#include <CLOP_solver.hpp>
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| CLOP_solver (const Epetra_CrsMatrix *AStandard_, const Epetra_IntVector *LDStandard_, const Epetra_MultiVector *CStandard_, const Epetra_Map *SubMap_, const Epetra_CrsMatrix *ConStandard_, const Epetra_IntVector *GNStandard_, const double *clop_params_) |
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| ~CLOP_solver () |
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void | solve (Epetra_Vector *uStand, const Epetra_Vector *fStand, int &num_iter, int &solver_status) |
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void | mpcforces (Epetra_Vector *uLocal, Epetra_Import *ImporterStLam2Loc) |
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void | construct_transpose (Epetra_CrsMatrix *&A, Epetra_CrsMatrix *&AT) |
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CLOP_solver::CLOP_solver |
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const Epetra_CrsMatrix * |
AStandard_, |
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const Epetra_IntVector * |
LDStandard_, |
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const Epetra_MultiVector * |
CStandard_, |
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const Epetra_Map * |
SubMap_, |
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const Epetra_CrsMatrix * |
ConStandard_, |
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const Epetra_IntVector * |
GNStandard_, |
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const double * |
clop_params_ |
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) |
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CLOP_solver::~CLOP_solver |
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void CLOP_solver::construct_transpose |
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Epetra_CrsMatrix *& |
A, |
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Epetra_CrsMatrix *& |
AT |
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) |
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void CLOP_solver::mpcforces |
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Epetra_Vector * |
uLocal, |
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Epetra_Import * |
ImporterStLam2Loc |
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) |
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void CLOP_solver::solve |
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Epetra_Vector * |
uStand, |
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const Epetra_Vector * |
fStand, |
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int & |
num_iter, |
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int & |
solver_status |
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) |
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The documentation for this class was generated from the following file: