root/bdm/stat/libDS.cpp @ 358

#include "libDS.h"
//#include "..\user_info.h"

using namespace bdm;

void MemDS::getdata ( vec &dt ) {
        int i;

        it_assert_debug ( dt.length() ==rowid.length(), "MemDS:getdata incompatible dt" );
        for ( i=0;i<rowid.length();i++ ) {
                dt ( i ) = Data ( rowid ( i ),time-delays ( i ) );
        }
}

void MemDS::getdata ( vec &dt,const ivec &indeces ) {
        int j,i;
        it_assert_debug ( dt.length() ==indeces.length(), "MemDS:getdata incompatible dt" );
        for ( i=0;i<indeces.length();i++ ) {
                j = indeces ( i );
                dt ( i ) = Data ( rowid ( j ),time-delays ( j ) );
        }
}

void MemDS::step() {
        if ( time<Data.cols() ) {time++;}
}

void MemDS::set_rvs ( RV &drv, RV &urv ) {
        it_assert_debug ( drv._dsize() ==rowid.length(),"MemDS::set_rvs incompatible drv" );
        it_assert_debug ( urv._dsize() ==0,"MemDS does not support urv." );

        Drv = drv;
}

MemDS::MemDS ( mat &Dat, ivec &rowid0, ivec &delays0 ) : rowid(rowid0),delays(delays0){
        it_assert_debug ( max ( rowid ) <=Dat.rows(),"MemDS rowid is too high for given Dat." );
        it_assert_debug ( max ( delays ) <Dat.cols(),"MemDS delays are too high." );

        time = max ( delays );
        Data = Dat;
}

void ArxDS::step() {
        //shift history
        H.shift_right ( 0, dt_size );

        H.set_subvector ( dt_size-utsize, U ); // write U after Drv

        //get regressor
        rgr = rgrlnk.pushdown ( H );
        // Eval Y
        H.set_subvector ( 0, model.samplecond ( rgr ) );

}

void ArxDS::from_setting( const Setting &root ) 
{       
        RV *yrv = UI::build<RV>( root, "y" );
        RV *urv = UI::build<RV>( root, "u" );
        RV *rrv = UI::build<RV>( root, "rgr" ); 
                                
        mat Th;
        UI::get( Th, root, "theta" );

        vec mu0;
        if( root.exists( "offset" ))
                UI::get( mu0, root, "offset" );
        else
                mu0= zeros( yrv->_dsize() );

        mat sqR;
        UI::get( sqR, root, "r" );
        set_parameters(Th,mu0,sqR);
        set_drv(*yrv,*urv,*rrv);

        if(root.exists("opt"))
                set_options(root["opt"]);
}

/*void ArxDS::to_setting( Setting &root ) const
{       
        Transport::to_setting( root );

        Setting &kilometers_setting = root.add("kilometers", Setting::TypeInt );
        kilometers_setting = kilometers;

        UI::save( passengers, root, "passengers" );
}*/


CsvFileDS::CsvFileDS ( const string& fname, const string& orientation ) :FileDS() {
        time = 0;
                
        vec data_line;
        string line;

        ifstream fs;
        fs.open(fname.c_str());
        if(fs.is_open()) {
             while ( getline(fs, line) ) {
                 data_line.set(line);
                 Data.append_row(data_line);
             }
        }
        
        if(orientation == "BY_ROW") {
             transpose(Data, Data);
        }

        
}

//! Auxiliary function building full history of rv0
RV fullrgr ( const RV &drv0, const RV &urv0, const RV &rrv0 ) {
        RV T ( urv0 );
        RV pom = concat ( drv0, urv0 );
        int mint = rrv0.mint();
        for ( int i=0; i>mint; i-- ) {
                pom.t ( -1 );
                T.add ( pom );
        }
        return T;
}

void ITppFileDS::from_setting( const Setting &root ) 
{       
        RV* rvtmp = UI::build<RV>(root, "rv" );

        it_file it ( root["filename"] );
        it << Name ( root["varname"] ); 
        it >> Data;
        time = 0;
        //rowid and delays are ignored

        set_drv(*rvtmp,RV());
}

/*void ITppFileDS::to_setting( Setting &root ) const
{       
        Transport::to_setting( root );

        Setting &kilometers_setting = root.add("kilometers", Setting::TypeInt );
        kilometers_setting = kilometers;

        UI::save( passengers, root, "passengers" );
}*/

void stateDS::from_setting( const Setting &root ) 
{       
        IM = UI::build<mpdf>(root, "IM");
        OM = UI::build<mpdf>(root, "OM");

        dt.set_length( OM->dimension() );
        xt.set_length( IM->dimension() );
        ut.set_length(0);
        
        RV* rvtmp = UI::build<RV>(root["IM"], "rvu");                   
        //set_drv(rvtmp);
}

/*void stateDS::to_setting( Setting &root ) const
{       
        Transport::to_setting( root );

        Setting &kilometers_setting = root.add("kilometers", Setting::TypeInt );
        kilometers_setting = kilometers;

        UI::save( passengers, root, "passengers" );
}*/