//метод поиска ближайшего к въезду в парковку парковочного места
private ParkingPlace FindParkingPlace(TypeOfCar type)
{
ParkingPlace res = map.ParkingPlaces.OrderBy(pp => Vector2.Distance(map.EntranceVertex.Position, pp.VertexOnGraph.Position)).FirstOrDefault(pp => pp.Type == type && pp.IsEmpty);
return(res);
}
public ParkingManager(ParkingPlace parking)
{
_parking = parking;
}
//метод таймера добавления машин на сцену
private void AddCarsOnScene(Object myObject, EventArgs myEventArgs)
{
addCarTimer.Stop();
addCarTimer.Interval = GetInterval();
TryFunc <Vertex, IEnumerable <Edge <Vertex> > > tryGetPath;
Random rnd = new Random();
int needParking = rnd.Next(3);
int type = rnd.Next(4);
int parkingPeriod = rnd.Next(5, 20) * 4;
float tarif;
TypeOfCar typeOfCar;
if (type != 1)
{
typeOfCar = TypeOfCar.Automobile;
tarif = settings.TarifAuto;
}
else
{
typeOfCar = TypeOfCar.Lorry;
tarif = settings.TarifLorry;
}
Car car = new Car(typeOfCar, 1.0f);
Vertex finishVertex;
IEnumerable <Edge <Vertex> > path;
if (needParking == 1)
{
tryGetPath = map.Graph.ShortestPathsDijkstra(e => { if (e.Target == map.EntranceVertex)
{
return(999);
}
else
{
return(1);
} }, map.StartVertex); // метод поиска кратчайшего пути от начальной вершины графа к парковочному месту (Алгоритм Дейкстры)
ParkingPlace place = FindParkingPlace(typeOfCar);
if (place == null)
{
finishVertex = map.EndVertex;
}
else
{
finishVertex = place.VertexOnGraph;
place.Take(car, new TimeSpan(0, 0, parkingPeriod));
MoneyInCash += tarif * parkingPeriod;
}
}
else
{
tryGetPath = map.Graph.ShortestPathsDijkstra(e => 1, map.StartVertex); // метод поиска кратчайшего пути от начальной вершины графа к конечной вершине (Алгоритм Дейкстры)
finishVertex = map.EndVertex;
}
if (tryGetPath(finishVertex, out path))
{
car.Path = path;
}
cars.Add(car);
addCarTimer.Start();
}
public static ParkingMap CreateLittleMap()
{
ParkingMap result = new ParkingMap("Малая карта", 800, 600);
//создаём вершины графа
Vertex v1 = new Vertex(1, new Vector2(850, 525));
Vertex v2 = new Vertex(2, new Vector2(600, 525));
Vertex v3 = new Vertex(3, new Vector2(580, 400));
Vertex v4 = new Vertex(4, new Vector2(450, 400));
Vertex v5 = new Vertex(5, new Vector2(700, 400));
Vertex v6 = new Vertex(6, new Vector2(580, 300));
Vertex v7 = new Vertex(7, new Vector2(450, 300));
Vertex v8 = new Vertex(8, new Vector2(700, 300));
Vertex v9 = new Vertex(9, new Vector2(580, 200));
Vertex v10 = new Vertex(10, new Vector2(450, 200));
Vertex v11 = new Vertex(11, new Vector2(700, 200));
Vertex v12 = new Vertex(12, new Vector2(580, 100));
Vertex v13 = new Vertex(13, new Vector2(450, 100));
Vertex v14 = new Vertex(14, new Vector2(700, 100));
Vertex v15 = new Vertex(15, new Vector2(540, 30));
Vertex v16 = new Vertex(16, new Vector2(450, 30));
Vertex v17 = new Vertex(17, new Vector2(300, 30));
Vertex v18 = new Vertex(18, new Vector2(300, 100));
Vertex v19 = new Vertex(19, new Vector2(125, 100));
Vertex v20 = new Vertex(20, new Vector2(300, 200));
