public static void Main1(string[] args)
{
Graph g = new Graph();
g.add_vertex('1', new Dictionary <char, int>()
{
{ '2', 1 }, { '6', 6 }
});
g.add_vertex('2', new Dictionary <char, int>()
{
{ '1', 1 }, { '2', 3 }, { '4', 1 }, { '6', 2 }
});
g.add_vertex('3', new Dictionary <char, int>()
{
{ '2', 3 /* 0 */ }, { '4', 4 }, { '5', 5 }, { '6', 5 }
});
g.add_vertex('4', new Dictionary <char, int>()
{
{ '3', 3 } /* 0 */, { '5', 5 }, { '2', 1 } /* 0 */
});
g.add_vertex('5', new Dictionary <char, int>()
{
{ '4', 4 }, { '6', 6 }, { '3', 5 }
});
g.add_vertex('6', new Dictionary <char, int>()
{
{ '5', 5 }, { '7', 7 }, { '3', 5 }, { '1', 6 }, { '2', 2 }
});
g.add_vertex('7', new Dictionary <char, int>()
{
{ '6', 6 }, { '8', 7 /*shtct*/ }, { 'A', 10 /*shtct*/ }, { '4', 4 }
});
g.add_vertex('8', new Dictionary <char, int>()
{
{ '7', 3 }, { '9', 9 }
});
g.add_vertex('9', new Dictionary <char, int>()
{
{ '8', 8 }, { 'A', 10 }
});
g.add_vertex('A', new Dictionary <char, int>()
{
{ '9', 9 }, { '7', 10 }
});
g.shortest_path('1', 'A').ForEach(x => Console.WriteLine(x));
}
public static void Main(string[] args)
{
Console.Title = "Dijkstra-Algorithmus";
Graph g = new Graph();
g.add_vertex('A', new Dictionary <char, int>()
{
{ 'B', 7 }, { 'C', 8 }
});
g.add_vertex('B', new Dictionary <char, int>()
{
{ 'A', 7 }, { 'F', 2 }
});
g.add_vertex('C', new Dictionary <char, int>()
{
{ 'A', 8 }, { 'F', 6 }, { 'G', 4 }
});
g.add_vertex('D', new Dictionary <char, int>()
{
{ 'F', 8 }
});
g.add_vertex('E', new Dictionary <char, int>()
{
{ 'H', 1 }
});
g.add_vertex('F', new Dictionary <char, int>()
{
{ 'B', 2 }, { 'C', 6 }, { 'D', 8 }, { 'G', 9 }, { 'H', 3 }
});
g.add_vertex('G', new Dictionary <char, int>()
{
{ 'C', 4 }, { 'F', 9 }
});
g.add_vertex('H', new Dictionary <char, int>()
{
{ 'E', 1 }, { 'F', 3 }
});
Console.WriteLine("Ausgangspunkt: ");
var start = Console.ReadLine().ToUpper();
Console.WriteLine("Zielpunkt: ");
var ziel = Console.ReadLine().ToUpper();
Console.ForegroundColor = ConsoleColor.Cyan;
Console.WriteLine("Der kürzeste Weg zu Punkt '" + ziel + "' ist:");
g.shortest_path(Convert.ToChar(start), Convert.ToChar(ziel)).ForEach(x => Console.WriteLine(x));
Console.ReadLine();
}
public static void Main(string[] args)
{
Graph g = new Graph();
g.add_vertex('A', new Dictionary <char, int>()
{
{ 'B', 7 }, { 'C', 8 }
});
g.add_vertex('B', new Dictionary <char, int>()
{
{ 'A', 7 }, { 'F', 2 }
});
g.add_vertex('C', new Dictionary <char, int>()
{
{ 'A', 8 }, { 'F', 6 }, { 'G', 4 }
});
g.add_vertex('D', new Dictionary <char, int>()
{
{ 'F', 8 }
});
g.add_vertex('E', new Dictionary <char, int>()
{
{ 'H', 1 }
});
g.add_vertex('F', new Dictionary <char, int>()
{
{ 'B', 2 }, { 'C', 6 }, { 'D', 8 }, { 'G', 9 }, { 'H', 3 }
});
g.add_vertex('G', new Dictionary <char, int>()
{
{ 'C', 4 }, { 'F', 9 }
});
g.add_vertex('H', new Dictionary <char, int>()
{
{ 'E', 1 }, { 'F', 3 }
});
var paths = g.shortest_path('A', 'H');
//use our iteration for out put
IterationSample itSample = new IterationSample(paths);
foreach (var value in itSample)
{
Console.WriteLine(value);
}
// out put is A B F H
Console.ReadLine();
}
void minDistance()
{
for (int i = 0; i < generalNodes.Length; i++)
{
Dictionary <int, int> dic = new Dictionary <int, int> ();
for (int j = 0; j < generalNodes[i].GetComponent <Node>().exitNodes.Count; j++)
{
int d = (int)(generalNodes [i].GetComponent <Node> ().exitNodes [j].distance);
