/**
* Same as above, but an overload where the second argument is a character
* pointer. This is necessary, since otherwise the call to
- * <tt>set("abc","def")</code> will be mapped to the function taking one
+ * <code>set("abc","def")</code> will be mapped to the function taking one
* string and a bool as arguments, which is certainly not what is most often
* intended.
*
/**
* Type definition for a value substitution map.
*
- * This serves the same purpose as a
- * <code>SymEngine::map_basic_basic</code>, which is equivalent to a
- * <code>std::map<SymEngine::RCP<const SymEngine::Basic>,
- * SymEngine::RCP<const SymEngine::Basic>></code>.
+ * This serves the same purpose as a `SymEngine::map_basic_basic`, which
+ * is equivalent to a `std::map<SymEngine::RCP<const SymEngine::Basic>,
+ * SymEngine::RCP<const SymEngine::Basic>>`.
*/
using substitution_map =
std::map<SD::Expression, SD::Expression, internal::ExpressionKeyLess>;
/**
* Type definition for a vector of symbols.
*
- * This serves the same purpose as a <code>SymEngine::vec_basic</code>,
- * which is equivalent to a <code>std::vector<SymEngine::RCP<const
- * SymEngine::Basic>></code>
+ * This serves the same purpose as a `SymEngine::vec_basic`, which is
+ * equivalent to a `std::vector<SymEngine::RCP<const SymEngine::Basic>>`.
*/
using symbol_vector = std::vector<SD::Expression>;
* here.
*
* The matrix @p P is the concatenation or the sum of the cell matrices @p
- * P_i, depending on the #restriction_is_additive_flags. This distinguishes
- * interpolation (concatenation) and projection with respect to scalar
- * products (summation).
+ * P_i, depending on the value of FiniteElement::restriction_is_additive().
+ * This distinguishes interpolation (concatenation) and projection with
+ * respect to scalar products (summation).
*
* Row and column indices are related to coarse grid and fine grid spaces,
* respectively, consistent with the definition of the associated operator.