public void CountingForRangeIntersectionCalculator(RangeIntersectionCalculator rangeIntersectionCalculator)
{
if (rangeIntersectionCalculator.GetAssociatedRangeObjectType() == RangeType.SPHERE)
{
this.totalSphereTypeIntersection += 1;
}
}
public bool ForRangeInteresectionCalculator(RangeIntersectionCalculator rangeIntersectionCalculator, ObstacleOcclusionCalculationManagerV2 ObstacleOcclusionCalculationManagerV2,
out IsOccludedByObstacleJobData IsOccludedByObstacleJobData)
{
int ObstacleFrustumPointsPositionsBeginIndex = currentObstacleFrustumPointsCounter;
var associatedObstacleListener = rangeIntersectionCalculator.GetAssociatedObstacleListener();
if (associatedObstacleListener != null)
{
//obstacle listener may never have triggered calculation
ObstacleOcclusionCalculationManagerV2.TryGetCalculatedOcclusionFrustumsForObstacleListener(associatedObstacleListener, out Dictionary <int, List <FrustumPointsPositions> > calculatedFrustumPositions);
if (calculatedFrustumPositions != null)
{
foreach (var calculatedObstacleFrustumList in calculatedFrustumPositions.Values)
{
foreach (var calculatedObstacleFrustum in calculatedObstacleFrustumList)
{
this.AssociatedObstacleFrustumPointsPositions[currentObstacleFrustumPointsCounter] = calculatedObstacleFrustum;
currentObstacleFrustumPointsCounter += 1;
}
}
}
IsOccludedByObstacleJobData = new IsOccludedByObstacleJobData
{
TestedBoxCollider = new BoxDefinition(rangeIntersectionCalculator.TrackedInteractiveObject.InteractiveGameObject.GetLogicColliderAsBox()),
ObstacleFrustumPointsPositionsBeginIndex = ObstacleFrustumPointsPositionsBeginIndex,
ObstacleFrustumPointsPositionsEndIndex = currentObstacleFrustumPointsCounter
};
return(true);
}
IsOccludedByObstacleJobData = default;
return(false);
}
public void CountingForRangeIntersectionCalculator(RangeIntersectionCalculator rangeIntersectionCalculator)
{
if (rangeIntersectionCalculator.GetAssociatedRangeObjectType() == RangeType.ROUNDED_FRUSTUM)
{
this.totalRoundedFrustumTypeIntersection += 1;
}
}
/// <summary>
/// Build the <see cref="VisibilityProbeIntersectionJobData"/> and feed the <see cref="VisibilityProbeLocalPoints"/> based on targetted interactive object probe.
/// </summary>
private VisibilityProbeIntersectionJobData CalculatingVisibilityProbeJobData(RangeIntersectionCalculator RangeIntersectionCalculatorV2, ref int currentVisibilityProbeLocalPointsCounter)
{
var visibilityProbes = RangeIntersectionCalculatorV2.TrackedInteractiveObject.InteractiveGameObject.VisibilityProbe;
VisibilityProbeIntersectionJobData visibilityProbeIntersectionJobData = default;
if (visibilityProbes.LocalPoints != null && visibilityProbes.LocalPoints.Length > 0)
{
int startIndex = currentVisibilityProbeLocalPointsCounter;
int endIndex = startIndex;
for (int i = 0; i < visibilityProbes.LocalPoints.Length; i++)
{
this.VisibilityProbeLocalPoints[currentVisibilityProbeLocalPointsCounter] = visibilityProbes[i];
endIndex = currentVisibilityProbeLocalPointsCounter;
currentVisibilityProbeLocalPointsCounter += 1;
}
visibilityProbeIntersectionJobData = new VisibilityProbeIntersectionJobData()
{
VisibilityProbeLocalToWorld = RangeIntersectionCalculatorV2.TrackedInteractiveObject.InteractiveGameObject.LogicCollider.transform.localToWorldMatrix,
VisibilityProbePositionsBeginIndexIncluded = startIndex,
VisibilityProbePositionsEndIndexIncluded = endIndex
};
}
return(visibilityProbeIntersectionJobData);
}
protected override void OnJustNotIntersected(RangeIntersectionCalculator intersectionCalculator)
{
if (OnJustNotIntersectedAction != null)
{
OnJustNotIntersectedAction.Invoke(intersectionCalculator.TrackedInteractiveObject);
}
}
protected override void OnInterestedNothing(RangeIntersectionCalculator intersectionCalculator)
{
if (OnInterestedNothingAction != null)
{
OnInterestedNothingAction.Invoke(intersectionCalculator.TrackedInteractiveObject);
}
}
public int OnRangeIntersectionCalculatorV2ManagerCreation(RangeIntersectionCalculator rangeIntersectionCalculator)
{
this.AllRangeIntersectionCalculatorV2.Add(rangeIntersectionCalculator);
