private void AsyncPathProbe()
{
int probeSize = this.probeSize;
pathProbeJob.Reset(null);
for (int i = 0; i != brains.Count; i++)
{
ClampBrainIndex(ref nextPathProbeBrain);
Navigator component = brains[nextPathProbeBrain].GetComponent <Navigator>();
IncrementBrainIndex(ref nextPathProbeBrain);
if ((UnityEngine.Object)component != (UnityEngine.Object)null)
{
component.executePathProbeTaskAsync = true;
component.PathProber.potentialCellsPerUpdate = this.probeSize;
component.pathProbeTask.Update();
pathProbeJob.Add(component.pathProbeTask);
if (pathProbeJob.Count == probeCount)
{
break;
}
}
}
CPUBudget.Start(this);
GlobalJobManager.Run(pathProbeJob);
CPUBudget.End(this);
}
public void TriggerStart()
{
if (budget != null && FastTrackMod.GameRunning)
{
lock (CPU_BUDGET_LOCK) {
CPUBudget.Start(budget);
}
}
time.Restart();
}
public void TriggerComplete()
{
runtime = time.ElapsedTicks;
if (budget != null && FastTrackMod.GameRunning)
{
lock (CPU_BUDGET_LOCK) {
CPUBudget.End(budget);
}
}
Instance?.OnPathComplete(this);
}
protected override void OnPrefabInit()
{
brainGroups.Add(new DupeBrainGroup());
brainGroups.Add(new CreatureBrainGroup());
Components.Brains.Register(OnAddBrain, OnRemoveBrain);
CPUBudget.AddRoot(this);
foreach (BrainGroup brainGroup in brainGroups)
{
CPUBudget.AddChild(this, brainGroup, brainGroup.LoadBalanceThreshold());
}
CPUBudget.FinalizeChildren(this);
}