public Biome(string n, BiomeCode code, BiomeType type, ushort blendingBlock, List <int> structCodes, List <int> amountStructs, List <float> percentageStructs)
{
this.name = n;
this.biomeCode = (byte)code;
this.biomeType = (byte)type;
this.blendingBlock = blendingBlock;
this.structCodes = structCodes;
this.amountStructs = amountStructs;
this.percentageStructs = percentageStructs;
}
public void GenerateBiomeStructures(ChunkLoader_Server cl, ChunkPos pos, BiomeCode biome, ushort[] blockdata, ushort[] statedata, ushort[] hpdata)
{
switch (biome)
{
case BiomeCode.PLAINS:
GeneratePlainsStructures(cl, pos, blockdata, statedata, hpdata);
break;
case BiomeCode.GRASSY_HIGHLANDS:
GenerateGrassyHighlandsStructures(cl, pos, blockdata, statedata, hpdata);
break;
case BiomeCode.OCEAN:
break;
case BiomeCode.FOREST:
GenerateForestStructures(cl, pos, blockdata, statedata, hpdata);
break;
case BiomeCode.DESERT:
GenerateDesertStructures(cl, pos, blockdata, statedata, hpdata);
break;
case BiomeCode.SNOWY_PLAINS:
GenerateSnowyPlainsStructures(cl, pos, blockdata, statedata, hpdata);
break;
case BiomeCode.SNOWY_HIGHLANDS:
GenerateSnowyHighlandsStructures(cl, pos, blockdata, statedata, hpdata);
break;
case BiomeCode.ICE_OCEAN:
break;
case BiomeCode.SNOWY_FOREST:
GenerateSnowyForestStructures(cl, pos, blockdata, statedata, hpdata);
break;
default:
break;
}
}
// Returns the list of possible Percentages in a biome
public static List <float> GetBiomePercentages(BiomeCode biome)
{
return(dataset[(byte)biome].percentageStructs);
}
// Returns the list of possible Amounts in a biome
public static List <int> GetBiomeAmounts(BiomeCode biome)
{
return(dataset[(byte)biome].amountStructs);
}
// Returns the list of possible Structures in a biome
public static List <int> GetBiomeStructs(BiomeCode biome)
{
return(dataset[(byte)biome].structCodes);
}
