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| KDNode (const P pos[N], const T &data, KDNode *parent=0) |
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KDNode * | clone () |
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bool | isLeaf () const |
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bool | isRightLeaf () const |
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bool | isLeftLeaf () const |
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unsigned long | depth () const |
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unsigned long | size () const |
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T & | get () |
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const T & | get () const |
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T * | getDataAsPointer () |
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P * | getPosition () |
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bool | isOk () const |
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KDNode * | findMin (unsigned int dim) |
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KDNode * | findMax (unsigned int dim) |
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KDNode * | insert (const P pos[N], const T &data) |
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KDNode * | find (const P pos[N]) |
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KDNode * | findParent (const KDNode *n) |
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KDNode * | getRightChild () |
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KDNode * | getLeftChild () |
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std::pair< KDNode *, KDNode * > | getChilds () |
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KDNode< N, T, P > * | findNearest (const P pos[N], KDNode *nearest) |
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void | findNNearest (const P pos[N], size_t amount, std::vector< KDNodeDistWrapper< N, T, P > > ¤t) |
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void | findCloseTo (const P pos[N], const P squaredDistance, std::vector< KDNode * > &nodes) |
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void | getAsVector (std::vector< KDNode * > &nodes) |
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static void | swap (KDNode< N, T, P > *n0, KDNode< N, T, P > *n1, KDNode< N, T, P > *p0, KDNode< N, T, P > *p1) |
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The documentation for this class was generated from the following file: