private bool HorizontalAndVerticalTurn(ComputerButtonSearch cbs)
{
List <ButtonData> rowOrColumnFreeButtons = FreeButtonsData.FindAll(cbs.NameContainsString);
if (rowOrColumnFreeButtons.Count == 2)
{
rowOrColumnFreeButtons[0].Text = "O";
OccupiedButtonsData.Add(rowOrColumnFreeButtons[0]);
FreeButtonsData.Remove(rowOrColumnFreeButtons[0]);
return(true);
}
else
{
return(false);
}
}
private void ComputerFindsBestLine(ComputerButtonSearch cbs)
{
bool turnComplete = false;
bool canWin = true;
List <ButtonData> tmpOccupiedButtons = new List <ButtonData>(OccupiedButtonsData);
int buttonWithO;
while (!turnComplete)
{
cbs.Text4Search = "O";
buttonWithO = tmpOccupiedButtons.FindIndex(cbs.TextContainsString);
if (buttonWithO >= 0 && canWin == true)
{
ComputerFirstOptionTurn(tmpOccupiedButtons, cbs, out turnComplete);
if (turnComplete)
{
return;
}
else
{
canWin = false;
}
}
if (buttonWithO >= 0 && canWin == false)
{
ComputerSecondOptionTurn(tmpOccupiedButtons, buttonWithO, cbs, out turnComplete);
if (turnComplete)
{
return;
}
tmpOccupiedButtons.Remove(tmpOccupiedButtons[buttonWithO]);
}
else
{
Random computerChoice = new Random();
int computerTurn = computerChoice.Next(0, FreeButtonsData.Count);
FreeButtonsData[computerTurn].Text = "O";
OccupiedButtonsData.Add(FreeButtonsData[computerTurn]);
FreeButtonsData.Remove(FreeButtonsData[computerTurn]);
turnComplete = true;
}
}
}
private void ComputerFirstTurn(ComputerButtonSearch cbs, out bool turnComplete)
{
cbs.Text4Search = "O";
int buttonWithO = OccupiedButtonsData.FindIndex(cbs.TextContainsString);
if (buttonWithO < 0)
{
Random computerChoice = new Random();
int computerTurn = computerChoice.Next(0, FreeButtonsData.Count);
FreeButtonsData[computerTurn].Text = "O";
OccupiedButtonsData.Add(FreeButtonsData[computerTurn]);
FreeButtonsData.Remove(FreeButtonsData[computerTurn]);
turnComplete = true;
}
else
{
turnComplete = false;
}
}
private bool BestHorizontalAndVerticalTurn(ComputerButtonSearch cbs, string textForSearch)
{
cbs.Text4Search = textForSearch;
List <ButtonData> rowOrColumnFreeButtons = FreeButtonsData.FindAll(cbs.NameContainsString); //на условном боте 1 фри кнопка
List <ButtonData> allOccupiedBySomeoneButtons = OccupiedButtonsData.FindAll(cbs.TextContainsString); //все кнопки с O
List <ButtonData> rowOrColumnOccupiedBySomeoneButtons = allOccupiedBySomeoneButtons.FindAll(cbs.NameContainsString); //на условном боте 2 кнопки с O
if (rowOrColumnFreeButtons.Count == 1 && rowOrColumnOccupiedBySomeoneButtons.Count == 2)
{
rowOrColumnFreeButtons[0].Text = "O";
OccupiedButtonsData.Add(rowOrColumnFreeButtons[0]);
FreeButtonsData.Remove(rowOrColumnFreeButtons[0]);
return(true);
}
else
{
return(false);
}
}
private bool DiagonalTurn()
{
int firstDiagonalCount = 0;
int secondDiagonalCount = 0;
for (int i = 0; i < DiagonalButtonsData.Count; i++)
{
