// TODO: optimization - Only interested in the new family
void EntityEngine::updateFamilyMembershipAll()
{
for (auto entity : entities)
{
updateFamilyMembership(entity);
}
}
void EntityEngine::processPendingEntityOperations()
{
for (auto entityOperation : entityOperations)
{
auto entity = entityOperation->entity;
switch (entityOperation->type)
{
case EntityOperation::ADD:
addEntityInternal(entity);
updateFamilyMembership(entity);
break;
case EntityOperation::REMOVE:
removeEntityInternal(entity);
updateFamilyMembership(entity, true);
break;
}
}
entityOperations.clear();
}
ashley::Entity *ashley::Engine::addEntity(std::unique_ptr<Entity> &&ptr) {
entities.emplace_back(std::move(ptr));
auto &added = entities.back();
updateFamilyMembership(*added);
added->componentAdded.add((Listener<Entity>*) componentAddedListener.get());
added->componentRemoved.add((Listener<Entity>*) componentRemovedListener.get());
added->operationHandler = operationHandler.get();
notifying = true;
for (auto &listener : listeners) {
listener->entityAdded(*added);
}
notifying = false;
removePendingListeners();
return added.get();
}
void EntityEngine::processPendingComponentOperations()
{
for (auto componentOperation : componentOperations)
{
auto entity = componentOperation->entity;
auto component = componentOperation->component;
auto componentId = componentOperation->componentId;
switch (componentOperation->type)
{
case ComponentOperation::ADD:
entity->addInternal(component, componentId);
break;
case ComponentOperation::REMOVE:
entity->removeInternal(componentId);
break;
}
updateFamilyMembership(entity);
}
componentOperations.clear();
}