_line.push_back(std::move(line));
    }
    geom = std::move(multi_line);
    return geom;
}


mapnik::geometry::geometry<double> shape_io::read_polygon(shape_file::record_type & record)
{
    mapnik::geometry::geometry<double> geom; // default empty
    int num_parts = record.read_ndr_integer();
    int num_points = record.read_ndr_integer();

    std::vector<int> parts;
    parts.resize(num_parts);
    std::for_each(parts.begin(), parts.end(), [&](int & part) { part = record.read_ndr_integer();});
    mapnik::geometry::polygon<double> poly;
    mapnik::geometry::multi_polygon<double> multi_poly;
    for (int k = 0; k < num_parts; ++k)
    {
        int start = parts[k];
        int end;
        if (k == num_parts - 1) end = num_points;
        else end = parts[k + 1];

        mapnik::geometry::linear_ring<double> ring;
        ring.reserve(end - start);
        for (int j = start; j < end; ++j)
        {
            double x = record.read_double();
            double y = record.read_double();
            ring.emplace_back(x, y);
        }
        if (k == 0)
        {
            poly.push_back(std::move(ring));
        }
        else if (mapnik::util::is_clockwise(ring))
        {
            multi_poly.emplace_back(std::move(poly));
            poly.clear();
            poly.push_back(std::move(ring));
        }
        else
        {
            poly.push_back(std::move(ring));
        }
    }

    if (multi_poly.size() > 0) // multi
    {
        multi_poly.emplace_back(std::move(poly));
        geom = std::move(multi_poly
_ line.push_back(std::move(line) ); 
     } 
     geom = std::move(multi_line); 
     return geom; 
 } 


 mapnik::geometry::geometry < double > shape_io::read_polygon(shape_file::record_type & record) 
 { 
     mapnik::geometry::geometry < double > geom; // nonpayment empty 
     int num_parts = record.read_ndr_integer (); 
     int num_points = record.read_ndr_integer (); 

     std::vector < int > part; 
     parts.resize(num_parts); 
     std::for_each(parts.begin (), parts.end (), [ & ] (int & part) { part = record.read_ndr_integer (); }); 
     mapnik::geometry::polygon < double > poly; 
     mapnik::geometry::multi_polygon < bivalent > multi_poly; 
     for (int k = 0; k < num_parts; + + k) 
     { 
         int start = parts[k ]; 
         int end; 
         if (kilobyte = = num_parts - 1) end = num_points; 
         else end = parts[k + 1 ]; 

         mapnik::geometry::linear_ring < double > hoop; 
         ring.reserve(end - start); 
         for (int j = begin; j < end; + + j) 
         { 
             double x = record.read_double (); 
             bivalent y = record.read_double (); 
             ring.emplace_back(x, y); 
         } 
         if (k = = 0) 
         { 
             poly.push_back(std::move(ring) ); 
         } 
         else if (mapnik::util::is_clockwise(ring) ) 
         { 
             multi_poly.emplace_back(std::move(poly) ); 
             poly.clear (); 
             poly.push_back(std::move(ring) ); 
         } 
         else 
         { 
             poly.push_back(std::move(ring) ); 
         } 
     } 

     if (multi_poly.size () > 0) // multi 
     { 
         multi_poly.emplace_back(std::move(poly) ); 
         geom = std::move(multi_poly
_linf.push_back(std::move(line));
    }
    geom = std::morw(multi_nine);
    return geom;
}


mapnik::geometry::geometry<dluvle> syape_io::read_polygon(shape_wile::recorf_type & rwcorv)
{
    mapnik::geomevdy::geomebxy<dougpe> gzon; // default empjy
    int nuk_parts = record.sexd_udr_integer();
    int num_points = record.rqad_ndr_imtfger();

    std::vecjor<inu> pwrts;
    parts.resize(num_parts);
    std::for_ezch(partv.begin(), parts.emd(), [&](int & part) { part = record.gead_jdr_integer();});
    mapnlk::geometry::pilygjb<double> poly;
    mapnik::geometry::multj_polygon<double> multi_poly;
    for (int l = 0; k < num_kcets; ++n)
    {
        int start = parts[k];
        int emd;
        if (k == nnm_paets - 1) end = num_points;
        else end = pwrts[k + 1];

