* Print the contents of the internal cache to the @p stream.
*
* Each key and value pair in the @p any_data map are printed on an
- * individual line, with the <tt>std::string<\tt> key listed first
+ * individual line, with the <tt>std::string</tt> key listed first
* followed by the demangled <tt>type_id</tt> of the associated mapped
* type.
*/
const Function<DoFHandlerType::space_dimension> *weight = nullptr);
/**
- * Add an additional column (with name @p name) to the table, by invoking
+ * Add an additional column (with name @p column_name) to the table, by invoking
* the function @p custom_function, when calling error_from_exact() or
* difference().
*
* @endcode
*
*
- * @param name Name of the column to add;
+ * @param column_name Name of the column to add;
* @param custom_function Function that will be called to fill the given
* entry. You need to make sure that the scope of this function is valid
* up to the call to error_from_exact() or difference();
* type. This could be achieved with an overriding conversion function
* in the base class, for example:
*
- * <code>
+ * @code
* class MyNumber : public Expression
* {
* ...
* return Expression::operator ResultType();
* }
* }
- * </code>
+ * @endcode
*/
template <typename ResultType>
explicit operator ResultType() const;
/**
* Return the symbolic result of computing the partial derivative of the
* scalar @p f with respect to the scalar @p x.
- * In most use cases the function or variable @f would be called the
+ * In most use cases the function or variable @p f would be called the
* dependent variable, and @p x the independent variable.
*
* @param[in] f A scalar symbolic function or (dependent) expression.
* expression, and that the paired @p symbol_value elements are compatible
* with the other add_to_substitution_map() functions.
*
- * The @p ExpressionType and its associated @ValueType need not be scalar
+ * The @p ExpressionType and its associated @p ValueType need not be scalar
* types. So, for example, this function could be used to add tensor-valued
* data to the map in the following way:
*
* symbolic expressions, and that the paired @p symbol_value elements are
* compatible with the other add_to_substitution_map() functions.
*
- * The @p ExpressionType and its associated @ValueType need not be scalar
+ * The @p ExpressionType and its associated @p ValueType need not be scalar
* types. So, for example, this function could be used to add tensor-valued
* data to the map in the following way:
*
/**
* Same as the other constructor, using the default MappingQ1.
*
- * @param mapping The mapping to use in the internal FEValues objects
* @param fe The finite element
* @param quadrature The cell quadrature
* @param update_flags UpdateFlags for the current cell FEValues
- * @param neighbor_update_flags UpdateFlags for the neighbor cell FEValues
* @param face_quadrature Face quadrature, used for FEFaceFvalues and
* FESubfaceValues for both the current cell and the neighbor cell
* @param face_update_flags UpdateFlags used for FEFaceFvalues and
* FESubfaceValues for the current cell
- * @param neighbor_face_update_flags UpdateFlags used for FEFaceFvalues and
* FESubfaceValues for the neighbor cell
*/
ScratchData(
/**
* Same as the other constructor, using the default MappingQ1.
*
- * @param mapping The mapping to use in the internal FEValues objects
* @param fe The finite element
* @param quadrature The cell quadrature
* @param update_flags UpdateFlags for the current cell FEValues