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| | OctreeLeafNode (const std::array< double, 3 > &boxMin, const std::array< double, 3 > &boxMax, OctreeNodeInterface< Particle_T > *parent, const int unsigned treeSplitThreshold, const double interactionLength, const double cellSizeFactor) |
| | Create an empty octree leaf node.
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| |
| | OctreeLeafNode (OctreeLeafNode< Particle_T > const &other) |
| | Copy a leaf by copying all particles from the other leaf to this leaf.
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| std::unique_ptr< OctreeNodeInterface< Particle_T > > | insert (const Particle_T &p) override |
| | Insert a particle into the octree.
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| bool | deleteParticle (Particle_T &particle) override |
| | Delete the given particle from the data structure.
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| void | collectAllParticles (std::vector< Particle_T * > &ps) const override |
| | Put all particles that are below this node into the vector.
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| void | appendAllLeafBoxes (std::vector< std::pair< std::array< double, 3 >, std::array< double, 3 > > > &boxes) const override |
| | Put the min/max corner coordinates of every leaf into the vector.
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| void | clearChildren (std::unique_ptr< OctreeNodeInterface< Particle_T > > &ref) override |
| | Delete the entire tree below this node.
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| size_t | size () const override |
| | Get the total number of particles saved in the container (owned + halo + dummy).
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| size_t | getNumberOfParticles (IteratorBehavior behavior) const override |
| | Get the number of particles with respect to the specified IteratorBehavior.
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| bool | hasChildren () override |
| | Check if the node is a leaf or an inner node.
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| OctreeNodeInterface< Particle_T > * | getChild (int index) override |
| | Get a child by its index from the node.
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| std::vector< OctreeLeafNode< Particle_T > * > | getLeavesFromDirections (const std::vector< octree::Vertex > &directions) override |
| | Find all leaf nodes along a list of given directions.
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| OctreeNodeInterface< Particle_T > * | SON (octree::Octant O) override |
| | Get a child node of this node (if there are children) given a specific octant using the spacial structure of the stored children.
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| void | appendAllLeaves (std::vector< OctreeLeafNode< Particle_T > * > &leaves) const override |
| | Put all leaves below this subtree into a given list.
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| std::set< OctreeLeafNode< Particle_T > * > | getLeavesInRange (const std::array< double, 3 > &min, const std::array< double, 3 > &max) override |
| | Find all leaves below this subtree that are in the given range.
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| int | getID () |
| | Get the assigned id of this leaf node.
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| void | setID (int id) |
| | Set the ID of this node.
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| | OctreeNodeInterface (const std::array< double, 3 > &boxMin, const std::array< double, 3 > &boxMax, OctreeNodeInterface< Particle_T > *parent, const int unsigned treeSplitThreshold, const double interactionLength, const double cellSizeFactor) |
| | Create an octree node interface by initializing the given fields.
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| |
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virtual | ~OctreeNodeInterface ()=default |
| | To make clang happy.
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| OctreeNodeInterface (const OctreeNodeInterface< Particle_T > &)=default |
| | Default copy constructor.
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| virtual std::unique_ptr< OctreeNodeInterface< Particle_T > > | insert (const Particle_T &p)=0 |
| | Insert a particle into the octree.
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| virtual bool | deleteParticle (Particle_T &particle)=0 |
| | Delete the given particle from the data structure.
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| virtual void | collectAllParticles (std::vector< Particle_T * > &ps) const =0 |
| | Put all particles that are below this node into the vector.
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| virtual void | appendAllLeafBoxes (std::vector< std::pair< std::array< double, 3 >, std::array< double, 3 > > > &boxes) const =0 |
| | Put the min/max corner coordinates of every leaf into the vector.
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| virtual void | appendAllLeaves (std::vector< OctreeLeafNode< Particle_T > * > &leaves) const =0 |
| | Put all leaves below this subtree into a given list.
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| virtual void | clearChildren (std::unique_ptr< OctreeNodeInterface< Particle_T > > &ref)=0 |
| | Delete the entire tree below this node.
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| virtual size_t | size () const =0 |
| | Get the total number of particles saved in the container (owned + halo + dummy).
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| virtual size_t | getNumberOfParticles (IteratorBehavior behavior=IteratorBehavior::owned) const =0 |
| | Get the number of particles with respect to the specified IteratorBehavior.
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| virtual OctreeNodeInterface< Particle_T > * | SON (octree::Octant O)=0 |
| | Get a child node of this node (if there are children) given a specific octant using the spacial structure of the stored children.
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| virtual bool | hasChildren ()=0 |
| | Check if the node is a leaf or an inner node.
