private uint UpdateMaps(string id, string player, uint playerCount, Dictionary <string, uint> maxCounts, Dictionary <string, uint> totalCountMap,
Dictionary <string, uint> uniqueSpellsMap, Dictionary <string, Dictionary <string, uint> > filteredPlayerMap, bool received, uint totalCasts)
{
var spellData = TheSpellCounts.UniqueSpells[id];
var spellTypeCheck = CurrentSpellType == 0 || (CurrentSpellType == 1 && spellData.IsBeneficial) || (CurrentSpellType == 2 && !spellData.IsBeneficial);
var selfOnlyCheck = !received || CurrentShowSelfOnly == true || !string.IsNullOrEmpty(spellData.LandsOnOther);
var procCheck = received || CurrentShowProcs == true || !spellData.IsProc;
if (spellTypeCheck && selfOnlyCheck && procCheck)
{
string name = spellData.NameAbbrv;
if (received)
{
name = "Received " + name;
}
if (!HiddenSpells.ContainsKey(name) && maxCounts[id] > CurrentMinFreqCount)
{
AddHelper.Add(totalCountMap, player, playerCount);
AddHelper.Add(uniqueSpellsMap, name, playerCount);
AddHelper.Add(filteredPlayerMap[player], name, playerCount);
totalCasts += playerCount;
}
}
return(totalCasts);
}
private void LookForDIValues()
{
DictionaryAddHelper <long, int> addHelper = new DictionaryAddHelper <long, int>();
Dictionary <long, int> counts = new Dictionary <long, int>();
List <long> unique = XValuesDiff.ToList();
while (unique.Count > 0)
{
long value = unique[0];
unique.RemoveAt(0);
unique.ForEach(damage =>
{
if (Math.Abs(value - damage) <= 5 && damage > 20)
{
addHelper.Add(counts, value, 1);
}
});
}
int max = -1;
long foundKey = -1;
foreach (long key in counts.Keys)
{
if (counts[key] > max)
{
max = counts[key];
foundKey = key;
}
}
if (foundKey > -1)
{
int diCount = 0;
DIMap = new Dictionary <long, DIValue>();
for (int i = 0; i < XValuesDiff.Count; i++)
{
if (Math.Abs(XValuesDiff[i] - foundKey) <= 4)
{
diCount++;
if (diCount == 1)
{
DIMap[XValues[i]] = new DIValue()
{
DI = diCount
};
}
else
{
DIMap[XValues[i]] = new DIValue()
{
DI = diCount, Diff = XValuesDiff[i]
};
}
}
}
;
if (DIMap.Count > 5)
{
}
}
}