Initialize all Epetra types we need separate from Fortran.
More...
#include <trilinos_impl.h>
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| static Epetra_BlockMap * | blockMap |
| | Unique block map consisting of nodes owned by each processor. More...
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| static Epetra_FEVector * | F |
| | Global block force vector. More...
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| static Epetra_FEVbrMatrix * | K |
| | Global block stiffness matrix. More...
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| static Epetra_Vector * | X |
| | Solution vector consisting of unique nodes owned by the processor. More...
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| static Epetra_Vector * | ghostX |
| | Solution vector with nodes owned by processor followed by its ghost nodes. More...
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| static Epetra_Import * | Importer |
| | Import ghostMap into blockMap to create ghost map. More...
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| static Epetra_FEVector * | bdryVec |
| | Contribution from coupled neumann boundary conditions. More...
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static Epetra_MpiComm * | comm |
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static Epetra_FECrsGraph * | K_graph |
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Initialize all Epetra types we need separate from Fortran.
◆ bdryVec
| Epetra_FEVector * Trilinos::bdryVec |
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static |
Contribution from coupled neumann boundary conditions.
◆ blockMap
| Epetra_BlockMap * Trilinos::blockMap |
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static |
Unique block map consisting of nodes owned by each processor.
| Epetra_FEVector * Trilinos::F |
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static |
Global block force vector.
◆ ghostX
| Epetra_Vector * Trilinos::ghostX |
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static |
Solution vector with nodes owned by processor followed by its ghost nodes.
◆ Importer
| Epetra_Import * Trilinos::Importer |
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static |
Import ghostMap into blockMap to create ghost map.
| Epetra_FEVbrMatrix * Trilinos::K |
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static |
Global block stiffness matrix.
| Epetra_Vector * Trilinos::X |
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static |
Solution vector consisting of unique nodes owned by the processor.
The documentation for this struct was generated from the following files:
