private byte GetBiomeV0(double landFormType, double temperature, double moisture)
{
enuLandFormType landformtype = (enuLandFormType)landFormType;
for (byte biomeId = 0; biomeId <= _config.ProcessorParam.Biomes.Count - 1; biomeId++)
{
Biome biome = _config.ProcessorParam.Biomes[biomeId];
//Does this biome support this land form type ?
if (biome.LandFormFilters.Contains(landformtype))
{
//Check the temp range
if (temperature >= biome.TemperatureFilter.Min &&
temperature <= biome.TemperatureFilter.Max)
{
if (moisture >= biome.MoistureFilter.Min &&
moisture <= biome.MoistureFilter.Max)
{
return(biomeId);
}
}
}
}
//By default return the first Biome from the list
return((byte)0);
}
private byte GetBiomeV1(double landFormType, double temperature, double moisture, double zone)
{
enuLandFormType landformtype = (enuLandFormType)landFormType;
List <WeatherBiomes> biomeList;
if (!_biomesConfig.TryGetValue(landformtype, out biomeList))
{
return((byte)0);
}
foreach (var weatherBiome in biomeList)
{
//Check the temp range
if (weatherBiome.isWeatherBiomes)
{
if (temperature >= weatherBiome.Temperature.Min &&
temperature <= weatherBiome.Temperature.Max &&
moisture >= weatherBiome.Moisture.Min &&
moisture <= weatherBiome.Moisture.Max)
{
if (weatherBiome.TotalBiomes == 1)
{
return(weatherBiome.BiomesListe[0].Id);
}
//Compute cell
//byte zoneLayer = (byte)(zone * (weatherBiome.Count));
//if (zoneLayer == weatherBiome.Count) zoneLayer--;
//return weatherBiome[zoneLayer].Id;
return(GetBiomeId(weatherBiome, zone));
}
}
else
{
if (weatherBiome.TotalBiomes == 1)
{
return(weatherBiome.BiomesListe[0].Id);
}
//Compute cell
//byte zoneLayer = (byte)(zone * (weatherBiome.Count));
//if (zoneLayer == weatherBiome.Count) zoneLayer--;
//return weatherBiome[zoneLayer].Id;
return(GetBiomeId(weatherBiome, zone));
}
}
//By default return the first Biome from the list
return((byte)0);
}