points()

template<typename CoeffRing>

Matrix * PointsComputation< CoeffRing >::points ( const PolynomialRing * R, const typename CoeffRing::ring_type * K, const DMat< CoeffRing > * Pts, Matrix *& result_std_monoms )

static

Definition at line 54 of file points.cpp.

{
// Declare and initialize our variables
// int nvars = R->n_vars();
//   int npoints = Pts->n_cols();
 
//   MatrixConstructor gbG(R->make_FreeModule(1), 0);
//  DMat<CoeffRing> *P = new DMat<CoeffRing>(K, npoints, npoints+1);
//  DMat<CoeffRing> *PLU = new DMat<CoeffRing>(K, npoints, npoints+1);
//  MonomialIdeal *inG = new MonomialIdeal(R);
//  VECTOR(monomial) stdG;
//  monom_int_list monoms_todo(R);
 
//  int next_col = 0;
// MES Place the monomials [0,0,vp], ..., [0,nvars-1,vp] onto monom list
// MES Make the first column of P, PLU all ones.
 
// The main loop
#if 0
//   while (monoms_todo.remove(old,x,vp))
//     {
//       // First, see if this monomial is in inG, if so, continue.
//
//       // Place this monomial as the 'next_col' column of P, PLU.
//
//       // LU1
//
//       //
//     }
#endif
  // THIS STILL NEEDS TO BE WRITTEN!!
  return 0;
}

References Matrix.

Referenced by rawIdealOfPoints().