Graphical object made of polygon meshes. More...

#include <meshobject.h>

Inheritance diagram for VART::MeshObject:

Classes
class	VertexTriplet

Public Member Functions
	MeshObject ()

	MeshObject (const MeshObject &obj)

MeshObject &	operator= (const MeshObject &obj)

virtual VART::SceneNode *	Copy ()
	Returns a copy of an MeshObject. Every derived class must reimplements this method, to avoid errors with VART::SceneNode::RecursiveCopy. More...

void	SetMaterial (const Material &mat)
	Assigns a material to all meshes of the mesh object. More...

void	MakeBox (double minX, double maxX, double minY, double maxY, double minZ, double maxZ)
	Creates a box aligned with the 3 reference planes (XY, XZ and YZ). More...

void	GetYProjection (std::list< Point4D > *resultPtr, double height=0) const
	Computes the projection of all vertices along the Y axis. More...

void	Optimize ()
	Optimize object for display. More...

void	Clear ()
	Erases internal structures. More...

void	SetVertices (const std::vector< Point4D > &vertexVec)
	Sets the vector of vertices. More...

void	SetNormals (const std::vector< Point4D > &normalVec)
	Sets the vector of normals. More...

void	SetVertices (const char *vertexStr)
	Sets the vector of vertices. More...

void	SetVertex (unsigned int index, const Point4D &newValue)
	Changes one vertex. More...

const std::vector< double > &	GetVerticesCoordinates ()
	Returns the coordinates of the vertices in the object. More...

void	AddFace (const char *indexStr)
	Adds a face (a mesh of a single polygon) based on previously set vertices. More...

void	AddMesh (const Mesh &m)
	Adds a copy of the mesh to the object. More...

virtual void	ComputeBoundingBox ()
	Computes the bounding box. More...

void	ComputeBoundingBox (const Transform &trans, BoundingBox *bbPtr)

void	ComputeSubBBoxes (const Transform &trans, int subdivisions)
	Computes de SubBBoxes and stores them. More...

std::vector< VART::BoundingBox >	GetSubBBoxes ()
	returns the list of subdivided bounding boxes. More...

virtual TypeID	GetID () const
	Returns type identification of the node. More...

void	MergeWith (const MeshObject &obj)
	Merges one mesh object with another. More...

void	ApplyTransform (const Transform &trans)
	Apply Transformation to all vertices. More...

bool	IsEmpty ()
	Checks whether the object contains geometry data. More...

Point4D	GetVertex (unsigned int pos)
	Returns a copy of a vertex. More...

void	SmallerVertex (Point4D *resultPtr)
	Computes and returns the smaller vertex. More...

Point4D	GetVertexMedia ()
	Return the Aritmethic mean of vertexes values. More...

void	ComputeVertexNormals ()
	Computes the normal of every vertex. More...

unsigned int	NumFaces ()
	Computes the number of faces. More...

Public Member Functions inherited from VART::GraphicObj
	GraphicObj ()

void	Show ()
	Makes the object visible. More...

void	Hide ()
	Makes the object invisible. More...

void	ToggleVisibility ()
	Toggles the object's visibility. More...

void	ToggleRecVisibility ()
	Toggles the recursive object's visibility. More...

bool	IsVisible ()
	Checks whether the object is visible. More...

void	ComputeRecursiveBoundingBox ()
	Computes the recursive bounding box. More...

const BoundingBox &	GetBoundingBox () const
	Returns the bounding box. More...

void	SetBBoxVisibility (bool value)
	Sets the bounding box visibility. More...

void	SetBBoxColor (VART::Color value)
	Sets the bounding box color of graphics object. More...

const BoundingBox &	GetRecursiveBoundingBox () const
	Returns the recursive bounding box. More...

void	ToggleBBoxVisibility ()
	Toggles the bounding box visibility. More...

void	ToggleRecBBoxVisibility ()
	Toggles the recursive bounding box visibility. More...

unsigned int	PickName () const
	Returns the pick name. More...

virtual void	DrawForPicking () const
	Draws and object, setting pick info. More...

Public Member Functions inherited from VART::SceneNode
	SceneNode ()
	Creates an uninitialized scene node. More...

