xs_definitions.h

#ifndef CRXS__XS_DEFINITIONS_H
#define CRXS__XS_DEFINITIONS_H

#include "xs.h"
#include "stdio.h"

#include "string"

namespace CRXS {
    
    class XS_definitions{
        
    public:
        static double fMass_proton;
        static double fMass_neutron;
        static double fMass_deuteron;
        static double fMass_helion3;
        static double fMass_helion4;
        

        static double inv_pp_pbar_CM__Winkler( double s, double E_pbar_d, double pT_pbar, double* C_array, int len_C_array=-1 );
        

        static double inv_pp_pbar_CM__diMauro( double s, double E_pbar, double pT_pbar, double* C_array, int len_C_array=-1 );
        

        static double el_pp__diMauro (double s);
        

        static double tot_pp__diMauro(double s);
        
        

        static void   totXS_TableToArray( std::string file, double array[91][4] );
        
        static bool   f_totXS_IsRead;
        

        static void   totXS_Read();
        
        

        static double totXS_get_interpolation_loglin(double x, double array[91][4] );
        
        
        static double fXS__tot_pbarp[91][4];
        static double fXS__el_pbarp [91][4];
        static double fXS__tot_pbarD[91][4];
        static double fXS__nar_pbarD[91][4];
        
        

        static double tot_pbarp (double T_pbar);

        static double el_pbarp  (double T_pbar);

        static double tot_pbarD (double T_pbar);

        static double nar_pbarD (double T_pbar);
        
        
        
        

        static double inv_pp_p_CM__Anderson( double s, double E_p, double pT_p, double* C_array=Dummy, int len_C_array=-1 );
    
        

        static double pbar_overlap_function_projectile(double x_F);
        
        
        

        static double pbar_overlap_function_target    (double x_F);
        
        

        static double factor__AA( double s, double xF, int A_projectile, int N_projectile, int A_target, int N_target, int parametrization );
        
        static double * Get_D_parameters        (int parametrization);
        static double * Get_C_parameters        (int parametrization);
        static double * Get_C_parameters_isospin(int parametrization);
        
        static double deltaHyperon( double s, double* C_array, int len_C_array=-1 );
        static double deltaIsospin( double s, double* C_array, int len_C_array=-1 );
        
        // Parameter definitions:
        
        static double Korsmeier_I_C1_to_C11 [12];
        static double diMauro_I_C1_to_C11   [12];
        static double diMauro_II_C1_to_C11  [12];
        
        static double Winkler_C1_to_C16      [17];
        static double Winkler_II_C1_to_C16   [17];
        static double Korsmeier_II_C1_to_C16 [17];
        static double Korsmeier_III_C1_to_C16[17];
        
        static double diMauro_I_C1_to_C16   [17];
        static double diMauro_II_C1_to_C16  [17];
        static double Anderson_C1_to_C16    [17];
        
        static double Korsmeier_I_D1_to_D2   [3];
        static double Korsmeier_II_D1_to_D2  [3];
        static double Korsmeier_III_D1_to_D2 [3];
        static double Winkler_D1_to_D2       [3];
        static double Winkler_II_D1_to_D2    [3];
        static double diMauro_I_D1_to_D2     [3];
        static double diMauro_II_D1_to_D2    [3];
        
        
        
        static double Winkler_SELF_C1_to_C16     [17];
        static double diMauro_SELF_C1_to_C11     [12];
        
        static double diMauro_SELF_C1_to_C16     [17];
        
        static double Winkler_SELF_D1_to_D2       [3];
        static double diMauro_SELF_D1_to_D2       [3];
        
        
        static double Dummy                  [1];
        
    private:

    };
}



#endif