public TieData(TieData DrawDataPassed)
{
whiteRequestsDraw = DrawDataPassed.whiteRequestsDraw;
blackRequestsDraw = DrawDataPassed.blackRequestsDraw;
numberOfTurnsPlayed = DrawDataPassed.numberOfTurnsPlayed;
numberOfTurns3Piece = DrawDataPassed.numberOfTurns3Piece;
numberOfTurns5Turn = DrawDataPassed.numberOfTurns5Turn;
numberOfTurnsNoStrike = DrawDataPassed.numberOfTurnsNoStrike;
boardHistory = new List <Char[]>();
boardHistory.AddRange(DrawDataPassed.boardHistory);
tieMessage = DrawDataPassed.tieMessage;
isTie = DrawDataPassed.isTie;
}
public BoardData(InitialBoardStates chosenStart, string colorPlayerStart)
{
currentPlayer = colorPlayerStart;
currentOpponent = "w";
if (colorPlayerStart == "w")
{
currentOpponent = "b";
}
//Fill in the playField
playField = new char[100];
PlacePieces(chosenStart);
//Find all current valid moves
currentValidMoves = new MoveData(currentPlayer, playField);
// Construct the DrawData
currentTieData = new TieData();
textForDebuggingAi = new List <string>();
}
private BoardData(char[] endPlayFieldPassed, BoardData boardDataPassed)
{
// Copy the boardData
playField = new Char[100];
for (int i = 0; i < 100; i++)
{
playField[i] = endPlayFieldPassed[i];
}
// The playField needs to be updated
RemoveStrikedPieces();
ChangeDisksIntoDammen();
// Who is the current player and who is the opponent
currentPlayer = boardDataPassed.currentPlayer;
currentOpponent = boardDataPassed.currentOpponent;
// Next Turn
SwitchPlayer();
//Find the current Valid Moves
currentValidMoves = new MoveData(currentPlayer, playField);
//Debugging Stuff
/*
* string writeToConsole = "";
* for (int i = 0; i < 100; i++)
* {
* if(i%10 == 0)
* {
* writeToConsole += "\n";
* }
* writeToConsole += playField[i];
* }
* Console.WriteLine(writeToConsole);
*/
//Copy the DrawData
currentTieData = new TieData(boardDataPassed.currentTieData);
UpdataTieData();
}
