/// <summary>
/// The iteration loop is :
/// * Making a choice over a builded <see cref="_AI._DecisionTree.DecisionTree"/>.
/// * Queueing <see cref="AEvent"/> based on AI choice.
/// </summary>
/// <param name="p_eventQueue"></param>
public override void Execute(EventQueue p_eventQueue)
{
ExternalHooks.Profiler_BeginSample("EntityTurnIterationEvent");
if (TurnIteration.Iterate(Entity, p_eventQueue))
{
EventQueue.enqueueEvent(p_eventQueue, EntityTurnIterationEvent.alloc(Entity));
}
else
{
EventQueue.enqueueEvent(p_eventQueue, EntityTurnIterationEndEvent.alloc(Entity));
}
ExternalHooks.Profiler_EndSample();
}
public override void Execute(EventQueue p_eventQueue)
{
Entity l_nextTurnEntity = TurnTimelineAlgorithm.IncrementTimeline(TurnTimeline);
if (l_nextTurnEntity != null)
{
ActionPoint.resetActionPoints(EntityComponent.get_component <ActionPoint>(l_nextTurnEntity));
MyEvent <Entity> .broadcast(ref l_nextTurnEntity.OnEntityTurnStart, ref l_nextTurnEntity);
// We wait for the EntityActionQueue to finish.
EventQueue.enqueueEvent(p_eventQueue, IterateAndWaitForEmptyQueue.alloc(EntityActionQueue));
// We enqueue an EndTurnEvent to trigger end turn related events. The EndTurnEvent will enqueue another StartTurnEvent on completion.
EventQueue.enqueueEvent(p_eventQueue, EndTurnEvent.alloc(TurnTimeline, EntityActionQueue, l_nextTurnEntity));
EventQueue.clearAll(EntityActionQueue);
EventQueue.enqueueEvent(EntityActionQueue, EntityTurnIterationEvent.alloc(l_nextTurnEntity));
}
}