
#include "Image/LinearAlgebraFlags.H"

Go to the source code of this file.
Functions | |
| void | lapack::svd (const Image< double > &A, Image< double > &U, Image< double > &S, Image< double > &V, const SvdFlag flags) |
| Double-precision real svd using lapack's dgesdd(). | |
| void | lapack::svdf (const Image< float > &A, Image< float > &U, Image< float > &S, Image< float > &V, const SvdFlag flags) |
| Single-precision real svd using lapack's sgesdd(). | |
| Image< double > | lapack::dgemv (const Image< double > *v, const Image< double > *Mat) |
| Double-precision vector-matrix multiplication using dgemm(). | |
| Image< float > | lapack::sgemv (const Image< float > *v, const Image< float > *Mat) |
| Single-precision vector-matrix multiplication using lapack's sgemm(). | |
| Image< double > | lapack::dgemm (const Image< double > *A, const Image< double > *B) |
| Double-precision matrix-matrix multiplication using lapack's dgemm(). | |
| Image< float > | lapack::sgemm (const Image< float > *A, const Image< float > *B) |
| Single-precision matrix-matrix multiplication using lapack's sgemm(). | |
| Image< double > | lapack::dpotrf (const Image< double > *Mat) |
| Double-precision Cholesky factorization. | |
| double | lapack::det (const Image< double > *Mat) |
| Double-precision determinant through LU decomposition. | |
Definition in file lapack.H.
1.6.3