if (DiagonalButtonsData[i].Name == "buttonBotLeft" || DiagonalButtonsData[i].Name == "buttonMidCenter" || DiagonalButtonsData[i].Name == "buttonTopRight")
{
if (DiagonalButtonsData[i].Text == string.Empty)
{
firstDiagonalCount++;
}
}
}
for (int i = 0; i < DiagonalButtonsData.Count; i++)
{
if (DiagonalButtonsData[i].Name == "buttonBotRight" || DiagonalButtonsData[i].Name == "buttonMidCenter" || DiagonalButtonsData[i].Name == "buttonTopLeft")
{
if (DiagonalButtonsData[i].Text == string.Empty)
{
firstDiagonalCount++;
}
}
}
if (firstDiagonalCount == 3 || secondDiagonalCount == 3)
{
ComputerButtonSearch cbs = new ComputerButtonSearch();
cbs.Name4Search = "buttonMidCenter";
int midButtonNumber = FreeButtonsData.FindIndex(cbs.NameContainsString);
OccupiedButtonsData.Add(FreeButtonsData[midButtonNumber]);
FreeButtonsData.Remove(FreeButtonsData[midButtonNumber]);
return(true);
}
else
{
return(false);
}
}
private bool BestDiagonalTurn(ComputerButtonSearch cbs, string textForSearch)
{
//List<ButtonData> firstDiagonal = new List<ButtonData>() { buttonBotLeft, buttonMidCenter, buttonTopRight };
//List<ButtonData> secondDiagonal = new List<ButtonData>() { buttonBotRight, buttonMidCenter, buttonTopLeft };
List <ButtonData> firstDiagonal = new List <ButtonData>(DiagonalButtonsData);
int tmpPosition1 = 0;
int tmpPosition2 = 0;
for (int i = 0; i < DiagonalButtonsData.Count; i++)
{
if (firstDiagonal[i].Name == "buttonBotRight")
{
tmpPosition1 = i;
}
if (firstDiagonal[i].Name == "buttonTopLeft")
{
tmpPosition2 = i;
}
}
firstDiagonal.Remove(firstDiagonal[tmpPosition1]);
firstDiagonal.Remove(firstDiagonal[tmpPosition2]);
List <ButtonData> secondDiagonal = new List <ButtonData>(DiagonalButtonsData);
for (int i = 0; i < DiagonalButtonsData.Count; i++)
{
if (secondDiagonal[i].Name == "buttonBotLeft")
{
tmpPosition1 = i;
}
if (secondDiagonal[i].Name == "buttonTopRight")
{
tmpPosition2 = i;
}
}
secondDiagonal.Remove(secondDiagonal[tmpPosition1]);
secondDiagonal.Remove(secondDiagonal[tmpPosition2]);
cbs.Text4Search = "";
List <ButtonData> firstDiagonalFreeButtons = firstDiagonal.FindAll(cbs.TextContainsString);
List <ButtonData> secondDiagonalFreeButtons = secondDiagonal.FindAll(cbs.TextContainsString);
cbs.Text4Search = textForSearch;
List <ButtonData> firstDOccupiedBySomeoneButtons = firstDiagonal.FindAll(cbs.TextContainsString);
List <ButtonData> secondDOccupiedBySomeoneButtons = secondDiagonal.FindAll(cbs.TextContainsString);
if (firstDiagonalFreeButtons.Count == 1 && firstDOccupiedBySomeoneButtons.Count == 2)
{
firstDiagonalFreeButtons[0].Text = "O";
OccupiedButtonsData.Add(firstDiagonalFreeButtons[0]);
FreeButtonsData.Remove(firstDiagonalFreeButtons[0]);
return(true);
}
else if (secondDiagonalFreeButtons.Count == 1 && secondDOccupiedBySomeoneButtons.Count == 2)
{
secondDiagonalFreeButtons[0].Text = "O";
OccupiedButtonsData.Add(secondDiagonalFreeButtons[0]);
FreeButtonsData.Remove(secondDiagonalFreeButtons[0]);
return(true);
}
else
{
return(false);
}
}