Vertex v21 = new Vertex(21, new Vector2(125, 200));
Vertex v22 = new Vertex(22, new Vector2(300, 300));
Vertex v23 = new Vertex(23, new Vector2(125, 300));
Vertex v24 = new Vertex(24, new Vector2(300, 400));
Vertex v25 = new Vertex(25, new Vector2(125, 400));
Vertex v26 = new Vertex(26, new Vector2(300, 525));
Vertex v27 = new Vertex(27, new Vector2(125, 525));
Vertex v28 = new Vertex(28, new Vector2(-50, 525));
Vertex v29 = new Vertex(29, new Vector2(450, 525));
//добавляем рёбра графа
result.AddEdge(v1, v2);
result.AddEdge(v2, v3);
result.AddEdge(v3, v4);
result.AddEdge(v3, v5);
result.AddEdge(v3, v6);
result.AddEdge(v6, v7);
result.AddEdge(v6, v8);
result.AddEdge(v6, v9);
result.AddEdge(v9, v10);
result.AddEdge(v9, v11);
result.AddEdge(v9, v12);
result.AddEdge(v12, v13);
result.AddEdge(v12, v14);
result.AddEdge(v12, v15);
result.AddEdge(v15, v16);
result.AddEdge(v16, v17);
result.AddEdge(v17, v18);
result.AddEdge(v18, v19);
result.AddEdge(v18, v20);
result.AddEdge(v20, v21);
result.AddEdge(v20, v22);
result.AddEdge(v22, v23);
result.AddEdge(v22, v24);
result.AddEdge(v24, v25);
result.AddEdge(v24, v26);
result.AddEdge(v26, v27);
result.AddEdge(v27, v28);
result.AddEdge(v2, v29);
result.AddEdge(v29, v26);
result.AddEdge(v4, v3);
result.AddEdge(v5, v3);
result.AddEdge(v7, v6);
result.AddEdge(v8, v6);
result.AddEdge(v10, v9);
result.AddEdge(v11, v9);
result.AddEdge(v13, v12);
result.AddEdge(v14, v12);
result.AddEdge(v19, v18);
result.AddEdge(v21, v20);
result.AddEdge(v23, v22);
result.AddEdge(v25, v24);
//создаём парковочные места
ParkingPlace p1 = new ParkingPlace(1, v4, TypeOfCar.Automobile);
ParkingPlace p2 = new ParkingPlace(2, v7, TypeOfCar.Automobile);
ParkingPlace p3 = new ParkingPlace(3, v10, TypeOfCar.Automobile);
ParkingPlace p4 = new ParkingPlace(4, v13, TypeOfCar.Automobile);
ParkingPlace p5 = new ParkingPlace(5, v5, TypeOfCar.Automobile);
ParkingPlace p6 = new ParkingPlace(6, v8, TypeOfCar.Automobile);
ParkingPlace p7 = new ParkingPlace(7, v11, TypeOfCar.Automobile);
ParkingPlace p8 = new ParkingPlace(8, v14, TypeOfCar.Automobile);
ParkingPlace p1L = new ParkingPlace(1, v25, TypeOfCar.Lorry);
ParkingPlace p2L = new ParkingPlace(2, v23, TypeOfCar.Lorry);
ParkingPlace p3L = new ParkingPlace(3, v21, TypeOfCar.Lorry);
ParkingPlace p4L = new ParkingPlace(4, v19, TypeOfCar.Lorry);
result.ParkingPlaces = new[] { p1, p2, p3, p4, p5, p6, p7, p8, p1L, p2L, p3L, p4L };
result.StartVertex = v1;
result.EndVertex = v28;
result.EntranceVertex = v29;
result.MoveBorderY = 450;
return(result);
}
public static ParkingMap CreateBigMap()
{
ParkingMap result = new ParkingMap("Большая карта", 800, 700);
//создаём вершины графа
Vertex v1 = new Vertex(1, new Vector2(850, 625));
Vertex v2 = new Vertex(2, new Vector2(590, 625));
Vertex v3 = new Vertex(3, new Vector2(425, 625));
Vertex v4 = new Vertex(4, new Vector2(275, 625));
Vertex v5 = new Vertex(5, new Vector2(125, 625));
