public void solve(int xTarget, int yTarget, int outputMode)
{
isSolved mt_isSolved = new isSolved(false);
bool lengthCheckX = (xTarget - 1) >= 0;
bool lengthCheckY = (yTarget - 1) >= 0;
Vertice dequeue;
Vertice solvedGame = null;
while (!mt_isSolved.b && queue.TryDequeue(out dequeue))
{
Board next = dequeue.state;
List<Vertice> moves = new List<Vertice>(allPossibleMoves(next));
foreach (Vertice v in moves)
{
if (v.state.board[xTarget, yTarget] == 'x')
{
//Vertical + other lengths
bool solveX = false;
if (lengthCheckX)
solveX = (v.state.board[xTarget - 1, yTarget] != 'x') &&
(v.state.board[xTarget + 1, yTarget] == 'x');
else
solveX = (v.state.board[xTarget + 1, yTarget] == 'x');
bool solveY = false;
if (lengthCheckY)
solveY = (v.state.board[xTarget, yTarget - 1] != 'x') &&
(v.state.board[xTarget, yTarget + 1] == 'x');
else
solveX = (v.state.board[xTarget, yTarget + 1] == 'x');
if ((v.state.board[xTarget, yTarget] == 'x') &&
(solveX || solveY))
{
lock (mt_isSolved)
{
mt_isSolved.b = true;
}
}
if (mt_isSolved.b)
solvedGame = v;
}
dequeue.AddChild(v);
queue.Enqueue(v);
if (mt_isSolved.b)
break;
}
}
if (mt_isSolved.b)
{
if (outputMode == 0)
Console.WriteLine(solvedGame.countToRoot());
else
Console.WriteLine(solvedGame.movesToRoot());
}
else if(queue.IsEmpty)
Console.WriteLine("Geen oplossing gevonden");
}
public void solve(int xTarget, int yTarget, int outputMode)
{
isSolved mt_isSolved = new isSolved(false);
bool lengthCheckX = (xTarget - 1) >= 0;
bool lengthCheckY = (yTarget - 1) >= 0;
Vertice dequeue;
Vertice solvedGame = null;
while (!mt_isSolved.b && queue.TryDequeue(out dequeue))
{
Board next = dequeue.state;
List <Vertice> moves = new List <Vertice>(allPossibleMoves(next));
foreach (Vertice v in moves)
{
if (v.state.board[xTarget, yTarget] == 'x')
{
//Vertical + other lengths
bool solveX = false;
if (lengthCheckX)
{
solveX = (v.state.board[xTarget - 1, yTarget] != 'x') &&
(v.state.board[xTarget + 1, yTarget] == 'x');
}
else
{
solveX = (v.state.board[xTarget + 1, yTarget] == 'x');
}
bool solveY = false;
if (lengthCheckY)
{
solveY = (v.state.board[xTarget, yTarget - 1] != 'x') &&
(v.state.board[xTarget, yTarget + 1] == 'x');
}
else
{
solveX = (v.state.board[xTarget, yTarget + 1] == 'x');
}
if ((v.state.board[xTarget, yTarget] == 'x') &&
(solveX || solveY))
{
lock (mt_isSolved)
{
mt_isSolved.b = true;
}
}
if (mt_isSolved.b)
{
solvedGame = v;
}
}
dequeue.AddChild(v);
queue.Enqueue(v);
if (mt_isSolved.b)
{
break;
}
}
}
if (mt_isSolved.b)
{
if (outputMode == 0)
{
Console.WriteLine(solvedGame.countToRoot());
}
else
{
Console.WriteLine(solvedGame.movesToRoot());
}
}
else if (queue.IsEmpty)
{
Console.WriteLine("Geen oplossing gevonden");
}
}
