internal CastleBehavior(GameObject gameObject, GameContext context, CastleBehaviorModuleData moduleData)
{
IsUnpacked = false;
_moduleData = moduleData;
_gameObject = gameObject;
_context = context;
_updateInterval = new LogicFrameSpan((uint)MathF.Ceiling(Game.LogicFramesPerSecond / 2)); // 0.5s
_nativePlayer = _gameObject.Owner;
}
public void EnqueuePayload(ProductionUpdate productionUpdate, LogicFrameSpan delay)
{
_productionUpdate = productionUpdate;
foreach (var rank in _formation.Values)
{
foreach (var position in rank)
{
_productionUpdate.SpawnPayload(position.Definition, delay);
_pendingRegistrations++;
}
}
}
public RangeDuration(LogicFrameSpan min, LogicFrameSpan max)
{
Min = min;
Max = max;
}
public RangeDuration(LogicFrameSpan value)
{
Min = Max = value;
}
internal static void CheckForStructure(BehaviorUpdateContext context, GameObject obj, ref LogicFrame waitUntil, LogicFrameSpan interval)
{
if (context.LogicFrame < waitUntil)
{
return;
}
waitUntil = context.LogicFrame + interval;
var collidingObjects = context.GameContext.Game.PartitionCellManager.QueryObjects(
obj,
obj.Translation,
obj.Geometry.BoundingCircleRadius,
new PartitionQueries.KindOfQuery(ObjectKinds.Structure));
if (collidingObjects.Any())
{
obj.IsSelectable = false;
obj.Hidden = true;
return;
}
obj.IsSelectable = true;
obj.Hidden = false;
}
//TODO: rather notify this when the corresponding order is processed and update again when the object is dead/destroyed
internal FoundationAIUpdate(GameObject gameObject, FoundationAIUpdateModuleData moduleData)
: base(gameObject, moduleData)
{
_moduleData = moduleData;
_updateInterval = new LogicFrameSpan((uint)MathF.Ceiling(Game.LogicFramesPerSecond / 2)); // 0.5s, we do not have to check every frame
}
private static LogicFrameSpan GetDelayWithVariance(BehaviorUpdateContext context, LogicFrameSpan delay, LogicFrameSpan variance)
{
var randomMultiplier = (context.GameContext.Random.NextDouble() * 2.0) - 1.0;
return(delay + (variance * (float)randomMultiplier));
}