Vertex v6 = new Vertex(6, new Vector2(-50, 625));
Vertex v9 = new Vertex(9, new Vector2(700, 475));
Vertex v7 = new Vertex(7, new Vector2(575, 475));
Vertex v8 = new Vertex(8, new Vector2(425, 475));
Vertex v33 = new Vertex(33, new Vector2(275, 475));
Vertex v34 = new Vertex(34, new Vector2(125, 475));
Vertex v11 = new Vertex(11, new Vector2(700, 375));
Vertex v10 = new Vertex(10, new Vector2(575, 375));
Vertex v12 = new Vertex(12, new Vector2(425, 375));
Vertex v31 = new Vertex(31, new Vector2(275, 375));
Vertex v32 = new Vertex(32, new Vector2(125, 375));
Vertex v15 = new Vertex(15, new Vector2(700, 275));
Vertex v13 = new Vertex(13, new Vector2(575, 275));
Vertex v14 = new Vertex(14, new Vector2(425, 275));
Vertex v29 = new Vertex(29, new Vector2(275, 275));
Vertex v30 = new Vertex(30, new Vector2(125, 275));
Vertex v18 = new Vertex(18, new Vector2(700, 175));
Vertex v16 = new Vertex(16, new Vector2(575, 175));
Vertex v17 = new Vertex(17, new Vector2(425, 175));
Vertex v27 = new Vertex(27, new Vector2(275, 175));
Vertex v28 = new Vertex(28, new Vector2(125, 175));
Vertex v21 = new Vertex(21, new Vector2(700, 75));
Vertex v19 = new Vertex(19, new Vector2(575, 75));
Vertex v20 = new Vertex(20, new Vector2(425, 75));
Vertex v25 = new Vertex(25, new Vector2(275, 75));
Vertex v26 = new Vertex(26, new Vector2(125, 75));
Vertex v23 = new Vertex(23, new Vector2(425, 15));
result.AddEdge(v1, v2);
result.AddEdge(v2, v3);
result.AddEdge(v3, v4);
result.AddEdge(v4, v5);
result.AddEdge(v5, v6);
result.AddEdge(v2, v7);
result.AddEdge(v7, v8);
result.AddEdge(v7, v9);
result.AddEdge(v7, v10);
result.AddEdge(v10, v12);
result.AddEdge(v10, v11);
result.AddEdge(v10, v13);
result.AddEdge(v13, v14);
result.AddEdge(v13, v15);
result.AddEdge(v13, v16);
result.AddEdge(v16, v17);
result.AddEdge(v16, v18);
result.AddEdge(v16, v19);
result.AddEdge(v19, v20);
result.AddEdge(v19, v21);
result.AddEdge(v19, v23);
result.AddEdge(v23, v25);
result.AddEdge(v25, v26);
result.AddEdge(v25, v27);
result.AddEdge(v27, v28);
result.AddEdge(v27, v29);
result.AddEdge(v29, v30);
result.AddEdge(v29, v31);
result.AddEdge(v31, v32);
result.AddEdge(v31, v33);
result.AddEdge(v33, v34);
result.AddEdge(v33, v4);
result.AddEdge(v8, v7);
result.AddEdge(v9, v7);
result.AddEdge(v12, v10);
result.AddEdge(v11, v10);
result.AddEdge(v14, v13);
result.AddEdge(v15, v13);
result.AddEdge(v17, v16);
result.AddEdge(v18, v16);
result.AddEdge(v20, v19);
result.AddEdge(v21, v19);
result.AddEdge(v26, v25);
result.AddEdge(v28, v27);
result.AddEdge(v30, v29);
result.AddEdge(v32, v31);
result.AddEdge(v34, v33);
//создаём парковочные места
ParkingPlace p1 = new ParkingPlace(1, v8, TypeOfCar.Automobile);
ParkingPlace p2 = new ParkingPlace(2, v12, TypeOfCar.Automobile);
ParkingPlace p3 = new ParkingPlace(3, v14, TypeOfCar.Automobile);
ParkingPlace p4 = new ParkingPlace(4, v17, TypeOfCar.Automobile);
ParkingPlace p5 = new ParkingPlace(5, v20, TypeOfCar.Automobile);
ParkingPlace p6 = new ParkingPlace(6, v9, TypeOfCar.Automobile);
