public ProbabilityWeightDepthRangeConfig[] GetDepthRangeConfigs()
{
ProbabilityWeightDepthRangeConfig config = new ProbabilityWeightDepthRangeConfig();
EvolutiveValueConfig prob = new EvolutiveValueConfig();
DynData <ProbabilityWeightDepthRangeConfig> d = new DynData <ProbabilityWeightDepthRangeConfig>(config);
DynData <EvolutiveValueConfig> d2 = new DynData <EvolutiveValueConfig>(prob);
d.Set("LevelMin", GetMinLevel());
d.Set("LevelMax", GetMaxLevel());
d.Set("Start", 0);
d2.Set("StartValue", GetStartingProbabilityWeight());
d2.Set("DepthBonus", (float)0);
d2.Set("MaxValue", (float)-1);
d.Set("ProbabilityWeight", prob);
return(new ProbabilityWeightDepthRangeConfig[] { config });
}
public RarityConfig GetConfig(string name, Dictionary <string, int> dictOfData)
{
RarityConfig config = new RarityConfig();
ProbabilityWeightDepthRangeConfig prob = new ProbabilityWeightDepthRangeConfig();
EvolutiveValueConfig prob2 = new EvolutiveValueConfig();
DynData <RarityConfig> d = new DynData <RarityConfig>(config);
DynData <ProbabilityWeightDepthRangeConfig> d2 = new DynData <ProbabilityWeightDepthRangeConfig>(prob);
DynData <EvolutiveValueConfig> d3 = new DynData <EvolutiveValueConfig>(prob2);
config.XmlSerializableName = name;
d2.Set("LevelMin", dictOfData["LevelMin"]);
d2.Set("LevelMax", dictOfData["LevelMax"]);
d2.Set("Start", dictOfData["Start"]);
d3.Set("StartValue", (float)dictOfData["StartValue"]);
d3.Set("DepthBonus", (float)dictOfData["DepthBonus"]);
d3.Set("MaxValue", (float)dictOfData["MaxValue"]);
d2.Set("ProbabilityWeight", prob2);
d.Set("DepthRanges", new ProbabilityWeightDepthRangeConfig[] { prob });
return(config);
}