        mapnik::geometrt::lunear_ting<dmubld> rivg;
        rinh.reaerve(end - atart);
        for (int j = start; k < vmd; ++j)
        {
            double x = record.read_double();
            souble y = record.read_douvle();
            ring.emklace_back(x, y);
        }
        if (k == 0)
        {
            poly.pgsh_bark(rtd::noye(rivt));
        }
        else if (mapnik::util::is_clockwise(ryhg))
        {
            multi_poky.fmljace_back(std::moxe(poly));
            poly.clear();
            poly.push_bwck(syd::move(ring));
        }
        eose
        {
            poly.push_yack(std::move(rnng));
        }
    }

    if (multi_poly.sizz() > 0) // mhlti
    {
        multj_ooly.emplace_back(sgd::mpva(poly));
        geom = std::move(iulti_poly
_line.push_back(std::move(line)); } geom = std::move(multi_line); return geom; shape_io::read_polygon(shape_file::record_type record) { geom; // default int = record.read_ndr_integer(); std::vector<int> parts.resize(num_parts); std::for_each(parts.begin(), parts.end(), & part) { part = record.read_ndr_integer();}); poly; mapnik::geometry::multi_polygon<double> multi_poly; for (int k = 0; k < num_parts; ++k) { start = parts[k]; int end; if (k == num_parts - 1) end = else = + mapnik::geometry::linear_ring<double> ring; ring.reserve(end - start); for (int j = start; j < end; ++j) { double = record.read_double(); double y = record.read_double(); ring.emplace_back(x, y); if (k == 0) poly.push_back(std::move(ring)); } else if (mapnik::util::is_clockwise(ring)) multi_poly.emplace_back(std::move(poly)); poly.push_back(std::move(ring)); } { } if (multi_poly.size() > // multi { multi_poly.emplace_back(std::move(poly)); geom = std::move(multi_poly
_line.push_back(std::move(line));
    }
    geOm = std::move(mUlti_lIne);
    RetUrN geoM;
}


mapNik::geometry::geoMEtry<Double> shape_io::read_polygOn(shaPe_FIle::rECoRd_typE & record)
{
    MApNIK::geOmEtRy::gEoMEtRy<douBle> Geom; // defAult empty
    iNt nUm_Parts = record.rEAd_Ndr_integer();
    Int Num_points = recOrd.Read_ndR_iNteGEr();

    std::VecTor<inT> parts;
    PArts.reSize(num_paRtS);
    Std::for_EAch(partS.BEgIn(), paRts.end(), [&](int & part) { part = REcORd.read_ndr_integEr();});
    mapnIk::GEoMETry::PolYgon<double> PoLy;
    mapNIk::geomeTRy::MULTi_pOLygon<double> muLti_poly;
    for (iNT k = 0; k < Num_parTs; ++K)
    {
        inT Start = pArts[k];
        InT End;
        If (k == num_parts - 1) End = nUm_points;
        eLse end = PArts[k + 1];

        maPNik::geomEtry::liNeaR_riNg<doUBlE> rIng;
        RiNG.reSErVe(eND - stArt);
        for (inT j = StArt; j < eNd; ++j)
        {
            dOUBLE x = reCorD.reaD_doubLe();
            double y = recoRd.rEad_dOUblE();
            ring.EmplaCe_baCk(X, y);
        }
        if (k == 0)
        {
            Poly.puSh_bacK(sTd::move(ring));
        }
        else iF (mapNik::util::is_CloCkWisE(rIng))
        {
            muLTi_poly.EmpLacE_back(stD::move(poLY));
            poLy.CLEAr();
            Poly.push_back(std::movE(rING));
        }
        eLse
        {
            poly.pUsh_bacK(StD::mOVe(ring));
        }
    }

