private JobReferenceCounter <Vector2Int, NativeChunkColumnNoiseMaps> .JobResultPair MakeNoiseJob(Vector2Int columnId)
{
float3 worldPos = chunkManager.ChunkToWorldPosition(new Vector3Int(columnId.x, 0, columnId.y));
var noiseGenJob = new NoiseMapGenerationJob();
noiseGenJob.worldSettings = worldSettings;
noiseGenJob.treeSettings = treeSettings;
noiseGenJob.biomeDatabase = biomeDatabaseComponent.BiomeDatabase;
noiseGenJob.chunkPositionXZ = worldPos.xz;
noiseGenJob.heightmapNoise = heightmapNoise;
noiseGenJob.moisturemapNoise = moisturemapNoise;
noiseGenJob.treemapNoise = treemapNoise;
var nativeNoiseMaps = new NativeChunkColumnNoiseMaps(chunkDimensions.x * chunkDimensions.z, Allocator.Persistent);
noiseGenJob.noiseMaps = nativeNoiseMaps;
JobHandle handle = default;
if (Parrallel)
{
handle = noiseGenJob.Schedule();
}
else
{
noiseGenJob.Run();
}
return(new JobReferenceCounter <Vector2Int, NativeChunkColumnNoiseMaps> .JobResultPair()
{
handle = handle, result = nativeNoiseMaps
});
}
public NativeChunkColumnNoiseMaps ToNative(Allocator allocator = Allocator.Persistent)
{
NativeChunkColumnNoiseMaps native = new NativeChunkColumnNoiseMaps();
native.heightMap = heightMap.ToNative(allocator);
native.biomeMap = biomeMap.ToNative(allocator);
native.treeMap = treeMap.ToNative(allocator);
return(native);
}
public ChunkColumnNoiseMaps(NativeChunkColumnNoiseMaps maps)
{
heightMap = maps.heightMap.ToArray();
biomeMap = maps.biomeMap.ToArray();
treeMap = maps.treeMap.ToArray();
}