/// <summary>
/// On RangeObject destroyed, every <see cref="RangeIntersectionCalculator"/> in <see cref="AllRangeIntersectionCalculatorV2"/> that references the
/// <paramref name="RangeObjectV2"/> must be destroyed.
/// </summary>
private void OnRangeObjectDestroyed(RangeObjectV2 RangeObjectV2)
{
List <RangeIntersectionCalculator> RangeIntersectionCalculatorsToDestroy = null;
for (var i = 0; i < this.AllRangeIntersectionCalculatorV2.Count; i++)
{
var currentIntersectionCalculator = this.AllRangeIntersectionCalculatorV2[i];
if (currentIntersectionCalculator.GetAssociatedRangeObject() == RangeObjectV2)
{
if (RangeIntersectionCalculatorsToDestroy == null)
{
RangeIntersectionCalculatorsToDestroy = new List <RangeIntersectionCalculator>();
}
RangeIntersectionCalculatorsToDestroy.Add(currentIntersectionCalculator);
}
}
if (RangeIntersectionCalculatorsToDestroy != null)
{
foreach (var rangeIntersectionCalculatorToDestroy in RangeIntersectionCalculatorsToDestroy)
{
rangeIntersectionCalculatorToDestroy.OnDestroy();
this.AllRangeIntersectionCalculatorV2.Remove(rangeIntersectionCalculatorToDestroy);
}
}
}
public void OnRangeObjectDestroyed(RangeObjectV2 RangeObjectV2)
{
if (this.OnRangeObjectDestroyedEvent != null)
{
this.OnRangeObjectDestroyedEvent.Invoke(RangeObjectV2);
}
}
private void OnRangeObjectCreated(RangeObjectV2 RangeObjectV2)
{
var rangeTypeID = RangeObjectV2.RangeObjectInitialization.RangeTypeID;
if (rangeTypeID != RangeTypeID.NOT_DISPLAYED)
{
if (!rangeRenderDatas.ContainsKey(rangeTypeID))
{
rangeRenderDatas[rangeTypeID] = new Dictionary <int, AbstractRangeRenderData>();
}
if (RangeObjectV2.GetType() == typeof(SphereRangeObjectV2))
{
var SphereRangeObjectRenderingDataProvider = new SphereRangeObjectRenderingDataProvider((SphereRangeObjectV2)RangeObjectV2, rangeTypeID);
var addedRange = new SphereGroundEffectManager(RangeTypeConfiguration.ConfigurationInherentData[rangeTypeID], SphereRangeObjectRenderingDataProvider);
addedRange.OnRangeCreated(SphereRangeObjectRenderingDataProvider);
rangeRenderDatas[rangeTypeID].Add(SphereRangeObjectRenderingDataProvider.BoundingCollider.GetInstanceID(), new CircleRangeRenderData(addedRange));
}
else if (RangeObjectV2.GetType() == typeof(BoxRangeObjectV2))
{
var BoxRangeObjectRenderingDataProvider = new BoxRangeObjectRenderingDataProvider((BoxRangeObjectV2)RangeObjectV2, rangeTypeID);
var addedRange = new BoxGroundEffectManager(RangeTypeConfiguration.ConfigurationInherentData[rangeTypeID], BoxRangeObjectRenderingDataProvider);
addedRange.OnRangeCreated(BoxRangeObjectRenderingDataProvider);
rangeRenderDatas[rangeTypeID].Add(BoxRangeObjectRenderingDataProvider.BoundingCollider.GetInstanceID(), new BoxRangeRenderData(addedRange));
}
else if (RangeObjectV2.GetType() == typeof(RoundedFrustumRangeObjectV2))
{
var RoundedFrustumRangeObjectRenderingDataProvider = new FrustumRangeObjectRenderingDataProvider((RoundedFrustumRangeObjectV2)RangeObjectV2, rangeTypeID);
var addedRange = new RoundedFrustumGroundEffectManager(RangeTypeConfiguration.ConfigurationInherentData[rangeTypeID], RoundedFrustumRangeObjectRenderingDataProvider);
