double CalculatePathingCostMultiplyer(CLayerPart pActor, CPoint StartPoint, CPoint EndPoint, CCollideProcessingState pCollideProcessingState)
{
CFPoint PolyDelta, NormalPos, CenterPos;
pActor.GetCollisionCenterPosition(&CenterPos);
pActor.GetPosition(&NormalPos);
PolyDelta.Minus(CenterPos, NormalPos);
CFPoint FPolyStartPoint, FPolyEndPoint;
FPolyStartPoint.Set(StartPoint);
FPolyEndPoint.Set(EndPoint);
FPolyStartPoint -= PolyDelta;
FPolyEndPoint -= PolyDelta;
CCollideInputs CollideInputs(&FPolyStartPoint, &FPolyEndPoint);
uint IsTempExcluded = pActor.GetFlag(CLayerPart::IsTemporarilyExcluded);
const_cast<CLayerPart*>(pActor).OrInFlags(CLayerPart::IsTemporarilyExcluded);
// <WIP> pEntityMovable should not require a const cast here (many changes would have to be made)
pCollideProcessingState.ResetPathingCostMultiplyer();
bool Collision = pActor.GetLayer().SaveData.CheckCollide(pActor.GetpPolygon(0), &FPolyStartPoint, &CollideInputs, pCollideProcessingState, null, null, const_cast<CLayerPart*>(pActor), 0, 0);
const_cast<CLayerPart*>(pActor).ClearFlags(CLayerPart::IsTemporarilyExcluded);
const_cast<CLayerPart*>(pActor).OrInFlags(IsTempExcluded);
if (Collision)
{
return CCollideOutputs::MIN_COST_RATIO_TO_TREAT_AS_IMPASSABLE;
}
else
{
return pCollideProcessingState.GetAndResetPathingCostMultiplyer();
}
}
