message: Sparse_HTST: Slightly reordered log messges
diff: @@ -190,11 +190,11 @@ namespace Engine
  Log(Utility::Log_Level::Info, Utility::Log_Sender::HTST, " Evaluate the Hessian...");
  SpMatrixX sparse_hessian_sp(3*nos, 3*nos);
  htst_info.saddle_point->hamiltonian->Sparse_Hessian(image_sp, sparse_hessian_sp);
  - SpMatrixX sparse_hessian_sp_geodesic_3N(3*nos, 3*nos);
  - sparse_hessian_bordered_3N(image_sp, gradient_sp, sparse_hessian_sp, sparse_hessian_sp_geodesic_3N);
  // Transform into geodesic Hessian
  Log(Utility::Log_Level::Info, Utility::Log_Sender::HTST, " Transform Hessian into geodesic Hessian...");
  + SpMatrixX sparse_hessian_sp_geodesic_3N(3*nos, 3*nos);
  + sparse_hessian_bordered_3N(image_sp, gradient_sp, sparse_hessian_sp, sparse_hessian_sp_geodesic_3N);
  SpMatrixX sparse_hessian_sp_geodesic_2N = tangent_basis.transpose() * sparse_hessian_sp_geodesic_3N * tangent_basis;
  Log(Utility::Log_Level::Info, Utility::Log_Sender::HTST, " Evaluate lowest eigenmode of the Hessian...");
  @@ -259,16 +259,14 @@ namespace Engine
  Manifoldmath::sparse_tangent_basis_spherical(image_minimum, tangent_basis);
  // Evaluation of the Hessian...
  - Log(Utility::Log_Level::Info, Utility::Log_Sender::HTST, " Evaluation of the Hessian...");
  + Log(Utility::Log_Level::Info, Utility::Log_Sender::HTST, " Evaluate the Hessian...");
  SpMatrixX sparse_hessian_minimum = SpMatrixX(3*nos,3*nos);
  htst_info.minimum->hamiltonian->Sparse_Hessian(image_minimum, sparse_hessian_minimum);
  - // Eigendecomposition
  - Log(Utility::Log_Level::Info, Utility::Log_Sender::HTST, " Eigendecomposition...");
  + // Transform into geodesic Hessian
  + Log(Utility::Log_Level::Info, Utility::Log_Sender::HTST, " Transforming Hessian into geodesic Hessian...");
  SpMatrixX sparse_hessian_geodesic_min_3N = SpMatrixX(3*nos, 3*nos);
  sparse_hessian_bordered_3N(image_minimum, gradient_minimum, sparse_hessian_minimum, sparse_hessian_geodesic_min_3N);
  -
  - Log(Utility::Log_Level::Info, Utility::Log_Sender::HTST, " Transforming Hessian into geodesic Hessian...");
  SpMatrixX sparse_hessian_geodesic_min_2N = tangent_basis.transpose() * sparse_hessian_geodesic_min_3N * tangent_basis;
  Log(Utility::Log_Level::Info, Utility::Log_Sender::HTST, " Sparse LU Decomposition of geodesic Hessian...");
  