internal void Simulate(WealthStatistics initialStats,
UpgradeState upgradesWithoutGemfinder,
UpgradeState upgradesWithGemfinder,
WealthStatistics wealthWithoutGemfinder,
IList<WealthStatistics> wealthWithGemfinderBoughtAfterIthUpgrade)
{
var retval = new UpgradeSimulationResult[UpgradeOrder.Count + 1];
List<WealthStatistics> currentStatistics = { new WealthStatistics(initialStats) };
UpgradeState usWithoutGemfinder = new UpgradeState(us);
UpgradeState usWithGemfinder;
bool gfMaxed = usWithoutGemfinder.gfLevel == Upgrade.ic(UpgradeID.ICGEMFINDER).Count - 1;
int itemsBoughtSoFar = 0;
double secondsPerClick = 1/Upgrade.ic(UpgradeID.ICAUTOSPEED)[usWithoutGemfinder.afLevel].value;
double gemsForEachVictoryBefore = Upgrade.ic(UpgradeID.ICGEMFINDER)[usWithoutGemfinder.gfLevel].value;
double gemsForEachVictoryAfter = gfMaxed ? 0 : Upgrade.ic(UpgradeID.ICGEMFINDER)[usWithoutGemfinder.gfLevel + 1].value;
int ore = -1;
uint clicksForEachVictory=0;
double timeForEachVictory = 0;
double valueOfEachVictory=0;
while (itemsBoughtSoFar < UpgradeOrder.Count)
{
UpgradeID pendingItem = _upgradeOrder[itemsBoughtSoFar];
int upgradeLevelOfPendingItem = usWithoutGemfinder.instant[(int)pendingItem&127];
Upgrade nextUpgrade = Upgrade.ic(pendingItem)[upgradeLevelOfPendingItem];
double nextLevelCost = nextUpgrade.nextLevelCost;
foreach (
while (currentStatistics.Any(x=>x.Gold < nextLevelCost))
{
if (ore == -1)
{
RecomputeOre(x, usWithoutGemfinder, secondsPerClick, out clicksForEachVictory, out valueOfEachVictory, out ore, out timeForEachVictory);
}
currentStatistics.ForEach(x=>
{
x.Gold += valueOfEachVictory;
x.Gems += something ? gemsForEachVictoryBefore : gemsForEachVictoryAfter;
x.dataXp += clicksForEachVictory;
x.dataAge.Add(timeForEachVictory);
timeSpent += timeForEachVictory;
if (currentStatistics.dataXp > currentStatistics.dataXpThreshold || currentStatistics.dataAge.Sum() > currentStatistics.dataAgeThreshold)
{
currentStatistics.setThresholds();
ore = -1; // or recompute now
}
if (ore == currentStatistics.HighestOre)
{
currentStatistics.HighestOre++;
ore = -1; // or recompute now
}
if (ore == -1 && currentStatistics.Gold < nextLevelCost)
{
RecomputeOre(currentStatistics, usWithoutGemfinder, secondsPerClick, out clicksForEachVictory, out valueOfEachVictory, out ore, out timeForEachVictory);
}
}
// TODO: Handle this with a dictionary or list of delegates
switch (pendingItem)
{
case UpgradeID.ICAUTOSPEED:
usWithoutGemfinder.afLevel++;
secondsPerClick = Upgrade.ic(UpgradeID.ICAUTOSPEED)[usWithoutGemfinder.afLevel].value;
timeForEachVictory = clicksForEachVictory * secondsPerClick;
break;
case UpgradeID.ICAUTOPOWER:
usWithoutGemfinder.apLevel++;
ore = Ore.ComputeMostLucrativeOre(usWithoutGemfinder.instant, currentStatistics, out clicksForEachVictory, out valueOfEachVictory);
timeForEachVictory = clicksForEachVictory * secondsPerClick;
break;
case UpgradeID.ICGEMFINDER:
usWithoutGemfinder.gfLevel++;
gemsForEachVictoryBefore = Upgrade.ic(UpgradeID.ICGEMFINDER)[usWithoutGemfinder.gfLevel].value;
break;
}
currentStatistics.Gold -= nextLevelCost;
timeSpent += 1.0; // it takes some time to click
itemsBoughtSoFar++;
}
foreach (UpgradeSimulationResult thing in retval)
{
thing.u = usWithGemfinder;
}
retval[retval.Length()-1].u = usWithoutGemfinder;
retval[retval.Length()-1].w = currentStatistics;
return Tuple.Create(currentStatistics,usWithoutGemfinder);
}
private static void RecomputeOre(WealthStatistics currentStatistics, UpgradeState currentUpgradeState, double secondsPerClick, out uint clicksForEachVictory, out double valueOfEachVictory, out int ore, out double timeForEachVictory)
{
ore = Ore.ComputeMostLucrativeOre(currentUpgradeState.instant, currentStatistics, out clicksForEachVictory, out valueOfEachVictory);
timeForEachVictory = VictorySeconds(secondsPerClick, clicksForEachVictory);
}