	SceneNode (SceneNode &node)

virtual	~SceneNode ()

SceneNode &	operator= (const SceneNode &node)

virtual SceneNode *	RecursiveCopy ()

const std::string &	GetDescription () const
	Returns a copy of the object's description. More...

void	SetDescription (const std::string &desc)
	Changes the object's description. More...

void	AddChild (SceneNode &child)
	Add a child at the end of child list. More...

bool	DetachChild (SceneNode *childPtr)
	Removes a child from the child list. More...

virtual bool	DrawOGL () const
	Recursive drawing using OpenGL commands. More...

void	AutoDeleteChildren () const
	Deletes (dealocate memory) recursively all children marked as 'autoDelete'. More...

SceneNode *	FindChildByName (const std::string &name) const
	Recusively searches its children for a given name. More...

std::list< SceneNode * >	GetChilds ()

bool	FindPathTo (SceneNode targetPtr, SGPath resultPtr) const
	Search target among children. More...

bool	FindPathTo (const std::string &targetName, SGPath *resultPtr) const
	Search target among children. More...

int	GetNodeTypeList (TypeID type, std::list< SceneNode * > &nodeList)
	Find all the nodes of with typeID 'type'. More...

virtual void	TraverseDepthFirst (SNOperator *operatorPtr) const
	Process all children in depth-first order. More...

virtual void	TraverseBreadthFirst (SNOperator *operatorPtr) const
	Process all children in breadth-first order. More...

virtual void	LocateDepthFirst (SNLocator *locatorPtr) const
	Seaches for a particular scene node (depth first) More...

virtual void	LocateBreadthFirst (SNLocator *locatorPtr) const
	Seaches for a particular scene node (breadth first) More...

virtual void	XmlPrintOn (std::ostream &os, unsigned int indent) const
	Recursively outputs XML representation of the scene node. More...

Public Member Functions inherited from VART::MemoryObj
	MemoryObj ()
	Default constructor. More...

	MemoryObj (const VART::MemoryObj &obj)
	Copy constructor. More...

Static Public Member Functions
static void	ComputeTriangleNormal (const Point4D &v1, const Point4D &v2, const Point4D &v3, Point4D *resultPtr)
	Computes the normal of a triangle. More...

static bool	ReadFromOBJ (const std::string &filename, std::list< MeshObject * > *resultPtr)
	Read MeshObjects from a Wavefront OBJ file. More...

Static Public Attributes
static float	sizeOfNormals = 0.1f
	Size of normals for rendering (in world coordinates). More...

Static Public Attributes inherited from VART::SceneNode
static bool	recursivePrinting = true

Protected Member Functions
virtual bool	DrawInstanceOGL () const
	Non-recursive drawing - should be overriden by every derived class. More...

void	AddNormal (unsigned int idx, const Point4D &vec)
	Adds a vector to a vertex normal. More...

Point4D	Vertex (unsigned int i) const
	Returns a vertex as a Point4D. More...

void	NormalizeAllNormals ()
	Normalizes all vertex normals. More...

Protected Member Functions inherited from VART::SceneNode
bool	RecursiveFindPathTo (SceneNode targetPtr, SGPath resultPtr) const
	Recursive auxiliar method for FindPathTo. More...

bool	RecursiveFindPathTo (const std::string &targetName, SGPath *resultPtr) const
	Recursive auxiliar method for FindPathTo. More...

Static Protected Member Functions
static void	ReadVertex (std::istringstream &iss, unsigned int vi, unsigned int ti, unsigned int *ni)
	Reads a vertex description from a face on a OBJ file. More...

static void	ReadMaterialTable (const std::string &filename, std::map< std::string, Material > *matMapPtr)

static void	ReadVerticesLine (std::istringstream &input, std::list< VertexTriplet > *resultPtr)

Protected Attributes
std::vector< Point4D >	vertVec
	Vector of all vertices. More...

std::vector< double >	vertCoordVec
	Vector of all vertex coordinates (their coordinates in sequence). More...

std::vector< Point4D >	normVec
	Vector of all normals. More...

std::vector< double >	normCoordVec
	Vector of all vertex normals (their coordinates in sequence). More...

std::vector< float >	textCoordVec
	Vector of all texture coordinates. More...

std::list< Mesh >	meshList
	List of Meshes. More...

Protected Attributes inherited from VART::GraphicObj
bool	show

BoundingBox	bBox

BoundingBox	recBBox

unsigned int	pickName
	A number that uniquely identifies the object for picking purposes. More...

