Additive Random Utility Models (ARUMs)

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Random Uniform Scalar Coefficient (RSC)

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Class Definition

Definition:

class rusc
{
    public:
        // build objects
        int nbX;
        int nbY;
        int nbParams;
        bool outsideOption;
        
        arma::mat zeta;
        arma::mat aux_ord;
        
        arma::cube aux_A;
        arma::mat  aux_b;
        arma::vec  aux_c;
        
        // input objects
        arma::mat mu;
        arma::mat U;
        
        // equilibrium objects
        arma::mat mu_sol;
        arma::mat U_sol;
        
        // member functions
        ~rusc(){};
         rusc(){};
        explicit rusc(int nbX_inp, int nbY_inp);
        explicit rusc(arma::mat zeta_inp, bool outsideOption_inp);

        void build(int nbX_inp, int nbY_inp);
        void build(arma::mat zeta_inp, bool outsideOption_inp);
        
        double G(const arma::vec& n);
        double G(const arma::vec& n, const arma::mat& U_inp, arma::mat& mu_out);
        double Gx(const arma::mat& U_x_inp, arma::mat& mu_x_out, int x);
        
        double Gstar(const arma::vec& n);
        double Gstar(const arma::vec& n, const arma::mat& mu_inp, arma::mat& U_out);
        double Gstarx(const arma::mat& mu_x_inp, arma::mat &U_x_out, int x);
        
        double Gbar(const arma::mat& Ubar, const arma::mat& mubar, const arma::vec& n, arma::mat& U_out, arma::mat& mu_out);
        double Gbarx(const arma::vec& Ubar_x, const arma::vec& mubar_x, arma::mat& U_x_out, arma::mat& mu_x_out, int x);
        
        empirical simul();
        empirical simul(int* nbDraws, int* seed);
        void simul(empirical& obj_out);
        void simul(empirical& obj_out, int* nbDraws, int* seed);
};

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Member Objects

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Member Functions

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Notes

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Examples

Example:

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