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libs/ck-libs/TMRC2D/ref.C

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#include "ref.h"
#include "refine.decl.h"
#include "node.h"
#include "messages.h"

extern CProxy_chunk mesh;

// edgeRef methods
void edgeRef::update(elemRef& oldval, elemRef& newval, int b)
{
  mesh[cid].updateElement(idx, oldval, newval, b);
}

elemRef edgeRef::getNbr(elemRef m)
{
  refMsg *rm2;
  rm2 = mesh[cid].getNbr(idx, m);
  elemRef result((elemRef&)rm2->aRef);
  CkFreeMsg(rm2);
  return result;
}

void edgeRef::remove()
{
  mesh[cid].removeEdge(idx);
}

int edgeRef::split(int *m, edgeRef *e_prime, int oIdx, int fIdx,
           elemRef requester, int *local, int *first, 
           int *nullNbr)
{
  splitOutMsg *som;
  int result;
  som = mesh[cid].split(idx, requester, oIdx, fIdx);
  *m = som->n;
  *e_prime = som->e;
  *local = som->local;
  *first = som->first;
  *nullNbr = som->nullNbr;
  result = som->result;
  CkFreeMsg(som);
  return result;
}

void edgeRef::collapse(elemRef requester, int kIdx, int dIdx, elemRef kNbr, 
               elemRef dNbr, edgeRef kEdge, edgeRef dEdge, node newN, 
               double frac)
{
  mesh[cid].collapse(idx, requester, kIdx, dIdx, kNbr, dNbr, kEdge, 
               dEdge, newN, frac);
}

int edgeRef::flipPrevent(elemRef requester, int kIdx, int dIdx, elemRef kNbr, 
              elemRef dNbr, edgeRef kEdge, edgeRef dEdge, node newN)
{
  splitOutMsg *som;
  int result;
  som = mesh[cid].flipPreventE(idx, requester, kIdx, dIdx, kNbr, dNbr, kEdge, 
                   dEdge, newN);
  result = som->result;
  CkFreeMsg(som);
  return result;
}

int edgeRef::isPending(elemRef e)
{
  intMsg *im;
  int result;
  im = mesh[cid].isPending(idx, e);
  result = im->anInt;
  CkFreeMsg(im);
  return result;
}

int edgeRef::getBoundary()
{
  intMsg *im;
  int result;
  im = mesh[cid].getBoundary(idx);
  result = im->anInt;
  CkFreeMsg(im);
  return result;
}

void edgeRef::resetEdge()
{
  mesh[cid].resetEdge(idx);
}

void edgeRef::checkPending(elemRef e)
{
  mesh[cid].checkPending(idx, e);
}

void edgeRef::checkPending(elemRef e, elemRef ne)
{
  mesh[cid].checkPending(idx, e, ne);
}

// elemRef methods
double elemRef::getArea()
{
  doubleMsg *dm;
  double result;
  dm = mesh[cid].getArea(idx);
  result = dm->aDouble;
  CkFreeMsg(dm);
  return result;
}

void elemRef::update(edgeRef& oldval, edgeRef& newval)
{
  mesh[cid].updateElementEdge(idx, oldval, newval);
}

void elemRef::setTargetArea(double ta)
{
  mesh[cid].setTargetArea(idx, ta);
}

void elemRef::resetTargetArea(double ta)
{
  mesh[cid].resetTargetArea(idx, ta);
}

void elemRef::remove()
{
  mesh[cid].removeElement(idx);
}

//void elemRef::collapseHelp(edgeRef er, node n1, node n2)
//{
//  mesh[cid].collapseHelp(idx, er, n1, n2);
//}

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