this.CurrentRangeIntersectionCalculatorV2ManagerCounter += 1;
rangeIntersectionCalculator.GetAssociatedRangeObject().RegisterOnRangeObjectDestroyedEventListener(this.OnRangeObjectDestroyed);
rangeIntersectionCalculator.TrackedInteractiveObject.RegisterInteractiveObjectDestroyedEventListener(this.OnTrackedInteractiveObjectDestroyed);
return(this.CurrentRangeIntersectionCalculatorV2ManagerCounter);
}
private void SingleJustExited(RangeIntersectionCalculator justTriggerExitedRangeIntersectionCalculator)
{
//Debug.Log("JustTriggeredExit : " + justTriggerExitedCalculatorIndex + " " + this.justTriggerExitedCalculators.Count);
OnJustNotIntersected(justTriggerExitedRangeIntersectionCalculator);
justTriggerExitedRangeIntersectionCalculator.OnDestroy();
justTriggerExitedCalculatorsIndexedByTrackedInteractiveObject.Remove(justTriggerExitedRangeIntersectionCalculator.TrackedInteractiveObject);
justTriggerExitedCalculators.Remove(justTriggerExitedRangeIntersectionCalculator);
}
public sealed override void OnTriggerEnter(RangeObjectPhysicsTriggerInfo PhysicsTriggerInfo)
{
var rangeIntersectionCalculator = new RangeIntersectionCalculator(associatedRangeObject, PhysicsTriggerInfo.OtherInteractiveObject);
intersectionCalculators.Add(rangeIntersectionCalculator);
intersectionCalculatorsIndexedByTrackedInteractiveObject[PhysicsTriggerInfo.OtherInteractiveObject] = rangeIntersectionCalculator;
OnTriggerEnterSuccess(PhysicsTriggerInfo);
}
public sealed override void OnTriggerEnter(InteractiveObjectPhysicsTriggerInfo PhysicsTriggerInfo)
{
PhysicsTriggerInfo.OtherInteractiveObject.RegisterInteractiveObjectDestroyedEventListener(this.OnInteractiveObjectDestroyed);
var rangeIntersectionCalculator = new RangeIntersectionCalculator(associatedRangeObject, PhysicsTriggerInfo.OtherInteractiveObject);
intersectionCalculators.Add(rangeIntersectionCalculator);
intersectionCalculatorsIndexedByTrackedInteractiveObject[PhysicsTriggerInfo.OtherInteractiveObject] = rangeIntersectionCalculator;
OnTriggerEnterSuccess(PhysicsTriggerInfo);
}
private void SingleCalculation(RangeIntersectionCalculator intersectionCalculator)
{
var intersectionOperation = intersectionCalculator.Tick();
if (intersectionOperation == InterserctionOperationType.JustInteresected)
{
OnJustIntersected(intersectionCalculator);
}
else if (intersectionOperation == InterserctionOperationType.JustNotInteresected)
{
OnJustNotIntersected(intersectionCalculator);
}
else if (intersectionOperation == InterserctionOperationType.IntersectedNothing)
{
OnInterestedNothing(intersectionCalculator);
}
}
public void CalculationDataSetupForRangeIntersectionCalculator(RangeIntersectionCalculator rangeIntersectionCalculator,
IsOccludedByObstacleJobData IsOccludedByObstacleJobData, int currentObstacleIntersectionCalculatorCounter)
{
if (rangeIntersectionCalculator.GetAssociatedRangeObjectType() == RangeType.SPHERE)
{
var SphereRangeObject = (SphereRangeObjectV2)rangeIntersectionCalculator.GetAssociatedRangeObject();
var SphereIntersectionJobData = new SphereIntersectionJobData
{
RangeIntersectionCalculatorV2UniqueID = rangeIntersectionCalculator.RangeIntersectionCalculatorV2UniqueID,
RangeTransform = SphereRangeObject.GetTransform(),
IsOccludedByObstacleJobData = IsOccludedByObstacleJobData,
ComparedCollider = rangeIntersectionCalculator.TrackedInteractiveObject.InteractiveGameObject.GetLogicColliderBoxDefinition(),
ObstacleCalculationDataIndex = SphereRangeObject.GetObstacleListener() == null ? -1 : (currentObstacleIntersectionCalculatorCounter - 1),
SphereRadius = SphereRangeObject.SphereBoundingCollider.radius
};
this.SphereIntersectionJobData[this.currentSphereIntersectionJobdataCounter] = SphereIntersectionJobData;
this.currentSphereIntersectionJobdataCounter += 1;
}
}
public void CalculationDataSetupForRangeIntersectionCalculator(RangeIntersectionCalculator rangeIntersectionCalculator,
IsOccludedByObstacleJobData IsOccludedByObstacleJobData, int currentObstacleIntersectionCalculatorCounter)
{
if (rangeIntersectionCalculator.GetAssociatedRangeObjectType() == RangeType.ROUNDED_FRUSTUM)
