#include <Channel.h>

Public Types
enum	BOUNDINGBOXBORDER { LEFT = 0, RIGHT = 1, BOTTOM = 2, TOP = 3 }
Public Member Functions
	Channel ()
	Channel (const double &length, const double &width, const double &positionX, const double &positionY, const double &orientation)
	Channel (const double &length, const double &width, const Vector &center, const double &orientation)
void	exchangeVertices (unsigned int i, unsigned j, std::vector< tarch::la::Vector< 2, double > > &vertices) const
tarch::la::Vector< 4, double >	getBoundingBox () const
Vector	getCenter () const
double	getCenterPositionX () const
double	getCenterPositionY () const
double	getLength () const
double	getOrientation () const
std::vector< tarch::la::Vector < 2, double > >	getSortedVertices ()
std::vector< Vector >	getUnsortedVertices ()
double	getWidth () const
void	setCenter (const Vector &center)
void	setOrientation (const double &orientation)
std::vector< tarch::la::Vector < 2, double > > &	sortVertices (std::vector< tarch::la::Vector< 2, double > > &vertices) const
std::ostream &	toStream (std::ostream &stream)
std::string	toString ()
virtual	~Channel ()
Static Public Member Functions
static std::vector < algorithms::geometries::Channel * >	getPtrVectorGeometryChannels (std::vector< algorithms::geometries::Channel > &channels)
static algorithms::geometries::Channel &	rotateChannel (algorithms::geometries::Channel &channelToBeRotated, const double &rotationAngle, const double &sinRotationAngle, const double &cosRotationAngle, const tarch::la::Vector< 2, double > &rotationCenter)
Public Attributes
double	_cosOrientation
double	_sinOrientation
Protected Attributes
Vector	_center
double	_length
double	_orientation
double	_width
Private Types
typedef tarch::la::Vector < 2, double >	Vector

Member Typedef Documentation

typedef tarch::la::Vector<2,double> algorithms::geometries::Channel::Vector [private]

Member Enumeration Documentation

enum algorithms::geometries::Channel::BOUNDINGBOXBORDER

Enumerator:

LEFT
RIGHT
BOTTOM
TOP

Constructor & Destructor Documentation

Channel::Channel ( )

Channel::Channel	(	const double &	length,
		const double &	width,
		const double &	positionX,
		const double &	positionY,
		const double &	orientation
	)

Channel::Channel	(	const double &	length,
		const double &	width,
		const Vector &	center,
		const double &	orientation
	)

Channel::~Channel ( ) [virtual]

Member Function Documentation

void algorithms::geometries::Channel::exchangeVertices	(	unsigned int	i,
		unsigned	j,
		std::vector< tarch::la::Vector< 2, double > > &	vertices
	)		const `[inline]`

tarch::la::Vector<4,double> algorithms::geometries::Channel::getBoundingBox ( ) const [inline]

Computes and returns 2D bounding box Vector entries 0: Leftmost point 1: Rightmost 2: Lowermost 3: Uppermost

Quadrants: |-------- | 2 | 1 | |-------- | 3 | 4 | |-------|

Vector algorithms::geometries::Channel::getCenter ( ) const [inline]

double algorithms::geometries::Channel::getCenterPositionX ( ) const [inline]

double algorithms::geometries::Channel::getCenterPositionY ( ) const [inline]

double algorithms::geometries::Channel::getLength ( ) const [inline]

double algorithms::geometries::Channel::getOrientation ( ) const [inline]

static std::vector<algorithms::geometries::Channel*> algorithms::geometries::Channel::getPtrVectorGeometryChannels ( std::vector< algorithms::geometries::Channel > & channels ) [inline, static]

std::vector<tarch::la::Vector<2, double> > algorithms::geometries::Channel::getSortedVertices ( ) [inline]

std::vector<Vector> algorithms::geometries::Channel::getUnsortedVertices ( ) [inline]

double algorithms::geometries::Channel::getWidth ( ) const [inline]

static algorithms::geometries::Channel& algorithms::geometries::Channel::rotateChannel	(	algorithms::geometries::Channel &	channelToBeRotated,
		const double &	rotationAngle,
		const double &	sinRotationAngle,
		const double &	cosRotationAngle,
		const tarch::la::Vector< 2, double > &	rotationCenter
	)		`[inline, static]`

Rotates the Point around the offspring

void algorithms::geometries::Channel::setCenter ( const Vector & center ) [inline]

void algorithms::geometries::Channel::setOrientation ( const double & orientation ) [inline]

std::vector<tarch::la::Vector<2,double> >& algorithms::geometries::Channel::sortVertices ( std::vector< tarch::la::Vector< 2, double > > & vertices ) const [inline]

Sort vertices such that 0: Leftmost point 1: Rightmost 2: Lowest 3: Uppermost

This order is hard-coded in the enum and used here.

Put edge with smallest y-value to position 2 and edge with largest y-value to position 3

std::ostream& algorithms::geometries::Channel::toStream ( std::ostream & stream ) [inline]