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| virtual OctreeNodeInterface< Particle_T > * | getChild (int index)=0 |
| | Get a child by its index from the node.
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| virtual std::set< OctreeLeafNode< Particle_T > * > | getLeavesInRange (const std::array< double, 3 > &min, const std::array< double, 3 > &max)=0 |
| | Find all leaves below this subtree that are in the given range.
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| bool | isInside (const std::array< double, 3 > &point) |
| | Check if a 3d point is inside the node's axis aligned bounding box.
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| bool | enclosesVolumeWithOtherOnAxis (const int axis, const OctreeNodeInterface< Particle_T > *other) |
| | Check if an octree node's box encloses volume with another octree node's box on a specific axis.
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| bool | overlapsBox (const std::array< double, 3 > &otherMin, const std::array< double, 3 > &otherMax) |
| | Check if the node's axis aligned bounding box overlaps with the given axis aligned bounding box.
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| double | getEnclosedVolumeWith (const std::array< double, 3 > &otherMin, const std::array< double, 3 > &otherMax) |
| | Calculate the overlap volume between the node's axis aligned bounding box and the given box.
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| OctreeNodeInterface< Particle_T > * | EQ_FACE_NEIGHBOR (const octree::Face I) |
| | Find a node (via the pointer structure) that is of equal size of the current node's bounding box, according to the Samet paper.
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| OctreeNodeInterface< Particle_T > * | EQ_EDGE_NEIGHBOR (const octree::Edge I) |
| | Find a node (via the pointer structure) that is of equal size of the current node's bounding box, according to the Samet paper.
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| OctreeNodeInterface< Particle_T > * | EQ_VERTEX_NEIGHBOR (const octree::Vertex I) |
| | Find a node (via the pointer structure) that is of equal size of the current node's bounding box, according to the Samet paper.
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| OctreeNodeInterface< Particle_T > * | GTEQ_FACE_NEIGHBOR (octree::Face I) |
| | Find a node (via the pointer structure) that is of greater than or equal to the size of the current node's bounding box, according to the Samet paper.
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| OctreeNodeInterface< Particle_T > * | GTEQ_EDGE_NEIGHBOR (octree::Edge I) |
| | Find a node (via the pointer structure) that is of greater than or equal to the size of the current node's bounding box, according to the Samet paper.
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| OctreeNodeInterface< Particle_T > * | GTEQ_VERTEX_NEIGHBOR (octree::Vertex I) |
| | Find a node (via the pointer structure) that is of greater than or equal to the size of the current node's bounding box, according to the Samet paper.
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| virtual std::vector< OctreeLeafNode< Particle_T > * > | getLeavesFromDirections (const std::vector< octree::Vertex > &directions)=0 |
| | Find all leaf nodes along a list of given directions.
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| std::vector< OctreeLeafNode< Particle_T > * > | getNeighborLeaves (const octree::Any direction) |
| | This function combines all required functions when traversing down a subtree of the octree and finding all leaves.
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| std::set< OctreeLeafNode< Particle_T > * > | getNeighborLeaves () |
| | Get the neighbor leaves in all directions.
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| const std::array< double, 3 > & | getBoxMin () const |
| | Get the minimum coordinate of the enclosing box.
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| const std::array< double, 3 > & | getBoxMax () const |
| | Get the maximum coordinate of the enclosing box.
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| OctreeNodeInterface< Particle_T > * | getParent () const |
| | Get the parent node of this node.
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| |
 Public Member Functions inherited from autopas::FullParticleCell< Particle_T > |
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| FullParticleCell () |
| | Constructs a new FullParticleCell.
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| | FullParticleCell (const std::array< double, 3 > &cellLength) |
| | Constructs a new FullParticleCell with the given cell side length.
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| void | addParticle (const Particle_T &p) override |
| | Adds a Particle to the cell.
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| CellIterator< StorageType, true > | begin () |
| | Get an iterator to the start of a ParticleCell.
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| CellIterator< StorageType, false > | begin () const |
| | Get an iterator to the start of a ParticleCell.
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| CellIterator< StorageType, true > | end () |
| | Get an iterator to the end of a ParticleCell.
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| CellIterator< StorageType, false > | end () const |
| | Get an iterator to the end of a ParticleCell.
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| |
| template<typename Lambda > |
| void | forEach (Lambda forEachLambda) |
| | Executes code for every particle in this cell as defined by lambda function.
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| template<typename Lambda > |
| void | forEach (Lambda forEachLambda, IteratorBehavior behavior) |
| | Executes code for every particle in this cell as defined by lambda function.
