public void DelayFreeByLiveId(List <int> liveIds, EntityFreeOptions freeOptions)
{
foreach (int liveId in liveIds)
{
uniqueIdsToUnload.Add(GetEntityByLiveId(liveId).UniqueId);
}
}
public void Free(List <int> liveIds, EntityFreeOptions freeOptions)
{
foreach (int liveId in liveIds)
{
// These could be invalid now (because removing one removed another). Handle that.
Entity toRemove = entityPool[liveId];
if (toRemove.LiveId != InvalidEntityLiveId)
{
Free(entityPool[liveId], freeOptions);
}
}
}
public void Free(Entity t, EntityFreeOptions freeOptions)
{
/*
* if (freeOptions == EntityFreeOptions.Deep)
* {
* Component transformChildrenComponent = GetComponent(t, ComponentTypeIds.TransformChildren);
* if (transformChildrenComponent != null)
* {
* FreeEntityChildren(t, (TransformChildren)transformChildrenComponent);
* }
* }*/
// Call this before removing its components, since event handlers may need
// to inspect its components (for instance, seeing what objects it owns)
if (RemovingEntityEvent != null)
{
RemovingEntityEvent(t);
}
RemoveFreedEntityFromSystems(t);
RemoveComponentsForEntity(t);
int uniqueId = t.UniqueId;
// Swap with the empty one at partitionIndex
short liveId = t.LiveId;
short rosterIndex = inverseRoster[liveId];
short tempLiveId = liveIdRoster[rosterIndex];
Debug.Assert(tempLiveId == liveId);
short movedLiveId = liveIdRoster[partitionIndex - 1];
liveIdRoster[rosterIndex] = movedLiveId;
liveIdRoster[partitionIndex - 1] = tempLiveId;
// Update the inverse roster.
inverseRoster[liveId] = -1; // Now points to nowhere
inverseRoster[movedLiveId] = rosterIndex;
// Set in valid ids:
t.LiveId = -1;
t.OwnerUniqueId = -1;
t.UniqueId = -1;
t.ComponentTypesBitField = 0;
partitionIndex--; // This essentially does the "de-alloc"
uniqueIdToEntity.Remove(uniqueId);
//t.Reset();
}
public void Free(int liveId, EntityFreeOptions freeOptions)
{
Free(entityPool[liveId], freeOptions);
}
public void DelayFreeByLiveId(int liveId, EntityFreeOptions freeOptions)
{
uniqueIdsToUnload.Add(GetEntityByLiveId(liveId).UniqueId);
}
