public List <Location> getAllLocations()
{
List <Location> locations = new List <Location>();
locations.Add(FirstCity.getFirstCity());
locations.Add(new SewerSub1());
locations.Add(SewerSub2.getSewerSub2());
locations.Add(OakForest.getOakForest());
locations.Add(LeakDesert.getLeakDesert());
return(locations);
}
public Block(int _x, int _z, Vector3 chunkPosition, float _Height, Chunk chunk)
{
index = 0;
x = _x;
z = _z;
float xDistance = (float)Math.Pow(Math.Abs(x), 2);
float yDistance = (float)Math.Pow(Math.Abs(z), 2);
float distance = (float)Math.Sqrt(xDistance + yDistance) / 500f;
height = _Height - distance;
Chunk = chunkPosition;
#region BiomeGen
HeatType HeatType;
MoistureType MoistureType;
float XX = x;
float ZZ = z;
MidleWorld.biomeNoise.GradientPerturbFractal(ref XX, ref ZZ);
heatValue = Math.Abs(MidleWorld.biomeNoise.GetCellular(XX, ZZ));
MoistureValue = Math.Abs(MidleWorld.biomeNoise.GetCellular(XX, ZZ));
if (heatValue <= GlobalData.ColdestValue)
{
HeatType = HeatType.Coldest;
}
else if (heatValue <= GlobalData.ColderValue)
{
HeatType = HeatType.Colder;
}
else if (heatValue <= GlobalData.ColdValue)
{
HeatType = HeatType.Cold;
}
else if (heatValue <= GlobalData.WarmValue)
{
HeatType = HeatType.Warm;
}
else if (heatValue <= GlobalData.WarmerValue)
{
HeatType = HeatType.Warmer;
}
else
{
HeatType = HeatType.Warmest;
}
///
if (MoistureValue <= GlobalData.DryerValue)
{
MoistureType = MoistureType.Dryer;
}
else if (MoistureValue <= GlobalData.DryValue)
{
MoistureType = MoistureType.Dry;
}
else if (MoistureValue <= GlobalData.WetValue)
{
MoistureType = MoistureType.Wet;
}
else if (MoistureValue <= GlobalData.WetterValue)
{
MoistureType = MoistureType.Wetter;
}
else if (MoistureValue <= GlobalData.WettestValue)
{
MoistureType = MoistureType.Wettest;
}
else
{
MoistureType = MoistureType.Wettest;
}
TileBiome = GlobalData.BiomeTable[(int)MoistureType, (int)HeatType];
//TileBiome = BiomeType.Woodland;
#endregion
treeType = TreeType.none;
Type = TypeBlock.Air;
if (height <= 0 && height >= -2f)
{
TileBiome = BiomeType.Bench;
Type = TypeBlock.Sand;
}
else if (height < -2f)
{
TileBiome = BiomeType.Ocean;
Type = TypeBlock.Sand;
}
else
{
BiomeData biomeData;
switch (TileBiome)
{
case BiomeType.Grassland:
biomeData = OakForest.GetBiome(x, z, chunk);
biomeData._treeType = TreeType.none;
break;
case BiomeType.Desert:
biomeData = OakForest.GetBiome(x, z, chunk);
biomeData._treeType = TreeType.none;
biomeData._typeBlock = TypeBlock.Sand;
break;
case BiomeType.TropicalRainforest:
biomeData = OakForest.GetBiome(x, z, chunk);
biomeData._treeType = TreeType.none;
break;
case BiomeType.Savanna:
biomeData = OakForest.GetBiome(x, z, chunk);
biomeData._treeType = TreeType.none;
break;
case BiomeType.Ice:
biomeData = SnowForest.GetBiome(x, z, chunk);
break;
case BiomeType.Tundra:
biomeData = OakForest.GetBiome(x, z, chunk);
biomeData._treeType = TreeType.none;
biomeData._typeBlock = TypeBlock.Grass;
break;
case BiomeType.Woodland:
biomeData = OakForest.GetBiome(x, z, chunk);
break;
case BiomeType.Bench:
biomeData = OakForest.GetBiome(x, z, chunk);
biomeData._treeType = TreeType.none;
break;
default:
biomeData = OakForest.GetBiome(x, z, chunk);
biomeData._treeType = TreeType.none;
break;
}
Type = biomeData._typeBlock;
treeType = biomeData._treeType;
height = Math.Abs(biomeData._Height + _Height / 10f);
}
}