internal static int CalculateMove(IPlayer MyEngine, IPlayer MyPlayer)
{
if (GetAllRiskyCombinationsOfTwo(MyEngine.Moves, MyPlayer.Moves).Count > 0 &&
GetAllRiskyCombinationsOfTwo(MyEngine.Moves, MyPlayer.Moves).Count < 1)
{
return(BlockingStrategy.WithAllCombinationsCalculateBlock(MyEngine.Moves, MyPlayer.Moves));
}
return(WiningStrategy.CalculateWiningMove(MyEngine.Moves, MyPlayer.Moves));
}
private string Play()
{
switch (MyGame.MyPlayer.Moves.Count)
{
case 1:
MyGame.MyEngine.Moves.Add(BlockingStrategy.FirstMove(MyGame.MyPlayer));
return($" Computer First move is: {MyGame.MyEngine.Moves[0]} ");
case 2:
if (EngineManager.GetAllRiskyCombinationsOfTwo(MyGame.MyEngine.Moves, MyGame.MyPlayer.Moves).Count > 0)
{
MyGame.MyEngine.Moves.Add(BlockingStrategy.WithAllCombinationsCalculateBlock(MyGame.MyEngine.Moves, MyGame.MyPlayer.Moves));
return($" Computer Second move is: {MyGame.MyEngine.Moves[1]} ");
}
MyGame.MyEngine.Moves.Add(WiningStrategy.CalculateWiningMove(MyGame.MyEngine.Moves, MyGame.MyPlayer.Moves));
return($" Computer Second move is: {MyGame.MyEngine.Moves[1]} ");
case 3:
if (WinnerStateChecker.CheckState(MyGame.MyPlayer))
{
return("YOU WIN!");
}
if (EngineManager.GetAllRiskyCombinationsOfTwo(MyGame.MyEngine.Moves, MyGame.MyPlayer.Moves).Count > 0 &&
EngineManager.GetAllRiskyCombinationsOfTwo(MyGame.MyPlayer.Moves, MyGame.MyEngine.Moves).Count < 1)
{
MyGame.MyEngine.Moves.Add(BlockingStrategy.WithAllCombinationsCalculateBlock(MyGame.MyEngine.Moves, MyGame.MyPlayer.Moves));
if (WinnerStateChecker.CheckState(MyGame.MyEngine))
{
return($" Computer Third move is: {MyGame.MyEngine.Moves[2]}, Haha, You loose");
}
return($" Computer Third move is: {MyGame.MyEngine.Moves[2]} ");
}
MyGame.MyEngine.Moves.Add(WiningStrategy.CalculateWiningMove(MyGame.MyEngine.Moves, MyGame.MyPlayer.Moves));
if (WinnerStateChecker.CheckState(MyGame.MyEngine))
{
return($" Computer Third move is: {MyGame.MyEngine.Moves[2]}, oh Haha, You loose");
}
return($" Computer Third move is: {MyGame.MyEngine.Moves[2]} ");
case 4:
if (WinnerStateChecker.CheckState(MyGame.MyPlayer))
{
return("YOU WIN!");
}
if (EngineManager.GetAllRiskyCombinationsOfTwo(MyGame.MyEngine.Moves, MyGame.MyPlayer.Moves).Count > 0 &&
EngineManager.GetAllRiskyCombinationsOfTwo(MyGame.MyPlayer.Moves, MyGame.MyEngine.Moves).Count < 1)
{
MyGame.MyEngine.Moves.Add(BlockingStrategy.WithAllCombinationsCalculateBlock(MyGame.MyEngine.Moves, MyGame.MyPlayer.Moves));
if (WinnerStateChecker.CheckState(MyGame.MyEngine))
{
return($" Computer Fourth move is: {MyGame.MyEngine.Moves[3]}, Haha, You loose");
}
return($" Computer Fourth move is: {MyGame.MyEngine.Moves[3]} ");
}
MyGame.MyEngine.Moves.Add(WiningStrategy.CalculateWiningMove(MyGame.MyEngine.Moves, MyGame.MyPlayer.Moves));
if (WinnerStateChecker.CheckState(MyGame.MyEngine))
{
return($" Computer Fourth move is: {MyGame.MyEngine.Moves[3]}, Haha, You loose");
}
return($" Computer Fourth move is: {MyGame.MyEngine.Moves[3]} ");
case 5:
if (WinnerStateChecker.CheckState(MyGame.MyPlayer))
{
return("YOU WIN!");
}
if (EngineManager.GetAllRiskyCombinationsOfTwo(MyGame.MyEngine.Moves, MyGame.MyPlayer.Moves).Count > 0 &&
EngineManager.GetAllRiskyCombinationsOfTwo(MyGame.MyPlayer.Moves, MyGame.MyEngine.Moves).Count < 1)
{
MyGame.MyEngine.Moves.Add(BlockingStrategy.WithAllCombinationsCalculateBlock(MyGame.MyEngine.Moves, MyGame.MyPlayer.Moves));
if (WinnerStateChecker.CheckState(MyGame.MyEngine))
{
return($" Computer Fifth move is: {MyGame.MyEngine.Moves[4]}, Haha, You loose");
}
return($" Computer Fifth move is: {MyGame.MyEngine.Moves[4]} ");
}
MyGame.MyEngine.Moves.Add(WiningStrategy.CalculateWiningMove(MyGame.MyEngine.Moves, MyGame.MyPlayer.Moves));
if (WinnerStateChecker.CheckState(MyGame.MyEngine))
{
return($" Computer Fifth move is: {MyGame.MyEngine.Moves[4]}, Haha, You loose");
}
return($" Computer Fifth move is: {MyGame.MyEngine.Moves[4]} ");
default:
return("Inesperated Error");
}
}
