public void ReportDroprates(List <DropRateInfo> drops, DropRateInfoChainFeed ratesInfo)
{
float personalDropRate = 1f;
float dropRate = 1f / dropIds.Length * (personalDropRate * ratesInfo.parentDroprateChance);
for (int index = 0; index < dropIds.Length; ++index)
{
drops.Add(new DropRateInfo(dropIds[index], 1, 1, dropRate, ratesInfo.conditions));
}
Chains.ReportDroprates(ChainedRules, personalDropRate, drops, ratesInfo);
}
public void ReportDroprates(List <DropRateInfo> drops, DropRateInfoChainFeed ratesInfo)
{
DropRateInfoChainFeed ratesInfo1 = ratesInfo.With(1f);
ratesInfo1.AddCondition(new EModeDropCondition());
ruleForEMode.ReportDroprates(drops, ratesInfo1);
DropRateInfoChainFeed ratesInfo2 = ratesInfo.With(1f);
ratesInfo2.AddCondition(new NotEModeDropCondition());
ruleForDefault.ReportDroprates(drops, ratesInfo2);
Chains.ReportDroprates(ChainedRules, 1f, drops, ratesInfo);
}
public override void ReportDroprates(List <DropRateInfo> drops, DropRateInfoChainFeed ratesInfo)
{
float chance = chanceNumerator / (float)chanceDenominator;
float inverseChance = 1f - chance;
float finalChance = chance; //First roll could be a success
finalChance += inverseChance * rerollChance * chance; //Other success is when first roll fails, reroll happens, and it rolls a success
float dropRate = finalChance * ratesInfo.parentDroprateChance;
drops.Add(new DropRateInfo(itemId, amountDroppedMinimum, amountDroppedMaximum, dropRate, ratesInfo.conditions));
Chains.ReportDroprates(base.ChainedRules, finalChance, drops, ratesInfo);
}
public void ReportDroprates(List <DropRateInfo> drops, DropRateInfoChainFeed ratesInfo)
{
Chains.ReportDroprates(ChainedRules, 1f, drops, ratesInfo);
}
