public void Hole_Restore(int[][] World_Data, Evento[] Event_List, int Xpos, int Ypos, double Lambda_Huecos)
{
Distribution dist = new Distribution();
for (int c = 0; c < Event_List.Length; c++)
{
if (Event_List[c].GetType() == Hole)
{
Hueco hole = (Hueco)Event_List[c];
if ((hole.Xpos == Xpos) && (hole.Ypos == Ypos))
{
for (int i = 0; i < World_Data.Length; i++)
{
for (int k = 0; k < World_Data[0].Length; k++)
{
if (World_Data[i][k] == 20)
{
hole.Xpos = k;
hole.Ypos = i;
hole.Time_of_reaction = dist.nextExponential(Lambda_Huecos);
break;
}
}
}
break;
}
}
}
}
public int[][] Hole_Moving(int[][] World_Data, Hueco hole)
{
Random Uniform_Distribution = new Random();
int Hole_X_Pos, Hole_Y_Pos = 0;
Hole_X_Pos = Uniform_Distribution.Next(41);
Hole_Y_Pos = Uniform_Distribution.Next(22);
while (World_Data[Hole_Y_Pos][Hole_X_Pos] != 0)
{
Hole_X_Pos = Uniform_Distribution.Next(41);
Hole_Y_Pos = Uniform_Distribution.Next(22);
}
World_Data[Hole_Y_Pos][Hole_X_Pos] = 2;
hole.Xpos = Hole_X_Pos;
hole.Ypos = Hole_Y_Pos;
return(World_Data);
}
public int[][] Build_Huecos(int[][] World_Data, int Cant, double Lambda_Huecos)
{
Hueco_list = new Hueco[Cant];
double Time_of_existence;
Random Uniform_Distribution = new Random();
Distribution Builder = new Distribution();
int Xcord, Ycord = 0;
for (int i = 1; i <= Cant; i++)
{
Xcord = Uniform_Distribution.Next(40); //El 23 y el 43 son los índices de la matrix del mundo.
Ycord = Uniform_Distribution.Next(21);
while (World_Data[Ycord][Xcord] != 0)
{
Xcord = Uniform_Distribution.Next(40);
Ycord = Uniform_Distribution.Next(21);
}
Time_of_existence = Builder.nextExponential(Lambda_Huecos);
Hueco_list[i - 1] = new Hueco(Xcord, Ycord, Time_of_existence, i);
World_Data[Ycord][Xcord] = 2;
}
return(World_Data);
}