Protected Attributes inherited from VART::SceneNode
std::list< SceneNode * >	childList
	Child list. More...

std::string	description
	Textual identification. More...

Friends
std::ostream &	operator<< (std::ostream &output, const MeshObject &m)
	Output operator. More...

Additional Inherited Members
Public Types inherited from VART::GraphicObj
enum	ShowType { LINES, LINES_AND_NORMALS, POINTS, POINTS_AND_NORMALS, FILLED }

Public Types inherited from VART::SceneNode
enum	TypeID { NONE, GRAPHIC_OBJ, BOX, CONE, CURVE, BEZIER, CYLINDER, IMAGE, IMAGE_2D, VOLUME, MESH_OBJECT, SPHERE, JOINT, BIAXIAL_JOINT, CONDYLAR_JOINT, ELLIPSOID_JOINT, SADDLE_JOINT, PLANE_JOINT, POLYAXIAL_JOINT, UNIAXIAL_JOINT, HINGE_JOINT, PIVOT_JOINT, TRANSFORM }

Public Attributes inherited from VART::GraphicObj
ShowType	howToShow
	Defines how to show the object. More...

Public Attributes inherited from VART::MemoryObj
bool	autoDelete

Detailed Description

Graphical object made of polygon meshes.

A mesh object, unlike other graphical objects, maintains information about every vertex, normals, texture coordinates and edges. This is the class of choice for creating objects from files or objects whose vertex are to be edited. A mesh object may be optimized for display, and in that case vertex editing will be no longer possible.

Definition at line 25 of file meshobject.h.

Constructor & Destructor Documentation

VART::MeshObject::MeshObject ( )

Definition at line 32 of file meshobject.cpp.

VART::MeshObject::MeshObject ( const MeshObject & obj )

Definition at line 37 of file meshobject.cpp.

Member Function Documentation

void VART::MeshObject::AddFace ( const char * indexStr )

Adds a face (a mesh of a single polygon) based on previously set vertices.

Parameters

indexStr [in] The set of indices of the face (a C-string of numbers separated by spaces) - i.e.: "0 1 2 3".

See Also: SetVertices(const char*), SetVertices(const std::vector<Point4D>&).

Creates a new Mesh of a single polygon, based on the indices found in indexStr. Indices start at zero. The vertices referenced should be in counter-clockwise order. Vertices should be referenced in counter-clockwise order. No checking is done. Computes the face normal and uses it for every face vertex.

Definition at line 244 of file meshobject.cpp.

References VART::Point4D::CrossProduct(), VART::Mesh::indexVec, VART::Point4D::Normalize(), VART::Mesh::normIndVec, VART::Mesh::POLYGON, and VART::Mesh::type.

void VART::MeshObject::AddMesh ( const Mesh & m )

Adds a copy of the mesh to the object.

Use this method to create a custom MeshObject by hand. Since a MeshObject is composed of meshes, this is equivalent of adding a new part of the object.

Definition at line 270 of file meshobject.cpp.

void VART::MeshObject::AddNormal	(	unsigned int	idx,
		const Point4D &	vec
	)

protected

Adds a vector to a vertex normal.

Parameters

idx	[in] vertex normal index
vec	[in] vector to add

Definition at line 158 of file meshobject.cpp.

References VART::Point4D::GetX(), VART::Point4D::GetY(), and VART::Point4D::GetZ().

void VART::MeshObject::ApplyTransform ( const Transform & trans )

Apply Transformation to all vertices.

Definition at line 658 of file meshobject.cpp.

References VART::Transform::ApplyTo(), VART::Point4D::GetX(), VART::Point4D::GetY(), VART::Point4D::GetZ(), and VART::Point4D::SetXYZW().

Referenced by VART::RefSystem::RefSystem().

void VART::MeshObject::Clear ( )

Erases internal structures.

Erases previous vertices, indices, normals, texture coordinates, etc. Use before a complete change in the object.

Definition at line 59 of file meshobject.cpp.

void VART::MeshObject::ComputeBoundingBox ( )

virtual

Computes the bounding box.

Implements VART::GraphicObj.

Definition at line 375 of file meshobject.cpp.

void VART::MeshObject::ComputeBoundingBox	(	const Transform &	trans,
		VART::BoundingBox *	bbPtr
	)

Definition at line 397 of file meshobject.cpp.

