private void UpdateWorkerObjectStats(FlockingDataWorker flockingDataWorker)
{
flockingDataWorker.universeCenter = this.transform.position;
flockingDataWorker.AllFlocks = flockers;
flockingDataWorker.AllColliders = colliders;
flockingDataWorker.maxRandomSiblingsTested = FlockingMaxRandomSiblingsTested;
flockingDataWorker.maxBoundsRadius = FlockingBoundsRadius;
flockingDataWorker.seperationWeight = FlockingSeperationWeight;
flockingDataWorker.seperationRadius = FlockingSeperationRadius;
flockingDataWorker.alignmentWeight = FlockingAlignmentWeight;
flockingDataWorker.alignmentRadius = FlockingAlignmentRadius;
flockingDataWorker.cohesionWeight = FlockingCohesionWeight;
flockingDataWorker.cohesionRadius = FlockingCohesionRadius;
flockingDataWorker.destinationAttractRadius = FlockingDestinationAttractRadius;
flockingDataWorker.destinationReachedRadius = FlockingDestinationReachedRadius;
}
private void InitThreadPool()
{
//--------------- Cap the number of threads --------------------
int maxThreads = ThreadingMaxThreads;
if (maxThreads <= 0)
{
maxThreads = Mathf.Max(SystemInfo.processorCount - 1, 1);
}
//--------------- Cap the number of threads --------------------
//--------------- Spread the Flocks over multiple worker-packages --------------------
int ThreadingPoolPackages = ThreadingPackagesPerThread * maxThreads;
int flocksPerBlock = Mathf.CeilToInt((float)FlockingSpawnCount / (float)ThreadingPoolPackages);
workerObjects = new FlockingDataWorker[ThreadingPoolPackages];
int i = ThreadingPoolPackages;
int startIdx = 0;
while (--i > -1)
{
FlockingDataWorker workerBlock = new FlockingDataWorker();
UpdateWorkerObjectStats(workerBlock);
workerBlock.startWorkIndex = startIdx;
workerBlock.endWorkIndex = Mathf.Min(flockers.Length, startIdx + flocksPerBlock);
workerObjects[i] = workerBlock;
startIdx += flocksPerBlock;
}
//--------------- Spread the Flocks over multiple worker-packages --------------------
myThreadScheduler = Loom.CreateThreadPoolScheduler();
myThreadScheduler.ForceToMainThread = !MultithreadingEnabled;
myThreadScheduler.StartASyncThreads(workerObjects, onThreadWorkComplete, null, maxThreads);
}
void Start()
{
DontDestroyOnLoad(this);
myThreadScheduler = UThread.CreateThreadPoolScheduler();
//myThreadScheduler.ForceToMainThread = true;
//UThread.StartSingleThread(LoadConfig, System.Threading.ThreadPriority.Normal, true);
workerObjects = new FlockingDataWorker[1];
int maxThreads = -1;
if (maxThreads <= 0)
{
maxThreads = Mathf.Max(SystemInfo.processorCount - 1, 1);
}
FlockingDataWorker workerBlock = new FlockingDataWorker();
workerObjects[0] = workerBlock;
myThreadScheduler.ForceToMainThread = true;
myThreadScheduler.StartASyncThreads(workerObjects, onThreadWorkComplete, null, maxThreads);
StartCoroutine(LoadPosFile());
StartCoroutine(LoadSummonPosFile());
}
private void InitThreadPool()
{
//--------------- Cap the number of threads --------------------
int maxThreads = ThreadingMaxThreads;
if (maxThreads <= 0)
maxThreads = Mathf.Max(SystemInfo.processorCount - 1, 1);
//--------------- Cap the number of threads --------------------
//--------------- Spread the Flocks over multiple worker-packages --------------------
int ThreadingPoolPackages = ThreadingPackagesPerThread * maxThreads;
int flocksPerBlock = Mathf.CeilToInt((float)FlockingSpawnCount / (float)ThreadingPoolPackages);
workerObjects = new FlockingDataWorker[ThreadingPoolPackages];
int i = ThreadingPoolPackages;
int startIdx = 0;
while (--i > -1)
{
FlockingDataWorker workerBlock = new FlockingDataWorker();
UpdateWorkerObjectStats(workerBlock);
workerBlock.startWorkIndex = startIdx;
workerBlock.endWorkIndex = Mathf.Min(flockers.Length, startIdx + flocksPerBlock);
workerObjects[i] = workerBlock;
startIdx += flocksPerBlock;
}
//--------------- Spread the Flocks over multiple worker-packages --------------------
myThreadScheduler = Loom.CreateThreadPoolScheduler();
myThreadScheduler.ForceToMainThread = !MultithreadingEnabled;
myThreadScheduler.StartASyncThreads(workerObjects, onThreadWorkComplete, null, maxThreads);
}
private void UpdateWorkerObjectStats(FlockingDataWorker flockingDataWorker)
{
flockingDataWorker.universeCenter = this.transform.position;
flockingDataWorker.AllFlocks = flockers;
flockingDataWorker.AllColliders = colliders;
flockingDataWorker.maxRandomSiblingsTested = FlockingMaxRandomSiblingsTested;
flockingDataWorker.maxBoundsRadius = FlockingBoundsRadius;
flockingDataWorker.seperationWeight = FlockingSeperationWeight;
flockingDataWorker.seperationRadius = FlockingSeperationRadius;
flockingDataWorker.alignmentWeight = FlockingAlignmentWeight;
flockingDataWorker.alignmentRadius = FlockingAlignmentRadius;
flockingDataWorker.cohesionWeight = FlockingCohesionWeight;
flockingDataWorker.cohesionRadius = FlockingCohesionRadius;
flockingDataWorker.destinationAttractRadius = FlockingDestinationAttractRadius;
flockingDataWorker.destinationReachedRadius = FlockingDestinationReachedRadius;
}
