public BiomeConditions(TerrainBiome.Enum layer)
{
Layer = layer;
Weight = new float[TerrainBiome.COUNT];
CheckLayer = new bool[TerrainBiome.COUNT];
}
public static MapInfo EmptyMap(int size, float landHeight, TerrainSplat.Enum ground = TerrainSplat.Enum.Grass, TerrainBiome.Enum biome = TerrainBiome.Enum.Temperate)
{
MapInfo terrains = new MapInfo();
int splatRes = Mathf.Clamp(Mathf.NextPowerOfTwo((int)(size * 0.50f)), 512, 2048);
List <PathData> paths = new List <PathData>();
List <PrefabData> prefabs = new List <PrefabData>();
terrains.pathData = paths.ToArray();
terrains.prefabData = prefabs.ToArray();
terrains.terrainRes = Mathf.Clamp(Mathf.NextPowerOfTwo(size), 512, 4096) + 1;
terrains.size = new Vector3(size, 1000, size);
terrains.land.heights = SetValues(new float[terrains.terrainRes, terrains.terrainRes], landHeight / 1000f, new Area(0, terrains.terrainRes, 0, terrains.terrainRes));
terrains.water.heights = SetValues(new float[terrains.terrainRes, terrains.terrainRes], 500f / 1000f, new Area(0, terrains.terrainRes, 0, terrains.terrainRes));
terrains.splatRes = splatRes;
terrains.splatMap = new float[splatRes, splatRes, 8];
int gndIdx = TerrainSplat.TypeToIndex((int)ground);
Parallel.For(0, splatRes, i =>
{
for (int j = 0; j < splatRes; j++)
{
terrains.splatMap[i, j, gndIdx] = 1f;
}
});
terrains.biomeMap = new float[splatRes, splatRes, 4];
int biomeIdx = TerrainBiome.TypeToIndex((int)biome);
Parallel.For(0, splatRes, i =>
{
for (int j = 0; j < splatRes; j++)
{
terrains.biomeMap[i, j, biomeIdx] = 1f;
}
});
terrains.alphaMap = new bool[splatRes, splatRes];
Parallel.For(0, splatRes, i =>
{
for (int j = 0; j < splatRes; j++)
{
terrains.alphaMap[i, j] = true;
}
});
terrains.topology = new TerrainMap <int>(new byte[(int)Mathf.Pow(splatRes, 2) * 4 * 1], 1);
return(terrains);
}
