documentation/html/octree_8h_source.html

 #ifndef OCTREE_H

 #define OCTREE_H

 #include "boundingbox.h"


 class Octree

 {

 public:

     Octree(int levelIn,

            double nwfXIn, double nwfYIn, double nwfZIn,

            double sebXIn, double sebYIn, double sebZIn);

     ~Octree();


     void clear();


     void split();


     int getIndex(Particle* particle);


     void insertToTree(Particle* particle);


     std::vector<Particle*>* getPossibleColliders(std::vector<Particle*> *colliders, Particle* particle);


 private:

     int maxParticles;

     int maxLevels;

     int level;

     std::vector<Particle*> nodeParticles;

     double nwfX;

     double nwfY;

     double nwfZ;

     double sebX;

     double sebY;

     double sebZ;

     Octree* nodes [8];

 };


 #endif // OCTREE_H

Octree::getPossibleColliders
std::vector< Particle * > * getPossibleColliders(std::vector< Particle * > *colliders, Particle *particle)
Returns a vector of Particles that may be colliding with a given Particle.
Definition: octree.cpp:169

Octree::split
void split()
Splits the Octree into 8 octants.
Definition: octree.cpp:46

Octree::clear
void clear()
Clears the Octree.
Definition: octree.cpp:34

Octree::getIndex
int getIndex(Particle *particle)
Gets the index of a given Particle within a Octree.
Definition: octree.cpp:62

Octree
The Octree data structure used in OctreeAlgorithm.
Definition: octree.h:10

Octree::Octree
Octree(int levelIn, double nwfXIn, double nwfYIn, double nwfZIn, double sebXIn, double sebYIn, double sebZIn)
Constructs a Octree object.
Definition: octree.cpp:4

Particle
Definition: particle.h:12

Octree::insertToTree
void insertToTree(Particle *particle)
Inserts a given Particle into a Octree.
Definition: octree.cpp:129