OrderBasis< Field, ET > Class Template Reference

#include <order-basis.h>

Public Types
typedef PolynomialMatrix< Field, PMType::polfirst >	MatrixP
typedef PolynomialMatrix< Field, PMType::matfirst >	PMatrix

Public Member Functions
	OrderBasis (const Field &f)
const Field &	field () const
template<typename PMatrix1, typename PMatrix2>
size_t	PM_Basis2 (PMatrix1 &sigma, const PMatrix2 &serie, size_t order, std::vector< size_t > &shift)
template<typename PMatrix1, typename PMatrix2>
size_t	PM_Basis (PMatrix1 &sigma, const PMatrix2 &serie, size_t order, std::vector< size_t > &shift)
size_t	M_Basis (MatrixP &sigma, const MatrixP &serie, size_t order, std::vector< size_t > &shift)
template<typename PMatrix1, typename PMatrix2>
size_t	M_Basis (PMatrix1 &sigma, const PMatrix2 &serie, size_t order, std::vector< size_t > &shift2)
size_t	twoValuation (size_t x)
template<class Polynomial1>
void	update_sigma (size_t m, size_t n, std::list< Polynomial1 * > &L, size_t k)
template<typename PMatrix1, typename PMatrix2>
void	oPM_Basis (PMatrix1 &sigma, const PMatrix2 &serie, size_t order, std::vector< size_t > &shift)
size_t	M_Basis (PolynomialMatrix< MYRECINT, PMType::polfirst > &sigma, const PolynomialMatrix< MYRECINT, PMType::polfirst > &serie, size_t order, std::vector< size_t > &shift)

Member Typedef Documentation

MatrixP

template<class Field, class ET = EarlyTerm<(size_t) -1>>

typedef PolynomialMatrix<Field, PMType::polfirst> MatrixP

PMatrix

template<class Field, class ET = EarlyTerm<(size_t) -1>>

typedef PolynomialMatrix<Field, PMType::matfirst> PMatrix

Constructor & Destructor Documentation

OrderBasis()

template<class Field, class ET = EarlyTerm<(size_t) -1>>

OrderBasis ( const Field & f )

inline

Member Function Documentation

field()

template<class Field, class ET = EarlyTerm<(size_t) -1>>

const Field & field ( ) const

inline

PM_Basis2()

template<class Field, class ET = EarlyTerm<(size_t) -1>>

template<typename PMatrix1, typename PMatrix2>

size_t PM_Basis2 ( PMatrix1 & sigma, const PMatrix2 & serie, size_t order, std::vector< size_t > & shift )

inline

PM_Basis()

template<class Field, class ET = EarlyTerm<(size_t) -1>>

template<typename PMatrix1, typename PMatrix2>

size_t PM_Basis ( PMatrix1 & sigma, const PMatrix2 & serie, size_t order, std::vector< size_t > & shift )

inline

M_Basis() [1/3]

template<class Field, class ET = EarlyTerm<(size_t) -1>>

size_t M_Basis ( MatrixP & sigma, const MatrixP & serie, size_t order, std::vector< size_t > & shift )

inline

M_Basis() [2/3]

template<class Field, class ET = EarlyTerm<(size_t) -1>>

template<typename PMatrix1, typename PMatrix2>

size_t M_Basis ( PMatrix1 & sigma, const PMatrix2 & serie, size_t order, std::vector< size_t > & shift2 )

inline

twoValuation()

template<class Field, class ET = EarlyTerm<(size_t) -1>>

size_t twoValuation ( size_t x )

inline

update_sigma()

template<class Field, class ET = EarlyTerm<(size_t) -1>>

template<class Polynomial1>

void update_sigma ( size_t m, size_t n, std::list< Polynomial1 * > & L, size_t k )

inline

oPM_Basis()

template<class Field, class ET = EarlyTerm<(size_t) -1>>

template<typename PMatrix1, typename PMatrix2>

void oPM_Basis ( PMatrix1 & sigma, const PMatrix2 & serie, size_t order, std::vector< size_t > & shift )

inline

M_Basis() [3/3]

size_t M_Basis ( PolynomialMatrix< MYRECINT, PMType::polfirst > & sigma, const PolynomialMatrix< MYRECINT, PMType::polfirst > & serie, size_t order, std::vector< size_t > & shift )

inline

---

The documentation for this class was generated from the following file:

• order-basis.h