class PrecomputedTriangulationVertex3D : public TriangulationVertex3D

a vertex of a 3D triangulation

Inheritance:

Public Fields

PrecomputedTriangulationVertex3D*	vertexWindow used during a recursive search
double	maxDistance maximal distance of attractive data
double	distanceData distance of point to the closest data point
bool	hasClosest if there is a closest point in the 3D data
Vec3	closestData closest point from a Precomputed Triangulation vertex to the set of 3D data
double	meanStiffness mean local Stiffness
double	localStiffnessFactor local Stiffness Factor

Public Methods

PrecomputedTriangulation3D*	getTriangulation () const returns an iterator over neighboring triangles
PrecomputedVertexVertex3DIterator	getVertexIterator (void) const returns an iterator over neighboring vertices
void	updatePosition (void) updates vertex position by applying total force
double	getDistanceData (void) const get distance to closest point data
double	getMaxDistance (void) const get max distance to attractive data
Vec3	getRestPosition (void) const get the vertex rest position
Vec3	getForce (void) const get externalForce
Vec3	getDisplacement (void) const get vertex displacement
void	setDisplacement (const Vec3 v) set vertex displacement
void	setForce (const Vec3 f) set vertex force
RangeInformation*	getRangeInformation (void) const returns local information
void	setRangeInformation (RangeInformation * ri ) set local information
void	grab (const Vec3& G) grab this vertex toward point G

Public

	constructor PrecomputedTriangulationVertex3D (Triangulation *mesh, const Vec3 &_position=Vec3(0, 0, 0), bool empty=false, TriangulationEdge *edge=0, unsigned int orientation=0) constructor
	destructor virtual ~PrecomputedTriangulationVertex3D () delete vertex
	returns the 3D triangulation the vertex belongs to

Protected Fields

Vec3	restPosition the rest position of the vertex
Vec3	restNormal the rest position normal of the vertex
Vec3	force applied external force
Vec3	oldForce applied external force
Matrix3x3 *	tensorArray the precomputed tensor array
bool	fixed if the vertex is fixed
Vec3	displacement displacement of the vertex
RangeInformation*	rangeInformation local data information known at this vertex

Inherited from TriangulationVertex3D:

Public Fields

double vertexMetric

Public Methods

const Vec3 & getPosition() const

void setPosition(const Vec3 &pos)

Vec3 getNormal() const

double getGaussianCurvature() const

void computeNormal()

void computeGaussianCurvature()

TriangleVertex3DIterator getTriangleIterator(void) const

Protected Fields

Vec3 position

Vec3 normal

double gaussianCurvature

Inherited from TriangulationVertex:

Public Methods

void setEdge(TriangulationEdge *e)

void setOrientation(unsigned int o)

TriangulationEdge* getFirstEdge(void) const

unsigned int getOrientation(void) const

TriangulationTriangle* getFirstTriangle(void) const

bool isAdjacent(TriangulationVertex *v) const

bool isReal() const

static TriangulationEdge* nextEdge(const TriangulationEdge *e, int& orientation)

static TriangulationEdge* previousEdge(const TriangulationEdge *e, int& orientation)

VertexContour* getVertexContour() const

unsigned int getNumberAdjacentTriangles(void) const

unsigned int getNumberAdjacentEdges(void) const

template TriangulationVertex::EdgeVertexIterator getEdgeIterator(void) const

int getRef(void) const

void setVirtualNeighborhood()

void removeVirtualNeighborhood()

Public

vertex iterators

iterators over vertex shell vertices or triangles

class BasicIterator

a basic iterator around a vertex

const TriangulationVertex* vertex

vertex to iterate on

TriangulationEdge* currentEdge

current edge

int currentOrientation

current edge orientation

TriangulationTriangle* start

first triangle around vertex

bool hasChanged

whether the iterator has been modified

void next(void)

get next edge

void previous(void)

get previous edge

constructor

BasicIterator(const TriangulationVertex *v)

constructor builds a new iterator on vertex

destructor

~BasicIterator()

delete vertex

void first(void)

set iterator to first element

void last(void)

set iterator to last element

bool isAtEnd(void)

is iterator at end of vertex?

