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 /* $Id: bdmatsolverlib.cc,v 1.5.2.4 2019/05/28 11:13:02 garloff Exp $ */

 #ifndef NUM
 # define NUM double
 #endif

 #include "tbci/band_matrix.h"
 #ifdef PRAGMA_I
 # pragma implementation "bd_lu_solver.h"
 #endif
 #include "tbci/solver/bd_lu_solver.h"
 #ifdef PRAGMA_I
 # pragma implementation "svd_solver.h"
 #endif
 #include "tbci/solver/svd_solver.h"

 //NAMESPACE_TBCI

 #define T NUM
 #include "bd_lu_solver_inst.h"

 #define MAT TBCI__ BdMatrix<NUM >
 #define VEC TBCI__ Vector<NUM >
 #include "svd_solver_inst.h"

 #if 0
 #define TEMPLATE template

 // explicit instatiation of all those things ...

 //bd_lu_solver.h <NUM>
 TEMPLATE int lu_decomp (BdMatrix<NUM>&);
 TEMPLATE TVector<NUM> LU_fwd_subst (const BdMatrix<NUM>&, const Vector<NUM>&);
 TEMPLATE TVector<NUM> LU_bkw_subst (const BdMatrix<NUM>&, const Vector<NUM>&);
 TEMPLATE TVector<NUM> LU_solve (const BdMatrix<NUM>&, const Vector<NUM>&);
 TEMPLATE TVector<NUM> lu_solve (BdMatrix<NUM>&, const Vector<NUM>&);
 TEMPLATE TMatrix<NUM> LU_solve (const BdMatrix<NUM>&, const Matrix<NUM>&);
 TEMPLATE TMatrix<NUM> lu_solve (BdMatrix<NUM>&, const Matrix<NUM>&);
 TEMPLATE NUM LU_det (const BdMatrix<NUM>&);
 TEMPLATE NUM lu_det (BdMatrix<NUM>&);
 TEMPLATE TMatrix<NUM> LU_invert (const BdMatrix<NUM>&);
 TEMPLATE TMatrix<NUM> lu_invert (BdMatrix<NUM>&);
 #endif /* 0 */

 //NAMESPACE_END
LU_fwd_subst
TVector< T > LU_fwd_subst(const BdMatrix< T > &lu, const Vector< T > &y)
Definition: bd_lu_solver.h:207

BdMatrix
The class BdMatrix is an implementation to store and do operations on sparse Matrices with a band str...
Definition: band_matrix.h:103

TMatrix
Definition: bvector.h:48

lu_solve
F_TMatrix< double > lu_solve(const F_Matrix< double > &A, const F_Matrix< double > &B, int overwriteA=0)
Definition: lapack.cpp:156

LU_bkw_subst
TVector< T > LU_bkw_subst(const BdMatrix< T > &lu, const Vector< T > &y)
Definition: bd_lu_solver.h:224

LU_invert
TMatrix< T > LU_invert(const BdMatrix< T > &lu)
return the inverse Matrix for an already LU decomposed BdMatrix
Definition: bd_lu_solver.h:338

lu_decomp
int lu_decomp(Matrix< T > &) HOT
LU decomposes the TBCI::Matrix mat.
Definition: lu_solver.h:94

LU_det
T LU_det(const BdMatrix< T > &lu)
calculates determinant of an already LU decomposed BdMatrix
Definition: bd_lu_solver.h:317

TEMPLATE
#define TEMPLATE
Definition: cplxinst.cc:22

Matrix
Definition: bvector.h:49

TVector
Temporary Base Class Idiom: Class TVector is used for temporary variables.
Definition: bvector.h:52

Vector
Definition: bvector.h:54

LU_solve
TVector< T > LU_solve(const BdMatrix< T > &lu, const Vector< T > &b)
Solve the equation Ax = b where A IS already LU decomposed.
Definition: bd_lu_solver.h:246

NUM
#define NUM
Definition: bdmatsolverlib.cc:9

lu_invert
TMatrix< T > lu_invert(BdMatrix< T > &mat)
return the inverse Matrix for a BdMatrix by doing an LU decomposition
Definition: bd_lu_solver.h:355

lu_det
T lu_det(BdMatrix< T > &mat)
calculates the determinant of a BdMatrix by doing an LU decomposition
Definition: bd_lu_solver.h:329