void initialize(unsigned int n);
/**
* Initialize the local data
- * in the
- * DoFInfo
- * object used later for
- * assembling.
+ * in the DoFInfo object used
+ * later for assembling.
+ *
+ * The info object refers to
+ * a cell if
+ * <code>!face</code>, or
+ * else to an interior or
+ * boundary face.
*/
template <class DOFINFO>
- void initialize_info(DOFINFO& info, bool interior_face);
+ void initialize_info(DOFINFO& info, bool face);
/**
* Assemble the local values
* object used later for
* assembling.
*
- * The second parameter is
- * used to distinguish
- * between the data used on
- * cells and boundary faces
- * on the one hand and
- * interior faces on the
- * other. Interior faces may
- * require additional data
- * being initialized.
+ * The info object refers to
+ * a cell if
+ * <code>!face</code>, or
+ * else to an interior or
+ * boundary face.
*/
template <class DOFINFO>
- void initialize_info(DOFINFO& info,
- bool interior_face) const;
+ void initialize_info(DOFINFO& info, bool face) const;
/**
* Assemble the local values
void initialize(const ConstraintMatrix& constraints);
/**
* Initialize the local data
- * in the
- * DoFInfo
- * object used later for
- * assembling.
+ * in the DoFInfo object used
+ * later for assembling.
*
- * The second parameter is
- * used to distinguish
- * between the data used on
- * cells and boundary faces
- * on the one hand and
- * interior faces on the
- * other. Interior faces may
- * require additional data
- * being initialized.
+ * The info object refers to
+ * a cell if
+ * <code>!face</code>, or
+ * else to an interior or
+ * boundary face.
*/
template <class DOFINFO>
- void initialize_info(DOFINFO& info,
- bool interior_face) const;
+ void initialize_info(DOFINFO& info, bool face) const;
/**
* Assemble the local residuals
* object used later for
* assembling.
*
- * The second parameter is
- * used to distinguish
- * between the data used on
- * cells and boundary faces
- * on the one hand and
- * interior faces on the
- * other. Interior faces may
- * require additional data
- * being initialized.
+ * The info object refers to
+ * a cell if
+ * <code>!face</code>, or
+ * else to an interior or
+ * boundary face.
*/
template <class DOFINFO>
- void initialize_info(DOFINFO& info,
- bool interior_face) const;
+ void initialize_info(DOFINFO& info, bool face) const;
/**
* object used later for
* assembling.
*
- * The second parameter is
- * used to distinguish
- * between the data used on
- * cells and boundary faces
- * on the one hand and
- * interior faces on the
- * other. Interior faces may
- * require additional data
- * being initialized.
+ * The info object refers to
+ * a cell if
+ * <code>!face</code>, or
+ * else to an interior or
+ * boundary face.
*/
template <class DOFINFO>
- void initialize_info(DOFINFO& info,
- bool interior_face) const;
+ void initialize_info(DOFINFO& info, bool face) const;
/**
* Assemble the matrix
* object used later for
* assembling.
*
- * The second parameter is
- * used to distinguish
- * between the data used on
- * cells and boundary faces
- * on the one hand and
- * interior faces on the
- * other. Interior faces may
- * require additional data
- * being initialized.
+ * The info object refers to
+ * a cell if
+ * <code>!face</code>, or
+ * else to an interior or
+ * boundary face.
*/
template <class DOFINFO>
- void initialize_info(DOFINFO& info,
- bool interior_face) const;
+ void initialize_info(DOFINFO& info, bool face) const;
/**
* Assemble the matrix
* object used later for
* assembling.
*
- * The second parameter is
- * used to distinguish
- * between the data used on
- * cells and boundary faces
- * on the one hand and
- * interior faces on the
- * other. Interior faces may
- * require additional data
- * being initialized.
+ * The info object refers to
+ * a cell if
+ * <code>!face</code>, or
+ * else to an interior or
+ * boundary face.
*/
template <class DOFINFO>
- void initialize_info(DOFINFO& info,
- bool interior_face) const;
+ void initialize_info(DOFINFO& info, bool face) const;
/**
* object used later for
* assembling.
*
- * The second parameter is
- * used to distinguish
- * between the data used on
- * cells and boundary faces
- * on the one hand and
- * interior faces on the
- * other. Interior faces may
- * require additional data
- * being initialized.
+ * The info object refers to
+ * a cell if
+ * <code>!face</code>, or
+ * else to an interior or
+ * boundary face.
*/
template <class DOFINFO>
- void initialize_info(DOFINFO& info,
- bool interior_face) const;
+ void initialize_info(DOFINFO& info, bool face) const;
/**
* object used later for
* assembling.
*
- * The second parameter is
- * used to distinguish
- * between the data used on
- * cells and boundary faces
- * on the one hand and
- * interior faces on the
- * other. Interior faces may
- * require additional data
- * being initialized.
+ * The info object refers to
+ * a cell if
+ * <code>!face</code>, or
+ * else to an interior or
+ * boundary face.
*/
template <class DOFINFO>
- void initialize_info(DOFINFO& info, bool) const;
+ void initialize_info(DOFINFO& info, bool face) const;
/**
* Assemble the matrix
template <class MATRIX >
template <class DOFINFO>
inline void
- MatrixSimple<MATRIX>::initialize_info(DOFINFO& info,
- bool interior_face) const
+ MatrixSimple<MATRIX>::initialize_info(DOFINFO& info, bool face) const
{
- info.initialize_matrices(1, interior_face);
+ info.initialize_matrices(1, face);
}
template <class MATRIX >
template <class DOFINFO>
inline void
- MGMatrixSimple<MATRIX>::initialize_info(DOFINFO& info,
- bool interior_face) const
+ MGMatrixSimple<MATRIX>::initialize_info(DOFINFO& info, bool face) const
{
- info.initialize_matrices(1, interior_face);
+ info.initialize_matrices(1, face);
}
inline void
MatrixLocalBlocksToGlobalBlocks<MATRIX, number>::initialize_info(
DOFINFO& info,
- bool interior_face) const
+ bool face) const
{
- info.initialize_matrices(*matrices, interior_face);
+ info.initialize_matrices(*matrices, face);
}
inline void
MGMatrixLocalBlocksToGlobalBlocks<MATRIX, number>::initialize_info(
DOFINFO& info,
- bool interior_face) const
+ bool face) const
{
- info.initialize_matrices(*matrices, interior_face);
+ info.initialize_matrices(*matrices, face);
}
template <class DOFINFO>
inline void
SystemSimple<MATRIX,VECTOR>::initialize_info(DOFINFO& info,
- bool interior_face) const
+ bool face) const
{
- MatrixSimple<MATRIX>::initialize_info(info, interior_face);
- ResidualSimple<VECTOR>::initialize_info(info, interior_face);
+ MatrixSimple<MATRIX>::initialize_info(info, face);
+ ResidualSimple<VECTOR>::initialize_info(info, face);
}