ParkingPlace p7 = new ParkingPlace(7, v11, TypeOfCar.Automobile);
ParkingPlace p8 = new ParkingPlace(8, v15, TypeOfCar.Automobile);
ParkingPlace p9 = new ParkingPlace(9, v18, TypeOfCar.Automobile);
ParkingPlace p10 = new ParkingPlace(20, v21, TypeOfCar.Automobile);
ParkingPlace p1L = new ParkingPlace(1, v34, TypeOfCar.Lorry);
ParkingPlace p2L = new ParkingPlace(2, v32, TypeOfCar.Lorry);
ParkingPlace p3L = new ParkingPlace(3, v30, TypeOfCar.Lorry);
ParkingPlace p4L = new ParkingPlace(4, v28, TypeOfCar.Lorry);
ParkingPlace p5L = new ParkingPlace(4, v26, TypeOfCar.Lorry);
result.ParkingPlaces = new[] { p1, p2, p3, p4, p5, p6, p7, p8, p9, p10, p1L, p2L, p3L, p4L, p5L };
result.StartVertex = v1;
result.EndVertex = v6;
result.EntranceVertex = v2;
result.MoveBorderY = 600;
return(result);
}
public static ParkingMap CreateBigMap()
{
ParkingMap result = new ParkingMap("Большая карта", 800, 700);
//создаём вершины графа
Vertex v1 = new Vertex(1, new Vector2(850, 625));
Vertex v2 = new Vertex(2, new Vector2(590, 625));
Vertex v3 = new Vertex(3, new Vector2(425, 625));
Vertex v4 = new Vertex(4, new Vector2(275, 625));
Vertex v5 = new Vertex(5, new Vector2(125, 625));
Vertex v6 = new Vertex(6, new Vector2(-50, 625));
Vertex v9 = new Vertex(9, new Vector2(700, 475));
Vertex v7 = new Vertex(7, new Vector2(575, 475));
Vertex v8 = new Vertex(8, new Vector2(425, 475));
Vertex v33 = new Vertex(33, new Vector2(275, 475));
Vertex v34 = new Vertex(34, new Vector2(125, 475));
Vertex v11 = new Vertex(11, new Vector2(700, 375));
Vertex v10 = new Vertex(10, new Vector2(575, 375));
Vertex v12 = new Vertex(12, new Vector2(425, 375));
Vertex v31 = new Vertex(31, new Vector2(275, 375));
Vertex v32 = new Vertex(32, new Vector2(125, 375));
Vertex v15 = new Vertex(15, new Vector2(700, 275));
Vertex v13 = new Vertex(13, new Vector2(575, 275));
Vertex v14 = new Vertex(14, new Vector2(425, 275));
Vertex v29 = new Vertex(29, new Vector2(275, 275));
Vertex v30 = new Vertex(30, new Vector2(125, 275));
Vertex v18 = new Vertex(18, new Vector2(700, 175));
Vertex v16 = new Vertex(16, new Vector2(575, 175));
Vertex v17 = new Vertex(17, new Vector2(425, 175));
Vertex v27 = new Vertex(27, new Vector2(275, 175));
Vertex v28 = new Vertex(28, new Vector2(125, 175));
Vertex v21 = new Vertex(21, new Vector2(700, 75));
Vertex v19 = new Vertex(19, new Vector2(575, 75));
Vertex v20 = new Vertex(20, new Vector2(425, 75));
Vertex v25 = new Vertex(25, new Vector2(275, 75));
Vertex v26 = new Vertex(26, new Vector2(125, 75));
Vertex v23 = new Vertex(23, new Vector2(425, 15));
result.AddEdge(v1, v2);
result.AddEdge(v2, v3);
result.AddEdge(v3, v4);
result.AddEdge(v4, v5);
result.AddEdge(v5, v6);
result.AddEdge(v2, v7);
result.AddEdge(v7, v8);
result.AddEdge(v7, v9);
result.AddEdge(v7, v10);
result.AddEdge(v10, v12);
result.AddEdge(v10, v11);
result.AddEdge(v10, v13);
result.AddEdge(v13, v14);
result.AddEdge(v13, v15);
result.AddEdge(v13, v16);
