public CompoundLevelData(ElementRarityClass rarityClass, float resistance, float attack, float weight, int price, int min, int max)
{
RarityClass = rarityClass;
Resistance = resistance;
Attack = attack;
PercentOfCompound = weight;
Price = price;
Min = min;
Max = max;
}
private List <LifeElementModel> CreateCompoundElements(CompoundJSON compound, int level, ElementRarityClass rarityClass)
{
List <LifeElementModel> output = new List <LifeElementModel>();
CompoundLevelData armorLevelData = _levelConfig[level][rarityClass];
int numberOfElements = RandomUtil.FromRangeInt(armorLevelData.Min, armorLevelData.Max);
float amountNeeded = Mathf.Ceil(armorLevelData.PercentOfCompound * armorLevelData.Price);
List <WeightedValue> probabilities = GameModel.Copy(_elementsProbabilities[rarityClass]);
WeightedValue weightedValue;
int index = 0;
for (int i = 0; i < numberOfElements; i++)
{
weightedValue = RandomUtil.GetWeightedValueObject(probabilities);
index = (int)weightedValue.Value;
output.Add(new LifeElementModel(index, _elements[index].Symbol, 0, 0));
probabilities.Remove(weightedValue);
foreach (WeightedValue item in probabilities)
{
item.Weight = 1f / probabilities.Count;
}
}
//only exception is if Hydrogen is selected, we'll add another abundand element to avoid big numbers of Hydrogen
if (rarityClass == ElementRarityClass.Abundant && index == 1 && level > 2)
{
weightedValue = RandomUtil.GetWeightedValueObject(probabilities);
index = (int)weightedValue.Value;
output.Add(new LifeElementModel(index, _elements[index].Symbol, 0, 0));
numberOfElements++;
}
float amountCollected = 0;
int fullElements = 0;
bool isFull = false;
while (!isFull)
{
fullElements = 0;
for (int i = 0; i < numberOfElements; i++)
{
if (_elements[output[i].Index].Weight + amountCollected > amountNeeded)
{
fullElements++;
}
else
{
output[i].MaxAmount++;
amountCollected += _elements[output[i].Index].Weight;
}
}
if (fullElements == numberOfElements)
{
isFull = true;
}
}
compound.MolecularMass += amountCollected;
return(output);
}
