static void Drop(string code, Vector3 pos, int itemLevel, QualityFactors qualityFactors = new QualityFactors())
{
var treasureClass = TreasureClass.Find(code);
if (treasureClass == null)
{
var item = Item.Create(code);
if (item == null)
{
Debug.LogWarning("Item wasn't spawned: " + code);
return;
}
item.level = itemLevel;
SelectItemQuality(item, qualityFactors, mf: 1000);
if (item.quality != Item.Quality.HiQuality &&
item.quality != Item.Quality.Normal &&
item.quality != Item.Quality.LowQuality)
{
item.identified = false;
}
GenerateItemProperties(item);
GenerateItemQuantity(item);
Pickup.Create(pos, item);
}
else
{
Drop(treasureClass, pos, itemLevel, qualityFactors);
}
}
static void SelectItemQuality(Item item, QualityFactors qualityFactors, int mf)
{
if (item.info.alwaysUnique)
{
item.quality = Item.Quality.Unique;
return;
}
if (item.info.type.alwaysNormal)
{
item.quality = Item.Quality.Normal;
return;
}
bool classSpecific = item.info.type.classCode != null;
bool uber = item.info.code != item.info.normCode;
var ratio = ItemRatio.sheet.Find(r => r.classSpecific == classSpecific && r.uber == uber);
if (TestQuality(item, ratio.unique, ratio.uniqueDivisor, qualityFactors.unique, mf, mfFactor: 250, minChance: ratio.uniqueMin))
{
item.quality = Item.Quality.Unique;
}
else if (TestQuality(item, ratio.set, ratio.setDivisor, qualityFactors.set, mf, mfFactor: 500, minChance: ratio.setMin))
{
item.quality = Item.Quality.Set;
}
else if (item.info.type.canBeRare && TestQuality(item, ratio.rare, ratio.rareDivisor, qualityFactors.rare, mf, mfFactor: 600, minChance: ratio.rareMin))
{
item.quality = Item.Quality.Rare;
}
else if (item.info.type.alwaysMagic || TestQuality(item, ratio.magic, ratio.magicDivisor, qualityFactors.magic, mf, mfFactor: 600, minChance: ratio.magicMin))
{
item.quality = Item.Quality.Magic;
}
else if (TestQuality(item, ratio.hiQuality, ratio.hiQualityDivisor, qualityFactor: 0, mf: 0, mfFactor: 0))
{
item.quality = Item.Quality.HiQuality;
}
else if (TestQuality(item, ratio.normal, ratio.normalDivisor, qualityFactor: 0, mf: 0, mfFactor: 0))
{
item.quality = Item.Quality.Normal;
}
else
{
item.quality = Item.Quality.LowQuality;
}
}
static void Drop(TreasureClass treasureClass, Vector3 pos, int itemLevel, QualityFactors qualityFactors = new QualityFactors())
{
qualityFactors.unique = Mathf.Max(qualityFactors.unique, treasureClass.unique);
qualityFactors.set = Mathf.Max(qualityFactors.set, treasureClass.set);
qualityFactors.rare = Mathf.Max(qualityFactors.rare, treasureClass.rare);
qualityFactors.magic = Mathf.Max(qualityFactors.magic, treasureClass.magic);
int noDrop = 0; // value is temporary just to increase drop for debugging purposes, should be treasureClass.noDrop
for (int i = 0; i < treasureClass.picks; ++i)
{
int sample = Random.Range(0, treasureClass.probSum + noDrop);
foreach (var node in treasureClass.nodeArray)
{
if (node.code == null)
{
break;
}
if (sample < node.prob)
{
Drop(node.code, pos, itemLevel, qualityFactors);
break;
}
sample -= node.prob;
}
}
for (int i = 0; i < -treasureClass.picks; ++i)
{
var node = treasureClass.nodeArray[i];
if (node.code == null)
{
break;
}
for (int j = 0; j < node.prob; ++j)
{
Drop(node.code, pos, itemLevel, qualityFactors);
}
}
}