public MaryBottins()
{
Dynamite = new Dynamite();
GameplayScores = new GameplayScores();
PredictOpponentMoves = new Dictionary <Move, MovePredictionData>();
PredictMyMoves = new Dictionary <Move, MovePredictionData>();
MoveArray = new[] { Move.R, Move.P, Move.S, Move.W, Move.D };
SuggestMove = new SuggestMove();
foreach (var move in MoveArray)
{
MovePredictionData p1predictMoves = new MovePredictionData(move);
MovePredictionData p2predictMoves = new MovePredictionData(move);
PredictMyMoves.Add(move, p1predictMoves);
PredictOpponentMoves.Add(move, p2predictMoves);
}
}
public Move MakeMove(Gamestate gamestate)
{
Round[] rounds = gamestate.GetRounds();
if (rounds != null && rounds.Length > 2)
{
Move suggestedMove;
Move predictedMove;
UpdateClasses(rounds);
var rand = new Random();
int pick = rand.Next(5);
switch (pick)
{
case 0:
case 1:
case 2:
//case 3:
predictedMove = PredictOpponentMoves[rounds.Last().GetP2()].PredictAMove();
suggestedMove = SuggestMove.CounterTheirMove(predictedMove);
break;
//case 2:
//case 3:
//case 3:
case 6:
predictedMove = PredictMyMoves[rounds.Last().GetP1()].PredictAMove();
suggestedMove = SuggestMove.CounterMyMove(predictedMove);
break;
case 3:
case 4:
suggestedMove = SuggestMove.GuessAMove();
break;
default:
suggestedMove = Move.P;
break;
}
var moveToMake = Dynamite.ShouldDynamiteBePlayed(GameplayScores, suggestedMove);
return(moveToMake);
}
return(Move.P);
}
