void FBehaviorTreeInstance::Cleanup(UBehaviorTreeComponent& OwnerComp, EBTMemoryClear::Type CleanupType)
{
FBehaviorTreeInstanceId& Info = OwnerComp.KnownInstances[InstanceIdIndex];
if (Info.FirstNodeInstance >= 0)
{
const int32 MaxAllowedIdx = OwnerComp.NodeInstances.Num();
const int32 LastNodeIdx = OwnerComp.KnownInstances.IsValidIndex(InstanceIdIndex + 1) ?
FMath::Min(OwnerComp.KnownInstances[InstanceIdIndex + 1].FirstNodeInstance, MaxAllowedIdx) :
MaxAllowedIdx;
for (int32 Idx = Info.FirstNodeInstance; Idx < LastNodeIdx; Idx++)
{
OwnerComp.NodeInstances[Idx]->OnInstanceDestroyed(OwnerComp);
}
}
CleanupNodes(OwnerComp, *RootNode, CleanupType);
// remove memory when instance is destroyed - it will need full initialize anyway
if (CleanupType == EBTMemoryClear::Destroy)
{
Info.InstanceMemory.Empty();
}
else
{
Info.InstanceMemory = InstanceMemory;
}
}
void FBehaviorTreeInstance::CleanupNodes(UBehaviorTreeComponent& OwnerComp, UBTCompositeNode& Node, EBTMemoryClear::Type CleanupType)
{
for (int32 ServiceIndex = 0; ServiceIndex < Node.Services.Num(); ServiceIndex++)
{
Node.Services[ServiceIndex]->CleanupInSubtree(OwnerComp, Node.Services[ServiceIndex]->GetNodeMemory<uint8>(*this), CleanupType);
}
Node.CleanupInSubtree(OwnerComp, Node.GetNodeMemory<uint8>(*this), CleanupType);
for (int32 ChildIndex = 0; ChildIndex < Node.Children.Num(); ChildIndex++)
{
FBTCompositeChild& ChildInfo = Node.Children[ChildIndex];
for (int32 DecoratorIndex = 0; DecoratorIndex < ChildInfo.Decorators.Num(); DecoratorIndex++)
{
ChildInfo.Decorators[DecoratorIndex]->CleanupInSubtree(OwnerComp, ChildInfo.Decorators[DecoratorIndex]->GetNodeMemory<uint8>(*this), CleanupType);
}
if (ChildInfo.ChildComposite)
{
CleanupNodes(OwnerComp, *(ChildInfo.ChildComposite), CleanupType);
}
else if (ChildInfo.ChildTask)
{
for (int32 ServiceIndex = 0; ServiceIndex < ChildInfo.ChildTask->Services.Num(); ServiceIndex++)
{
ChildInfo.ChildTask->Services[ServiceIndex]->CleanupInSubtree(OwnerComp, ChildInfo.ChildTask->Services[ServiceIndex]->GetNodeMemory<uint8>(*this), CleanupType);
}
ChildInfo.ChildTask->CleanupInSubtree(OwnerComp, ChildInfo.ChildTask->GetNodeMemory<uint8>(*this), CleanupType);
}
}
}
void FBehaviorTreeInstance::Cleanup(UBehaviorTreeComponent& OwnerComp, EBTMemoryClear::Type CleanupType)
{
FBehaviorTreeInstanceId& Info = OwnerComp.KnownInstances[InstanceIdIndex];
if (Info.FirstNodeInstance >= 0)
{
const int32 MaxAllowedIdx = OwnerComp.NodeInstances.Num();
const int32 LastNodeIdx = OwnerComp.KnownInstances.IsValidIndex(InstanceIdIndex + 1) ?
FMath::Min(OwnerComp.KnownInstances[InstanceIdIndex + 1].FirstNodeInstance, MaxAllowedIdx) :
MaxAllowedIdx;
for (int32 Idx = Info.FirstNodeInstance; Idx < LastNodeIdx; Idx++)
{
OwnerComp.NodeInstances[Idx]->OnInstanceDestroyed(OwnerComp);
}
}
CleanupNodes(OwnerComp, *RootNode, CleanupType);
Info.InstanceMemory = InstanceMemory;
}
