public void CompMove()
{
// For each combination of dice (because it can happen that using them in a different order has a different result
// e.g. when a piece is taken with the first throw or only one dice is usable on the first throw for a piece
List <List <int> > diceSeqPermut = new List <List <int> >(); // a list of sequences possible from the throw of the dice e.g. diceHi, diceLo or diceLo, diceHi;
BGMoveSet thisMoveSet = new BGMoveSet(); // a moveSet to work with to find all the combinations
bestMoveSet.Clear();
if (aBGRules.IsPossible(myBoard, theirBoard, dice1, dice2)) // check if there's at least one move
{
diceSeqPermut = aBGRules.GetDiceSeqPermut(dice1, dice2); // get dice sequences
foreach (var diceSeq in diceSeqPermut)
{
GetPieceRecurse(thisMoveSet, diceSeq, myBoard, theirBoard);
}
foreach (BGMove move in bestMoveSet.BGMoves)
{
BoardUpdate(myBoard, theirBoard, move.FMove, move.TMove); // update board
}
}
else
{
bestMoveSet.BGMoves.Add(new BGMove {
FMove = 0, TMove = 0, PieceID = 0, SeqOrder = 0, Di = 0, MoveID = 0
});
}
bestMoveSet.Di1 = dice1;
bestMoveSet.Di2 = dice2;
Message = bestMoveSet.GetMessage(GameOver);
Notation = bestMoveSet.GetNotation(false);
IWin = GameOver; // if the games ending now then this player must be the winner
}
// Have turns for comp v comp or 1 round for comp v human
private void HaveAGoC0H1(bool moveMade)
{
// This version supports a human playing against the C# opponent (Player 0)
// called from the play button initially and then from the moveMade event handler
if (players[player].Human == false) //player == PLAYER0) // this should only be true the first time
{
Cout(CompMoveC0());
if (!endGame) // the game may have ended now
{
Cout(PrepForNext()); // if it hasn't then it must be human's go
}
else
{
Cout(FinishGame() + " won.");
}
DisplayBoard(); // HumanPrepV0H1(); // display incl. dice in prep for Human go
}
else // it's a human's go
{
if (moveMade) // i.e. not the first time after pressing play if it's a human go
{
if (CheckMove()) // Move is good
{
BoardUpdate(p1Board, p0Board, aBGBoard.fMove1, aBGBoard.tMove1); // i.e the arrays in main
PrintMove(aBGBoard.fMove1, aBGBoard.tMove1, 0, 0, 0, 0, 0, 0); // i.e. Human move notation
txtMessage.Text = "";
aMoveRec1.Add(aBGBoard.fMove1); // record human moves for replay / undo
aMoveRec1.Add(aBGBoard.fMove1 - aBGBoard.tMove1);
numMoves--; // they may have 2 or 4 to start
if (FindLastPiece(p1Board) == 0) // the game may have ended now
{
UserWin(); // admit defeat
Cout(FinishGame() + " won.");
}
}
DisplayBoard(); // whether its final board pos or human move prep you will want to see the board
if (numMoves <= 0 && !endGame)
{
Cout(PrepForNext());
Cout(CompMoveC0()); // Computer go
if (!endGame) // the game may have ended now
{
Cout(PrepForNext()); // if it hasn't then it must be human's go
}
else // if it has the computer's won
{
Cout(FinishGame() + " won.");
}
DisplayBoard(); // whether its final board pos or human move prep you will want to see the board
}
else // there is more human moving to be done in this turn
{
if (!aBGRules.IsPossible(p1Board, p0Board, di1, di2) && numMoves > 0) // but they can't
{
numMoves = 0;
PrintMove(0, 0, 0, 0, 0, 0, 0, 0);
txtMessage.Text = "There is no possible 2nd move"; // tell them
aMoveRec1.Add(aBGBoard.fMove1); // record human moves for replay / undo
aMoveRec1.Add(aBGBoard.fMove1 - aBGBoard.tMove1);
Cout(PrepForNext()); // and it's the computer's turn
Cout(CompMoveC0()); // Computer go
//txtMessage.Text = message;
if (!endGame) // the game may have ended now
{
Cout(PrepForNext()); // if it hasn't then it must be human's go
}
else
{
Cout(FinishGame() + " won.");
}
DisplayBoard(); // whether its final board pos or human move prep you will want to see the board
}
}
}
// about to wait for human... check they've something they can do
while (!aBGRules.IsPossible(p1Board, p0Board, di1, di2) && !endGame)
{
numMoves = 0; // while we're waiting for the human to be able to move
PrintMove(0, 0, 0, 0, 0, 0, 0, 0); // indicate they can't move
txtMessage.Text = "There is no possible human move";
aMoveRec1.Add(aBGBoard.fMove1); // record human moves for replay / undo
aMoveRec1.Add(aBGBoard.fMove1 - aBGBoard.tMove1);
Cout(PrepForNext());
Cout(CompMoveC0()); // Computer go
//txtMessage.Text = message;
if (!endGame) // the game may have ended now
{
Cout(PrepForNext()); // if it hasn't then it must be human's go
}
else
{
Cout(FinishGame() + " won.");
}
DisplayBoard(); // whether its final board pos or human move prep you will want to see the board
}
}
}