rns_double Struct Reference

#include <rns-double.h>

Public Types
typedef Givaro::Integer	integer
typedef Givaro::Modular< double >	ModField
typedef double	BasisElement
typedef rns_double_elt	Element
typedef rns_double_elt_ptr	Element_ptr
typedef rns_double_elt_cstptr	ConstElement_ptr

Public Member Functions
	rns_double (const integer &bound, size_t pbits, bool rnsmod=false, long seed=time(NULL))
	rns_double (size_t pbits, size_t size, long seed=time(NULL))
template<typename Vect >
	rns_double (const Vect &basis, bool rnsmod=false, long seed=time(NULL))
	rns_double (const RNSIntegerMod< rns_double > &basis, bool rnsmod=false, long seed=time(NULL))
void	precompute_cst (size_t K=0)
template<typename T >
void	init (size_t m, size_t n, double *Arns, size_t rda, const T *A, size_t lda, const integer &maxA, bool RNS_MAJOR=false) const
void	init (size_t m, size_t n, double *Arns, size_t rda, const integer *A, size_t lda, size_t k, bool RNS_MAJOR=false) const
void	init_transpose (size_t m, size_t n, double *Arns, size_t rda, const integer *A, size_t lda, size_t k, bool RNS_MAJOR=false) const
void	convert (size_t m, size_t n, integer gamma, integer *A, size_t lda, const double *Arns, size_t rda, bool RNS_MAJOR=false) const
void	convert_transpose (size_t m, size_t n, integer gamma, integer *A, size_t lda, const double *Arns, size_t rda, bool RNS_MAJOR=false) const
void	reduce (size_t n, double *Arns, size_t rda, bool RNS_MAJOR=false) const
template<size_t K>
void	init (size_t m, size_t n, double *Arns, size_t rda, const RecInt::ruint< K > *A, size_t lda, size_t k, bool RNS_MAJOR=false) const
template<size_t K>
void	convert (size_t m, size_t n, integer gamma, RecInt::ruint< K > *A, size_t lda, const double *Arns, size_t rda, integer p=0, bool RNS_MAJOR=false) const

Data Fields
std::vector< double, AlignedAllocator< double, Alignment::CACHE_LINE > >	_basis
std::vector< double, AlignedAllocator< double, Alignment::CACHE_LINE > >	_basisMax
std::vector< double, AlignedAllocator< double, Alignment::CACHE_LINE > >	_negbasis
std::vector< double, AlignedAllocator< double, Alignment::CACHE_LINE > >	_invbasis
std::vector< ModField >	_field_rns
integer	_M
std::vector< integer >	_Mi
std::vector< double >	_MMi
std::vector< double >	_crt_in
std::vector< double >	_crt_out
size_t	_size
size_t	_pbits
size_t	_ldm
integer	_mi_sum

Member Typedef Documentation

integer

typedef Givaro::Integer integer

ModField

typedef Givaro::Modular<double> ModField

BasisElement

typedef double BasisElement

Element

typedef rns_double_elt Element

Element_ptr

typedef rns_double_elt_ptr Element_ptr

ConstElement_ptr

typedef rns_double_elt_cstptr ConstElement_ptr

Constructor & Destructor Documentation

rns_double() [1/4]

rns_double ( const integer &  bound, size_t  pbits, bool  rnsmod = false, long  seed = time(NULL)  )

inline

rns_double() [2/4]

rns_double ( size_t  pbits, size_t  size, long  seed = time(NULL)  )

inline

rns_double() [3/4]

rns_double ( const Vect &  basis, bool  rnsmod = false, long  seed = time(NULL)  )

inline

rns_double() [4/4]

rns_double ( const RNSIntegerMod< rns_double > &  basis, bool  rnsmod = false, long  seed = time(NULL)  )

inline

Member Function Documentation

precompute_cst()

void precompute_cst ( size_t  K = 0 )

inline

init() [1/3]

void init ( size_t  m, size_t  n, double *  Arns, size_t  rda, const T *  A, size_t  lda, const integer &  maxA, bool  RNS_MAJOR = false  ) const

inline

init() [2/3]

void init ( size_t  m, size_t  n, double *  Arns, size_t  rda, const integer *  A, size_t  lda, size_t  k, bool  RNS_MAJOR = false  ) const

inline

init_transpose()

void init_transpose ( size_t  m, size_t  n, double *  Arns, size_t  rda, const integer *  A, size_t  lda, size_t  k, bool  RNS_MAJOR = false  ) const

inline

convert() [1/2]

void convert ( size_t  m, size_t  n, integer  gamma, integer *  A, size_t  lda, const double *  Arns, size_t  rda, bool  RNS_MAJOR = false  ) const

inline

convert_transpose()

void convert_transpose ( size_t  m, size_t  n, integer  gamma, integer *  A, size_t  lda, const double *  Arns, size_t  rda, bool  RNS_MAJOR = false  ) const

inline

reduce()

void reduce ( size_t  n, double *  Arns, size_t  rda, bool  RNS_MAJOR = false  ) const

inline

init() [3/3]

void init ( size_t  m, size_t  n, double *  Arns, size_t  rda, const RecInt::ruint< K > *  A, size_t  lda, size_t  k, bool  RNS_MAJOR = false  ) const

inline

convert() [2/2]

void convert ( size_t  m, size_t  n, integer  gamma, RecInt::ruint< K > *  A, size_t  lda, const double *  Arns, size_t  rda, integer  p = 0, bool  RNS_MAJOR = false  ) const

inline

Field Documentation

_basis

std::vector<double, AlignedAllocator<double, Alignment::CACHE_LINE> > _basis

_basisMax

std::vector<double, AlignedAllocator<double, Alignment::CACHE_LINE> > _basisMax

_negbasis

std::vector<double, AlignedAllocator<double, Alignment::CACHE_LINE> > _negbasis

_invbasis

std::vector<double, AlignedAllocator<double, Alignment::CACHE_LINE> > _invbasis

_field_rns

std::vector<ModField> _field_rns

_M

integer _M

_Mi

std::vector<integer> _Mi

_MMi

std::vector<double> _MMi

_crt_in

std::vector<double> _crt_in

_crt_out

std::vector<double> _crt_out

_size

size_t _size

_pbits

size_t _pbits

_ldm

size_t _ldm

_mi_sum

integer _mi_sum

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The documentation for this struct was generated from the following files:

• rns-double.h
• rns-double-recint.inl
• rns-double.inl