References VART::BoundingBox::ConditionalUpdate(), VART::BoundingBox::SetBoundingBox(), and VART::Point4D::SetXYZW().

void VART::MeshObject::ComputeSubBBoxes	(	const Transform &	trans,
		int	subdivisions
	)

Computes de SubBBoxes and stores them.

Computes 8^n, n=subdivisions, bounding boxes storing them at subBBoxes list. Trans is the vertex transformations.

Definition at line 431 of file meshobject.cpp.

References VART::BoundingBox::ConditionalUpdate(), VART::BoundingBox::SetBoundingBox(), and VART::Point4D::SetXYZW().

void VART::MeshObject::ComputeTriangleNormal	(	const Point4D &	v1,
		const Point4D &	v2,
		const Point4D &	v3,
		VART::Point4D *	resultPtr
	)

static

Computes the normal of a triangle.

Parameters

v1	[in] 1st triangle vertex
v2	[in] 2nd triangle vertex
v3	[in] 3rd triangle vertex
resultPtr	[out] Triangle normal (unit length).

V1, V2 and V3 should be in counter clockwise order.

Definition at line 685 of file meshobject.cpp.

References VART::Point4D::CrossProduct(), and VART::Point4D::Normalize().

void VART::MeshObject::ComputeVertexNormals ( )

Computes the normal of every vertex.

Computes the normal of every vertex by computing face normals and then computing the average of all normals for faces that share a vertex.

Definition at line 475 of file meshobject.cpp.

VART::SceneNode * VART::MeshObject::Copy ( )

virtual

Returns a copy of an MeshObject. Every derived class must reimplements this method, to avoid errors with VART::SceneNode::RecursiveCopy.

Implements VART::SceneNode.

Definition at line 54 of file meshobject.cpp.

bool VART::MeshObject::DrawInstanceOGL ( ) const

protectedvirtual

Non-recursive drawing - should be overriden by every derived class.

Reimplemented from VART::SceneNode.

Definition at line 693 of file meshobject.cpp.

virtual TypeID VART::MeshObject::GetID ( ) const

inlinevirtual

Returns type identification of the node.

Reimplemented from VART::SceneNode.

Definition at line 134 of file meshobject.h.

References VART::SceneNode::MESH_OBJECT.

std::vector<VART::BoundingBox> VART::MeshObject::GetSubBBoxes ( )

inline

returns the list of subdivided bounding boxes.

Definition at line 132 of file meshobject.h.

VART::Point4D VART::MeshObject::GetVertex ( unsigned int pos )

Returns a copy of a vertex.

Definition at line 144 of file meshobject.cpp.

VART::Point4D VART::MeshObject::GetVertexMedia ( )

Return the Aritmethic mean of vertexes values.

Deprecated:: This method has a wrong name, wrong description, returns a point by copy and is inefficient. The geometric centroid, also known as "center of mass" is the average of all vertices.

Definition at line 221 of file meshobject.cpp.

const std::vector<double>& VART::MeshObject::GetVerticesCoordinates ( )

inline

Returns the coordinates of the vertices in the object.

Definition at line 99 of file meshobject.h.

References vertCoordVec.

void VART::MeshObject::GetYProjection	(	std::list< Point4D > *	resultPtr,
		double	height = `0`
	)		const

Computes the projection of all vertices along the Y axis.

Returns: a list of projected points.

Parameters

resultPtr	[in,out] A pointer to a list that will be filled with resulting vertices.
height	[in] Y coordinate to use in the projection (defaults to 0).

Definition at line 344 of file meshobject.cpp.

References VART::Point4D::SetXYZW().

bool VART::MeshObject::IsEmpty ( )

inline

Checks whether the object contains geometry data.

Returns true if the object contains no geometry data. Actually it checks whether the mesh list is empty, which should be enough for consistent mesh objects.

Definition at line 160 of file meshobject.h.

References meshList.

Referenced by ReadFromOBJ().

void VART::MeshObject::MakeBox	(	double	minX,
		double	maxX,
		double	minY,
		double	maxY,
		double	minZ,
		double	maxZ
	)

Creates a box aligned with the 3 reference planes (XY, XZ and YZ).

Deprecated:: Use VART::Box.

Definition at line 275 of file meshobject.cpp.

