public unsafe IslandProtoConstraintBatch(Solver solver, BufferPool pool)
{
pool.SpecializeFor <int>().Take(solver.TypeProcessors.Length, out TypeIdToIndex);
Unsafe.InitBlockUnaligned(TypeIdToIndex.Memory, 0xFF, (uint)(TypeIdToIndex.Length * sizeof(int)));
QuickList <IslandProtoTypeBatch, Buffer <IslandProtoTypeBatch> > .Create(pool.SpecializeFor <IslandProtoTypeBatch>(), solver.TypeProcessors.Length, out TypeBatches);
ReferencedBodyHandles = new HandleSet(pool, solver.bodies.HandlePool.HighestPossiblyClaimedId + 1);
}
bool EnqueueUnvisitedNeighbors <TTraversalPredicate>(int bodyHandle,
ref QuickList <int, Buffer <int> > bodyHandles,
ref QuickList <int, Buffer <int> > constraintHandles,
ref HandleSet consideredBodies, ref HandleSet consideredConstraints,
ref QuickList <int, Buffer <int> > visitationStack,
ref ConstraintBodyEnumerator bodyEnumerator,
ref BufferPool <int> intPool, ref TTraversalPredicate predicate) where TTraversalPredicate : IPredicate <int>
{
var bodyIndex = bodies.HandleToLocation[bodyHandle].Index;
bodyEnumerator.SourceIndex = bodyIndex;
ref var list = ref bodies.ActiveSet.Constraints[bodyIndex];
bool PushBody <TTraversalPredicate>(int bodyIndex, ref HandleSet consideredBodies, ref QuickList <int, Buffer <int> > bodyIndices, ref QuickList <int, Buffer <int> > visitationStack,
ref BufferPool <int> intPool, ref TTraversalPredicate predicate) where TTraversalPredicate : IPredicate <int>
{
if (predicate.Matches(ref bodyIndex))
{
if (!consideredBodies.Contains(bodyIndex))
{
//This body has not yet been traversed. Push it onto the stack.
bodyIndices.Add(bodyIndex, intPool);
consideredBodies.AddUnsafely(bodyIndex);
visitationStack.Add(bodyIndex, intPool);
}
return(true);
}
return(false);
}