Functions
dims_clapack.h File Reference

Comprehensive wrapper for CLAPACK functions. More...

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Functions

int dims_copy (double *_x, double *_y, int _n)
 Wrappers of BLAS functions.
int dims_daxpy (int _n, double _alpha, double *_x, double *_y)
int dims_det (int _n, double *_a, double *_x)
 Computes the determinant.
int dims_dgeev (int _n, double *_a, double *_wr, double *_wi, double *_vr)
 Computes eigenvalues and eigenvectors.
int dims_dgeev_simple (int _n, double *_a, double *_wr, double *_wi)
 Computes eigenvalues only.
int dims_dgelss (double *_a, double *_x, double *_b, int _m, int _n, int _nrhs, double *_s, int *_rank, int _lwork)
 Solves linear equation using singular-value decomposition.
int dims_dgemm (double *_A, double *_B, int _m, int _n, int _k, double *_C)
int dims_dgemv (double *_A, int _m, int _n, double *_x, double *_y)
int dims_dgemv_tran (double *_A, int _m, int _n, double *_x, double *_y)
int dims_dgesvx (double *_a, double *_x, double *_b, int _n, int _nrhs)
 Solves linear equation using LU decomposition.
double dims_dot (double *_x, double *_y, int _n)
int dims_dporfs (double *_a, double *_x, double *_b, int _m, int _nrhs)
 For positive-definite, symmetric matrices.
int dims_dposv (double *_a, double *_x, double *_b, int _m, int _nrhs)
int dims_dposvx (double *_a, double *_x, double *_b, int _m, int _nrhs, double *_rcond)
int dims_dsyrk (double *_A, int _n, int _k, double *_C)
int dims_dsyrk_trans_first (double *_A, int _n, int _k, double *_C)
int dims_eigs (int _n, double *_a, double *w)
 Eigenvalues / eigenvectors.
int dims_eigs2 (int _n, double *_a, double *w)
int dims_scale (double *_x, double _alpha, int _n, double *_y)
int dims_scale_myself (double *_x, double _alpha, int _n)
int dims_svd (double *_a, int m, int n, double *_u, double *_sigma, double *_vt)
 Performs singular value decomposition.

Detailed Description

Comprehensive wrapper for CLAPACK functions.

Author:
Katsu Yamane
Date:
06/17/2003

Definition in file dims_clapack.h.


Function Documentation

int dims_copy ( double *  _x,
double *  _y,
int  _n 
)

Wrappers of BLAS functions.

Definition at line 163 of file dims_clapack.cpp.

int dims_daxpy ( int  _n,
double  _alpha,
double *  _x,
double *  _y 
)

Definition at line 308 of file dims_clapack.cpp.

int dims_det ( int  _n,
double *  _a,
double *  _x 
)

Computes the determinant.

Computes the determinant.

Parameters:
[in]_nSize of the matrix.
[in]_aArray of the matrix elements (NxN)
[out]_xPointer to store the determinant (1)

Definition at line 748 of file dims_clapack.cpp.

int dims_dgeev ( int  _n,
double *  _a,
double *  _wr,
double *  _wi,
double *  _vr 
)

Computes eigenvalues and eigenvectors.

Computes eigenvalues and eigenvectors.

Parameters:
[in]_nSize of the matrix.
[in]_aArray of the matrix elements (NxN)
[out]_wrReal parts of the eigenvalues (N)
[out]_wiImaginary parts of the eigenvalues (N)
[out]_vrReal and imaginary parts of the right eigenvectors (NxN)

Definition at line 662 of file dims_clapack.cpp.

int dims_dgeev_simple ( int  _n,
double *  _a,
double *  _wr,
double *  _wi 
)

Computes eigenvalues only.

Computes eigenvalues only.

Parameters:
[in]_nSize of the matrix.
[in]_aArray of the matrix elements (NxN)
[out]_wrReal parts of the eigenvalues (N)
[out]_wiImaginary parts of the eigenvalues (N)

Definition at line 705 of file dims_clapack.cpp.

int dims_dgelss ( double *  _a,
double *  _x,
double *  _b,
int  _m,
int  _n,
int  _nrhs,
double *  _s,
int _rank,
int  _lwork 
)

Solves linear equation using singular-value decomposition.

Definition at line 524 of file dims_clapack.cpp.

int dims_dgemm ( double *  _A,
double *  _B,
int  _m,
int  _n,
int  _k,
double *  _C 
)

Definition at line 243 of file dims_clapack.cpp.

int dims_dgemv ( double *  _A,
int  _m,
int  _n,
double *  _x,
double *  _y 
)

Definition at line 205 of file dims_clapack.cpp.

int dims_dgemv_tran ( double *  _A,
int  _m,
int  _n,
double *  _x,
double *  _y 
)

Definition at line 224 of file dims_clapack.cpp.

int dims_dgesvx ( double *  _a,
double *  _x,
double *  _b,
int  _n,
int  _nrhs 
)

Solves linear equation using LU decomposition.

Definition at line 483 of file dims_clapack.cpp.

double dims_dot ( double *  _x,
double *  _y,
int  _n 
)

Definition at line 150 of file dims_clapack.cpp.

int dims_dporfs ( double *  _a,
double *  _x,
double *  _b,
int  _m,
int  _nrhs 
)

For positive-definite, symmetric matrices.

Definition at line 322 of file dims_clapack.cpp.

int dims_dposv ( double *  _a,
double *  _x,
double *  _b,
int  _m,
int  _nrhs 
)

Definition at line 451 of file dims_clapack.cpp.

int dims_dposvx ( double *  _a,
double *  _x,
double *  _b,
int  _m,
int  _nrhs,
double *  _rcond 
)

Definition at line 391 of file dims_clapack.cpp.

int dims_dsyrk ( double *  _A,
int  _n,
int  _k,
double *  _C 
)

Definition at line 269 of file dims_clapack.cpp.

int dims_dsyrk_trans_first ( double *  _A,
int  _n,
int  _k,
double *  _C 
)

Definition at line 289 of file dims_clapack.cpp.

int dims_eigs ( int  _n,
double *  _a,
double *  w 
)

Eigenvalues / eigenvectors.

Definition at line 600 of file dims_clapack.cpp.

int dims_eigs2 ( int  _n,
double *  _a,
double *  w 
)

Definition at line 629 of file dims_clapack.cpp.

int dims_scale ( double *  _x,
double  _alpha,
int  _n,
double *  _y 
)

Definition at line 190 of file dims_clapack.cpp.

int dims_scale_myself ( double *  _x,
double  _alpha,
int  _n 
)

Definition at line 176 of file dims_clapack.cpp.

int dims_svd ( double *  _a,
int  m,
int  n,
double *  _u,
double *  _sigma,
double *  _vt 
)

Performs singular value decomposition.

Definition at line 568 of file dims_clapack.cpp.



openhrp3
Author(s): AIST, General Robotix Inc., Nakamura Lab of Dept. of Mechano Informatics at University of Tokyo
autogenerated on Thu Apr 11 2019 03:30:19