addedRange.OnRangeCreated(RoundedFrustumRangeObjectRenderingDataProvider);
rangeRenderDatas[rangeTypeID].Add(RoundedFrustumRangeObjectRenderingDataProvider.BoundingCollider.GetInstanceID(), new RoundedFrustumRenderData(addedRange));
}
}
}
public void OnRangeObjectCreated(RangeObjectV2 RangeObjectV2)
{
if (this.OnRangeObjectAllCreatedEvent != null)
{
this.OnRangeObjectAllCreatedEvent.Invoke(RangeObjectV2);
}
}
protected ARangeObjectRenderingDataProvider(RangeObjectV2 rangeObjectV2Ref, RangeTypeID RangeTypeID)
{
RangeObjectV2Ref = rangeObjectV2Ref;
this.RangeTypeID = RangeTypeID;
this.BoundingCollider = rangeObjectV2Ref.RangeGameObjectV2.BoundingCollider;
this.ObstacleListener = rangeObjectV2Ref.GetObstacleListener();
}
public FrustumRangeObjectPositioningSystem(FrustumV2 Frustum, RangeObjectV2 RoundedFrustumRangeObjectV2) : base(RoundedFrustumRangeObjectV2)
{
Frustum.CalculateFrustumWorldPositionyFace(out FrustumPointsPositions LocalFrustumPointPositions, new TransformStruct {
WorldPosition = Vector3.zero, WorldRotationEuler = Vector3.zero, LossyScale = Vector3.one
});
this.RangeFrustumWorldPositioning = new RangeFrustumWorldPositioning
{
LocalFrustumPositions = LocalFrustumPointPositions
};
}
public InteractiveIntersectionListenerDelegated(RangeObjectV2 associatedRangeObject, Func <InteractiveObjectTag, bool> InteractiveObjectSelectionGuardAction,
Action <CoreInteractiveObject> OnInterestedNothingAction = null, Action <CoreInteractiveObject> OnJustIntersectedAction = null, Action <CoreInteractiveObject> OnJustNotIntersectedAction = null,
Action <CoreInteractiveObject> OnTriggerEnterSuccessAction = null, Action <CoreInteractiveObject> OnTriggerExitSuccessAction = null) : base(associatedRangeObject)
{
this.OnInterestedNothingAction = OnInterestedNothingAction;
this.OnJustIntersectedAction = OnJustIntersectedAction;
this.OnJustNotIntersectedAction = OnJustNotIntersectedAction;
this.OnTriggerEnterSuccessAction = OnTriggerEnterSuccessAction;
this.OnTriggerExitSuccessAction = OnTriggerExitSuccessAction;
this.InteractiveObjectSelectionGuardAction = InteractiveObjectSelectionGuardAction;
}
public RangeIntersectionV2Listener_Delegated(RangeObjectV2 associatedRangeObject, InteractiveObjectTagStruct InteractiveObjectSelectionGuard,
Action <CoreInteractiveObject> OnInterestedNothingAction = null, Action <CoreInteractiveObject> OnJustIntersectedAction = null, Action <CoreInteractiveObject> OnJustNotIntersectedAction = null,
Action <CoreInteractiveObject> OnTriggerEnterSuccessAction = null, Action <CoreInteractiveObject> OnTriggerExitSuccessAction = null) : base(associatedRangeObject)
{
this.OnInterestedNothingAction = OnInterestedNothingAction;
this.OnJustIntersectedAction = OnJustIntersectedAction;
this.OnJustNotIntersectedAction = OnJustNotIntersectedAction;
this.OnTriggerEnterSuccessAction = OnTriggerEnterSuccessAction;
this.OnTriggerExitSuccessAction = OnTriggerExitSuccessAction;
this.InteractiveObjectSelectionGuard = InteractiveObjectSelectionGuard;
}
private void OnRangeObjectDestroyed(RangeObjectV2 RangeObjectV2)
