#pragma once
#include <vector>
#include "../../inc/glm/glm.hpp"
#include "../../core/Defines.h"
#include "Root.h"

class NodeSmall {
public:
	NodeSmall(Root* root, unsigned8 level = 0) {}
	~NodeSmall() {}

	//Node*			GetChild(ChildIndex index);
	//bool			HasChild(ChildIndex index);
	//void			SetChild(ChildIndex index, Node* child);
	//// Returns the number of direct children this node has (e.g. the number of "1" in the childmask)
	//unsigned8		GetChildCount();
	//unsigned8		GetLevel();
	//// Returns the number of leaf voxels in this octree (if it wasn't compressed)
	//virtual unsigned long long	GetLeafVoxelCount();

	//// Returns true if this node is smaller than the other node. Used for sorting
	//virtual bool	Compare(Node* node);
	//// Returns true if this node is equal to the other node
	//virtual bool	Equals(Node* node);

	//// Recursively set the level of the current node
	//void			SetLevel(unsigned8 level);

	//ChildMask		GetChildmask();

	//virtual	void	WriteProperties(std::ostream& file);
	//virtual void	ReadProperties(std::istream& file);
	//virtual void	CopyProperties(Node* source);
protected:

	//Node*				AddChild(ChildIndex index);
	//// Adds the the given to the tree at the given coordinate. The node should specify at which level it needs to be added. If a node already exists at the given coordinate,
	//// false is returned
	//Node*				AddNode(glm::uvec3 coordinates, unsigned8 level);

	Root*				mRoot; // the tree to which this node belongs

	ChildMask			mChildMask;
	std::vector<Node*>	mChildren; // index of children, NULL if leaf node
	unsigned8			mLevel; // the level of the current node, where the root has level 0
private:
};