private double EvaluateReward(SlotInternalNames[] slotsChosen, out SlotResults slotResult)
{
//For this implementation, reward the user only if all of the slots match
SlotInternalNames firstSlot = slotsChosen[0];
for (int i = 1; i < slotsChosen.Length; i++)
{
//Slots don't match, so no reward
if (slotsChosen[i] != firstSlot)
{
slotResult = SlotResults.Nothing;
return(0d);
}
}
//Get the reward modifier for this slot
double modifier = SlotRewardModifiers[firstSlot];
//If the user didn't actually win anything, show it as a loss
if (modifier <= 0d)
{
slotResult = SlotResults.Nothing;
}
//If the user got the highest reward modifier, they hit the jackpot!
else if (modifier == HighestRewardMod)
{
slotResult = SlotResults.Jackpot;
}
//Standard result
else
{
slotResult = SlotResults.Standard;
}
return(modifier);
}
/// <summary>
/// The theme specific game evaluation logic.
/// </summary>
public SlotResults RunOneGame(int bet)
{
// Create the slot results.
SlotResults slotResults = new SlotResults();
// Create the evaluators for the base game.
PaylineEvaluator bgPaylineEval = new PaylineEvaluator();
ScatterEvaluator bgScatterEval = new ScatterEvaluator();
// Create the evaluators for the free games.
PaylineEvaluator fgPaylineEval = new PaylineEvaluator();
ScatterEvaluator fgScatterEval = new ScatterEvaluator();
// Generate the random numbers.
List <int> randomNumbers = new List <int>();
for (int reel = 0; reel < paytable.BaseGameReelGroup.Reels.Count; ++reel)
{
ReelStrip reelStrip = paytable.BaseGameReelGroup.Reels[reel].ReelStrip;
randomNumbers.Add(rng.GetRandomNumber(reelStrip.Symbols.Count));
}
ReelWindow reelWindow = new ReelWindow(paytable.BaseGameReelGroup, randomNumbers);
// Evaluate the base game (payline and scatter evaluation).
SlotResult paylineResults = bgPaylineEval.Evaluate(paytable, reelWindow, rng);
SlotResult scatterResults = bgScatterEval.Evaluate(paytable, reelWindow, rng);
slotResults.Results.Add(paylineResults);
slotResults.Results.Add(scatterResults);
slotResults.TotalWin += paylineResults.TotalWin;
slotResults.TotalWin += scatterResults.TotalWin;
// Evaluate the free games (if any).
if (scatterResults.GetComponent <ScattersComponent>() != null)
{
// Add total number of free games.
int freeGamesAwarded = 5;
for (int i = 0; i < freeGamesAwarded; ++i)
{
// Generate the random numbers.
randomNumbers = new List <int>();
for (int reel = 0; reel < paytable.FreeGamesReelGroup.Reels.Count; ++reel)
{
ReelStrip reelStrip = paytable.FreeGamesReelGroup.Reels[reel].ReelStrip;
randomNumbers.Add(rng.GetRandomNumber(reelStrip.Symbols.Count));
}
reelWindow = new ReelWindow(paytable.FreeGamesReelGroup, randomNumbers);
// Evaluate the free game (payline and scatter evaluation).
SlotResult fgPaylineResults = fgPaylineEval.Evaluate(paytable, reelWindow, rng);
SlotResult fgScatterResults = fgScatterEval.Evaluate(paytable, reelWindow, rng);
slotResults.Results.Add(fgPaylineResults);
slotResults.Results.Add(fgScatterResults);
slotResults.TotalWin += paylineResults.TotalWin;
slotResults.TotalWin += scatterResults.TotalWin;
}
}
return(slotResults);
}
