vctl::MCVerticeS Class Reference

Container of vertices in 3D space. More...

#include <mcvertices.h>

Inheritance diagram for vctl::MCVerticeS:

List of all members.

Public Member Functions
void	ClearAll ()
	Removes all vertices from the container.
template<class S >
void	deserialize (mds::mod::CChannelSerializer< S > &Reader)
	Deserializes the container of vertices.
void	Erase (MCVertex *del_ent)
	Removes a given vertex from the container.
void	EraseFreeVertices ()
	Erase vertices free from registered entities.
void	GetRange (MCPoint3D &bod_min, MCPoint3D &bod_max)
	Returns bounding box (minimal and maximal coordinates) of all vertices.
bool	GetTestExistence () const
	Returns true if vertex existence test is enabled.
void	Indexing ()
	Assignes unique labels/indexes to all vertices in the container.
void	MakeIndexVector (std::vector< MCVertex * > &pole_node)
	Creates an array of pointers to vertices ordered by previously assigned indexes.
	MCVerticeS (bool bTestExistence=false)
	Default constructor.
	MDS_ENTITY_COMPRESSION (mds::mod::CC_RAW)
	Standard method getEntityCompression().
	MDS_ENTITY_NAME ("MCVerticeS")
	Standard method getEntityName().
MCVertex *	New (MCPoint3D &new_bod)
	Creates a new vertex.
MCVertex *	New (double new_x, double new_y, double new_z)
	Creates a new vertex.
MCVertex *	NewFromWorkNode ()
	Creates a new vertex using the internal work node.
void	RegenExistence ()
	Regenerates the internal tree used for testing vertex existence.
template<class S >
void	serialize (mds::mod::CChannelSerializer< S > &Writer)
	Serializes the container of vertices.
void	SetTestExistence (bool _value)
	Enables/disables vertex test existence.
MCVertex *	TestExistence (MCVertex *_test)
	Checks if a given vertex already exists in the container.
MCVertex *	TestExistence2 (MCPoint3D *_test)
	Checks if a given point already exists in the container.
void	Transformation (MCTransformMatrix &matrix)
	Transform vertices by given transformation matrix.
	~MCVerticeS ()
	Empty destructor.

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Detailed Description

Container of vertices in 3D space.

• Checking of vertex existence may be enabled. In this case, simple hash codes are used identify similar vertices.
• This hash code cannot be changed for any existing vertex!
• Call SetTestExistence() to enable this mechanism.

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Constructor & Destructor Documentation

vctl::MCVerticeS::MCVerticeS

(

bool

bTestExistence = false

)

[inline]

Default constructor.

vctl::MCVerticeS::~MCVerticeS

(

)

[inline]

Empty destructor.

---

Member Function Documentation

void vctl::MCVerticeS::ClearAll

(

)

[inline, virtual]

Removes all vertices from the container.

• Clears the memory.

Reimplemented from vctl::MCEntitieS< MCVertex >.

template<class S >

void vctl::MCVerticeS::deserialize

(

mds::mod::CChannelSerializer< S > &

Reader

)

[inline]

Deserializes the container of vertices.

void MCVerticeS::Erase

(

MCVertex *

del_ent

)

Removes a given vertex from the container.

• Removes the vertex from the internal sorting queue.
• The vertex is destroyed and the memory is cleared.

void MCVerticeS::EraseFreeVertices

(

)

Erase vertices free from registered entities.

void MCVerticeS::GetRange	(	MCPoint3D &	bod_min,
		MCPoint3D &	bod_max
	)

Returns bounding box (minimal and maximal coordinates) of all vertices.

bool vctl::MCVerticeS::GetTestExistence

(

)

const [inline]

Returns true if vertex existence test is enabled.

void MCVerticeS::Indexing

(

)

Assignes unique labels/indexes to all vertices in the container.

void MCVerticeS::MakeIndexVector

(

std::vector< MCVertex * > &

pole_node

)

Creates an array of pointers to vertices ordered by previously assigned indexes.

vctl::MCVerticeS::MDS_ENTITY_COMPRESSION

(

mds::mod::CC_RAW

)

Standard method getEntityCompression().

vctl::MCVerticeS::MDS_ENTITY_NAME

(

"MCVerticeS"

)

Standard method getEntityName().

MCVertex * MCVerticeS::New

(

MCPoint3D &

new_bod

)

Creates a new vertex.

• Tests existence of the vertex if enabled.
• Returns pointer to the newly created vertex or an existing one.

MCVertex * MCVerticeS::New	(	double	new_x,
		double	new_y,
		double	new_z
	)

Creates a new vertex.

• Tests existence of the vertex if enabled.
• Returns pointer to the newly created vertex or an existing one.

MCVertex * MCVerticeS::NewFromWorkNode

(

)

Creates a new vertex using the internal work node.

• Tests existence of the vertex if enabled.
• Returns pointer to the newly created vertex or an existing one.

void MCVerticeS::RegenExistence

(

)

Regenerates the internal tree used for testing vertex existence.

template<class S >

void vctl::MCVerticeS::serialize

(

mds::mod::CChannelSerializer< S > &

Writer

)

[inline]

Serializes the container of vertices.

void vctl::MCVerticeS::SetTestExistence

(

bool

_value

)

[inline]

Enables/disables vertex test existence.

MCVertex* vctl::MCVerticeS::TestExistence

(

MCVertex *

_test

)

[inline]

Checks if a given vertex already exists in the container.

• Returns pointer to a found vertex, NULL otherwise.

MCVertex* vctl::MCVerticeS::TestExistence2

(

MCPoint3D *

_test

)

[inline]

Checks if a given point already exists in the container.

• Returns pointer to a found vertex, NULL otherwise.

void MCVerticeS::Transformation

(

MCTransformMatrix &

matrix

)

Transform vertices by given transformation matrix.

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

• mcvertices.h
• mcvertices.cpp