MultiResolution

[ DockingLib | Source | Keywords | Summary | Ancestors | All Members | Descendants ]

Quick Index

Class Summary

class MultiResolution
{

public:
class	Node

	// Constructors
	Node(const PointT* point, short level , float lowLevelRadius , unsigned int subtreeSize , unsigned int asNum );

	// Modifiers
void	incrementAsNum(unsigned int num) ;
void	addChildren(const vector<const Node *>& children) ;

	// Queries
const PointT*	getPoint() const ;
Vector3	position() const ;
short	getLevel() const ;
float	getRadius() const ;
unsigned int	getSubtreeSize() const ;
unsigned int	getAsNum() const ;
const vector< const Node *>&	getChildren() const ;
protected:
const PointT*	point_;
short	level_;
float	lowLevelRadius_;
unsigned int	subtreeSize_;
unsigned int	asNum_;
vector< const Node *>	lowLevelPointers_;
typedef vector< Node>	Level;

	// Contructors
	MultiResolution(const vector< PointT>& pointSet, float density , float gridMargins );
	MultiResolution(float density , float gridMargins );

	// Modifiers
void	setPointSet(const vector< PointT>& pointSet) ;
void	buildTree();
void	buildTree(const vector< bool>& as);
void	countActiveSitePoints(const vector< bool>& as);

	// Queries
Level&	getLevel(int num) ;
unsigned int	size() const ;
int	getAsPointsNumber() const ;
void	printTree(ofstream& outFile);

}; // MultiResolution

Back to the top of MultiResolution

KEYWORD

Back to the top of MultiResolution

AUTHORS

Back to the top of MultiResolution

CHANGES LOG

Back to the top of MultiResolution

GOALS

Back to the top of MultiResolution

USAGE

Back to the top of MultiResolution

class Node

TreeNode

  class Node {

Back to the top of MultiResolution

Node(const PointT* point, short level , float lowLevelRadius , unsigned int subtreeSize , unsigned int asNum );

    Node(const PointT* point, short level=0, float lowLevelRadius=0.0,
    ////
	 unsigned int subtreeSize=1, unsigned int asNum=0);

Function is currently defined inline.

Back to the top of MultiResolution

void incrementAsNum(unsigned int num) ;

update asNum

    void incrementAsNum(unsigned int num)                   
;

Function is currently defined inline.

Back to the top of MultiResolution

void addChildren(const vector<const Node *>& children) ;

add children to node

    void addChildren(const vector<const Node *>& children)                                                                                                     
;

Function is currently defined inline.

Back to the top of MultiResolution

const PointT* getPoint() const ;

return point pointer

    const PointT* getPoint() const                   
;

Function is currently defined inline.

Back to the top of MultiResolution

Vector3 position() const ;

return point position

    Vector3 position() const                               
;

Function is currently defined inline.

Back to the top of MultiResolution

short getLevel() const ;

get node level

    short getLevel() const                   
;

Function is currently defined inline.

Back to the top of MultiResolution

float getRadius() const ;

get radius

    float getRadius() const                            
;

Function is currently defined inline.

Back to the top of MultiResolution

unsigned int getSubtreeSize() const ;

get subtree size

    unsigned int getSubtreeSize() const                         
;

Function is currently defined inline.

Back to the top of MultiResolution

unsigned int getAsNum() const ;

get number of active nodes in the subtree

    unsigned int getAsNum() const                   
;

Function is currently defined inline.

Back to the top of MultiResolution

const vector< const Node *>& getChildren() const ;

get pointers to node children

    const vector< const Node *>& getChildren() const                              
;

Function is currently defined inline.

Back to the top of MultiResolution

const PointT* point_;

point

    const PointT* point_;

Back to the top of MultiResolution

short level_;

level

    short level_;

Back to the top of MultiResolution

float lowLevelRadius_;

radius of lower level points

    float lowLevelRadius_;

Back to the top of MultiResolution

unsigned int subtreeSize_;

number of subtree nodes

    unsigned int subtreeSize_;

Back to the top of MultiResolution

unsigned int asNum_;

number of active site nodes

    unsigned int asNum_;

Back to the top of MultiResolution

vector< const Node *> lowLevelPointers_;

pointers to lower level

    vector< const Node *> lowLevelPointers_;

Back to the top of MultiResolution

typedef vector< Node> Level;

  typedef vector< Node> Level;

Back to the top of MultiResolution

MultiResolution(const vector< PointT>& pointSet, float density , float gridMargins );

The initial bin size is computed based on density and number of tree levels is computed based on the size of the grid margins

  MultiResolution(const vector< PointT>& pointSet, float density=10.0, float gridMargins=6.0);

Back to the top of MultiResolution

MultiResolution(float density , float gridMargins );

  MultiResolution(float density=10.0, float gridMargins=6.0);

Back to the top of MultiResolution

void setPointSet(const vector< PointT>& pointSet) ;

  void setPointSet(const vector< PointT>& pointSet)                          
;

Function is currently defined inline.

Back to the top of MultiResolution

void buildTree();

  void buildTree();

Back to the top of MultiResolution

void buildTree(const vector< bool>& as);

  void buildTree(const vector< bool>& as);

Back to the top of MultiResolution

void countActiveSitePoints(const vector< bool>& as);

  void countActiveSitePoints(const vector< bool>& as);

Back to the top of MultiResolution

Level& getLevel(int num) ;

  Level& getLevel(int num)                       
;

Function is currently defined inline.

Back to the top of MultiResolution

unsigned int size() const ;

  unsigned int size() const                         
;

Function is currently defined inline.

Back to the top of MultiResolution

int getAsPointsNumber() const ;

  int getAsPointsNumber() const                            
;

Function is currently defined inline.

Back to the top of MultiResolution

void printTree(ofstream& outFile);

  void printTree(ofstream& outFile);

Back to the top of MultiResolution

All Members

public:
class	Node

	// Constructors
	Node(const PointT* point, short level , float lowLevelRadius , unsigned int subtreeSize , unsigned int asNum );

	// Modifiers
void	incrementAsNum(unsigned int num) ;
void	addChildren(const vector<const Node *>& children) ;

	// Queries
const PointT*	getPoint() const ;
Vector3	position() const ;
short	getLevel() const ;
float	getRadius() const ;
unsigned int	getSubtreeSize() const ;
unsigned int	getAsNum() const ;
const vector< const Node *>&	getChildren() const ;
protected:
const PointT*	point_;
short	level_;
float	lowLevelRadius_;
unsigned int	subtreeSize_;
unsigned int	asNum_;
vector< const Node *>	lowLevelPointers_;
typedef vector< Node>	Level;

	// Modifiers
void	setPointSet(const vector< PointT>& pointSet) ;
void	buildTree();
void	buildTree(const vector< bool>& as);
void	countActiveSitePoints(const vector< bool>& as);

	// Queries
Level&	getLevel(int num) ;
unsigned int	size() const ;
int	getAsPointsNumber() const ;
void	printTree(ofstream& outFile);

Back to the top of MultiResolution

Ancestors

Class does not inherit from any other class.

Back to the top of MultiResolution

Descendants

Class is not inherited by any others.

Back to the top of MultiResolution

Generated from source by the Cocoon utilities on Mon Dec 21 12:00:24 2009 .

Report problems to jkotula@unimax.com