BALL::VIEW::Vertex2 Class Reference

#include <BALL/VIEW/DATATYPE/vertex2.h>

Inheritance diagram for BALL::VIEW::Vertex2:

Public Member Functions
Constructors
	Vertex2 ()
	Vertex2 (const Vertex2 &vertex)
Destructors
virtual	~Vertex2 ()
virtual void	clear ()
Assignment methods
void	set (const Vertex2 &vertex)
const Vertex2 &	operator= (const Vertex2 &vertex)
void	swap (Vertex2 &vertex)
Accessors: inspectors and mutators
void	setVertex1 (const Vector3 &v)
void	setVertex1 (const float x, const float y, const float z)
Vector3 &	getVertex1 ()
const Vector3 &	getVertex1 () const
void	getVertex1 (Vector3 &v) const
void	getVertex1 (float &x, float &y, float &z) const
void	setVertex1Address (const Vector3 &v)
void	setDefaultVertex1Address ()
Vector3 *	getVertex1Address () const
void	setVertex2 (const Vector3 &v)
void	setVertex2 (const float x, const float y, const float z)
Vector3 &	getVertex2 ()
const Vector3 &	getVertex2 () const
void	getVertex2 (Vector3 &v) const
void	getVertex2 (float &x, float &y, float &z) const
void	setVertex2Address (const Vector3 &v)
void	setDefaultVertex2Address ()
Vector3 *	getVertex2Address () const
void	setVertices (const Vector3 &vertex1, const Vector3 &vertex2)
void	setVertices (const float vertex1_x, const float vertex1_y, const float vertex1_z, const float vertex2_x, const float vertex2_y, const float vertex2_z)
void	setVertexAddresses (const Vector3 &vertex1, const Vector3 &vertex2)
void	getVertices (Vector3 &vertex1, Vector3 &vertex2)
void	getVertices (float &vertex1_x, float &vertex1_y, float &vertex1_z, float &vertex2_x, float &vertex2_y, float &vertex2_z)
void	setDefaultVertexAddresses ()
Predicates
bool	isDefaultVertex1Address () const
bool	isDefaultVertex2Address () const
bool	isDefaultVertexAddresses () const
debuggers and diagnostics
virtual bool	isValid () const
virtual void	dump (std::ostream &s=std::cout, Size depth=0) const

Detailed Description

Vertex2 is a base class for all GeometricObject 's that have two vertices. It provides the derived class with methods for accessing that vertices. Further there is the possibility to give an address to a Vector3 as vertice. So if the values of these given vectors changes, the values of the vectors changes as well. To avoid segmentation faults these vector addresses must be valid as long as the Vertex2 exists.

Definition at line 32 of file vertex2.h.

Constructor & Destructor Documentation

BALL::VIEW::Vertex2::Vertex2

(

)

Default Constructor. The vectors are set to (0.0, 0.0, 0.0). The vertex addresses are set to the addresses of the own vectors.

BALL::VIEW::Vertex2::Vertex2

(

const Vertex2 &

vertex

)

Copy constructor.

virtual BALL::VIEW::Vertex2::~Vertex2 ( )

virtual

Destructor.

Member Function Documentation

virtual void BALL::VIEW::Vertex2::clear ( )

virtual

Explicit default initialization. Set the vectors to the vector (0.0, 0.0, 0.0). The vertex addresses are set to the addresses of the own vectors .

Reimplemented in BALL::VIEW::TwoColoredTube, BALL::VIEW::TwoColoredLine, BALL::VIEW::Tube, and BALL::VIEW::Line.

virtual void BALL::VIEW::Vertex2::dump ( std::ostream &  s = std::cout, Size  depth = 0  ) const

virtual

Internal value dump. Dump the current state to the output ostream s with dumping depth depth.

Parameters

s	output stream where to output the state
depth	the dumping depth

See also

Vector3::operator <<

Reimplemented in BALL::VIEW::TwoColoredTube, BALL::VIEW::TwoColoredLine, BALL::VIEW::Tube, and BALL::VIEW::Line.

