#include <gsl/gsl_interp.h>
#include <gsl/gsl_spline.h>
#include "Radiation.hpp"

Functions
void	kariba::sum_photons (size_t nphot, std::vector< double > &en_perseg, std::vector< double > &lum_perseg, size_t ntarg, const std::vector< double > &targ_en, const std::vector< double > &targ_lum)
	Adds up in the lum_perseg the target photon luminosity (in erg/sec/Hz)

void	kariba::sum_photons (size_t nphot, const std::vector< double > &en_perseg, std::vector< double > &lum_perseg, size_t ntarg, const std::vector< double > &targ_en, const std::vector< double > &targ_lum)

double	kariba::Hetag (double x, void *p)
	funtions for γ rays from pγ

double	kariba::set_ntilde (double p)
	The following are common for γ rays/electrons/neutrinos from pp:

double	kariba::target_protons (double ntot_prot, double nwind, double plfrac)

double	kariba::sigma_pp (double Ep)

double	kariba::proton_dist (double gpmin, double Ep, double Epcode_max, gsl_spline spline_Jp, gsl_interp_accel acc_Jp)

double	kariba::gspec_pp (double Ep, double y)

double	kariba::colliding_protons (gsl_spline spline_Jp, gsl_interp_accel acc_Jp, double gp_min, double gp_max, double Ep)
	The following are common for γ rays/electrons/neutrinos from pγ:

double	kariba::photons_jet (double eta, double Ep, gsl_spline spline_ng, gsl_interp_accel acc_ng, double nu_min, double nu_max)

void	kariba::tables_photomeson_gamma (double &s, double &delta, double &Beta, double xeta)
	The tables from KA08 for photomeson that give s,δ and B.

double	kariba::PhiFunc_gamma (double eta, double eta0, double x)

Classes

Namespaces