public void Initialize(BufferPool pool, int substepCapacity, ref CollidablePair pair, float speculativeMargin)
{
Manifolds.Initialize(pool, substepCapacity);
Pair = pair;
SpeculativeMargin = speculativeMargin;
ManifoldsReported = 0;
}
public void Initialize(ref CollidablePair pair, float speculativeMargin)
{
Pair = pair;
SpeculativeMargin = speculativeMargin;
ManifoldsReported = 0;
LinearManifold.SetConvexityAndCount(2, false);
}
public void Initialize(BufferPool pool, int substepCapacity, ref CollidablePair pair, float speculativeMargin)
{
SubstepManifolds.Initialize(pool, substepCapacity);
Pair = pair;
ManifoldsReported = 0;
SpeculativeMargin = speculativeMargin;
LinearManifold.SetConvexityAndCount(2, false);
}
public PairCacheIndex Add <TCollision, TConstraint>(ref CollidablePair pair, ref TCollision collisionCache, ref TConstraint constraintCache, int manifoldTypeAsConstraintType)
where TCollision : IPairCacheEntry where TConstraint : IPairCacheEntry
{
PendingAdd pendingAdd;
WorkerCacheAdd(ref collisionCache, ref constraintCache, manifoldTypeAsConstraintType, out pendingAdd.Pointers);
pendingAdd.Pair = pair;
PendingAdds.Add(ref pendingAdd, pool.SpecializeFor <PendingAdd>());
return(pendingAdd.Pointers.ConstraintCache);
}
public unsafe void AddConstraint <TBodyHandles, TDescription, TContactImpulses>(int manifoldConstraintType,
ref CollidablePair pair, PairCacheIndex constraintCacheIndex, TBodyHandles bodyHandles, ref TDescription constraintDescription, ref TContactImpulses impulses)
where TDescription : unmanaged, IConstraintDescription <TDescription>
{
ref var cache = ref pendingConstraintsByType[manifoldConstraintType];
public void Initialize(ref CollidablePair pair, in Vector3 relativeLinearVelocity, in Vector3 angularVelocityA, in Vector3 angularVelocityB, float t)
public void Initialize(ref CollidablePair pair)
{
Pair = pair;
}
public int AddSubstepsWithLinear(ref CollidablePair pair, int substepCount, float speculativeMargin)
{
substepWithLinear.Allocate(pool, out var index).Initialize(pool, substepCount, ref pair, speculativeMargin);
return(index);
}
public int AddLinear(ref CollidablePair pair, float speculativeMargin)
{
linear.Allocate(pool, out var index).Initialize(ref pair, speculativeMargin);
return(index);
}
public ContinuationIndex AddDiscrete(ref CollidablePair pair, float speculativeMargin)
{
discrete.Allocate(pool, out var index).Initialize(ref pair, speculativeMargin);
return(new ContinuationIndex((int)ConstraintGeneratorType.Discrete, index, 0));
}
public void Initialize(ref CollidablePair pair, float speculativeMargin)
{
Pair = pair;
SpeculativeMargin = speculativeMargin;
}
public unsafe void Configure(CollidablePair parent, int childA, int childB, ContactManifold *manifold)
{
narrowPhase.Callbacks.ConfigureContactManifold(workerIndex, parent, childA, childB, manifold);
}
public bool AllowCollisionTesting(CollidablePair parent, int childA, int childB)
{
return(narrowPhase.Callbacks.AllowContactGeneration(workerIndex, parent, childA, childB));
}
