root/library/tests/merger_2d_test.cpp @ 532

#include "stat/exp_family.h"
#include "stat/merger.h"

using namespace bdm;

using namespace bdm;

//These lines are needed for use of cout and endl
using std::cout;
using std::endl;

int main() {

        RNG_randomize();

        RV x ( "{x }", "1" );
        RV y ( "{y }", "1" );

        RV xy = x;
        xy.add ( y );

        enorm_fsqmat_ptr f1;
        f1->set_rv ( xy );
        enorm_fsqmat_ptr f2;
        f2->set_rv ( xy );

        mat R1 ( "0.5 0.48; 0.48 0.5" );
        mat R2 ( "0.5 0; 0 0.1" );
        f1->set_parameters ( "1 1", R1 );
        f2->set_parameters ( "1 1", mat ( "0.5 0; 0 0.1" ) );

        mpdf_array A ( 2 );
        mepdf_ptr A1 = new mepdf ( f1 );
        mepdf_ptr A2 = new mepdf ( f2 );
        A ( 0 ) = A1;
        A ( 1 ) = A2;

        int Npoints = 100;
        mat x_grid ( 1, Npoints );
        x_grid.set_row ( 0, linspace ( -2.0, 4.0, Npoints ) );
        mat y_grid ( 1, Npoints );
        y_grid.set_row ( 0, linspace ( -2.0, 4.0, Npoints ) );

        mat Grid ( 2, Npoints*Npoints );
        Grid.set_submatrix ( 0, 0, kron ( x_grid, ones ( 1, Npoints ) ) );
        Grid.set_submatrix ( 1, 0, kron ( ones ( 1, Npoints ), y_grid ) );

        merger_mix M ( A );
        enorm<fsqmat> g0;
        g0.set_rv ( xy );
        g0.set_parameters ( vec ( "1 1" ), mat ( "10 0; 0 10" ) );

        M.set_parameters ( 1 );
        M.set_method ( LOGNORMAL, 1e8 );
        M.set_support ( g0, 400 );
        M.merge();

        MixEF &MM = M._Mix();
        emix* MP = MM.epredictor(); //xy

        vec Res1 = M.evallog_m ( Grid );
        mat Res2 = ( MP )->evallog_M ( Grid );

        it_file it ( "merger_2d_test.it" );
        it << Name ( "Npoints" ) << Npoints;
        it << Name ( "Grid" ) << Grid;
        it << Name ( "Res1" ) << Res1;
        it << Name ( "Res2" ) << Res2;
        it << Name ( "S1" ) << f1->evallog_m ( Grid );
        it << Name ( "S2" ) << f2->evallog_m ( Grid );
        cout << ( ( enorm<ldmat>* ) ( MP->_Coms ( 0 ).get() ) )->_R().to_mat() << endl;
}