/////////////////////////////////////////////////////////////////////////
///////                                                           ///////
///////   This file is just a place to save the different tests   ///////
///////                 DO NOT COMPILE!!!!!                       ///////
///////                                                           ///////
/////////////////////////////////////////////////////////////////////////


///////////////////////////////////////////////////////////
//// TEST TO CHECK IF THE TETRAS ARE CORRECTLY ORDERED ////
///////////////////////////////////////////////////////////

tetra* tet;
for(int i = 0; i < N_class; i++){
  cout << endl << "Class " << i << endl;
  int ex = 0;
  for(int j = 0; j < ClassTetraCnt[i]; j ++){
    if(tet->ExcitationFlag)
      ex++;
    tet = &(tetARRAY[ClassTetraIndex[i][j]]);

    cout << j << " Tetra " << tet->getcnt() << ": Class " << tet->get_LTS_Flag() << " - Neighbors " << tet->get_NeighNum() << " - Excitation " << tet->ExcitationFlag << endl;
  }
  cout << "Ex: " << ex << endl;
}

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



////////////////////////////////////////////////////////////
//// TEST TO CHECK IF THE MATRICES ARE CORRECTLY FILLED ////
////////////////////////////////////////////////////////////

  int test = 1673;
  int localPosition = mapIdLoc[test] * localMatrixSize;
  int couplingPosition = NeighboursOffset_h[mapIdLoc[test]] * neighMatrixSize;
  cout.precision(5);
  for (int i = 0; i < TetPolyOrderDim[PolyFlag]; i++){
    for (int j = 0; j < FacePolyOrderDim[PolyFlag]; j++){
      cout << Neigh1E_h[couplingPosition + j * TetPolyOrderDim[PolyFlag] + i] << " ";
    }
    cout << endl;
  }

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