* assembling. In order to use it, follow this recipe: fist, create a
* class responsible for the local integration:
*
- * @begin{code}
- * @end{code}
+ * @code
+ * @endcode
*
* @author Guido Kanschat, 2009
*/
* eeffort. If no selectors
* are used, then values for
* all named vectors in
- * #global_data will be
+ * DoFInfo::global_data will be
* computed in all quadrature
* points.
*
* In order to use this class, it will be necessary to create an
* INTEGRATOR class following this template:
*
- * @begin{code}
+ * @code
* template <int dim>
* class MyLocalOperator : public Subscriptor
* {
* void face(typename IntegrationWorker<dim>::FaceInfo& info1,
* typename IntegrationWorker<dim>::FaceInfo& info2) const;
* };
- * @end{code}
+ * @endcode
*
* This class will do whatever your problem requires locally on each
* cell and/or face. Once this class is defined, you choose a suitable
* assembler for your problem from the Assembler namespace and set up
* objects:
*
- * @begin{code}
+ * @code
* MyLocalOperator<dim> myop;
*
* AssemblingIntegrator<dim, Assembler::MyAssembler, MyLocalOperator<dim> >
* integrator(myop);
- * @end{code}
+ * @endcode
*
* You do the necessary initializations of this @p integrator and then
* you have a worker object suitable for integration_loop().