siscone_spherical_parton< T > Class Template Reference

#include <siscone_parton.h>

List of all members.

Public Member Functions
	siscone_spherical_parton (int n_particles_max)
int	compute_jets (const std::vector< T > &particles, double R, double f, int n_pass_max=0, double Emin=0.0)
Public Attributes
std::vector< unsigned >	final_jets
	holds the final jets
std::vector< unsigned >	protojets
	internally used to hold the protojets
std::vector< T >	protojets_axis
	vector of dimension 2^n, internally used to hold the axis of the protojets
std::vector< double >	protojets_E
	vector of dimension 2^n, internally used to hold the energy of the protojets
std::vector< double >	protojets_Etilde
	vector of dimension 2^n, internally used to hold the variable Etilde of the protojets
std::vector< double >	protojets_f
	vector of dimension 2^n, internally used to hold the variable (|p|/E)^2 of the protojets

---

Detailed Description

template<class T>
class siscone_jet_algorithm::siscone_spherical_parton< T >

The class siscone_spherical_parton

This class is appropriate for electron-positron annihilation and uses the spherical geometry based on the angles between the three-momenta.

---

Constructor & Destructor Documentation

siscone_spherical_parton

(

int

n

)

[inline]

Constructor

Allocates memory for up to n final state particles.

---

Member Function Documentation

int compute_jets	(	const std::vector< T > &	p,
		double	R,
		double	f,
		int	n_pass_max = 0,
		double	Emin = 0.0
	)			[inline]

This method computes the jets. The input parameters are:

• a set of final-state fourvectors, stored in the vector p.
• the cone size R.
• the overlap parameter f.
• the number of maximal passes n_pass_max.
• the threshold value Emin.

---

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

• siscone_parton.h