{
if (RangeObjectV2.RangeObjectInitialization.RangeTypeID != RangeTypeID.NOT_DISPLAYED)
{
rangeRenderDatas[RangeObjectV2.RangeObjectInitialization.RangeTypeID][RangeObjectV2.RangeGameObjectV2.BoundingCollider.GetInstanceID()].OnRangeDestroyed();
rangeRenderDatas[RangeObjectV2.RangeObjectInitialization.RangeTypeID].Remove(RangeObjectV2.RangeGameObjectV2.BoundingCollider.GetInstanceID());
if (rangeRenderDatas[RangeObjectV2.RangeObjectInitialization.RangeTypeID].Count == 0)
{
rangeRenderDatas.Remove(RangeObjectV2.RangeObjectInitialization.RangeTypeID);
}
}
}
public RangeIntersectionCalculator(RangeObjectV2 RangeObject, CoreInteractiveObject TrackedInteractiveObject)
{
this.AssociatedRangeObject = RangeObject;
this.TrackedInteractiveObject = TrackedInteractiveObject;
this.sightModuleMovementChangeTracker = new BlittableTransformChangeListenerManager(true, true);
this.inRangeCollidersMovementChangeTracker = new BlittableTransformChangeListenerManager(true, true);
this.RangeIntersectionCalculatorV2UniqueID = _rangeIntersectionCalculatorManager.OnRangeIntersectionCalculatorV2ManagerCreation(this);
RangeIntersectionCalculationManagerV2.ManualCalculation(new List <RangeIntersectionCalculator>()
{
this
}, forceCalculation: true);
}
private void CommontInit(RangeObjectInitialization RangeObjectInitialization, RangeObjectV2 RangeObjectV2, CoreInteractiveObject AssociatedInteractiveObject, string objectName)
{
this.assocaitedRangeObject = RangeObjectV2;
this.RangeGameObject = new GameObject(objectName);
if (this.attachedGameObject != null)
{
this.RangeGameObject.transform.parent = this.attachedGameObject.transform;
}
this.RangeGameObject.transform.localRotation = Quaternion.identity;
this.RangeGameObject.transform.localPosition = Vector3.zero;
var rigidbody = this.RangeGameObject.AddComponent <Rigidbody>();
rigidbody.useGravity = false;
rigidbody.isKinematic = true;
this.InteractiveInteractiveObjectPhysicsListener = this.RangeGameObject.AddComponent <InteractiveInteractiveObjectPhysicsListener>();
this.InteractiveInteractiveObjectPhysicsListener.Init(AssociatedInteractiveObject);
}
public static RangeObjectV2 FromRangeObjectInitialization(RangeObjectInitialization RangeObjectInitialization, GameObject parent)
{
RangeObjectV2 rangeObjectV2 = null;
if (RangeObjectInitialization.GetType() == typeof(SphereRangeObjectInitialization))
{
rangeObjectV2 = new SphereRangeObjectV2(parent, (SphereRangeObjectInitialization)RangeObjectInitialization, null);
}
else if (RangeObjectInitialization.GetType() == typeof(BoxRangeObjectInitialization))
{
rangeObjectV2 = new BoxRangeObjectV2(parent, (BoxRangeObjectInitialization)RangeObjectInitialization, null);
}
else if (RangeObjectInitialization.GetType() == typeof(FrustumRangeObjectInitialization))
{
rangeObjectV2 = new FrustumRangeObjectV2(parent, (FrustumRangeObjectInitialization)RangeObjectInitialization, null);
}
else if (RangeObjectInitialization.GetType() == typeof(RoundedFrustumRangeObjectInitialization))
{
rangeObjectV2 = new RoundedFrustumRangeObjectV2(parent, (RoundedFrustumRangeObjectInitialization)RangeObjectInitialization, null);
