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);
}
// 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 ManualCalculation(List <RangeIntersectionCalculator> InvolvedRangeIntersectionCalculatorV2, bool forceCalculation)
{
var AllRangeIntersectionCalculatorV2Count = InvolvedRangeIntersectionCalculatorV2.Count;
if (AllRangeIntersectionCalculatorV2Count > 0)
{
#region Counting
var totalObstacleFrustumPointsCounter = 0;
foreach (var rangeIntersectionCalculatorV2 in InvolvedRangeIntersectionCalculatorV2)
{
if (forceCalculation || !forceCalculation && rangeIntersectionCalculatorV2.TickChangedPositions())
{
RangeIntersectionCalculatorThatChangedThatFrame.Add(rangeIntersectionCalculatorV2);
foreach (var RangeIntersectionmanager in RangeIntersectionmanagers)
{
RangeIntersectionmanager.CountingForRangeIntersectionCalculator(rangeIntersectionCalculatorV2);
}
var associatedObstacleListener = rangeIntersectionCalculatorV2.GetAssociatedObstacleListener();
if (associatedObstacleListener != null) //The range can ignore obstacles
{
//Obstacle listener could have never triggered a calculation
ObstacleOcclusionCalculationManagerV2.TryGetCalculatedOcclusionFrustumsForObstacleListener(associatedObstacleListener, out var calculatedFrustumPositions);
if (calculatedFrustumPositions != null)
{
foreach (var calculatedObstacleFrustum in calculatedFrustumPositions.Values)
{
totalObstacleFrustumPointsCounter += calculatedObstacleFrustum.Count;
}
}
}
}
}
#endregion
if (RangeIntersectionCalculatorThatChangedThatFrame.Count > 0)
{
foreach (var RangeIntersectionmanager in RangeIntersectionmanagers)
{
RangeIntersectionmanager.CreateNativeArrays();
}
this.IsOccludedByObstacleJobData = new NativeArray <IsOccludedByObstacleJobData>(AllRangeIntersectionCalculatorV2Count, Allocator.TempJob);
RangeObstacleOcclusionIntersection.Prepare(totalObstacleFrustumPointsCounter, _rangeIntersectionCalculatorManager);
var currentObstacleIntersectionCalculatorCounter = 0;
foreach (var RangeIntersectionCalculatorV2 in RangeIntersectionCalculatorThatChangedThatFrame)
{
if (RangeObstacleOcclusionIntersection.ForRangeInteresectionCalculator(RangeIntersectionCalculatorV2, ObstacleOcclusionCalculationManagerV2, out var IsOccludedByObstacleJobData))
{
this.IsOccludedByObstacleJobData[currentObstacleIntersectionCalculatorCounter] = IsOccludedByObstacleJobData;
currentObstacleIntersectionCalculatorCounter += 1;
}
foreach (var RangeIntersectionmanager in RangeIntersectionmanagers)
{
RangeIntersectionmanager.CalculationDataSetupForRangeIntersectionCalculator(RangeIntersectionCalculatorV2,
IsOccludedByObstacleJobData, currentObstacleIntersectionCalculatorCounter);
}
}
foreach (var RangeIntersectionmanager in RangeIntersectionmanagers)
{
RangeIntersectionmanager.BuildJobHandle(IsOccludedByObstacleJobData, RangeObstacleOcclusionIntersection);
}
if (!forceCalculation)
{
JobEnded = false;
}
else
{
foreach (var RangeIntersectionmanager in RangeIntersectionmanagers)
{
RangeIntersectionmanager.Complete();
}
foreach (var RangeIntersectionmanager in RangeIntersectionmanagers)
{
RangeIntersectionmanager.WaitForResults();
}
OnJobEnded();
}
}
}
}
public void ManualCalculation(List <RangeIntersectionCalculator> InvolvedRangeIntersectionCalculatorV2, bool forceCalculation)
{
var AllRangeIntersectionCalculatorV2Count = InvolvedRangeIntersectionCalculatorV2.Count;
if (AllRangeIntersectionCalculatorV2Count > 0)
{
#region Counting
var totalObstacleFrustumPointsCounter = 0;
var totalVisibilityProbePointsCounter = 0;
foreach (var rangeIntersectionCalculatorV2 in InvolvedRangeIntersectionCalculatorV2)
{
// If the calculation is forced or the intersection calculator needs recalculation
if (forceCalculation || !forceCalculation && rangeIntersectionCalculatorV2.TickChangedPositions())
{
// We push the range intersection calculator to the stack that will be calculated
RangeIntersectionCalculatorThatChangedThatFrame.Add(rangeIntersectionCalculatorV2);
// We increment manager counter this will be used later to allocate native arrays.
