//
//  CD_efficiency_ratio.hpp
//
//
//  Created by Dilini Bulumulla on 4/11/22.
//

#ifndef CD_efficiency_value_hpp
#define CD_efficiency_value_hpp


const int nth= 5;
const int np = 6;




//proton

const double data_proton[nth][np] = {
    {0.16766, 0.286402, 0.173761, 0.0785013, 0.0114988, -0.0238606},
    {0.458926, 0.625022, 0.502026, 0.429764, 0.297319, 0.226407},
    {nan, 0.808456, 0.651457, 0.591461, 0.471055, 0.371285},
    {nan, nan, 0.700062 , 0.75221, 0.537564, 0.463852},
    {nan, nan, nan, nan, 0.90179, nan}
};

const double derr_proton[nth][np] = {
    {0.0059368, 0.00599673, 0.00616722, 0.00473102, 0.00208002, -0.00355072},
    {0.0124998, 0.0114944, 0.0125419, 0.0135536, 0.0112724, 0.0123207 },
    {nan, 0.020192, 0.0178456, 0.0197799, 0.0173176, 0.0204733},
    {nan,nan,0.0267985, 0.0443776,0.0252165, 0.0362491},
    {nan, nan, nan, nan, 0.0840989, nan}
};



const double simu_proton[nth][np] = {
    {0.355341, 0.511516, 0.430872, 0.367362, 0.276424, 0.206388},
    {0.586117, 0.757947, 0.716965, 0.665327, 0.563606, 0.477292},
    {0.716161, 0.784831, 0.758896, 0.713935, 0.658325, 0.590621},
    {0.784753, 0.767742, 0.754469, 0.722358, 0.659117, 0.606942},
    {0.894737, 0.769231, 0.753019, 0.698587, 0.690365, 0.613861}
};


const double serr_proton[nth][np] = {
    {0.0090295, 0.00685468,0.00692584, 0.00685585, 0.00595969,0.00638621},
    {0.016432, 0.0111612, 0.0107446, 0.0112806, 0.0102647, 0.0123486},
    {0.0317528, 0.0182495, 0.0136749, 0.014147, 0.0133626, 0.0182005},
    {0.0792507, 0.0418472, 0.0192288, 0.0208317, 0.0177065, 0.0302479},
    {0.298707, 0.186805, 0.038066, 0.0431603, 0.0330401, 0.0700314}
};




#endif /* CD_efficiency_value_hpp */