private void calculateColumns(XOSymbol xoSymbol, GamePadNode gamePadNode)
{
for (int column = 0; column < gamePadNode.GamePad.GetLength(0); column++)
{
List <XOSymbol> xoSymbolLine = new List <XOSymbol>();
for (int row = 0; row < gamePadNode.GamePad.GetLength(0); row++)
{
xoSymbolLine.Add((XOSymbol)gamePadNode.GamePad.GetValue(row, column));
}
if (isWinningMove(xoSymbol, xoSymbolLine))
{
gamePadNode.IsWinning = true;
return;
}
if (hasPotential(xoSymbol, xoSymbolLine))
{
switch (xoSymbol)
{
case XOSymbol.X:
gamePadNode.XFunction++;
break;
case XOSymbol.O:
gamePadNode.OFunction++;
break;
}
}
}
}
private void calculateColumns(XOSymbol xoSymbol, GamePadNode gamePadNode)
{
for (int column = 0; column < gamePadNode.GamePad.GetLength(0); column++)
{
List<XOSymbol> xoSymbolLine = new List<XOSymbol>();
for (int row = 0; row < gamePadNode.GamePad.GetLength(0); row++)
{
xoSymbolLine.Add((XOSymbol)gamePadNode.GamePad.GetValue(row, column));
}
if (isWinningMove(xoSymbol, xoSymbolLine))
{
gamePadNode.IsWinning = true;
return;
}
if (hasPotential(xoSymbol, xoSymbolLine))
{
switch (xoSymbol)
{
case XOSymbol.X:
gamePadNode.XFunction++;
break;
case XOSymbol.O:
gamePadNode.OFunction++;
break;
}
}
}
}
public void SetGamePad(GamePadNode gamePadNode)
{
this.GamePad = gamePadNode.GamePad;
lblHeuristicValue.Text = gamePadNode.Heurisitic + "";
lblFOValue.Text = gamePadNode.OFunction + "";
lblFXValue.Text = gamePadNode.XFunction + "";
}
private void oFunction(GamePadNode gamePadNode)
{
XOSymbol xoSymbol = XOSymbol.O;
calculateRows(xoSymbol, gamePadNode);
calculateColumns(xoSymbol, gamePadNode);
calculateDiagonals(xoSymbol, gamePadNode);
}
private List <GamePadNode> generateChilds(GamePadNode gamePadNode)
{
List <int> listEmptyCellsIndex;
List <GamePadNode> listGamePadNode = new List <GamePadNode>();
listEmptyCellsIndex = countEmptyCells(gamePadNode.GamePad);
foreach (int currentIndex in listEmptyCellsIndex)
{
GamePadNode childGamePad = new GamePadNode();
childGamePad.GamePad = (XOSymbol[, ])gamePadNode.GamePad.Clone();
childGamePad.GamePad.SetValue(playerSymbol, getRowIndex(currentIndex), getColumnIndex(currentIndex));
childGamePad.GameMove = new GameMove(currentIndex, playerSymbol);
listGamePadNode.Add(childGamePad);
}
return(listGamePadNode);
}
private void calculateDiagonals(XOSymbol xoSymbol, GamePadNode gamePadNode)
{
for (int diagonal = 0; diagonal < 2; diagonal++)
{
List <XOSymbol> xoSymbolLine = new List <XOSymbol>();
for (int row = 0; row < gamePadNode.GamePad.GetLength(0); row++)
{
int column = 0;
switch (diagonal)
{
case 0: column = row;
break;
case 1: column = (gamePadNode.GamePad.GetLength(0) - 1) - row;
break;
}
xoSymbolLine.Add((XOSymbol)gamePadNode.GamePad.GetValue(row, column));
}
if (isWinningMove(xoSymbol, xoSymbolLine))
{
gamePadNode.IsWinning = true;
return;
}
if (hasPotential(xoSymbol, xoSymbolLine))
{
switch (xoSymbol)
{
case XOSymbol.X:
gamePadNode.XFunction++;
break;
case XOSymbol.O:
gamePadNode.OFunction++;
break;
}
}
}
}
private void calculateHeuristic(GamePadNode gamePadNode)
{
xFunction(gamePadNode);
oFunction(gamePadNode);
}
private void xFunction(GamePadNode gamePadNode)
{
XOSymbol xoSymbol = XOSymbol.X;
calculateRows(xoSymbol, gamePadNode);
calculateColumns(xoSymbol, gamePadNode);
calculateDiagonals(xoSymbol, gamePadNode);
}
private List<GamePadNode> generateChilds(GamePadNode gamePadNode)
{
List<int> listEmptyCellsIndex;
List<GamePadNode> listGamePadNode = new List<GamePadNode>();
listEmptyCellsIndex = countEmptyCells(gamePadNode.GamePad);
foreach (int currentIndex in listEmptyCellsIndex)
{
GamePadNode childGamePad = new GamePadNode();
childGamePad.GamePad = (XOSymbol[,])gamePadNode.GamePad.Clone();
childGamePad.GamePad.SetValue(playerSymbol, getRowIndex(currentIndex), getColumnIndex(currentIndex));
childGamePad.GameMove = new GameMove(currentIndex, playerSymbol);
listGamePadNode.Add(childGamePad);
}
return listGamePadNode;
}
private void calculateHeuristic(GamePadNode gamePadNode)
{
xFunction(gamePadNode);
oFunction(gamePadNode);
}
private void calculateDiagonals(XOSymbol xoSymbol, GamePadNode gamePadNode)
{
for (int diagonal = 0; diagonal < 2; diagonal++)
{
List<XOSymbol> xoSymbolLine = new List<XOSymbol>();
for (int row = 0; row < gamePadNode.GamePad.GetLength(0); row++)
{
int column = 0;
switch (diagonal)
{
case 0: column = row;
break;
case 1: column = (gamePadNode.GamePad.GetLength(0) - 1) - row;
break;
}
xoSymbolLine.Add((XOSymbol)gamePadNode.GamePad.GetValue(row, column));
}
if (isWinningMove(xoSymbol, xoSymbolLine))
{
gamePadNode.IsWinning = true;
return;
}
if (hasPotential(xoSymbol, xoSymbolLine))
{
switch (xoSymbol)
{
case XOSymbol.X:
gamePadNode.XFunction++;
break;
case XOSymbol.O:
gamePadNode.OFunction++;
break;
}
}
}
}
public void AddGamePad(GamePadNode gamePadNode)
{
pnlGamePads.Controls.Add(new TracingGamePadUC(gamePadNode));
}
public TracingGamePadUC(GamePadNode gamePadNode)
: this()
{
SetGamePad(gamePadNode);
}