PromptNeutrinoFlux Class Reference

#include <NeutrinoFlux.h>

Inheritance diagram for PromptNeutrinoFlux:

List of all members.

Public Member Functions
	PromptNeutrinoFlux (string model)
double	getFlux (I3Particle::ParticleType neutType, double eNeut, double costheta) const
double	getFluxIntegral (I3Particle::ParticleType neutType, double eNeut) const
string	getModelName () const
Private Attributes
string	model_
	name of model
double	e_joint_nu_
double	e_joint_anu_
double	par_prompt_nu_ [POLYT_PROMPT]
double	pare_prompt_nu_ [POLYT_PROMPT]
double	par_prompt_anu_ [POLYT_PROMPT]
double	pare_prompt_anu_ [POLYT_PROMPT]
Static Private Attributes
const int	nbinCT_prompt_ = 10
	angle bin-number to calculate integral flux
const double	CMIN_PROMPT = -1.
	min cos(theta)
const double	CMAX_PROMPT = 1.
	max cos(theta)
const int	POLYT_PROMPT = 15
	number of parameters used to fit

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Constructor & Destructor Documentation

PromptNeutrinoFlux::PromptNeutrinoFlux (  string  model  )

Parameters: model  name of model to use Constructor

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Member Function Documentation

double PromptNeutrinoFlux::getFlux (  I3Particle::ParticleType  neutType, double  eNeut, double  costheta )  const [virtual]

Parameters: neutType  type of neutrino form I3Particle::ParticleType eNeut  energy of neutrino in GeV costheta  cos of neutrino's zenith angle Returns: neutrino flux in GeV^-1 s^-1 sr^-1 cm^-2 Implements NeutrinoFlux.

double PromptNeutrinoFlux::getFluxIntegral (  I3Particle::ParticleType  neutType, double  eNeut )  const [virtual]

hemisphere in GeV^-1 s^-1 cm^-2 Parameters: neutType  type of neutrino form I3Particle::ParticleType eNeut  energy of neutrino in GeV Returns: conventional neutrino flux integrated over lower hemisphere in GeV^-1 s^-1 cm^-2 Implements NeutrinoFlux.

string PromptNeutrinoFlux::getModelName (   )  const [inline, virtual]

Returns: name of flux model Implements NeutrinoFlux.

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Member Data Documentation

const double PromptNeutrinoFlux::CMAX_PROMPT = 1. [static, private]

max cos(theta)

const double PromptNeutrinoFlux::CMIN_PROMPT = -1. [static, private]

min cos(theta)

double PromptNeutrinoFlux::e_joint_anu_ [private]

double PromptNeutrinoFlux::e_joint_nu_ [private]

string PromptNeutrinoFlux::model_ [private]

name of model

const int PromptNeutrinoFlux::nbinCT_prompt_ = 10 [static, private]

angle bin-number to calculate integral flux

double PromptNeutrinoFlux::par_prompt_anu_[POLYT_PROMPT] [private]

double PromptNeutrinoFlux::par_prompt_nu_[POLYT_PROMPT] [private]

double PromptNeutrinoFlux::pare_prompt_anu_[POLYT_PROMPT] [private]

double PromptNeutrinoFlux::pare_prompt_nu_[POLYT_PROMPT] [private]

const int PromptNeutrinoFlux::POLYT_PROMPT = 15 [static, private]

number of parameters used to fit

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

• NeutrinoFlux.h
• NeutrinoFlux.cxx

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