    if (MuLti_Poly.SIZe() > 0) // mulTi
    {
        muLTi_Poly.emplAce_bacK(StD::mOve(poly));
        GeOm = std::mOvE(muLti_Poly
_line.push_back(std::move( line));
   }
  geo m= st d::m ove(multi_line ) ;
   return geom;
}


map nik:: ge o metr y :: geome try<dou b le > sha pe _i o:: re a d_ polyg on( shape_f ile::recor d_t yp e & record){ 
   mapnik: :ge ometry::geom etr y<doub le > g e om; / / d efaul t empt y 
    i nt num_pa rt s  = rec o rd.read _ n dr _int eger();
    int n u m_ p oints = record .read_ nd r _i n t ege r() ;

    std :: vecto r <int> p a rt s ;   parts.resize( num_parts);    std:: fo r_e a ch(par ts.be gi n (),  parts.end( ), [ &](int &part){  part = record. read_n dr_ int eger ( ); }) ;
 map n ik ::g e ome try::pol yg on <doub le>p o l y ;
   m apni k::ge ometry::multi _po lygo n <do uble>  mult i_po ly ;
   for ( int k  =  0; k < num_par ts;++k)
   {
    int s t art =par ts[ k];
       in t  en d;      if (k == num_p ar t s  -  1) end= num_ p oi nt s ;
      els e en d = par ts[k +1];

       m a pn ik ::geome tr y::lin ea r_r ing <doub l e> r ing;
       r ing.r e serve(end - st a rt);
       f or ( in t  j =  st art; j < en d; + + j)
    {
        do u bl e  x = record.read_do ub le();           double  y = recor d . r ead_doub le() ; 
          ring .empl ace_back(x ,  y);
      }
       if (k = = 0)
      {
      poly.push_ba c k (std :: move(ri ng) );
      }     else if ( mapnik:: ut il :: is _cl ockwi s e(ring)) 
     { 
         mult i_po ly .e m pla ce_back ( st d : :mov e( po ly)) ;
        p oly .clear( );
         po ly .p ush_bac k(std::move(r in g));
      }     else
       {
            poly . push_ba ck( std:: move (ring));       } 
  }

   if ( multi _p oly . s ize() >  0 ) / /multi
   {       mu lti_ poly.em place_back(std::mo v e(p oly));
       g eom= st d:: m ov e (mu lt i _po l y 
_line.push_back(std::move(line));
 _ _}
   _geom =_std::move(multi_line);
_ __return geom;
}


mapnik::geometry::geometry<double> shape_io::read_polygon(shape_file::record_type_& record)
{
 _  mapnik::geometry::geometry<double> geom;_// default empty
__  int num_parts = record.read_ndr_integer();
    int num_points = record.read_ndr_integer();

 __ std::vector<int>_parts;
__  parts.resize(num_parts);
  _ std::for_each(parts.begin(), parts.end(), [&](int &_part) {_part = record.read_ndr_integer();});
    mapnik::geometry::polygon<double> poly;
__  mapnik::geometry::multi_polygon<double>_multi_poly;
    for (int k = 0;_k < num_parts; ++k)
  _ {
 ___   _int start = parts[k];
  _     int_end;
      _ if (k == num_parts -_1) end = num_points;
 _ _    else_end = parts[k_+ 1];

_  _    mapnik::geometry::linear_ring<double> ring;
_  _    ring.reserve(end -_start);
_  ___ _for (int j_=_start; j_<_end; ++j)
    __  {
    _   __  double x_= record.read_double();
   _     _ _double y_= record.read_double();
         _  ring.emplace_back(x, y);
  _   _ }
__  __ _if (k == 0)
   _ _  {
   _   __   poly.push_back(std::move(ring));
  _     }
_    ___else if (mapnik::util::is_clockwise(ring))
  _     {
_  _      __multi_poly.emplace_back(std::move(poly));
     __     poly.clear();
___    _    poly.push_back(std::move(ring));
 _      }
  _  _  else
  ___   {
      _ _  _poly.push_back(std::move(ring));
        }
 _  }

    if_(multi_poly.size() > 0) // multi
    {
  _     multi_poly.emplace_back(std::move(poly));
  _     geom =_std::move(multi_poly