* corresponding to a whole
* discretization.
*
+ * The vector <tt>indices</tt>
+ * corresponds to the degrees of
+ * freedom on a single cell. Its
+ * length may even be a multiple
+ * of the number of dofs per
+ * cell. Then, the vectors in
+ * <tt>value</tt> should allow
+ * for the same multiple of the
+ * components of the finite
+ * element.
+ *
* You may want to use this
* function, if you want to
* access just a single block
* corresponding to a whole
* discretization.
*
- * The length of the vector
- * <tt>indices</tt> may even be a
- * multiple of the number of dofs
- * per cell. Then, the vectors in
+ * The vector <tt>indices</tt>
+ * corresponds to the degrees of
+ * freedom on a single cell. Its
+ * length may even be a multiple
+ * of the number of dofs per
+ * cell. Then, the vectors in
* <tt>value</tt> should allow
* for the same multiple of the
* components of the finite
* corresponding to a whole
* discretization.
*
- * The length of the vector
- * <tt>indices</tt> may even be a
- * multiple of the number of dofs
- * per cell. Then, the vectors in
+ * The vector <tt>indices</tt>
+ * corresponds to the degrees of
+ * freedom on a single cell. Its
+ * length may even be a multiple
+ * of the number of dofs per
+ * cell. Then, the vectors in
* <tt>value</tt> should allow
* for the same multiple of the
* components of the finite