/// <summary>
/// Gi menuva mestata na soodvetnite figuri
/// </summary>
/// <param name="direction"> pravec na menuvanje</param>
/// <returns>true dokolku e vozmozna zamena, inaku false</returns>
public bool swap(Egg.Direction direction)
{
currDir = direction;
//menuvanje mesta so blok ne e dozvoleno
if (Table[currEgg.X, currEgg.Y].isBrick()) return false;
//vo zavisnost od pravecot se menuva pozicijata i mesto vo tabelata
//currDir se menuva vo obratna nasoka bidejki se zameneti poziciite
switch (direction)
{
case Egg.Direction.Up:
if (currEgg.X - 1 >= 0)
{
if (Table[currEgg.X - 1, currEgg.Y].isBrick()) return false;
Egg tmp = Table[currEgg.X, currEgg.Y];
Table[currEgg.X, currEgg.Y] = Table[currEgg.X - 1, currEgg.Y];
Table[currEgg.X - 1, currEgg.Y] = tmp;
int y = Table[currEgg.X, currEgg.Y].position.Y;
Table[currEgg.X, currEgg.Y].position = new Point(Table[currEgg.X, currEgg.Y].position.X, Table[currEgg.X - 1, currEgg.Y].position.Y);
Table[currEgg.X - 1, currEgg.Y].position = new Point(Table[currEgg.X, currEgg.Y].position.X, y);
currDir = Egg.Direction.Down;
return true;
}
break;
case Egg.Direction.Right:
if (currEgg.Y + 1 < TableSize.Width)
{
if (Table[currEgg.X, currEgg.Y+1].isBrick()) return false;
Egg tmp = Table[currEgg.X, currEgg.Y];
Table[currEgg.X, currEgg.Y] = Table[currEgg.X, currEgg.Y + 1];
Table[currEgg.X, currEgg.Y + 1] = tmp;
int x = Table[currEgg.X, currEgg.Y].position.X;
Table[currEgg.X, currEgg.Y].position = new Point(Table[currEgg.X, currEgg.Y + 1].position.X, Table[currEgg.X, currEgg.Y].position.Y);
Table[currEgg.X, currEgg.Y + 1].position = new Point(x, Table[currEgg.X, currEgg.Y].position.Y);
currDir = Egg.Direction.Left;
return true;
}
break;
case Egg.Direction.Left:
if (currEgg.Y - 1 >= 0)
{
if (Table[currEgg.X, currEgg.Y-1].isBrick()) return false;
Egg tmp = Table[currEgg.X, currEgg.Y];
Table[currEgg.X, currEgg.Y] = Table[currEgg.X, currEgg.Y - 1];
Table[currEgg.X, currEgg.Y - 1] = tmp;
int x = Table[currEgg.X, currEgg.Y].position.X;
Table[currEgg.X, currEgg.Y].position = new Point(Table[currEgg.X, currEgg.Y - 1].position.X, Table[currEgg.X, currEgg.Y].position.Y);
Table[currEgg.X, currEgg.Y - 1].position = new Point(x, Table[currEgg.X, currEgg.Y].position.Y);
currDir = Egg.Direction.Right;
return true;
}
break;
case Egg.Direction.Down:
if (currEgg.X + 1 < TableSize.Height)
{
if (Table[currEgg.X+1, currEgg.Y].isBrick()) return false;
Egg tmp = Table[currEgg.X, currEgg.Y];
Table[currEgg.X, currEgg.Y] = Table[currEgg.X + 1, currEgg.Y];
Table[currEgg.X + 1, currEgg.Y] = tmp;
int y = Table[currEgg.X, currEgg.Y].position.Y;
Table[currEgg.X, currEgg.Y].position = new Point(Table[currEgg.X, currEgg.Y].position.X, Table[currEgg.X + 1, currEgg.Y].position.Y);
Table[currEgg.X + 1, currEgg.Y].position = new Point(Table[currEgg.X, currEgg.Y].position.X, y);
currDir = Egg.Direction.Up;
return true;
}
break;
}
return false;
}
/// <summary>