foreach (var RangeIntersectionmanager in RangeIntersectionmanagers)
{
RangeIntersectionmanager.CountingForRangeIntersectionCalculator(rangeIntersectionCalculatorV2);
}
var associatedObstacleListener = rangeIntersectionCalculatorV2.GetAssociatedObstacleListener();
if (associatedObstacleListener != null) //The range can ignore obstacles
{
//Obstacle listener could have never triggered a calculation
// We get the occlusion frustums associated to the obstacle listener. These frustums will be used during the probe visibility
ObstacleOcclusionCalculationManagerV2.TryGetCalculatedOcclusionFrustumsForObstacleListener(associatedObstacleListener, out var calculatedFrustumPositions);
if (calculatedFrustumPositions != null)
{
foreach (var calculatedObstacleFrustum in calculatedFrustumPositions.Values)
{
totalObstacleFrustumPointsCounter += calculatedObstacleFrustum.Count;
}
}
}
// visibility probe counting
var visibilityProbes = rangeIntersectionCalculatorV2.TrackedInteractiveObject.InteractiveGameObject.VisibilityProbe;
if (visibilityProbes.LocalPoints != null)
{
totalVisibilityProbePointsCounter += visibilityProbes.LocalPoints.Length;
}
}
}
#endregion
if (RangeIntersectionCalculatorThatChangedThatFrame.Count > 0)
{
foreach (var RangeIntersectionmanager in RangeIntersectionmanagers)
{
RangeIntersectionmanager.CreateNativeArrays();
}
this.IsOccludedByObstacleJobData = new NativeArray <IsOccludedByObstacleJobData>(AllRangeIntersectionCalculatorV2Count, Allocator.TempJob);
this.VisibilityProbeLocalPoints = new NativeArray <Vector3>(totalVisibilityProbePointsCounter, Allocator.TempJob);
RangeObstacleOcclusionIntersection.Prepare(totalObstacleFrustumPointsCounter, _rangeIntersectionCalculatorManager);
var currentObstacleIntersectionCalculatorCounter = 0;
var currentVisibilityProbeLocalPointsCounter = 0;
foreach (var RangeIntersectionCalculatorV2 in RangeIntersectionCalculatorThatChangedThatFrame)
{
if (RangeObstacleOcclusionIntersection.ForRangeInteresectionCalculator(RangeIntersectionCalculatorV2, ObstacleOcclusionCalculationManagerV2, out var IsOccludedByObstacleJobData))
{
// when there is occlusion, we push it to the job
this.IsOccludedByObstacleJobData[currentObstacleIntersectionCalculatorCounter] = IsOccludedByObstacleJobData;
currentObstacleIntersectionCalculatorCounter += 1;
}
// TODO
var VisibilityProbeJobData = CalculatingVisibilityProbeJobData(RangeIntersectionCalculatorV2, ref currentVisibilityProbeLocalPointsCounter);
foreach (var RangeIntersectionmanager in RangeIntersectionmanagers)
{
RangeIntersectionmanager.CalculationDataSetupForRangeIntersectionCalculator(RangeIntersectionCalculatorV2,
IsOccludedByObstacleJobData, VisibilityProbeJobData, currentObstacleIntersectionCalculatorCounter);
}
}
foreach (var RangeIntersectionmanager in RangeIntersectionmanagers)
{
RangeIntersectionmanager.BuildJobHandle(IsOccludedByObstacleJobData, this.VisibilityProbeLocalPoints, RangeObstacleOcclusionIntersection);
}
if (!forceCalculation)
{
JobEnded = false;
}
else
{
foreach (var RangeIntersectionmanager in RangeIntersectionmanagers)
{
RangeIntersectionmanager.Complete();
}
foreach (var RangeIntersectionmanager in RangeIntersectionmanagers)
{
RangeIntersectionmanager.WaitForResults();
}
OnJobEnded();
}
}
}
}