SmithFormFactory.hpp File Reference

#include <capd/matrixAlgorithms/SmithFormFactory.h>
#include <capd/matrixAlgorithms/CAPDSmithForm.h>
#include <capd/matrixAlgorithms/PARISmithForm.h>
#include <capd/vectalg/Matrix.hpp>

Classes
struct	capd::matrixAlgorithms::_CreateSmithForm_< MatrixT >
struct	capd::matrixAlgorithms::_CreateSmithForm_< Matrix< Scalar, 0, 0 > >
struct	capd::matrixAlgorithms::_CreateSmithForm_< Matrix< short, 0, 0 > >
struct	capd::matrixAlgorithms::_CreateSmithForm_< Matrix< int, 0, 0 > >
struct	capd::matrixAlgorithms::_CreateSmithForm_< Matrix< long, 0, 0 > >
struct	capd::matrixAlgorithms::_CreateSmithForm_< Matrix< llong, 0, 0 > >

Namespaces
	capd
	capd::matrixAlgorithms
	Matrix algorithms: Gauss elimination, orthonormalization, QR decomposition etc.

Macros
#define	CREATE_SMITH_FORM(type)

Detailed Description

Author

Mateusz Juda mateu.nosp@m.sz.j.nosp@m.uda@g.nosp@m.mail.nosp@m..com

Date

2014-06-20

Macro Definition Documentation

CREATE_SMITH_FORM

#define CREATE_SMITH_FORM

(

type

)

Value:

    template<> \
    struct _CreateSmithForm_<Matrix<type, 0, 0> > \
    {\
      typedef Matrix<type, 0, 0> MatrixT;\
      SmithForm<MatrixT>* operator()(MatrixT& B, bool computeQ, bool computeQinv, bool computeR, bool computeRinv, bool usePari) \
      {                                                                 \
        if (usePari && PARISmithForm<type>::enabled()) {                \
          return new PARISmithForm<type>(B, computeQ, computeQinv, computeR, computeRinv); \
        } else {                                                        \
          return new CAPDSmithForm<MatrixT>(B, computeQ, computeQinv, computeR, computeRinv); \
        }                                                               \
      }                                                                 \
    };