public PuzzleCell FindCell(short cellNumber)
{
//*** FIND THE ROW AND COLUMN OF A SPECIFIC CELL GIVEN THE CELL NUMBER***
//first check if (cell number > 0) and (cellnumber < (_numRows * _numRows)) the maximun number of cells
//Debug.Assert(cellNumber < _numRows * _numRows && cellNumber > 0);
//Find a cell buy going through the puzzle one cell at a time untill the cell if found
if ((cellNumber < (_numRows * _numRows)) && cellNumber > 0)
{
for (int r = 0; r < _numRows; r++)
{
for (int c = 0; c < _numRows; c++)
{
if (_cells[r, c] == cellNumber)
{
_foundCell = new PuzzleCell(r, c, cellNumber);
}
}
}
}
else
{
//if the cell is not found show error a message.
//Debug.Assert(false, "Should have found a matching cell");
_foundCell = new PuzzleCell(-1, -1, -1);
}
return(_foundCell);
}
public PuzzleCell MovePiece(int row, int col)
{
try
{
//*** MOVE THE SELECTED TILE INTO THE EMPTY CELL ****
// As long as the move status is not = 'BadMove', find the direction the tile can move
// Debug.Assert(GetMoveStatus(row, col) != MoveStatus.BadMove);
//move only if it is one of ther permissible moves
MoveStatus _move = GetMoveStatus(row, col);
if (_move != MoveStatus.BadMove)
{
_cell = new PuzzleCell(_emptyRow, _emptyCol, EmptyCellId);
short origCell = _cells[row, col]; //find the location of the empty cell in the cell array
//swap the original cell with the empty cell in the cell array
_cells[_emptyRow, _emptyCol] = origCell;
_cells[row, col] = EmptyCellId;
//swap the empty cell's row and col with the original cell
_emptyCol = col;
_emptyRow = row;
}
return(_cell); //return the cell of the newly opened position
}
catch (Exception ex)
{
MessageBox.Show("The error is :" + ex.ToString(), "Error", MessageBoxButton.OK, MessageBoxImage.Error);
return(_cell);
}
}
public void MixUpPuzzle()
{
_puzzleLogic.MixUpPuzzle(); //Call MixUpPuzzle to shuffle and move the puzzles
short cellNumber = 1;
foreach (Button b in Children)
{
PuzzleCell location = _puzzleLogic.FindCell(cellNumber++);
b.SetValue(ColumnProperty, location.Col);
b.SetValue(RowProperty, location.Row);
}
}
public PuzzleCell MovePiece(int row, int col)
{
try
{
//*** MOVE THE SELECTED TILE INTO THE EMPTY CELL ****
// As long as the move status is not = 'BadMove', find the direction the tile can move
// Debug.Assert(GetMoveStatus(row, col) != MoveStatus.BadMove);
//move only if it is one of ther permissible moves
MoveStatus _move = GetMoveStatus(row, col);
if (_move != MoveStatus.BadMove)
{
_cell = new PuzzleCell(_emptyRow, _emptyCol, EmptyCellId);
short origCell = _cells[row, col]; //find the location of the empty cell in the cell array
//swap the original cell with the empty cell in the cell array
_cells[_emptyRow, _emptyCol] = origCell;
_cells[row, col] = EmptyCellId;
//swap the empty cell's row and col with the original cell
_emptyCol = col;
_emptyRow = row;
}
return _cell; //return the cell of the newly opened position
}
catch (Exception ex)
{
MessageBox.Show("The error is :" + ex.ToString(), "Error", MessageBoxButton.OK, MessageBoxImage.Error);
return _cell;
}
}
public PuzzleCell FindCell(short cellNumber)
{
//*** FIND THE ROW AND COLUMN OF A SPECIFIC CELL GIVEN THE CELL NUMBER***
//first check if (cell number > 0) and (cellnumber < (_numRows * _numRows)) the maximun number of cells
//Debug.Assert(cellNumber < _numRows * _numRows && cellNumber > 0);
//Find a cell buy going through the puzzle one cell at a time untill the cell if found
if ((cellNumber < (_numRows*_numRows)) && cellNumber > 0)
{
for (int r = 0; r < _numRows; r++)
{
for (int c = 0; c < _numRows; c++)
{
if (_cells[r, c] == cellNumber)
{
_foundCell = new PuzzleCell(r, c, cellNumber);
}
}
}
}
else
{
//if the cell is not found show error a message.
//Debug.Assert(false, "Should have found a matching cell");
_foundCell = new PuzzleCell(-1, -1, -1);
}
return _foundCell;
}
