* ParsedConvergenceTable table({"u", "v", "v"},
* {{Linfty_norm}, {L2_norm, H1_norm}});
* @endcode
- *
- * Would produce (if the parameter file is left untouched) a table similar to
+ * would produce (if the parameter file is left untouched) a table similar to
* @code
* cells dofs u_Linfty_norm v_L2_norm v_H1_norm
* 4 9 1.183e-01 - 5.156e-02 - 2.615e-01 -
* 1024 1089 5.325e-04 2.09 2.106e-04 2.09 1.574e-02 1.05
* @endcode
*
- * Se the documentation of VectorTools::NormType for a list of
+ * See the documentation of VectorTools::NormType for a list of
* available norms you can compute using this class, and see the other
* constructor for a documentation of all the parameters you can change.
*
- * @param component_names Specify the names of the components
+ * @param component_names Specify the names of the components;
* @param list_of_error_norms Specify what error norms to compute for each
- * unique component name
+ * unique component name.
*/
ParsedConvergenceTable(
const std::vector<std::string> & component_names = {"u"},
* }
* table.output_table(std::cout);
* @endcode
- *
* will produce a table similar to
- *
* @code
* dt u_L2_norm
* 5.000e-1 5.156e-02 -
* 1.250e-2 3.360e-03 2.34
* 6.250e-3 8.418e-04 2.18
* @endcode
- *
* provided that you use the following parameter file (only non default
* entries are shown here):
- *
* @code
* set Extra columns =
* set List of error norms to compute = L2_norm