/// <summary>
/// When finished, alert the neighbors too
/// </summary>
/// <param name="job"></param>
public override void onJobComplete(IAdjustmentJob job)
{
/// since neighbors may need this chunk to load, check if this one loading makes them ready to mesh:
/// TODO: check if ForEachDirtiedNeighbor is the right set of neighbors, we may be able to use less
if (job.adjustment.type == FocusAdjustmentType.InFocus &&
lens.tryToGetAperture(resolution + 1, out IChunkResolutionAperture nextApetureInLine)
)
{
MarchingTetsMeshGenerator.ForEachDirtiedNeighbor(job.adjustment.chunkID, lens.level, chunk => {
if (chunk.currentResolution == Chunk.Resolution.Loaded)
{
#if DEBUG
lens.level.getChunk(chunk.id).recordEvent($"Attempting to get apeture job for {(Chunk.Resolution.Meshed, job.adjustment.type)} from neighbor");
#endif
if (nextApetureInLine.tryToGetAdjustmentJobHandle(
new Adjustment(
chunk.id,
job.adjustment.type,
job.adjustment.resolution + 1,
job.adjustment.focusID
),
out ApetureJobHandle jobHandle
))
{
jobHandle.schedule();
#if DEBUG
lens.incrementRunningJobCount(job.adjustment.resolution + 1);
#endif
}
}
});
/// <summary>
/// Capture notifications about dirtied chunks
/// </summary>
/// <param name="event"></param>
public void notifyOf(IEvent @event)
{
if (@event is Level.ChunkDirtiedEvent cde)
{
foreach (ChunkResolutionAperture aperture in apeturesByPriority)
{
if (aperture.resolution == Chunk.Resolution.Meshed && aperture.isWithinManagedBounds(cde.chunkID))
{
// throw in jobs to updat the neighbors
// TODO: are these the right neighbors?
MarchingTetsMeshGenerator.ForEachDirtiedNeighbor(
cde.chunkID,
level,
neighboringChunk => aperture.updateDirtyChunk(neighboringChunk.id, focus)
);
// then throw in the current chunk, so it's at position 0
aperture.updateDirtyChunk(cde.chunkID, focus);
}
}
}
}
