public override void Generate_steps(Board board)
{
PossibleSteps.Clear();
Generate(true, PossibleSteps, board, current);
Generate(false, PossibleSteps, board, current);
Show();
}
public override void Generate_steps(Board board)
{
PossibleSteps.Clear();
Rook.Generate(true, PossibleSteps, board, current);
Rook.Generate(false, PossibleSteps, board, current);
Bishop.Generate(true, PossibleSteps, board, current);
Bishop.Generate(false, PossibleSteps, board, current);
}
public void Generate_for_end(Board board)
{
PossibleSteps.Clear();
for (int i = -1; i < 2; i++)
{
for (int j = -1; j < 2; j++)
{
if (Board.IsCorrectCoordinates(current.X + i, current.Y + j))
{
if (board[current.X + i, current.Y + j].figure == null)
{
PossibleSteps.Add(board[current.X + i, current.Y + j]);
board[current.X + i, current.Y + j].condition = Condition.EmptyWaiting;
}
}
}
}
}
public override void Generate_steps(Board board)
{
PossibleSteps.Clear();
int kv = -1, kh = -1;
for (int i = 1; i <= 2; i++)
{
for (int j = 1; j <= 2; j++)
{
bool ok = Board.IsCorrectCoordinates(current.X + 2 * kv * (int)color, current.Y + kh * (int)color);
if (ok)
{
if (board[current.X + 2 * kv * (int)color, current.Y + kh * (int)color].figure == null)
{
PossibleSteps.Add(board[current.X + 2 * kv * (int)color, current.Y + kh * (int)color]);
board[current.X + 2 * kv * (int)color, current.Y + kh * (int)color].condition = Condition.EmptyWaiting;
}
else
if (board[current.X + 2 * kv * (int)color, current.Y + kh * (int)color].figure.color != Chesses.CurrentColor)
{
PossibleSteps.Add(board[current.X + 2 * kv * (int)color, current.Y + kh * (int)color]);
board[current.X + 2 * kv * (int)color, current.Y + kh * (int)color].condition = Condition.FilledWaiting;
}
}
ok = Board.IsCorrectCoordinates(current.X + kv * (int)color, current.Y + kh * 2 * (int)color);
if (ok)
{
if (board[current.X + kv * (int)color, current.Y + kh * 2 * (int)color].figure == null)
{
PossibleSteps.Add(board[current.X + kv * (int)color, current.Y + kh * 2 * (int)color]);
board[current.X + kv * (int)color, current.Y + kh * 2 * (int)color].condition = Condition.EmptyWaiting;
}
else
if (board[current.X + kv * (int)color, current.Y + kh * 2 * (int)color].figure.color != Chesses.CurrentColor)
{
PossibleSteps.Add(board[current.X + kv * (int)color, current.Y + kh * 2 * (int)color]);
board[current.X + kv * (int)color, current.Y + kh * 2 * (int)color].condition = Condition.FilledWaiting;
}
}
kh *= -1;
}
kv *= -1;
}
}
public override void Generate_steps(Board board)
{
PossibleSteps.Clear();
if (Board.IsCorrectCoordinates(current.X + (int)color, current.Y))
{
if (board[current.X + (int)color, current.Y].figure == null)
{
PossibleSteps.Add(board[current.X + (int)color, current.Y]);
board[current.X + (int)color, current.Y].condition = Condition.EmptyWaiting;
if (isFirstStep)
{
if (board[current.X + 2 * (int)color, current.Y].figure == null)
{
PossibleSteps.Add(board[current.X + 2 * (int)color, current.Y]);
board[current.X + 2 * (int)color, current.Y].condition = Condition.EmptyWaiting;
}
}
}
}
if (Board.IsCorrectCoordinates(current.X + (int)color, current.Y - 1))
{
if (board[current.X + (int)color, current.Y - 1].figure != null &&
board[current.X + (int)color, current.Y - 1].figure.color != color)
{
PossibleSteps.Add(board[current.X + (int)color, current.Y - 1]);
board[current.X + (int)color, current.Y - 1].condition = Condition.FilledWaiting;
}
}
if (Board.IsCorrectCoordinates(current.X + (int)color, current.Y + 1))
{
if (board[current.X + (int)color, current.Y + 1].figure != null &&
board[current.X + (int)color, current.Y + 1].figure.color != color)
{
PossibleSteps.Add(board[current.X + (int)color, current.Y + 1]);
board[current.X + (int)color, current.Y + 1].condition = Condition.FilledWaiting;
}
}
}
public override void Generate_steps(Board board)
{
PossibleSteps.Clear();
for (int i = -1; i < 2; i++)
{
for (int j = -1; j < 2; j++)
{
if (Board.IsCorrectCoordinates(current.X + i, current.Y + j))
{
if (board[current.X + i, current.Y + j].figure == null)
{
PossibleSteps.Add(board[current.X + i, current.Y + j]);
board[current.X + i, current.Y + j].condition = Condition.EmptyWaiting;
}
else
if (board[current.X + i, current.Y + j].figure.color != color)
{
PossibleSteps.Add(board[current.X + i, current.Y + j]);
board[current.X + i, current.Y + j].condition = Condition.FilledWaiting;
}
}
}
}
}