result.AddEdge(v16, v17);
result.AddEdge(v16, v18);
result.AddEdge(v16, v19);
result.AddEdge(v19, v20);
result.AddEdge(v19, v21);
result.AddEdge(v19, v23);
result.AddEdge(v23, v25);
result.AddEdge(v25, v26);
result.AddEdge(v25, v27);
result.AddEdge(v27, v28);
result.AddEdge(v27, v29);
result.AddEdge(v29, v30);
result.AddEdge(v29, v31);
result.AddEdge(v31, v32);
result.AddEdge(v31, v33);
result.AddEdge(v33, v34);
result.AddEdge(v33, v4);
result.AddEdge(v8, v7);
result.AddEdge(v9, v7);
result.AddEdge(v12, v10);
result.AddEdge(v11, v10);
result.AddEdge(v14, v13);
result.AddEdge(v15, v13);
result.AddEdge(v17, v16);
result.AddEdge(v18, v16);
result.AddEdge(v20, v19);
result.AddEdge(v21, v19);
result.AddEdge(v26, v25);
result.AddEdge(v28, v27);
result.AddEdge(v30, v29);
result.AddEdge(v32, v31);
result.AddEdge(v34, v33);
//создаём парковочные места
ParkingPlace p1 = new ParkingPlace(1, v8, TypeOfCar.Automobile);
ParkingPlace p2 = new ParkingPlace(2, v12, TypeOfCar.Automobile);
ParkingPlace p3 = new ParkingPlace(3, v14, TypeOfCar.Automobile);
ParkingPlace p4 = new ParkingPlace(4, v17, TypeOfCar.Automobile);
ParkingPlace p5 = new ParkingPlace(5, v20, TypeOfCar.Automobile);
ParkingPlace p6 = new ParkingPlace(6, v9, TypeOfCar.Automobile);
ParkingPlace p7 = new ParkingPlace(7, v11, TypeOfCar.Automobile);
ParkingPlace p8 = new ParkingPlace(8, v15, TypeOfCar.Automobile);
ParkingPlace p9 = new ParkingPlace(9, v18, TypeOfCar.Automobile);
ParkingPlace p10 = new ParkingPlace(20, v21, TypeOfCar.Automobile);
ParkingPlace p1L = new ParkingPlace(1, v34, TypeOfCar.Lorry);
ParkingPlace p2L = new ParkingPlace(2, v32, TypeOfCar.Lorry);
ParkingPlace p3L = new ParkingPlace(3, v30, TypeOfCar.Lorry);
ParkingPlace p4L = new ParkingPlace(4, v28, TypeOfCar.Lorry);
ParkingPlace p5L = new ParkingPlace(4, v26, TypeOfCar.Lorry);
result.ParkingPlaces = new[] { p1, p2, p3, p4, p5, p6, p7, p8, p9, p10, p1L, p2L, p3L, p4L, p5L };
result.StartVertex = v1;
result.EndVertex = v6;
result.EntranceVertex = v2;
result.MoveBorderY = 600;
return result;
}
public static ParkingMap CreateLittleMap()
{
ParkingMap result = new ParkingMap("Малая карта", 800, 600);
//создаём вершины графа
Vertex v1 = new Vertex(1, new Vector2(850, 525));
Vertex v2 = new Vertex(2, new Vector2(600, 525));
Vertex v3 = new Vertex(3, new Vector2(580, 400));
Vertex v4 = new Vertex(4, new Vector2(450, 400));
Vertex v5 = new Vertex(5, new Vector2(700, 400));
Vertex v6 = new Vertex(6, new Vector2(580, 300));
Vertex v7 = new Vertex(7, new Vector2(450, 300));
Vertex v8 = new Vertex(8, new Vector2(700, 300));
Vertex v9 = new Vertex(9, new Vector2(580, 200));
Vertex v10 = new Vertex(10, new Vector2(450, 200));
Vertex v11 = new Vertex(11, new Vector2(700, 200));
Vertex v12 = new Vertex(12, new Vector2(580, 100));
Vertex v13 = new Vertex(13, new Vector2(450, 100));
Vertex v14 = new Vertex(14, new Vector2(700, 100));
Vertex v15 = new Vertex(15, new Vector2(540, 30));
