p2t::Point Struct Reference

#include <shapes.h>

Public Member Functions
double	Length () const
	Get the length of this point (the norm).
double	Normalize ()
	Convert this point into a unit point. Returns the Length.
void	operator*= (double a)
	Multiply this point by a scalar.
void	operator+= (const Point &v)
	Add a point to this point.
Point	operator- () const
	Negate this point.
void	operator-= (const Point &v)
	Subtract a point from this point.
	Point ()
	Default constructor does nothing (for performance).
	Point (double x, double y)
	Construct using coordinates.
void	set (double x_, double y_)
	Set this point to some specified coordinates.
void	set_zero ()
	Set this point to all zeros.

Public Attributes
std::vector< Edge * >	edge_list
	The edges this point constitutes an upper ending point.
double	x
double	y

Constructor & Destructor Documentation

Point() [1/2]

p2t::Point::Point ( )

inline

Default constructor does nothing (for performance).

References x, and y.

Point() [2/2]

p2t::Point::Point ( double  x, double  y  )

inline

Construct using coordinates.

Member Function Documentation

Length()

double p2t::Point::Length ( ) const

inline

Get the length of this point (the norm).

References x, and y.

Referenced by Normalize().

Normalize()

double p2t::Point::Normalize ( )

inline

Convert this point into a unit point. Returns the Length.

References Length(), x, and y.

operator*=()

void p2t::Point::operator*= ( double  a )

inline

Multiply this point by a scalar.

References x, and y.

operator+=()

void p2t::Point::operator+= ( const Point &  v )

inline

Add a point to this point.

References x, and y.

operator-()

Point p2t::Point::operator- ( ) const

inline

Negate this point.

References set(), x, and y.

operator-=()

void p2t::Point::operator-= ( const Point &  v )

inline

Subtract a point from this point.

References x, and y.

set()

void p2t::Point::set ( double  x_, double  y_  )

inline

Set this point to some specified coordinates.

References x, and y.

Referenced by operator-().

set_zero()

void p2t::Point::set_zero ( )

inline

Set this point to all zeros.

References x, and y.

Member Data Documentation

edge_list

std::vector<Edge*> p2t::Point::edge_list

The edges this point constitutes an upper ending point.

Referenced by p2t::Edge::Edge().

x

double p2t::Point::x

Referenced by p2t::cmp(), p2t::Cross(), p2t::Cross(), p2t::Cross(), p2t::Dot(), p2t::Edge::Edge(), p2t::InScanArea(), Length(), Normalize(), p2t::operator!=(), p2t::operator*(), operator*=(), p2t::operator+(), operator+=(), operator-(), p2t::operator-(), operator-=(), p2t::operator==(), p2t::Orient2d(), Point(), set(), set_zero(), osmscout::Triangulate::TriangulatePolygon(), osmscout::Triangulate::TriangulatePolygon(), osmscout::Triangulate::TriangulatePolygon(), and osmscout::Triangulate::TriangulateWithHoles().

y

double p2t::Point::y

Referenced by p2t::cmp(), p2t::Cross(), p2t::Cross(), p2t::Cross(), p2t::Dot(), p2t::Edge::Edge(), p2t::InScanArea(), Length(), Normalize(), p2t::operator!=(), p2t::operator*(), operator*=(), p2t::operator+(), operator+=(), operator-(), p2t::operator-(), operator-=(), p2t::operator==(), p2t::Orient2d(), Point(), set(), set_zero(), osmscout::Triangulate::TriangulatePolygon(), osmscout::Triangulate::TriangulatePolygon(), osmscout::Triangulate::TriangulatePolygon(), and osmscout::Triangulate::TriangulateWithHoles().

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The documentation for this struct was generated from the following file:

• shapes.h