public void TransformNewHits(int oldNumHits, float oldFraction, Unity.Physics.Math.MTransform transform, uint numbSubKeyBits, uint subKey)
{
if (m_ClosestHit.Fraction < oldFraction)
{
m_ClosestHit.Transform(transform, numbSubKeyBits, subKey);
}
}
public void TransformNewHits(int oldNumHits, float oldFraction, Unity.Physics.Math.MTransform transform, uint numSubKeyBits, uint subKey)
{
for (int i = oldNumHits; i < NumHits; i++)
{
T hit = AllHits[i];
hit.Transform(transform, numSubKeyBits, subKey);
AllHits[i] = hit;
}
}
public void TransformNewHits(int oldNumHits, float oldFraction, Unity.Physics.Math.MTransform transform, int rigidBodyIndex)
{
for (int i = oldNumHits; i < m_NumHits; i++)
{
T hit = AllHits[i];
hit.Transform(transform, rigidBodyIndex);
AllHits[i] = hit;
}
}
public void TransformNewHits(int oldNumHits, float oldFraction, Unity.Physics.Math.MTransform transform, int rigidBodyIndex)
{
if (rigidBodyIndex == m_selfRBIndex)
{
m_ClosestHit = m_OldHit;
NumHits = 0;
MaxFraction = oldFraction;
m_OldHit = default(T);
return;
}
if (m_ClosestHit.Fraction < oldFraction)
{
m_ClosestHit.Transform(transform, rigidBodyIndex);
}
}
public void TransformNewHits(int oldNumHits, float oldFraction, Unity.Physics.Math.MTransform transform, int rigidIndex)
{
if (rigidIndex == m_selfRBIndex)
{
for (int i = oldNumHits; i < NumHits; i++)
{
AllHits.RemoveAtSwapBack(oldNumHits);
}
return;
}
for (int i = oldNumHits; i < NumHits; i++)
{
T hit = AllHits[i];
hit.Transform(transform, rigidIndex);
AllHits[i] = hit;
}
}