int id = generalNodes [i].GetComponent <Node> ().exitNodes [j].node.GetComponent <Node> ().Id;
dic.Add(id, d);
// new Dictionary<char, int> () { { 'B', 7 }, { 'C', 8 } }
}
graph.add_vertex(i, dic);
}
}
public static void Main(string[] args)
{
Graph g = new Graph();
g.add_vertex('A', new Dictionary <char, int>()
{
{ 'B', 7 }, { 'C', 8 }
});
g.add_vertex('B', new Dictionary <char, int>()
{
{ 'A', 7 }, { 'F', 2 }
});
g.add_vertex('C', new Dictionary <char, int>()
{
{ 'A', 8 }, { 'F', 6 }, { 'G', 4 }
});
g.add_vertex('D', new Dictionary <char, int>()
{
{ 'F', 8 }
});
g.add_vertex('E', new Dictionary <char, int>()
{
{ 'H', 1 }
});
g.add_vertex('F', new Dictionary <char, int>()
{
{ 'B', 2 }, { 'C', 6 }, { 'D', 8 }, { 'G', 9 }, { 'H', 3 }
});
g.add_vertex('G', new Dictionary <char, int>()
{
{ 'C', 4 }, { 'F', 9 }
});
g.add_vertex('H', new Dictionary <char, int>()
{
{ 'E', 1 }, { 'F', 3 }
});
g.shortest_path('A', 'H').ForEach(x => Console.WriteLine(x));
Console.ReadKey();
}
public static void Main(string[] args)
{
Graph g = new Graph();
g.add_vertex('A', new Dictionary<char, int>() {{'B', 7}, {'C', 8}});
g.add_vertex('B', new Dictionary<char, int>() {{'A', 7}, {'F', 2}});
g.add_vertex('C', new Dictionary<char, int>() {{'A', 8}, {'F', 6}, {'G', 4}});
g.add_vertex('D', new Dictionary<char, int>() {{'F', 8}});
g.add_vertex('E', new Dictionary<char, int>() {{'H', 1}});
g.add_vertex('F', new Dictionary<char, int>() {{'B', 2}, {'C', 6}, {'D', 8}, {'G', 9}, {'H', 3}});
g.add_vertex('G', new Dictionary<char, int>() {{'C', 4}, {'F', 9}});
g.add_vertex('H', new Dictionary<char, int>() {{'E', 1}, {'F', 3}});
g.shortest_path('A', 'H').ForEach( x => Console.WriteLine(x) );
}
public static void Main(string[] args)
{
Graph g = new Graph();
g.add_vertex('A', new Dictionary <char, int>()
{
{ 'B', 20 }
});
g.add_vertex('B', new Dictionary <char, int>()
{
{ 'A', 20 }, { 'C', 10 }, { 'E', 30 }, { 'J', 90 }, { 'H', 50 }
});
g.add_vertex('C', new Dictionary <char, int>()
{
{ 'B', 10 }, { 'D', 30 }
});
g.add_vertex('D', new Dictionary <char, int>()
{
{ 'C', 30 }, { 'F', 60 }, { 'E', 50 }
});
g.add_vertex('E', new Dictionary <char, int>()
{
{ 'D', 50 }, { 'F', 20 }, { 'G', 30 }
});
g.add_vertex('F', new Dictionary <char, int>()
{
{ 'E', 20 }, { 'G', 40 }, { 'L', 100 }
});
g.add_vertex('G', new Dictionary <char, int>()
{
{ 'B', 50 }, { 'J', 30 }, { 'L', 40 }
});
g.add_vertex('H', new Dictionary <char, int>()
{
{ 'I', 90 }
});
g.add_vertex('I', new Dictionary <char, int>()
{
{ 'H', 90 }, { 'J', 40 }, { 'K', 90 }
});
g.add_vertex('J', new Dictionary <char, int>()
{
{ 'I', 40 }, { 'K', 40 }, { 'G', 30 }
});
g.add_vertex('K', new Dictionary <char, int>()
{
{ 'M', 20 }, { 'L', 30 }
});
g.add_vertex('L', new Dictionary <char, int>()
{
{ 'F', 100 }, { 'K', 30 }
});
g.add_vertex('M', new Dictionary <char, int>()
{
{ 'K', 20 }
});
BB:
Console.Write("Baslangıç: ");
char baslangıc = Convert.ToChar(Console.ReadLine().ToUpper());
Console.Write("Bitiş: ");
char bitis = Convert.ToChar(Console.ReadLine().ToUpper());
ArrayList dizi = new ArrayList();
foreach (var item in g.shortest_path(baslangıc, bitis))
{
dizi.Add(item);
}
dizi.Add(baslangıc);
Console.WriteLine("----BAŞLANGIÇ---");
dizi.Reverse();
foreach (var item in dizi)
{
Console.WriteLine(item + " ");
}
Console.WriteLine("----BİTİŞ-------");
g.yolhesapla(dizi);
g.lambahesapla(dizi);
goto BB;
}