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 ShouldDynamiteBePlayed(GameplayScores gameplayScores, Move moveToMake)
{
if (p1Dynamite == 0)
{
if (moveToMake == Move.D)
{
return(Move.P);
}
return(moveToMake);
}
decimal RoundsBetweenUsage =
(1950 - gameplayScores.RoundNumber) / (p1Dynamite);
// Calculate the number of rounds between each dynamite if thrown evenly throughout match
decimal ProbOfThrowingInv;
//decimal RoundsBetweenUsage = 19; //del
if (gameplayScores.DrawCount > 0)
{
double NumberOfDrawsExponent = 1.5;
if (p2Dynamite == 0)
{
NumberOfDrawsExponent = 1.7;
}
double NumberOfDrawsFactor = 4;
if (DynamiteJustThrown)
{
NumberOfDrawsFactor = 2;
}
ProbOfThrowingInv = RoundsBetweenUsage /
((decimal)(Math.Pow(gameplayScores.DrawCount, NumberOfDrawsExponent) *
NumberOfDrawsFactor));
// Inverse of the probability we are aiming for to throw dynamite.
}
else if (moveToMake == Move.D)
{
ProbOfThrowingInv = RoundsBetweenUsage / (decimal)1.2;
}
else
{
return(moveToMake);
}
int RoundedProbabilityInv = (int)Math.Round(ProbOfThrowingInv);
int FinalProbability = Math.Max(RoundedProbabilityInv, 1);
var rand = new Random();
int pick = rand.Next(FinalProbability);
if (pick == 0)
{
if (ConsecutiveDynamiteCount > 3)
{
return(Move.W);
}
return(Move.D);
}
return(Move.P);
}