template class TriangleVertexIterator: public BasicIterator

iterator on vertex triangles

constructor

TriangleVertexIterator(const TriangulationVertex *v)

constructor builds a triangle iterator around a vertex

destructor

~TriangleVertexIterator()

delete vertex

T* operator*(void) const

returns current triangle

T* operator++(void)

set iterator on next triangle and returns it

T* operator++(int)

returns current triangle then set iterator on next one

T* operator--(void)

set iterator on previous triangle and returns it

T* operator--(int)

returns current triangle then set iterator on previous one

template class VertexIterator: public BasicIterator

basic vertex iterator around a vertex

constructor

VertexIterator(const TriangulationVertex *v)

constructor builds a new iterator on vertex

destructor

~VertexIterator()

delete vertex

T* operator*(void) const

returns current vertex

T* operator++(void)

set iterator on next vertex and returns it

T* operator++(int)

returns current vertex then set iterator on next one

T* operator--(void)

set iterator on previous vertex and returns it

T* operator--(int)

returns current vertex then set iterator on previous one

template class EdgeVertexIterator: public BasicIterator

iterator over vertex edges

constructor

EdgeVertexIterator(const TriangulationVertex *v)

constructor builds an edge iterator around a vertex

destructor

~EdgeVertexIterator()

delete vertex

T* operator*(void) const

returns current edge

T* operator++(void)

set iterator on next edge and returns it

T* operator++(int)

returns current edge then set iterator on next one

T* operator--(void)

set iterator on previous edge and returns it

T* operator--(int)

returns current edge then set iterator on previous one

Protected Fields

Triangulation* triangulation

TriangulationEdge* edge

unsigned int orientation

VertexContour* vertexContour

int ref

bool empty

Vec3 restPosition

the rest position of the vertex

Vec3 restNormal

the rest position normal of the vertex

Vec3 force

applied external force

Vec3 oldForce

applied external force

Matrix3x3 * tensorArray

the precomputed tensor array

bool fixed

if the vertex is fixed

Vec3 displacement

displacement of the vertex

RangeInformation* rangeInformation

local data information known at this vertex

PrecomputedTriangulationVertex3D* vertexWindow

used during a recursive search

double maxDistance

maximal distance of attractive data

double distanceData

distance of point to the closest data point

bool hasClosest

if there is a closest point in the 3D data

Vec3 closestData

closest point from a Precomputed Triangulation vertex to the set of 3D data

double meanStiffness

mean local Stiffness

double localStiffnessFactor

local Stiffness Factor

constructor

PrecomputedTriangulationVertex3D(Triangulation *mesh, const Vec3 &_position=Vec3(0, 0, 0), bool empty=false, TriangulationEdge *edge=0, unsigned int orientation=0)

constructor

Parameters:

mesh - vertex mesh
_position - vertex position
empty - if the vertex is real or virtual
edge - one face edge
orientation - face orientation versus edge orientation (0 or 1)
_position - the vertex position

destructor

virtual ~PrecomputedTriangulationVertex3D()

delete vertex

returns the 3D triangulation the vertex belongs to

PrecomputedTriangulation3D* getTriangulation() const

returns an iterator over neighboring triangles

PrecomputedVertexVertex3DIterator getVertexIterator(void) const

returns an iterator over neighboring vertices

void updatePosition(void)

updates vertex position by applying total force

double getDistanceData(void) const

get distance to closest point data

double getMaxDistance(void) const

get max distance to attractive data

Vec3 getRestPosition(void) const

get the vertex rest position

Vec3 getForce(void) const

get externalForce

Vec3 getDisplacement(void) const

get vertex displacement

void setDisplacement(const Vec3 v)

set vertex displacement

void setForce(const Vec3 f)

set vertex force

RangeInformation* getRangeInformation(void) const

returns local information

void setRangeInformation(RangeInformation * ri )

set local information

void grab(const Vec3& G)

grab this vertex toward point G

Parameters:

G - grab point

alphabetic index hierarchy of classes

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