private void UpdateNestedNodeType(NestedNodeTypeEnum nestedNodeType)
{
ITestingNestedNode newNestedNode;
if (nestedNodeType == NestedNodeTypeEnum.Cowboy)
{
newNestedNode = new MemBlockCowboy("Poly");
}
else if (nestedNodeType == NestedNodeTypeEnum.Fooer)
{
newNestedNode = new Fooer();
}
else
{
throw new ArgumentOutOfRangeException(nameof(nestedNodeType), "Invalid nested node type.");
}
if (PolymorphNestedNode != null)
{
DestroyNestedMemoryBlocks(PolymorphNestedNode);
}
CreateNestedMemoryBlocks(newNestedNode);
PolymorphNestedNode = newNestedNode;
}
public override void UpdateMemoryBlocks()
{
var count = Input?.Count ?? 0;
MemBlockCowboy.UpdateMemoryBlocks(count);
MemBlockCowboyLateInit.UpdateMemoryBlocks(count);
PolymorphNestedNode.InputCount = count;
PolymorphNestedNode.UpdateMemoryBlocks();
m_bazer.Baz.Count = 3 * count;
Persistor.UpdateMemoryBlocks();
Progressor.UpdateMemoryBlocks();
VolatileOutput.Dims = new TensorDimensions(100, 100);
}
public NestedMemBlocksNode()
{
MemBlockCowboyLateInit = new MemBlockCowboy("LateInit");
CreateNestedMemoryBlocks(MemBlockCowboyLateInit);
m_bazer = new Bazer();
CreateNestedMemoryBlocks(m_bazer);
CreateNestedMemoryBlocks(new object()); // Should emit a warning and otherwise be ignored.
UpdateNestedNodeType(m_nestedNodeType);
Persistor = new Persistor();
CreateNestedMemoryBlocks(Persistor, "Per_");
Progressor = new Persistor(-2.0f);
CreateNestedMemoryBlocks(Progressor, "Pro_");
}