#include "modgmt_objects.h"

template<> const std::string ObjectGMTCoord::type="GMTCoord";
template<> const std::string ObjectGMTRegion::type="GMTRegion";
template<> const std::string ObjectGMTProjection::type="GMTProjection";
template<> const std::string ObjectGMTColor::type="GMTColor";
template<> const std::string ObjectGMTDash::type="GMTDash";
template<> const std::string ObjectGMTPen::type="GMTPen";

std::map<std::string,gmt_projection::projection> gmt_projection::projnames;

void gmt_projection::FillProjNames()
{
 projnames["x"]=XY;
 projnames["xy"]=XY;
 projnames["decart"]=XY;

 projnames["q"]=CYL_EQU;
 projnames["cyl_equid"]=CYL_EQU;
 projnames["cylindrical equidistant"]=CYL_EQU;

 projnames["m"]=MERCATOR;
 projnames["merc"]=MERCATOR;
 projnames["mercator"]=MERCATOR;

 projnames["t"]=TRANSMERCATOR;
 projnames["tmerc"]=TRANSMERCATOR;
 projnames["transverse mercator"]=TRANSMERCATOR;

 projnames["o"]=OBLIQMERCATOR;
 projnames["omerc"]=OBLIQMERCATOR;
 projnames["oblique mercator"]=OBLIQMERCATOR;

 projnames["c"]=CASSINI;
 projnames["cassini"]=CASSINI;

 projnames["y"]=CYL_EQA;
 projnames["cyl_equala"]=CYL_EQA;
 projnames["cylindrical equal-area"]=CYL_EQA;
 projnames["cylindrical equalarea"]=CYL_EQA;

 projnames["j"]=MILLER;
 projnames["cyl_miller"]=MILLER;
 projnames["miller"]=MILLER;
 projnames["cylindrical miller"]=MILLER;

 projnames["cyl_stere"]=CYL_STERE;
 projnames["cylindrical stereographic"]=CYL_STERE;
}

const double gmt_projection::default_width=10.0;
const double gmt_pen::default_width=1.0;
const double gmt_dash::default_width=gmt_pen::default_width;