}
return(rangeObjectV2);
}
protected AInteractiveIntersectionListener(RangeObjectV2 associatedRangeObject)
{
this.associatedRangeObject = associatedRangeObject;
}
public RangeGameObjectV2(GameObject attachedGameObject, RoundedFrustumRangeObjectInitialization FrustumRangeObjectInitialization, RangeObjectV2 RangeObjectV2, CoreInteractiveObject AssociatedInteractiveObject, string objectName)
{
this.attachedGameObject = attachedGameObject;
this.CommontInit(FrustumRangeObjectInitialization, RangeObjectV2, AssociatedInteractiveObject, objectName);
this.BoundingCollider = RangeObjectBoundingColliderBuilder.BuildBoundingCollider(FrustumRangeObjectInitialization, this);
}
private void OnRangeObjectDestroyed(RangeObjectV2 rangeObjectV2)
{
RangeObjects.Remove(rangeObjectV2);
}
private void OnRangeObjectCreated(RangeObjectV2 rangeObjectV2)
{
RangeObjects.Add(rangeObjectV2);
rangeObjectV2.RegisterOnRangeObjectDestroyedEventListener(this.OnRangeObjectDestroyed);
}
public RangeObstacleListenerSystem(RangeObjectV2 rangeObjectV2Ref, RangeObjectV2PhysicsEventListenerComponent rangeObjectV2PhysicsEventListenerComponent) : base(rangeObjectV2Ref)
{
this.ObstacleListener = new ObstacleListenerSystem(new Func <TransformStruct>(() => rangeObjectV2Ref.GetTransform()));
this.RangeObstaclePhysicsEventListener = new RangeObstaclePhysicsEventListener(this.ObstacleListener);
rangeObjectV2PhysicsEventListenerComponent.AddPhysicsEventListener(this.RangeObstaclePhysicsEventListener);
}
public RangeExternalPhysicsOnlyListenersSystem(RangeObjectV2 rangeObjectV2Ref, RangeObjectV2PhysicsEventListenerComponent rangeObjectV2PhysicsEventListenerComponent) : base(rangeObjectV2Ref)
{
this._rangeObjectV2PhysicsEventListenerComponent = rangeObjectV2PhysicsEventListenerComponent;
}
protected ARangeObjectSystem(RangeObjectV2 rangeObjectV2Ref)
{
RangeObjectV2Ref = rangeObjectV2Ref;
}
protected ARangeIntersectionV2Listener(RangeObjectV2 associatedRangeObject)
{
this.associatedRangeObject = associatedRangeObject;
}
private void OnRangeObjectCreated(RangeObjectV2 rangeObjectV2)
{
RangeObjects.Add(rangeObjectV2);
}
public RangeIntersectionV2System(RangeObjectV2 rangeObjectV2Ref) : base(rangeObjectV2Ref)
{
}
public RangeObstacleListenerSystem(RangeObjectV2 rangeObjectV2Ref, InteractiveInteractiveObjectPhysicsListener interactiveInteractiveObjectPhysicsListener) : base(rangeObjectV2Ref)
{
this.ObstacleListener = new ObstacleListenerSystem(new Func <TransformStruct>(() => rangeObjectV2Ref.GetTransform()));
this._interactiveObstaclePhysicsEventListener = new InteractiveObstaclePhysicsEventListener(this.ObstacleListener);
interactiveInteractiveObjectPhysicsListener.AddPhysicsEventListener(this._interactiveObstaclePhysicsEventListener);
}
public RangeExternalPhysicsOnlyListenersSystem(RangeObjectV2 rangeObjectV2Ref, InteractiveInteractiveObjectPhysicsListener interactiveInteractiveObjectPhysicsListener) : base(rangeObjectV2Ref)
{
this._interactiveInteractiveObjectPhysicsListener = interactiveInteractiveObjectPhysicsListener;
}