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| template<typename Lambda > |
| void | forEach (Lambda forEachLambda, const std::array< double, 3 > &lowerCorner, const std::array< double, 3 > &higherCorner, IteratorBehavior behavior) |
| | Executes code for every particle in this cell as defined by lambda function.
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| template<typename Lambda , typename A > |
| void | reduce (Lambda reduceLambda, A &result) |
| | Reduce properties of particles as defined by a lambda function.
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| template<typename Lambda , typename A > |
| void | reduce (Lambda reduceLambda, A &result, IteratorBehavior behavior) |
| | Reduce properties of particles as defined by a lambda function.
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| template<typename Lambda , typename A > |
| void | reduce (Lambda reduceLambda, A &result, const std::array< double, 3 > &lowerCorner, const std::array< double, 3 > &higherCorner, IteratorBehavior behavior) |
| | Reduce properties of particles as defined by a lambda function.
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| size_t | size () const override |
| | Get the number of all particles stored in this cell (owned, halo and dummy).
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| size_t | getNumberOfParticles (IteratorBehavior behavior) const override |
| | Get the number of particles with respect to the specified IteratorBehavior.
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| Particle_T & | operator[] (size_t n) |
| | Returns a reference to the element at position n in the cell.
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| const Particle_T & | operator[] (size_t n) const |
| | Returns a const reference to the element at position n in the cell.
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| Particle_T & | at (size_t index) |
| | Returns the particle at position index.
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| |
| CellType | getParticleCellTypeAsEnum () override |
| | Get the ParticleCell type as an ParticleCellTypeEnum.
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| const Particle_T & | at (size_t index) const |
| | Returns the const particle at position index.
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| bool | isEmpty () const override |
| | Check if the cell is empty.
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| |
| void | clear () override |
| | Deletes all particles in this cell.
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| |
| void | deleteDummyParticles () override |
| | Deletes all dummy particles in this cell.
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| void | deleteByIndex (size_t index) override |
| | Deletes the index-th particle.
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| void | setCellLength (std::array< double, 3 > &cellLength) override |
| | Set the side lengths of this cell.
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| |
| std::array< double, 3 > | getCellLength () const override |
| | Get the side lengths of this cell.
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| |
| void | resize (size_t n, const Particle_T &toInsert) |
| | Resizes the container so that it contains n elements.
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| |
| void | sortByDim (const size_t dim) |
| | Sort the particles in the cell by a dimension.
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| |
| void | reserve (size_t n) |
| | Requests that the vector capacity be at least enough to contain n elements.
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| |
| Public Member Functions inherited from autopas::ParticleCell< Particle_T > |
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virtual | ~ParticleCell ()=default |
| | Default destructor.
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| |
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| ParticleCell ()=default |
| | Default default constructor.
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| |
| | ParticleCell (ParticleCell &&other) noexcept=default |
| | Default move constructor.
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| |
| | ParticleCell (const ParticleCell &other) |
| | Copy constructor that creates a new default constructed lock for the new cell.
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| |
| virtual void | addParticle (const Particle_T &p)=0 |
| | Adds a Particle to the cell.
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| |
| virtual size_t | size () const =0 |
| | Get the number of all particles stored in this cell (owned, halo and dummy).
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| |
| virtual size_t | getNumberOfParticles (IteratorBehavior behavior=IteratorBehavior::owned) const =0 |
| | Get the number of particles with respect to the specified IteratorBehavior.
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| |
| virtual bool | isEmpty () const =0 |
| | Check if the cell is empty.
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| |
| virtual void | clear ()=0 |
| | Deletes all particles in this cell.
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| |
| virtual void | deleteDummyParticles ()=0 |
| | Deletes all dummy particles in this cell.
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| |
| virtual CellType | getParticleCellTypeAsEnum ()=0 |
| | Get the ParticleCell type as an ParticleCellTypeEnum.
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| |
| virtual void | deleteByIndex (size_t index)=0 |
| | Deletes the index-th particle.
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| |
| virtual void | setCellLength (std::array< double, 3 > &cellLength)=0 |
| | Set the side lengths of this cell.
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| |
| virtual std::array< double, 3 > | getCellLength () const =0 |
| | Get the side lengths of this cell.
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| |
| OwnershipState | getPossibleParticleOwnerships () const |
| | Get the type of particles contained in this cell.
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| |
| void | setPossibleParticleOwnerships (OwnershipState state) |
| | Set the type of particles contained in this cell.
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| |
| AutoPasLock & | getCellLock () const |
| | Get a reference to the lock object for exclusive access to this cell.
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| |
3.0.0
1.9.7