private void onReadingComplete(LoadPointsJob job)
{
lock (_lock)
{
if (job.State != LoadPointsJob.JobState.Cancelled)
{
job.Stage = LoadPointsJob.JobStage.Parsing;
//_parsingThread.Dispatch(job, job.Priority);
}
}
}
private void onPostLoadingComplete(LoadPointsJob job)
{
lock (_lock)
{
if (job.State != LoadPointsJob.JobState.Cancelled)
{
Node node = job.Node;
node.IntensityRange = job.IntensityRange;
node.Points = job.AugmentedPoints;
node.Edges = job.Edges;
}
}
OnNodeLoaded?.Invoke(job.Node);
}
private void onBatchingComplete(LoadPointsJob job)
{
lock (_lock)
{
if (job.State != LoadPointsJob.JobState.Cancelled)
{
Node node = job.Node;
node.Points = job.AugmentedPoints;
node.PartitionOffsets = job.PartitionOffsets;
dispatchPendingChildren(node);
job.Stage = LoadPointsJob.JobStage.PostLoading;
//_postLoadingThread.Dispatch(job, job.Priority);
}
}
}
private void onParsingComplete(LoadPointsJob job)
{
lock (_lock)
{
if (job.State != LoadPointsJob.JobState.Cancelled)
{
if (job.PrepareForDynamicBatching())
{
job.Stage = LoadPointsJob.JobStage.Batching;
//_batchingThread.Dispatch(job, job.Priority);
}
else
{
job.Stage = LoadPointsJob.JobStage.WaitingForParentPoints;
}
}
}
}
public override LoadPointsJob Load(Node node, float p)
{
LoadPointsJob job;
job = new LoadPointsJob(node, p);
job.Stage = LoadPointsJob.JobStage.Reading;
job.State = LoadPointsJob.JobState.Loading;
//_readingThread.Dispatch(job, job.Priority);
job.Execute(null);
onReadingComplete(job);
job.Execute(null);
onParsingComplete(job);
job.Execute(null);
onBatchingComplete(job);
job.Execute(null);
onPostLoadingComplete(job);
return(job);
}
