1 #ifndef MATH_LAPACK_INTERFACE_H 2 #define MATH_LAPACK_INTERFACE_H 4 #include "MatrixTemplate.h" 32 static bool Solve(
const fMatrix& A,
const fVector& b,fVector& x);
33 static bool Solve(
const dMatrix& A,
const dVector& b,dVector& x);
36 static bool LeastSquares(
const fMatrix& A,
const fVector& b,fVector& x);
37 static bool LeastSquares(
const dMatrix& A,
const dVector& b,dVector& x);
47 static bool SVD(
const fMatrix& A,fMatrix& U,fVector& W,fMatrix& Vt);
48 static bool SVD(
const dMatrix& A,dMatrix& U,dVector& W,dMatrix& Vt);
static bool Eigenvalues_Symmetric(const fMatrix &A, fVector &lambda)
get the eigenvalues of a symmetric matrix
Definition: LAPACKInterface.cpp:502
An interface to LAPACK. Activated with the preprocessor flag HAVE_CLAPACK=1.
Definition: LAPACKInterface.h:14
static void MakeCompliant(const fVector &A, fVector &out)
makes a fortran-compliant copy of the object
Definition: LAPACKInterface.cpp:40
static bool LeastSquares(const fMatrix &A, const fVector &b, fVector &x)
Definition: LAPACKInterface.cpp:490
static bool Eigenvectors_Symmetric(const fMatrix &A, fVector &lambda, fMatrix &Q)
Definition: LAPACKInterface.cpp:514
static bool Solve(const fMatrix &A, const fVector &b, fVector &x)
solves the linear equation A*x = b
Definition: LAPACKInterface.cpp:478
Contains all definitions in the Math package.
Definition: WorkspaceBound.h:12
static bool IsCompliant(const fVector &x)
the following return true if the object can be used directly with fortran
Definition: LAPACKInterface.cpp:7