int SPOOLESSolverMT::SolveLinearSystem(double * x, const double * rhs)
{
DisabledSolverError();
return 1;
}
MKL_INT PardisoSolver::SolveLinearSystemDirectIterative(const SparseMatrix * A, double * x, const double * rhs)
{
DisabledSolverError();
return 1;
}
SPOOLESSolverMT::SPOOLESSolverMT(const SparseMatrix * A, int numThreads, int verbose)
{
DisabledSolverError();
}
MKL_INT PardisoSolver::SolveLinearSystem(double * x, const double * rhs)
{
DisabledSolverError();
return 1;
}
MKL_INT PardisoSolver::SolveLinearSystemMultipleRHS(double * x, const double * rhs, int numRHS)
{
DisabledSolverError();
return 1;
}
MKL_INT PardisoSolver::FactorMatrix(const SparseMatrix * A)
{
DisabledSolverError();
return 1;
}
PardisoSolver::PardisoSolver(const SparseMatrix * A, int numThreads_, matrixType mtype_, reorderingType rtype_, int directIterative_, int verbose_): numThreads(numThreads_), mtype(mtype_), rtype(rtype_), directIterative(directIterative_), verbose(verbose_)
{
DisabledSolverError();
}
MKL_INT PardisoSolver::ComputeCholeskyDecomposition(const SparseMatrix * A)
{
DisabledSolverError();
return 1;
}
PardisoSolver::~PardisoSolver()
{
DisabledSolverError();
}
PardisoSolver::PardisoSolver(const SparseMatrix * A, int numThreads_, int positiveDefinite_, int directIterative_, int verbose_) : numThreads(numThreads_), positiveDefinite(positiveDefinite_), directIterative(directIterative_), verbose(verbose_)
{
DisabledSolverError();
}