References VART::Material::DARK_PLASTIC_GRAY(), VART::Mesh::indexVec, VART::Mesh::material, VART::Mesh::QUADS, and VART::Mesh::type.

void VART::MeshObject::MergeWith ( const MeshObject & obj )

Merges one mesh object with another.

All vertices, normals, meshes, etc. are copied inside the active object.

Definition at line 633 of file meshobject.cpp.

References VART::Mesh::IncrementIndices(), meshList, normCoordVec, normVec, textCoordVec, vertCoordVec, and vertVec.

void VART::MeshObject::NormalizeAllNormals ( )

protected

Normalizes all vertex normals.

Definition at line 1013 of file meshobject.cpp.

unsigned int VART::MeshObject::NumFaces ( )

Computes the number of faces.

Definition at line 168 of file meshobject.cpp.

VART::MeshObject & VART::MeshObject::operator= ( const MeshObject & obj )

Definition at line 42 of file meshobject.cpp.

References meshList, normCoordVec, normVec, textCoordVec, vertCoordVec, and vertVec.

void VART::MeshObject::Optimize ( )

Optimize object for display.

Bug:: Not implemented yet.

This method creates an internal representation that is optimized for display (currently aimed at OpenGL - optimized representation may not be usefull for other renderers such as Direct3D). After being optimized, old data is discarded and the object can no longer be edited.

Definition at line 369 of file meshobject.cpp.

bool VART::MeshObject::ReadFromOBJ	(	const std::string &	filename,
		std::list< MeshObject * > *	resultPtr
	)

static

Read MeshObjects from a Wavefront OBJ file.

Bug:

Currently reads only triangle meshes.

Parameters

filename	[in] The file (Wavefront OBJ file) name.
resultPtr	[out] The address of an empty list of pointers to mesh objects to be filled with the addresses of newly allocated mesh objects.

Returns: True is returned if filename could be read. False otherwise. Note that if a empty file is read, true is returned, but the resultPtr list will be returned empty.

This method creates mesh objects marked as auto-delete, ie, they will be automatically deleted if attached to scene. If not, the application programmer should delete them.

Definition at line 775 of file meshobject.cpp.

References VART::MemoryObj::autoDelete, VART::File::GetPathFromString(), VART::Mesh::indexVec, IsEmpty(), VART::Mesh::material, meshList, VART::Mesh::NONE, normCoordVec, VART::Mesh::normIndVec, VART::Mesh::POLYGON, VART::Mesh::QUADS, VART::SceneNode::SetDescription(), VART::Material::SetTexture(), textCoordVec, VART::Mesh::TRIANGLES, VART::Mesh::type, and vertCoordVec.

Referenced by VART::XmlScene::LoadMeshFromFile().

void VART::MeshObject::ReadMaterialTable	(	const std::string &	filename,
		std::map< std::string, Material > *	matMapPtr
	)

staticprotected

Definition at line 1033 of file meshobject.cpp.

References VART::Color::BLACK(), VART::File::GetPathFromString(), VART::Texture::HasData(), VART::Texture::LoadFromFile(), VART::Material::SetAmbientColor(), VART::Material::SetDiffuseColor(), VART::Material::SetEmissiveColor(), VART::Material::SetShininess(), VART::Material::SetSpecularColor(), and VART::Material::SetTexture().

void VART::MeshObject::ReadVertex	(	std::istringstream &	iss,
		unsigned int *	vi,
		unsigned int *	ti,
		unsigned int *	ni
	)

staticprotected

Reads a vertex description from a face on a OBJ file.

Definition at line 1160 of file meshobject.cpp.

References CountOccurrences().

void VART::MeshObject::ReadVerticesLine	(	std::istringstream &	input,
		std::list< VertexTriplet > *	resultPtr
	)

staticprotected

Definition at line 1207 of file meshobject.cpp.

void VART::MeshObject::SetMaterial ( const Material & mat )

Assigns a material to all meshes of the mesh object.

Definition at line 69 of file meshobject.cpp.

Referenced by VART::RefSystem::RefSystem().

void VART::MeshObject::SetNormals ( const std::vector< Point4D > & normalVec )

Sets the vector of normals.

Use this method to set normals for unoptimized objects. Note that normals are atomatically computed if AddFace is used to set the faces. This method clears the mesh list, so it should be called before AddFace.

