private int EvaluateMaximumScore(int[] dice)
/// EvaluateMaximumScore is not used in this AI, but was used for an earlier AI that only got one roll. May use this
/// for an "easy mode". Also known as pessimistic AI, RIP Bill. Simpler version of BestSlotValue which returns a dictionary.
{
int ones = score.ScoreUpper(dice, 1);
int twos = score.ScoreUpper(dice, 2);
int threes = score.ScoreUpper(dice, 3);
int fours = score.ScoreUpper(dice, 4);
int fives = score.ScoreUpper(dice, 5);
int sixes = score.ScoreUpper(dice, 6);
int threeOfAKind = score.ScoreThreeOfAKind(dice);
int fourOfAKind = score.ScoreFourOfAKind(dice);
int fullHouse = score.ScoreFullHouse(dice);
int smallStraight = score.ScoreSmallStraight(dice);
int largeStraight = score.ScoreLargeStraight(dice);
int chance = score.ScoreChance(dice);
int yahtzee = score.ScoreYahtzee(dice);
int max = 0;
int slot = 0;
if (ones >= max && score.SlotOpen(1))
{
max = ones;
slot = 1;
}
if (twos >= max && score.SlotOpen(2))
{
max = twos;
slot = 2;
}
if (threes >= max && score.SlotOpen(3))
{
max = threes;
slot = 3;
}
if (fours >= max && score.SlotOpen(4))
{
max = fours;
slot = 4;
}
if (fives >= max && score.SlotOpen(5))
{
max = fives;
slot = 5;
}
if (sixes >= max && score.SlotOpen(6))
{
max = sixes;
slot = 6;
}
if (threeOfAKind >= max && score.SlotOpen(7))
{
max = threeOfAKind;
slot = 7;
}
if (fourOfAKind >= max && score.SlotOpen(8))
{
max = fourOfAKind;
slot = 8;
}
if (fullHouse >= max && score.SlotOpen(9))
{
max = fullHouse;
slot = 9;
}
if (smallStraight >= max && score.SlotOpen(10))
{
max = smallStraight;
slot = 10;
}
if (largeStraight >= max && score.SlotOpen(11))
{
max = largeStraight;
slot = 11;
}
if (chance >= max && score.SlotOpen(12))
{
max = chance;
slot = 12;
}
if (yahtzee >= max && score.SlotOpen(13))
{
max = yahtzee;
slot = 13;
}
return(slot);
}
