public

Inheritance Graph

graph BT
	Delaunay2d
	click Delaunay2d "classMinSG_1_1Triangulation_1_1Delaunay2d"

Description

Delaunay2d The implementation is based on the Java applet ‘2D Delaunay Triangulation Java Applet’ by Luke Sunder Parige (parige@ews.uiuc.edu) dated August 10, 1999.

See also: http://members.fortunecity.com/lukesunder/dt2d.htm

Classes

   
struct MinSG::Triangulation::Delaunay2d::Unwrapper

Public Types

   
   
typedef std::function< void(const Point_t &, const Point_t &, const Point_t &)> generatorFunction_t
Function expecting a triangle consisting of three points.

Public Functions

   
   
  Delaunay2d()
   
void addPoint(const Point_t & point)
   
void generate( generatorFunction_t generator) const

Documentation

typedef
MinSG::Triangulation::Delaunay2d::generatorFunction_t

public
 
 
typedef std::function< void(const Point_t &, const Point_t &, const Point_t &)> generatorFunction_t

Function expecting a triangle consisting of three points.

Defined in MinSG/Ext/Triangulation/Delaunay2d.h:85

function
MinSG::Triangulation::Delaunay2d::Delaunay2d

public inline
   
   
Delaunay2d( )

Defined in MinSG/Ext/Triangulation/Delaunay2d.h:107

function
MinSG::Triangulation::Delaunay2d::addPoint

public inline
     
     
void addPoint( const Point_t & point )

Add a point to the triangulation.

Note: only the x and y component of the point’s position are used.

Defined in MinSG/Ext/Triangulation/Delaunay2d.h:112

function
MinSG::Triangulation::Delaunay2d::generate

public const inline
     
     
void generate( generatorFunction_t generator ) const

Call the given functor for every triangle.

Parameters

generator
Functor that will be called for every triangle

Defined in MinSG/Ext/Triangulation/Delaunay2d.h:122