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Static Public Member Functions | Private Member Functions
linDG3D::Assembly Class Reference

Provides methods to assemby matrices by lists of FvdgElementPairs. More...

#include <bilinearForm.hh>

List of all members.

Static Public Member Functions

static void boundary (concepts::Matrix< Real > &dest, FvdgBilinearForm &bf, const concepts::ElementPairList< Real > &pairs, bool transpose=false)
 Assembly operator scanning a list of boundary element pairs.
static void inner (concepts::Matrix< Real > &dest, FvdgBilinearForm &bf, const concepts::ElementPairList< Real > &pairs, bool transpose=false)
 Assembly operator scanning a list of inner element pairs.

Private Member Functions

 Assembly ()
 Constructor. Is private in order to prevent creating an instance.

Detailed Description

Provides methods to assemby matrices by lists of FvdgElementPairs.

Author:
Christoph Winkelmann, 2003

Definition at line 46 of file bilinearForm.hh.


Constructor & Destructor Documentation

linDG3D::Assembly::Assembly ( ) [inline, private]

Constructor. Is private in order to prevent creating an instance.

Definition at line 75 of file bilinearForm.hh.


Member Function Documentation

static void linDG3D::Assembly::boundary ( concepts::Matrix< Real > &  dest,
FvdgBilinearForm bf,
const concepts::ElementPairList< Real > &  pairs,
bool  transpose = false 
) [static]

Assembly operator scanning a list of boundary element pairs.

For each element pair (i,i) in pairs, The bilinear form bf is called once with elements i,i.

Parameters:
destThe destination matrix where the terms are assembled to
bfThe bilinear form called on found element pairs
pairsThe list of boundary ElementPairs scanned
transposeFlag to transpose the global matrix while assembling
static void linDG3D::Assembly::inner ( concepts::Matrix< Real > &  dest,
FvdgBilinearForm bf,
const concepts::ElementPairList< Real > &  pairs,
bool  transpose = false 
) [static]

Assembly operator scanning a list of inner element pairs.

For each element pair (i,j) in pairs, The bilinear form bf is called four times: with i,i, i,j, j,i, and j,j.

Parameters:
destThe destination matrix where the terms are assembled to
bfThe bilinear form called on found element pairs
pairsThe list of inner ElementPairs scanned
transposeFlag to transpose the global matrix while assembling

The documentation for this class was generated from the following file:

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