private static void StoreVertex(byte[] Buffer, ref Vertex128 value, int Offset)
{
Block128 b = (Block128)value;
Buffer[Offset + 0] = b.A;
Buffer[Offset + 1] = b.B;
Buffer[Offset + 2] = b.C;
Buffer[Offset + 3] = b.D;
Buffer[Offset + 4] = b.E;
Buffer[Offset + 5] = b.F;
Buffer[Offset + 6] = b.G;
Buffer[Offset + 7] = b.H;
Buffer[Offset + 8] = b.I;
Buffer[Offset + 9] = b.J;
Buffer[Offset + 10] = b.K;
Buffer[Offset + 11] = b.L;
Buffer[Offset + 12] = b.M;
Buffer[Offset + 13] = b.N;
Buffer[Offset + 14] = b.O;
Buffer[Offset + 15] = b.P;
}
internal void AddVertex(Scripts.TempMesh mesh_non_node, ref Vertex128 vertex)
{
if (!Building)
{
return;
}
TempMesh128 iter;
uint iter_pos;
var equator = Scripts.TempMesh.Equator;
// note that this starts at last on purpose. the nodes are a ring.
for (iter = TempMeshes.last, iter_pos = TempMeshes.count; 0 != iter_pos; iter = iter.next, --iter_pos)
{
if (iter.hashCode == mesh_non_node.hashCode &&
equator.Equals(ref iter.value, ref mesh_non_node.value))
{
break;
}
}
if (0 == iter_pos)
{
// need a new mesh.
var references = new TempMesh128References
{
bmp = mesh_non_node.references.bmp,
};
TempMesh128.Add(ref TempMeshes, ref mesh_non_node.value, ref references);
iter = TempMeshes.last;
}
else if (iter_pos != TempMeshes.count)
{
// spin it around a bit to optimize following vertices.
TempMeshes.first = iter.next;
TempMeshes.last = iter;
}
TempVertex128.Add(ref iter.references.list, ref vertex);
}