DgHexC2Grid2D.cpp

////////////////////////////////////////////////////////////////////////////////
//
// DgHexC2Grid2D.cpp: DgHexC2Grid2D class implementation
//
// Version 6.1 - Kevin Sahr, 5/23/13
//
////////////////////////////////////////////////////////////////////////////////

#include <cmath>
#include <cstdint>

#include "DgContCartRF.h"
#include "DgHexC2Grid2D.h"
#include "DgHexC1Grid2D.h"
#include "DgPolygon.h"

////////////////////////////////////////////////////////////////////////////////
DgHexC2Grid2D::DgHexC2Grid2D (DgRFNetwork& networkIn, 
             const DgRF<DgDVec2D, long double>& ccFrameIn, const string& nameIn)
         : DgDiscRF2D (networkIn, ccFrameIn, nameIn, M_1_SQRT3, M_1_SQRT3, 
                       M_SQRT3_2, 1.0L)
{ 
   area_ = c(); 

   // create the surrogate hex grid: a class I hex grid rotated 30 degrees

   DgContCartRF* surCCRF = new DgContCartRF(network(), 
                              nameIn + string("SurBF"));

   new Dg2WayContAffineConverter(backFrame(), *surCCRF, 1.0L, 30.0L);
   surrogate_ = new DgHexC1Grid2D(network(), *surCCRF, nameIn + string("Sur"));

   // create the substrate hex grid: a class I hex one aperture 3 resolution
   // finer

   DgContCartRF* subCCRF = new DgContCartRF(network(), 
                              nameIn + string("SubBF"));

   new Dg2WayContAffineConverter(backFrame(), *subCCRF, M_SQRT3);
   substrate_ = new DgHexC1Grid2D(network(), *subCCRF, nameIn + string("Sub"));

} // DgHexC2Grid2D::DgHexC2Grid2D

////////////////////////////////////////////////////////////////////////////////
std::int64_t
DgHexC2Grid2D::dist (const DgIVec2D& add1, const DgIVec2D& add2) const
{
   DgLocation* loc1 = substrate().makeLocation(add1);
   DgLocation* loc2 = substrate().makeLocation(add2);

   surrogate().convert(loc1);
   surrogate().convert(loc2);

   std::int64_t d = surrogate().dist(*(surrogate().getAddress(*loc1)),
                            *(surrogate().getAddress(*loc2)));

   delete loc1;
   delete loc2;

   return d;

} // int DgHexC2Grid2D::dist

////////////////////////////////////////////////////////////////////////////////
void
DgHexC2Grid2D::setAddVertices (const DgIVec2D& add, DgPolygon& vec) const
{
   DgLocation* tmpLoc = substrate().makeLocation(add);
   surrogate().setVertices(*tmpLoc, vec);

   backFrame().convert(vec);

   delete tmpLoc;

} // void DgHexC2Grid2D::setAddVertices

////////////////////////////////////////////////////////////////////////////////
void
DgHexC2Grid2D::setAddNeighbors (const DgIVec2D& add, DgLocVector& vec) const
{
   DgLocation* tmpLoc = substrate().makeLocation(add);

   DgLocVector tmpVec;
   surrogate().setNeighbors(*tmpLoc, tmpVec);
   substrate().convert(tmpVec);

   delete tmpLoc;

   vector<DgAddressBase*>& v = vec.addressVec();
   for (std::int64_t i = 0; i < tmpVec.size(); i++)
   {
      v.push_back(new DgAddress<DgIVec2D>(
                     *(substrate().getAddress(tmpVec[i]))));
   }

} // void DgHexC2Grid2D::setAddNeighbors

////////////////////////////////////////////////////////////////////////////////
DgIVec2D 
DgHexC2Grid2D::quantify (const DgDVec2D& point) const
{
   DgLocation* tmpLoc = backFrame().makeLocation(point);

   surrogate().convert(tmpLoc);  // to quantify

   substrate().convert(tmpLoc);  // to set "correct" address

   DgIVec2D add(*(substrate().getAddress(*tmpLoc)));

   delete tmpLoc;

   return add;

} // DgIVec2D DgHexC2Grid2D::quantify

////////////////////////////////////////////////////////////////////////////////
DgDVec2D 
DgHexC2Grid2D::invQuantify (const DgIVec2D& add) const
{
   DgLocation* tmpLoc = substrate().makeLocation(add);

   backFrame().convert(tmpLoc);

   DgDVec2D point(*(backFrame().getAddress(*tmpLoc)));

   delete tmpLoc;

   return point;

} // DgDVec2D DgHexC2Grid2D::invQuantify

////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////