LinearSpatialPartitioningTree::Cell Class Reference

Describes an octree cell's location and physical geometry.

#include <Rendering/SceneComponents/linearspatialpartitioningtree.h>

Public Types
enum	VisitAction { ContinueVisit , TerminateVisit }

Public Member Functions
	Cell (const LinearSpatialPartitioningTree::iterator &begin, const LinearSpatialPartitioningTree::iterator &end, const Mesh::Vector3d &min, const Mesh::Vector3d &max, quint32 depth)
void	addPointsToMesh (Mesh::HierarchicalReferenceMeshModelInterface &mesh, quint8 maxDepthToProcess, bool forceAddAll=false) const
LinearSpatialPartitioningTree::iterator	begin ()
LinearSpatialPartitioningTree::const_iterator	begin () const
LinearSpatialPartitioningTree::iterator	center ()
LinearSpatialPartitioningTree::const_iterator	center () const
quint8	depth () const
LinearSpatialPartitioningTree::iterator	end ()
LinearSpatialPartitioningTree::const_iterator	end () const
bool	isEmpty () const
bool	isLeaf (quint8 maxAllowedDepth) const
LocationDescriptor	locationDescriptor () const
QString	locationDescriptorString () const
const Mesh::Vector3d &	max () const
const Mesh::Vector3d &	mid () const
const Mesh::Vector3d &	min () const
LinearSpatialPartitioningTree::difference_type	numPoints () const
const LinearSpatialPartitioningTree &	tree () const

Member Enumeration Documentation

VisitAction

enum VisitAction

Enumerator
ContinueVisit
TerminateVisit

Constructor & Destructor Documentation

Cell()

Cell	(	const LinearSpatialPartitioningTree::iterator &	begin,
		const LinearSpatialPartitioningTree::iterator &	end,
		const Mesh::Vector3d &	min,
		const Mesh::Vector3d &	max,
		quint32	depth
	)

Parameters

begin
end
min
max
depth

Member Function Documentation

addPointsToMesh()

void addPointsToMesh	(	Mesh::HierarchicalReferenceMeshModelInterface &	mesh,
		quint8	maxDepthToProcess,
		bool	forceAddAll = false
	)		const

Parameters

mesh	The patch mesh to add the points of this cell to
maxDepthToProcess	The maximum depth of processing.
forceAddAll	Forces all points in the cell to be added to the mesh, regardless of whether or not the cell is a leaf cell.

Adds the nodes associated with each point in the cell to the specified patch mesh. Note that a patch should contain all of the points in the entire subtree underneath it.

begin() [1/2]

LinearSpatialPartitioningTree::iterator begin ( )

inline

begin() [2/2]

LinearSpatialPartitioningTree::const_iterator begin ( ) const

inline

center() [1/2]

LinearSpatialPartitioningTree::iterator center ( )

inline

center() [2/2]

LinearSpatialPartitioningTree::const_iterator center ( ) const

inline

depth()

quint8 depth ( ) const

inline

end() [1/2]

LinearSpatialPartitioningTree::iterator end ( )

inline

end() [2/2]

LinearSpatialPartitioningTree::const_iterator end ( ) const

inline

isEmpty()

bool isEmpty ( ) const

inline

isLeaf()

bool isLeaf

(

quint8

maxAllowedDepth

)

const

Parameters

maxAllowedDepth

The depth to search to

locationDescriptor()

LocationDescriptor locationDescriptor ( ) const

inline

locationDescriptorString()

QString locationDescriptorString ( ) const

inline

max()

const Mesh::Vector3d & max ( ) const

inline

mid()

const Mesh::Vector3d & mid ( ) const

inline

min()

const Mesh::Vector3d & min ( ) const

inline

numPoints()

LinearSpatialPartitioningTree::difference_type numPoints ( ) const

inline

tree()

const LinearSpatialPartitioningTree & tree ( ) const

inline