{
var RoundedFrustumRangeObject = (RoundedFrustumRangeObjectV2)rangeIntersectionCalculator.GetAssociatedRangeObject();
var RoundedFrustumIntersectionJobData = new RoundedFrustumIntersectionJobData
{
RangeIntersectionCalculatorV2UniqueID = rangeIntersectionCalculator.RangeIntersectionCalculatorV2UniqueID,
FrustumRadius = RoundedFrustumRangeObject.GetFrustum().GetFrustumFaceRadius(),
RangeTransform = RoundedFrustumRangeObject.GetTransform(),
IsOccludedByObstacleJobData = IsOccludedByObstacleJobData,
RoundedFrustumPositions = RoundedFrustumRangeObject.GetFrustumWorldPositions(),
ComparedCollider = rangeIntersectionCalculator.TrackedInteractiveObject.InteractiveGameObject.GetLogicColliderBoxDefinition(),
ObstacleCalculationDataIndex = RoundedFrustumRangeObject.GetObstacleListener() == null ? -1 : (currentObstacleIntersectionCalculatorCounter - 1)
};
this.RoundedFrustumIntersectionJobData[currentRoundedFrustumIntersectionJobDataCounter] = RoundedFrustumIntersectionJobData;
currentRoundedFrustumIntersectionJobDataCounter += 1;
}
}
// Try to get all occlusion frustums fro mthe obstacle listener and push them in the AssociatedObstacleFrustumPointsPositions.
// Returns the index range of insertion of AssociatedObstacleFrustumPointsPositions.
public bool ForRangeInteresectionCalculator(RangeIntersectionCalculator rangeIntersectionCalculator, ObstacleOcclusionCalculationManagerV2 ObstacleOcclusionCalculationManagerV2,
out IsOccludedByObstacleJobData IsOccludedByObstacleJobData)
{
int ObstacleFrustumPointsPositionsBeginIndex = currentObstacleFrustumPointsCounter;
var associatedObstacleListener = rangeIntersectionCalculator.GetAssociatedObstacleListener();
if (associatedObstacleListener != null)
{
//obstacle listener may never have triggered calculation
ObstacleOcclusionCalculationManagerV2.TryGetCalculatedOcclusionFrustumsForObstacleListener(associatedObstacleListener, out Dictionary <int, List <FrustumPointsPositions> > calculatedFrustumPositions);
if (calculatedFrustumPositions != null)
{
var calculatedFrustumPositionsEnumerator = calculatedFrustumPositions.Values.GetEnumerator();
while (calculatedFrustumPositionsEnumerator.MoveNext())
{
var calculatedObstacleFrustumList = calculatedFrustumPositionsEnumerator.Current;
for (int calculatedObstacleFrustumIndex = 0; calculatedObstacleFrustumIndex < calculatedObstacleFrustumList.Count; calculatedObstacleFrustumIndex++)
{
this.AssociatedObstacleFrustumPointsPositions[currentObstacleFrustumPointsCounter] = calculatedObstacleFrustumList[calculatedObstacleFrustumIndex];
currentObstacleFrustumPointsCounter += 1;
}
}
}
IsOccludedByObstacleJobData = new IsOccludedByObstacleJobData
{
ObstacleFrustumPointsPositionsBeginIndex = ObstacleFrustumPointsPositionsBeginIndex,
ObstacleFrustumPointsPositionsEndIndex = currentObstacleFrustumPointsCounter
};
return(true);
}
IsOccludedByObstacleJobData = default;
return(false);
}
public void TryGetRangeintersectionResult(RangeIntersectionCalculator rangeIntersectionCalculator, out bool result)
{
GetRangeIntersectionResult().TryGetValue(rangeIntersectionCalculator.RangeIntersectionCalculatorV2UniqueID, out result);
}
public bool GetRangeIntersectionResult(RangeIntersectionCalculator rangeIntersectionCalculator)
{
return(GetRangeIntersectionResult()[rangeIntersectionCalculator.RangeIntersectionCalculatorV2UniqueID]);
}
public void OnRangeIntersectionCalculatorV2ManagerDestroyed(RangeIntersectionCalculator rangeIntersectionCalculator)
{
this.AllRangeIntersectionCalculatorV2.Remove(rangeIntersectionCalculator);
}
protected virtual void OnJustNotIntersected(RangeIntersectionCalculator intersectionCalculator)
{
}
public int OnRangeIntersectionCalculatorV2ManagerCreation(RangeIntersectionCalculator rangeIntersectionCalculator)
{
this.AllRangeIntersectionCalculatorV2.Add(rangeIntersectionCalculator);
this.CurrentRangeIntersectionCalculatorV2ManagerCounter += 1;
return(this.CurrentRangeIntersectionCalculatorV2ManagerCounter);
}
protected virtual void OnInterestedNothing(RangeIntersectionCalculator intersectionCalculator)
{
}