Vertex v16 = new Vertex(16, new Vector2(450, 30));
Vertex v17 = new Vertex(17, new Vector2(300, 30));
Vertex v18 = new Vertex(18, new Vector2(300, 100));
Vertex v19 = new Vertex(19, new Vector2(125, 100));
Vertex v20 = new Vertex(20, new Vector2(300, 200));
Vertex v21 = new Vertex(21, new Vector2(125, 200));
Vertex v22 = new Vertex(22, new Vector2(300, 300));
Vertex v23 = new Vertex(23, new Vector2(125, 300));
Vertex v24 = new Vertex(24, new Vector2(300, 400));
Vertex v25 = new Vertex(25, new Vector2(125, 400));
Vertex v26 = new Vertex(26, new Vector2(300, 525));
Vertex v27 = new Vertex(27, new Vector2(125, 525));
Vertex v28 = new Vertex(28, new Vector2(-50, 525));
Vertex v29 = new Vertex(29, new Vector2(450, 525));
//добавляем рёбра графа
result.AddEdge(v1, v2);
result.AddEdge(v2, v3);
result.AddEdge(v3, v4);
result.AddEdge(v3, v5);
result.AddEdge(v3, v6);
result.AddEdge(v6, v7);
result.AddEdge(v6, v8);
result.AddEdge(v6, v9);
result.AddEdge(v9, v10);
result.AddEdge(v9, v11);
result.AddEdge(v9, v12);
result.AddEdge(v12, v13);
result.AddEdge(v12, v14);
result.AddEdge(v12, v15);
result.AddEdge(v15, v16);
result.AddEdge(v16, v17);
result.AddEdge(v17, v18);
result.AddEdge(v18, v19);
result.AddEdge(v18, v20);
result.AddEdge(v20, v21);
result.AddEdge(v20, v22);
result.AddEdge(v22, v23);
result.AddEdge(v22, v24);
result.AddEdge(v24, v25);
result.AddEdge(v24, v26);
result.AddEdge(v26, v27);
result.AddEdge(v27, v28);
result.AddEdge(v2, v29);
result.AddEdge(v29, v26);
result.AddEdge(v4, v3);
result.AddEdge(v5, v3);
result.AddEdge(v7, v6);
result.AddEdge(v8, v6);
result.AddEdge(v10, v9);
result.AddEdge(v11, v9);
result.AddEdge(v13, v12);
result.AddEdge(v14, v12);
result.AddEdge(v19, v18);
result.AddEdge(v21, v20);
result.AddEdge(v23, v22);
result.AddEdge(v25, v24);
//создаём парковочные места
ParkingPlace p1 = new ParkingPlace(1, v4, TypeOfCar.Automobile);
ParkingPlace p2 = new ParkingPlace(2, v7, TypeOfCar.Automobile);
ParkingPlace p3 = new ParkingPlace(3, v10, TypeOfCar.Automobile);
ParkingPlace p4 = new ParkingPlace(4, v13, TypeOfCar.Automobile);
ParkingPlace p5 = new ParkingPlace(5, v5, TypeOfCar.Automobile);
ParkingPlace p6 = new ParkingPlace(6, v8, TypeOfCar.Automobile);
ParkingPlace p7 = new ParkingPlace(7, v11, TypeOfCar.Automobile);
ParkingPlace p8 = new ParkingPlace(8, v14, TypeOfCar.Automobile);
ParkingPlace p1L = new ParkingPlace(1, v25, TypeOfCar.Lorry);
ParkingPlace p2L = new ParkingPlace(2, v23, TypeOfCar.Lorry);
ParkingPlace p3L = new ParkingPlace(3, v21, TypeOfCar.Lorry);
ParkingPlace p4L = new ParkingPlace(4, v19, TypeOfCar.Lorry);
result.ParkingPlaces = new[] { p1, p2, p3, p4, p5, p6, p7, p8, p1L, p2L, p3L, p4L };
result.StartVertex = v1;
result.EndVertex = v28;
result.EntranceVertex = v29;
result.MoveBorderY = 450;
return result;
}
} //парковочное место, соответствующее этой вершине графа, возможно null
//конструктор вершины
public Vertex(int num, Vector2 pos)
{
Number = num;
Position = pos;
Place = null;
}