Definition at line 91 of file meshobject.cpp.

void VART::MeshObject::SetVertex	(	unsigned int	index,
		const Point4D &	newValue
	)

Changes one vertex.

Parameters

index	[in] Index of the vertex to be changed.
newValue	[in] New value to be copied into the vertex.

Definition at line 129 of file meshobject.cpp.

References VART::Point4D::GetX(), VART::Point4D::GetY(), and VART::Point4D::GetZ().

void VART::MeshObject::SetVertices ( const std::vector< Point4D > & vertexVec )

Sets the vector of vertices.

Parameters

vertexVec [in] The new vector of vertices.

All vertices in vertexVec are copied into the MeshObject's internal representation. The meshList is cleared.

void VART::MeshObject::SetVertices ( const char * vertexStr )

Sets the vector of vertices.

Parameters

vertexStr [in] The set of vertices (a C-string of point coordinates).

Parses all values in vertexStr and stores them into the MeshObject's internal representation. Parameter vertexStr should be set of points separated by commas, point coordinates should be separated by spaces, point may have 3 or 4 coordinates - i.e.: "1.2 0.2 3.1, 2 3 4 1, 1 2 3" The MeshObject becomes unoptimized. The meshList is cleared.

Definition at line 99 of file meshobject.cpp.

References VART::Point4D::SetXYZW().

void VART::MeshObject::SmallerVertex ( Point4D * resultPtr )

Computes and returns the smaller vertex.

See Also: Point4D::operatorLess

Definition at line 192 of file meshobject.cpp.

References VART::Point4D::SetXYZ().

Point4D VART::MeshObject::Vertex ( unsigned int i ) const

inlineprotected

Returns a vertex as a Point4D.

Requires the the MeshObject is in optimized form.

Definition at line 244 of file meshobject.h.

References vertCoordVec.

Friends And Related Function Documentation

std::ostream& operator<<	(	std::ostream &	output,
		const MeshObject &	m
	)

friend

Output operator.

Member Data Documentation

std::list<Mesh> VART::MeshObject::meshList

protected

List of Meshes.

Definition at line 283 of file meshobject.h.

Referenced by IsEmpty(), MergeWith(), VART::operator<<(), operator=(), and ReadFromOBJ().

std::vector<double> VART::MeshObject::normCoordVec

protected

Vector of all vertex normals (their coordinates in sequence).

This is the optimized storage of normals. It must be a vector (not a list) because OpenGL will see it as a C array.

Definition at line 274 of file meshobject.h.

Referenced by MergeWith(), operator=(), and ReadFromOBJ().

std::vector<Point4D> VART::MeshObject::normVec

protected

Vector of all normals.

This is the unoptimized storage of normals. It must be a vector (not a list) because the internal meshes identifies vertices by integers.

Definition at line 268 of file meshobject.h.

Referenced by MergeWith(), and operator=().

float VART::MeshObject::sizeOfNormals = 0.1f

static

Size of normals for rendering (in world coordinates).

Definition at line 212 of file meshobject.h.

std::vector<float> VART::MeshObject::textCoordVec

protected

Vector of all texture coordinates.

This is both the optimized and the unoptimized storage of texture coordinates. It must be a vector (not a list) because OpenGL will see it as a C array.

Definition at line 280 of file meshobject.h.

Referenced by MergeWith(), VART::operator<<(), operator=(), and ReadFromOBJ().

std::vector<double> VART::MeshObject::vertCoordVec

protected

Vector of all vertex coordinates (their coordinates in sequence).

This is the optimized storage of vertices. It must be a vector (not a list) because OpenGL will see it as a C array. Every 3 sucessive coordinates in the array describe a vertex in the object.

Definition at line 262 of file meshobject.h.

Referenced by GetVerticesCoordinates(), MergeWith(), VART::operator<<(), operator=(), ReadFromOBJ(), and Vertex().

std::vector<Point4D> VART::MeshObject::vertVec

protected

Vector of all vertices.

This is the unoptimized storage of vertices. It must be a vector (not a list) because the internal meshes identifies vertices by integers.

Definition at line 255 of file meshobject.h.

Referenced by MergeWith(), and operator=().

The documentation for this class was generated from the following files:

Classes

Public Member Functions

Static Public Member Functions

Static Public Attributes

Protected Member Functions

Static Protected Member Functions

Protected Attributes

Friends

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Friends And Related Function Documentation

Member Data Documentation