F4GB()

F4GB::F4GB	(	const VectorArithmetic *	VA,
		const MonomialInfo *	MI,
		const FreeModule *	F,
		M2_bool	collect_syz,
		int	n_rows_to_keep,
		M2_arrayint	gb_weights,
		int	strategy,
		M2_bool	use_max_degree,
		int	max_degree,
		int	numThreads )

Definition at line 33 of file f4.cpp.

    : mVectorArithmetic(VA),
      mMonomialInfo(M0),
      mFreeModule(F0),
      component_degrees(nullptr),  // need to put this in
      n_pairs_computed(0),
      n_reduction_steps(0),
      n_gens_left(0),
      n_subring(0),
      complete_thru_this_degree(-1),  // need to reset this in the body
      this_degree(),
      is_ideal(F0->rank() == 1),
      hilbert(nullptr),
      mGenerators(),
      mGroebnerBasis(),
      mLookupTable(mMonomialInfo->n_vars()),
      next_col_to_process(0),
      mat(nullptr),
      mMonomialHashTable(M0, 17),
      mMonomialMemoryBlock(),
      next_monom(),
      clock_sort_columns(0),
      clock_gauss(0),
      mGaussTime(0),
      mParallelGaussTime(0),
      mSerialGaussTime(0),
      mTailReduceTime(0),
      mNewSPairTime(0),
      mInsertGBTime(0),
      clock_make_matrix(0),
#if defined(WITH_TBB)
      mNumThreads(mtbb::numThreads(numThreads)),
      mScheduler(mNumThreads),
      mSPairSet(mMonomialInfo, mGroebnerBasis, mScheduler)
#else
      mSPairSet(mMonomialInfo, mGroebnerBasis)
#endif
{
  (void) collect_syz;
  (void) n_rows_to_keep;
  (void) weights0;
  (void) strategy;
  (void) use_max_degree;
  (void) max_degree;
  //  mLookupTable = new MonomialLookupTable(mMonomialInfo->n_vars());
  //  mSPairSet = new F4SPairSet(mMonomialInfo, mGroebnerBasis);
  mat = new coefficient_matrix;
 
  // TODO: set status?
  if (M2_gbTrace >= 3) mMonomialInfo->show();
}

References clock_gauss, clock_make_matrix, clock_sort_columns, complete_thru_this_degree, component_degrees, hilbert, is_ideal, M2_gbTrace, mat, mFreeModule, mGaussTime, mGenerators, mGroebnerBasis, mInsertGBTime, mLookupTable, mMonomialHashTable, mMonomialInfo, mMonomialMemoryBlock, mNewSPairTime, mParallelGaussTime, mSerialGaussTime, mSPairSet, mTailReduceTime, mVectorArithmetic, n_gens_left, n_pairs_computed, n_reduction_steps, n_subring, next_col_to_process, next_monom, and this_degree.