fr.ign.cogit.geoxygene.sig3d.distribution

Class EquiSurfaceDistributionJTS

Object

EquiSurfaceDistributionJTS

public class EquiSurfaceDistributionJTS
extends Object

This software is released under the licence CeCILL see LICENSE.TXT see

Version:

1.6

Author:

Brasebin Mickaël, MBrasebin Classe permettant de tirer aléatoirement des points répartis équitablement sur un objet de dimension 2 ou 3 Le principe est basé sur Shape Distributions Osada and al[2002] Shape Distributions ROBERT OSADA, THOMAS FUNKHOUSER, BERNARD CHAZELLE, and DAVID DOBKIN Princeton University Class wich calculate the dissimilarity measure between 2 solids Class to generate random points distrubition on an object with a dimension superior than 2. The principle is based on : Shape Distributions Osada and al[2002] Shape Distributions ROBERT OSADA, THOMAS FUNKHOUSER, BERNARD CHAZELLE, and DAVID DOBKIN Princeton University Class wich calculate the dissimilarity measure between 2 solids

Constructor Summary

Constructors

Constructor and Description
EquiSurfaceDistributionJTS(IGeometry geom)

Method Summary

Modifier and Type	Method and Description
double	getCorrectedRand()
IDirectPosition	inversample(double x, double y)
Geometry	randomTriangle(double rand) Fonction permettant de tirer aléatoirement un triangle sur une surface triangulée en prenant compte de l'aire
IDirectPosition	sample()
IDirectPosition	sample(double rand1, double rand2)

Methods inherited from class Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

EquiSurfaceDistributionJTS

public EquiSurfaceDistributionJTS(IGeometry geom)
                           throws Exception

Throws:

Exception

Method Detail

randomTriangle

public Geometry randomTriangle(double rand)

Fonction permettant de tirer aléatoirement un triangle sur une surface triangulée en prenant compte de l'aire

Returns:

getCorrectedRand

public double getCorrectedRand()

sample

public IDirectPosition sample()

sample

public IDirectPosition sample(double rand1,
                              double rand2)

inversample

public IDirectPosition inversample(double x,
                                   double y)