Vector3& BALL::VIEW::Vertex2::getVertex1

(

)

Mutable inspection of the first vector

Returns

Vector3& mutable reference to the first vector

See also

setVertex1

const Vector3& BALL::VIEW::Vertex2::getVertex1

(

)

const

Non-mutable inspection of the first vector

void BALL::VIEW::Vertex2::getVertex1

(

Vector3 &

v

)

const

Inspection of the first vector . Access the first vector of this vertex by using Vector3.

Parameters

v	the vector receiving the first vector

See also

setVertex1

void BALL::VIEW::Vertex2::getVertex1	(	float &	x,
		float &	y,
		float &	z
	)		const

Access the components of the first vector by using float.

See also

setVertex1

Vector3* BALL::VIEW::Vertex2::getVertex1Address

(

)

const

Mutable inspection of the first vertex address.

Returns

Vector3* pointer to the first vector that contains the value

See also

setVertex1Address

Vector3& BALL::VIEW::Vertex2::getVertex2

(

)

Mutable inspection of the second vector.

Returns

Vector3& mutable reference to the second vector

See also

setVertex2

const Vector3& BALL::VIEW::Vertex2::getVertex2

(

)

const

Non-mutable inspection of the second vector . For further information see getVertex2.

void BALL::VIEW::Vertex2::getVertex2

(

Vector3 &

v

)

const

Inspection of the second vector . Access the second vector of this vertex by using Vector3.

Parameters

v	the vector receiving the second vector

See also

setVertex2

Vector3

void BALL::VIEW::Vertex2::getVertex2	(	float &	x,
		float &	y,
		float &	z
	)		const

Inspection of the components of the second vector .

See also

setVertex2

Vector3* BALL::VIEW::Vertex2::getVertex2Address

(

)

const

Mutable inspection of the second vertex address .

Returns

Vector3* pointer to the second vector that contains the value

See also

setVertex2Address

void BALL::VIEW::Vertex2::getVertices	(	Vector3 &	vertex1,
		Vector3 &	vertex2
	)

Inspection of the first and second vector .

Parameters

vertex1	the vector receiving the first vector
vertex2	the vector receiving the second vector

See also

setVertices

void BALL::VIEW::Vertex2::getVertices	(	float &	vertex1_x,
		float &	vertex1_y,
		float &	vertex1_z,
		float &	vertex2_x,
		float &	vertex2_y,
		float &	vertex2_z
	)

Access the components of the first and second vector of this vertex2 by using float.

See also

setVertices

bool BALL::VIEW::Vertex2::isDefaultVertex1Address

(

)

const

first vertex address test. Tests if the first vertex address points to the first vector .

Returns

bool true if the first vertex address points to the first vector . false otherwise

See also

setVertex1Address

getVertex1Address

setDefaultVertex1Address

bool BALL::VIEW::Vertex2::isDefaultVertex2Address

(

)

const

second vertex address test. Test if the second vertex address points to the second vector .

Returns

bool true if the second vertex address points to the second vector . false otherwise

See also

setVertex2Address

getVertex2Address

setDefaultVertex2Address

bool BALL::VIEW::Vertex2::isDefaultVertexAddresses

(

)

const

both vertex addresses test.

Returns

bool true if both vertex addresses each points to its own vector . false otherwise

See also

setVertex1Address

getVertex1Address

setVertex2Address

getVertex2Address

setDefaultVertex1Address

setDefaultVertex2Address

virtual bool BALL::VIEW::Vertex2::isValid ( ) const

virtual

Internal state and consistency self-validation. Calls Vector3::isValid.

Reimplemented in BALL::VIEW::TwoColoredTube, BALL::VIEW::TwoColoredLine, BALL::VIEW::Tube, and BALL::VIEW::Line.

const Vertex2& BALL::VIEW::Vertex2::operator=

(

const Vertex2 &

vertex

)

Assignment operator. Calls set. The vectors and the vertex addresses are initialized to the vectors and the vertex addresses of the vertex2 vertex.

void BALL::VIEW::Vertex2::set

(

const Vertex2 &

vertex

)

Assignment. The vectors and the vertex addresses are initialized to the vectors and vertex addresses of the vertex2 vertex.

void BALL::VIEW::Vertex2::setDefaultVertex1Address

(

)

Change the first vector address to the default address. So the value of the first vector will no longer be ignored and all access methods will return it again. This method unhooks the object from any other objects prio connected with setVertex1Address.