/// Gi menuva mestata na soodvetnite figuri
/// </summary>
/// <param name="direction"> pravec na menuvanje</param>
/// <returns>true dokolku e vozmozna zamena, inaku false</returns>
public bool swap(Egg.Direction direction)
{
currDir = direction;
//menuvanje mesta so blok ne e dozvoleno
if (Table[currEgg.X, currEgg.Y].isBrick())
{
return(false);
}
//vo zavisnost od pravecot se menuva pozicijata i mesto vo tabelata
//currDir se menuva vo obratna nasoka bidejki se zameneti poziciite
switch (direction)
{
case Egg.Direction.Up:
if (currEgg.X - 1 >= 0)
{
if (Table[currEgg.X - 1, currEgg.Y].isBrick())
{
return(false);
}
Egg tmp = Table[currEgg.X, currEgg.Y];
Table[currEgg.X, currEgg.Y] = Table[currEgg.X - 1, currEgg.Y];
Table[currEgg.X - 1, currEgg.Y] = tmp;
int y = Table[currEgg.X, currEgg.Y].position.Y;
Table[currEgg.X, currEgg.Y].position = new Point(Table[currEgg.X, currEgg.Y].position.X, Table[currEgg.X - 1, currEgg.Y].position.Y);
Table[currEgg.X - 1, currEgg.Y].position = new Point(Table[currEgg.X, currEgg.Y].position.X, y);
currDir = Egg.Direction.Down;
return(true);
}
break;
case Egg.Direction.Right:
if (currEgg.Y + 1 < TableSize.Width)
{
if (Table[currEgg.X, currEgg.Y + 1].isBrick())
{
return(false);
}
Egg tmp = Table[currEgg.X, currEgg.Y];
Table[currEgg.X, currEgg.Y] = Table[currEgg.X, currEgg.Y + 1];
Table[currEgg.X, currEgg.Y + 1] = tmp;
int x = Table[currEgg.X, currEgg.Y].position.X;
Table[currEgg.X, currEgg.Y].position = new Point(Table[currEgg.X, currEgg.Y + 1].position.X, Table[currEgg.X, currEgg.Y].position.Y);
Table[currEgg.X, currEgg.Y + 1].position = new Point(x, Table[currEgg.X, currEgg.Y].position.Y);
currDir = Egg.Direction.Left;
return(true);
}
break;
case Egg.Direction.Left:
if (currEgg.Y - 1 >= 0)
{
if (Table[currEgg.X, currEgg.Y - 1].isBrick())
{
return(false);
}
Egg tmp = Table[currEgg.X, currEgg.Y];
Table[currEgg.X, currEgg.Y] = Table[currEgg.X, currEgg.Y - 1];
Table[currEgg.X, currEgg.Y - 1] = tmp;
int x = Table[currEgg.X, currEgg.Y].position.X;
Table[currEgg.X, currEgg.Y].position = new Point(Table[currEgg.X, currEgg.Y - 1].position.X, Table[currEgg.X, currEgg.Y].position.Y);
Table[currEgg.X, currEgg.Y - 1].position = new Point(x, Table[currEgg.X, currEgg.Y].position.Y);
currDir = Egg.Direction.Right;
return(true);
}
break;
case Egg.Direction.Down:
if (currEgg.X + 1 < TableSize.Height)
{
if (Table[currEgg.X + 1, currEgg.Y].isBrick())
{
return(false);
}
Egg tmp = Table[currEgg.X, currEgg.Y];
Table[currEgg.X, currEgg.Y] = Table[currEgg.X + 1, currEgg.Y];
Table[currEgg.X + 1, currEgg.Y] = tmp;
int y = Table[currEgg.X, currEgg.Y].position.Y;
Table[currEgg.X, currEgg.Y].position = new Point(Table[currEgg.X, currEgg.Y].position.X, Table[currEgg.X + 1, currEgg.Y].position.Y);
Table[currEgg.X + 1, currEgg.Y].position = new Point(Table[currEgg.X, currEgg.Y].position.X, y);
currDir = Egg.Direction.Up;
return(true);
}
break;
}
return(false);
}
