message: minor + make style
diff: @@ -121,28 +121,27 @@ public:
  void SetReorderingStrategy( strumpack::ReorderingStrategy method );
  /**
  - * Disable static pivoting for stability. The static pivoting in
  - * strumpack permutes the sparse input matrix in order to get large
  - * (nozero) elements on the diagonal. If the input matrix is
  - * already diagonally dominant, this reordering can be disabled.
  + * Disable static pivoting for stability. The static pivoting in strumpack
  + * permutes the sparse input matrix in order to get large (nonzero) elements
  + * on the diagonal. If the input matrix is already diagonally dominant, this
  + * reordering can be disabled.
  */
  void DisableMatching();
  /**
  - * Enable static pivoting for stability using the MC64 algorithm
  - * with job=5. Using a matching algorithm, this will permute the
  - * sparse input matrix in order to get nonzero elements (as large
  - * as possible) on the diagonal. And will also scale the rows and
  - * columns of the matrix.
  + * Enable static pivoting for stability using the MC64 algorithm with
  + * job=5. Using a matching algorithm, this will permute the sparse input
  + * matrix in order to get nonzero elements (as large as possible) on the
  + * diagonal. And will also scale the rows and columns of the matrix.
  */
  void EnableMatching();
  #if STRUMPACK_VERSION_MAJOR >= 3
  /**
  - * Use the APWM (approximate weight perfect matching) algortihm
  - * from the Combinatorial BLAS library for static pivoting, ie,
  - * getting large nonzeros on the diagonal. This requires that
  - * strumpack was compiled with support for Combinatorial BLAS.
  + * Use the AWPM (approximate weight perfect matching) algorithm from the
  + * Combinatorial BLAS library for static pivoting, i.e. getting large
  + * nonzeros on the diagonal. This requires that strumpack was compiled with
  + * support for Combinatorial BLAS.
  */
  void EnableParallelMatching();
  #endif
  