public bool move( Play _play )
{
if (!isPtInTable(_play.oldPosition))
return false;
if (!isPtInTable(_play.newPosition))
return false;
TableSquare oldSquare = m_table[_play.oldPosition.X, _play.oldPosition.Y];
TableSquare newSquare = m_table[_play.newPosition.X, _play.newPosition.Y];
Piece pieceEaten = null;
if( oldSquare.Piece == null )
{
// There's no piece moving in this play
return false;
}
// Now we double check if this play is possible
//if( !oldSquare.Piece.vetPossibleMovements.Contains( _play.newPosition ) )
//{
// // Trying to make a move to an invalid position
// return false;
//}
if( newSquare.Piece != null )
{
// Check if a piece is eaten
pieceEaten = newSquare.Piece;
if( oldSquare.Piece.isBlack == pieceEaten.isBlack )
{
// Trying to eat a piece of your own team
return false;
}
}
// Move the piece.
newSquare.Piece = oldSquare.Piece;
oldSquare.Piece = null;
newSquare.Piece.Position = _play.newPosition;
// Hold the eaten piece for later count or something.
if( pieceEaten != null )
{
pieceEaten.SetPosition( -1, -1 );
if( pieceEaten.isBlack )
{
m_vecBlackPieces.Remove( pieceEaten );
m_vecDeadBlackPieces.Add( pieceEaten );
}
else
{
m_vecWhitePieces.Remove( pieceEaten );
m_vecDeadWhitePieces.Add( pieceEaten );
}
if( pieceEaten is King )
m_bCheckMate = true;
}
// Calculate the next possible movements
if( newSquare.Piece.isBlack )
{
//calculateBlackPiecesPosition( false );
calculateWhitePiecesPosition( m_bVerifyCheck );
}
else
{
//calculateWhitePiecesPosition( false );
calculateBlackPiecesPosition( m_bVerifyCheck );
}
// Verify if the game is over (checkmate)
if( m_bVerifyCheck )
{
m_bCheckMate = isInCheckMate( !newSquare.Piece.isBlack );
}
return true;
}
public static Play operator -(Table newTable, Table oldTable)
{
// return the play that represents the difference between these 2 tables.
TableSquare tableSquareNew1 = null,
tableSquareOld1 = null,
tableSquareNew2 = null,
tableSquareOld2 = null;
Point pos1 = new Point(),
pos2 = new Point();
bool bFinish = false;
for (int nRow = 0; nRow < TABLE_SIZE; ++nRow)
{
for (int nCol = 0; nCol < TABLE_SIZE; ++nCol)
{
TableSquare tableSquareTempNew = newTable.m_table[nRow, nCol],
tableSquareTempOld = oldTable.m_table[nRow, nCol];
if ((tableSquareTempNew.Piece == null) && (tableSquareTempOld.Piece == null))
continue;
if ((tableSquareTempNew.Piece != null) && (tableSquareTempOld.Piece != null)
&& tableSquareTempNew.Piece.Equals(tableSquareTempOld.Piece))
continue;
// The piece changed between these two tables.
// Save the positions.
if ((tableSquareNew1 == null) && (tableSquareOld1 == null))
{
tableSquareNew1 = tableSquareTempNew;
tableSquareOld1 = tableSquareTempOld;
pos1.X = nRow;
pos1.Y = nCol;
}
else
{
tableSquareNew2 = tableSquareTempNew;
tableSquareOld2 = tableSquareTempOld;
pos2.X = nRow;
pos2.Y = nCol;
bFinish = true;
break;
}
}
if (bFinish)
break;
}
if (!bFinish)
return null;
Play play = new Play();
if ((tableSquareOld1.Piece != null) && (tableSquareNew1.Piece == null))
{
play.oldPosition = pos1;
play.newPosition = pos2;
}
else if ((tableSquareOld2.Piece != null) && (tableSquareNew2.Piece == null))
{
play.oldPosition = pos2;
play.newPosition = pos1;
}
return play;
}
private List<Table> generateTables(Table table)
{
List<Table> lstTables = new List<Table>();
for (int nRow = 0; nRow < table.TableSize; ++nRow)
{
for (int nCol = 0; nCol < table.TableSize; ++nCol)
{
Table.TableSquare tableSquare = table.getTableSquare(nRow, nCol);
// Verify if the is a piece in this square.
if (tableSquare.Piece == null)
continue;
// Verify if the piece is mine.
if (tableSquare.Piece.isBlack != m_bTeamTemp)
continue;
List<Point> lstPositions = tableSquare.Piece.vetPossibleMovements;
foreach (Point position in lstPositions)
{
Play play = new Play();
play.oldPosition = new Point(nRow, nCol);
play.newPosition = position;
Table newTable = table + play;
lstTables.Add(newTable);
}
}
}
return lstTables;
}
protected bool isValidMove( Point _newPosition )
{
Play play = new Play( );
play.oldPosition = m_position;
play.newPosition = _newPosition;
m_parentTable.VerifyCheck = false;
Table newTable = m_parentTable + play;
m_parentTable.VerifyCheck = true;
if( newTable.isInCheck( m_bBlack ) )
{
return false;
}
return true;
}
protected bool ClickOnTarget(Rectangle rectMouse)
{
if (m_listTargetsMovements == null)
return false;
if (m_listTargetsMovements.Count == 0)
return false;
for (int index = 0; index < m_listTargetsMovements.Count; index++ )
{
Point ptSquare = m_listTargetsMovements[index];
Rectangle rectTarget = m_gameTable.getTableSquare(ptSquare.X, ptSquare.Y).BoundingBox;
if(rectTarget.Intersects(rectMouse) )
{
bool bKilled = false;
if (m_gameTable.getTableSquare(ptSquare.X, ptSquare.Y).Piece != null)
{
bKilled = true;
}
Play play = new Play();
play.newPosition = ptSquare;
play.oldPosition = m_pointSquareSelection;
m_gameTable.move(play);
m_soundKlik.Play();
if (bKilled)
m_soundKill.Play();
return true;
}
}
return false;
}
