public void SaveToMemory(BoardCoordinates i_BoardCoordinates)
{
if (!r_Memory.Contains(i_BoardCoordinates))
{
this.r_Memory.Insert(0, i_BoardCoordinates);
}
}
public void EraseLastMoveFromBoard(BoardCoordinates i_GuessedCardCoordinates)
{
Card wronglyGuessedCard = this.GetCardByCoordinates(i_GuessedCardCoordinates);
wronglyGuessedCard.Exposed = false;
this.m_CardTemporaryExposedByPlayer.Exposed = false;
}
public bool GuessCard(BoardCoordinates i_BoardCoordinates)
{
bool guessWasCorrect = false;
Card guessedCard = this.GetCardByCoordinates(i_BoardCoordinates);
guessedCard.Exposed = true;
if (this.m_CardTemporaryExposedByPlayer.Letter == guessedCard.Letter)
{
this.m_NumberOfExposedPairs += 1;
guessWasCorrect = true;
}
return(guessWasCorrect);
}
public void ExposeCard(BoardCoordinates i_BoardCoordinates)
{
this.m_CardTemporaryExposedByPlayer = this.r_GameBoard[i_BoardCoordinates.Row, i_BoardCoordinates.Column];
this.m_CardTemporaryExposedByPlayer.Exposed = true;
}
public bool IsCardExposed(BoardCoordinates i_BoardCoordinates)
{
return(this.GetCardByCoordinates(i_BoardCoordinates).Exposed);
}
public Card GetCardByCoordinates(BoardCoordinates i_CardCoordinates)
{
return(this.r_GameBoard[i_CardCoordinates.Row, i_CardCoordinates.Column]);
}
public BoardCoordinates[] GetCardsForNextMove(GameBoard i_GameBoard)
{
List <BoardCoordinates> possibleBoardCoordinates = new List <BoardCoordinates>();
int heightOfBoard = i_GameBoard.GetHeightOfBoard();
int lengthOfBoard = i_GameBoard.GetLengthOfBoard();
for (int i = 0; i < heightOfBoard; i++)
{
for (int j = 0; j < lengthOfBoard; j++)
{
BoardCoordinates currentBoardCoordinates = new BoardCoordinates(i, j);
if (!possibleBoardCoordinates.Contains(currentBoardCoordinates) && !i_GameBoard.GetCardByCoordinates(currentBoardCoordinates).Exposed)
{
possibleBoardCoordinates.Add(currentBoardCoordinates);
}
}
}
Random rnd = new Random();
int firstCardIdx = rnd.Next(0, possibleBoardCoordinates.Count);
BoardCoordinates firstChoiceOfCoordinates = possibleBoardCoordinates.ElementAt(firstCardIdx);
possibleBoardCoordinates.Remove(firstChoiceOfCoordinates);
int secondCardIdx = rnd.Next(0, possibleBoardCoordinates.Count);
BoardCoordinates secondChoiceOfCoordinates = possibleBoardCoordinates.ElementAt(secondCardIdx);
///this.r_Memory.Remove(firstChoiceBoardCoordinates);
////if (this.r_AiMode == eAiModes.Genius)
////{
//// bool found = false;
//// foreach (BoardCoordinates boardCoordinates1 in this.r_Memory)
//// {
//// if (found)
//// {
//// break;
//// }
//// foreach (BoardCoordinates boardCoordinates2 in this.r_Memory)
//// {
//// if (i_GameBoard.GetCardByCoordinates(boardCoordinates1).Letter == i_GameBoard.GetCardByCoordinates(boardCoordinates2).Letter &&
//// boardCoordinates1.Column != boardCoordinates2.Column && boardCoordinates1.Row != boardCoordinates2.Row)
//// {
//// secondChoiceBoardCoordinates = boardCoordinates2;
//// firstChoiceBoardCoordinates = boardCoordinates1;
//// found = true;
//// break;
//// }
//// }
//// }
////}
////else if (this.r_AiMode != eAiModes.Random && this.r_Memory.Any())
////{
//// int cardsCheckedForMatch = 0;
//// foreach (BoardCoordinates boardCoordinates in this.r_Memory)
//// {
//// if (cardsCheckedForMatch > this.r_MemoryDepth)
//// {
//// break;
//// }
//// if (i_GameBoard.GetCardByCoordinates(firstChoiceBoardCoordinates).Letter == i_GameBoard.GetCardByCoordinates(boardCoordinates).Letter)
//// {
//// secondChoiceBoardCoordinates = boardCoordinates;
//// }
//// cardsCheckedForMatch++;
//// }
////}
////this.r_Memory.Remove(secondChoiceBoardCoordinates);
return(new[] { firstChoiceOfCoordinates, secondChoiceOfCoordinates });
}
