
 TreeNode (const int dummy, const unsigned int x, const unsigned int y, const unsigned int z, const unsigned int level, const unsigned int dim, const unsigned int maxDepth) 

 TreeNode (const unsigned int x, const unsigned int y, const unsigned int z, const unsigned int level, const unsigned int dim, const unsigned int maxDepth) 

 TreeNode (const unsigned int dim, const unsigned int maxDepth) 

unsigned int  getDim () const 
 return the dimension of the octant More...


unsigned int  getMaxDepth () const 
 return the maxDepth of the octant based of the global value. More...


unsigned int  getLevel () const 
 return the level of the of the octant More...


void  setFlag (unsigned int flag) 
 set the m_uiFlag value. Which is used to store the level and other aditional info. More...


unsigned int  getFlag () const 
 get the m_uiFlag value. Which is used to store the level and other aditional info. More...


unsigned int  getX () const 
 get integer values of the octree coordinates. More...


unsigned int  getY () const 

unsigned int  getZ () const 

bool  isRoot () const 
 returns true if the current considering node is a root node. More...


void  incrementLevel () 
 Can be used the increment octant level by 1. Used in SFC treeSearch function. More...


bool  operator== (TreeNode const &other) const 
 Two octants are equal if their respective anchors are equal and their levels are equal. More...


bool  operator!= (TreeNode const &other) const 
 Two octants are equal if their respective anchors are equal and their levels are equal. More...


bool  operator< (TreeNode const &other) const 
 The comparisons are based on the Morton/Hilbert ordering of the octants. More...


bool  operator> (TreeNode const &other) const 
 The comparisons are based on the Morton/Hilbert ordering of the octants. More...


bool  operator<= (TreeNode const &other) const 
 The comparisons are based on the Morton/Hilbert ordering of the octants. More...


bool  operator>= (TreeNode const &other) const 
 The comparisons are based on the Morton/Hilbert ordering of the octants. More...


unsigned int  genHkey_Bonsai_sc16 () const 

TreeNode  getNCA (TreeNode const &other) const 

bool  isAncestor (const TreeNode &other) const 

unsigned int  minX () const 
 returns true min corner(anchor) and the max corner coordinates of a octant. More...


unsigned int  minY () const 

unsigned int  minZ () const 

unsigned int  maxX () const 

unsigned int  maxY () const 

unsigned int  maxZ () const 

TreeNode  getParent () const 
 returns the parent of the current octant More...


TreeNode  getDFDMorton () const 

TreeNode  getDFD () const 

TreeNode  getDLD () const 

TreeNode  getLeft () const 
 returns the neighbour octants (right, left top bottom etc) More...


TreeNode  getRight () const 

TreeNode  getTop () const 

TreeNode  getBottom () const 

TreeNode  getFront () const 

TreeNode  getBack () const 

TreeNode  getTopLeft () const 

TreeNode  getTopRight () const 

TreeNode  getBottomLeft () const 

TreeNode  getBottomRight () const 

TreeNode  getLeftFront () const 

TreeNode  getRightFront () const 

TreeNode  getTopFront () const 

TreeNode  getBottomFront () const 

TreeNode  getTopLeftFront () const 

TreeNode  getTopRightFront () const 

TreeNode  getBottomLeftFront () const 

TreeNode  getBottomRightFront () const 

TreeNode  getLeftBack () const 

TreeNode  getRightBack () const 

TreeNode  getTopBack () const 

TreeNode  getBottomBack () const 

TreeNode  getTopLeftBack () const 

TreeNode  getTopRightBack () const 

TreeNode  getBottomLeftBack () const 

TreeNode  getBottomRightBack () const 

std::vector< TreeNode >  getAllNeighbours () const 

int  getAnchor (unsigned int &x, unsigned int &y, unsigned int &z) const 

Point  getAnchor () const 

unsigned int  getMortonIndex () const 

bool  isBoundaryOctant (int type=POSITIVE, unsigned char *flags=NULL) const 
 flags is a datastructure which will store which boundaries were touched. highest 3 bits are for +Z,+y, and +x axes ... and and smallest 3 are for z,y and x axes. More...


bool  isBoundaryOctant (const TreeNode &block, int type=POSITIVE, unsigned char *flags=NULL) const 
 flags is a datastructure which will store which boundaries were touched. highest 3 bits are for +Z,+y, and +x axes ... and and smallest 3 are for z,y and x axes. More...


int  addChildren (std::vector< ot::TreeNode > &children) const 

int  getChildrenInMortonOrdering (std::vector< ot::TreeNode > &children) const 
