Implementation of the JGenerator interface. More...

#include <JMarkovGenerator.hh>

Inheritance diagram for JMARKOV::JTripleGenerator:

Public Member Functions
	JTripleGenerator (double c1, JGenerator g1, double c2, JGenerator g2, double c3, JGenerator *g3)
	Constructor.

JPosition3D	getPosition ()
	Return a randomly generated position.

double	getWeight (JPosition3D pos)
	return the weight (=probability density dP/dV) for the given position.

Protected Attributes
JCombinedGenerator	gsub

JCombinedGenerator	g

Detailed Description

Implementation of the JGenerator interface.

Generates positions by combining three other JGenerators

Definition at line 450 of file JMarkovGenerator.hh.

Constructor & Destructor Documentation

◆ JTripleGenerator()

JMARKOV::JTripleGenerator::JTripleGenerator	(	double	c1,
		JGenerator *	g1,
		double	c2,
		JGenerator *	g2,
		double	c3,
		JGenerator *	g3 )

inline

Constructor.

The arguments gn are pointers to the three JGenerators to use. Note that ownership is not transferred, i.e.

the memory taken by the _gn is not freed when JTripleGenerator is deleted
changes made to the instances pointed to by the _gn will affect the behaviour of the JTripleGenerator

The arguments cn are the relative weights of the two generators. They do not have to add up to 1. The probability that a value is generated from gi is ci/(c1+c2+c3).

Definition at line 467 of file JMarkovGenerator.hh.

467 :

468 gsub(c1,g1,c2,g2), g(c1+c2,&gsub,c3,g3) {}

c1

TCanvas * c1

Global variables to handle mouse events.

Definition JDrawModule3D.cc:35

g1

Double_t g1(const Double_t x)

Function.

Definition JQuantiles.cc:25

JMARKOV::JTripleGenerator::g