().Select(HillClimber.Run).ToList();
Console.WriteLine("Solution completed");
window.SetTour(tours.Select(tour => tour.Gifts.Select(gift => gift.Id).ToArray()).ToList());
Console.WriteLine($"Total score: {tours.Sum(tour => tour.Cost)}");
Console.WriteLine($"Saving solution in {_pathSolution}");
IOHandler.Save(_pathSolution, n, tours);
Console.WriteLine($"Done");
//});
}