See also

Vertex::setVertex1Address

void BALL::VIEW::Vertex2::setDefaultVertex2Address

(

)

Change the second vector address to the default address. This method resets the second vertex address to the second vector of this vertex2. So the value of the second vector of this vertex2 will no longer be ignored and all access methods will return it again. This method unhooks the object from any other objects prio connected with setVertex2Address.

See also

Vertex::setVertex2Address

void BALL::VIEW::Vertex2::setDefaultVertexAddresses

(

)

Change the first and second vector address to the default addresses. This method resets the first and second vertex address to the first and second vector . So the value of the first and second vector will no longer be ignored and all access methods will return them again. This method unhooks the object from any other objects prio connected with setVertexAddresses.

See also

Vertex::setVertex2Addresses

void BALL::VIEW::Vertex2::setVertex1

(

const Vector3 &

v

)

Change the first vector .

Parameters

v	the new first vector

See also

getVertex1

void BALL::VIEW::Vertex2::setVertex1	(	const float	x,
		const float	y,
		const float	z
	)

Change the first vector .

See also

getVertex1

void BALL::VIEW::Vertex2::setVertex1Address

(

const Vector3 &

v

)

Change the vector address of the first vector. If a vector address is given the value of the first vector of this vertex2 is ignored. Instead if the method getVertex1 (or any other access method concerning the first vector) are called the value of the vector given by the vertex address is returned. The vector to which the first vertex address points must exist and be valid as long as this vertex2 exists. An object that uses this method can hook itself onto another object (speaking in terms of position). If the object changes its first position so the object derived from this vertex2 changes its first position.

Parameters

v	the new first vector address

See also

getVertex1Address

void BALL::VIEW::Vertex2::setVertex2

(

const Vector3 &

v

)

Change the second vector .

Parameters

v	the new second vector

See also

getVertex2

void BALL::VIEW::Vertex2::setVertex2	(	const float	x,
		const float	y,
		const float	z
	)

Change the second vector .

See also

getVertex2

void BALL::VIEW::Vertex2::setVertex2Address

(

const Vector3 &

v

)

Change the vector address of the second vector . If a vector address is given the value of the first vector of this vertex2 is ignored. Instead if the method getVertex2 (or any other access method concerning the second vector) are called the value of the vector given by the vertex address is returned. The vector to which the second vertex address points must exist and be valid as long as this vertex2 exists. An object that uses this method can hook itself onto another object (speaking in terms of position). If the object changes its second position so the object derived from this vertex2 changes its second position.

Parameters

v	the new second vector address

See also

getVertex2Address

void BALL::VIEW::Vertex2::setVertexAddresses	(	const Vector3 &	vertex1,
		const Vector3 &	vertex2
	)

Change the vector addresses of the first and second vector. See setVertex1Address or setVertex2Address for further information concerning vector addresses.

Parameters

vertex1	the new first vector address
vertex2	the new second vector address

See also

setVertex1Address

setVertex2Address

void BALL::VIEW::Vertex2::setVertices	(	const Vector3 &	vertex1,
		const Vector3 &	vertex2
	)

Change the first and second vector .

Parameters

vertex1	the new first vector
vertex2	the new second vector

See also

getVertices

void BALL::VIEW::Vertex2::setVertices	(	const float	vertex1_x,
		const float	vertex1_y,
		const float	vertex1_z,
		const float	vertex2_x,
		const float	vertex2_y,
		const float	vertex2_z
	)

Change the first and second vector .

See also

getVertices

void BALL::VIEW::Vertex2::swap

(

Vertex2 &

vertex

)

Swapping of vertices.