public void ApplyGenerationResult(Vector3Int chunkId, LightmapGenerationJobResult result)
{
var chunkData = chunkManager.GetChunkData(chunkId);
chunkData.SetLightMap(result.lights);
}
public void ApplyGenerationResult(Vector3Int chunkId, LightmapGenerationJobResult result)
{
lightManager.ApplyGenerationResult(chunkId, result);
}
public AbstractPipelineJob <LightmapGenerationJobResult> CreateGenerationJob(Vector3Int chunkId)
{
int[] heightMap = heightMapProvider.GetHeightMapForColumn(new Vector2Int(chunkId.x, chunkId.z));
var jobData = getJobData(chunkId);
var generationJob = new LightGenerationJob()
{
data = jobData,
dynamicPropagationQueue = new NativeQueue <int3>(Allocator.Persistent),
sunlightPropagationQueue = new NativeQueue <int3>(Allocator.Persistent),
heightmap = heightMap.ToNative()
};
var propagationJob = new LightPropagationJob()
{
data = jobData,
sunlightPropagationQueue = generationJob.sunlightPropagationQueue,
dynamicPropagationQueue = generationJob.dynamicPropagationQueue,
sunlightNeighbourUpdates = new LightJobNeighbourUpdates(Allocator.Persistent),
dynamicNeighbourUpdates = new LightJobNeighbourUpdates(Allocator.Persistent),
lightsChangedOnBorder = new NativeArray <bool>(DirectionExtensions.numDirections, Allocator.Persistent)
};
Func <LightmapGenerationJobResult> cleanup = () =>
{
var result = new LightmapGenerationJobResult();
result.lights = jobData.lights.ToArray();
generationJob.Dispose();
QueuePropagationUpdates(propagationJob);
///If any light value changes on any of the borders
///the corresponding neighbour will need to be re-meshed.
for (int i = 0; i < propagationJob.lightsChangedOnBorder.Length; i++)
{
var neighbourChunkId = chunkId + DirectionExtensions.Vectors[i];
if (propagationJob.lightsChangedOnBorder[i])
{
chunksWhereLightChangedOnBorderSinceLastUpdate.Add(neighbourChunkId);
}
}
propagationJob.Dispose();
return(result);
};
if (!Parallel)
{
return(new BasicFunctionJob <LightmapGenerationJobResult>(() =>
{
generationJob.Run();
propagationJob.Run();
return cleanup();
}));
}
var genHandle = generationJob.Schedule();
var propHandle = propagationJob.Schedule(genHandle);
return(new PipelineUnityJob <LightmapGenerationJobResult>(propHandle, cleanup));
}
