CECCO::GolayCode< T > Class Template Reference

#include <codes.hpp>

Inheritance diagram for CECCO::GolayCode< T >:

Public Member Functions
	GolayCode ()
	GolayCode (const LinearCode< T > &C)
	GolayCode (const GolayCode &)=default
	GolayCode (GolayCode &&)=default
GolayCode &	operator= (const GolayCode &)=default
GolayCode &	operator= (GolayCode &&)=default
GolayCode< T >	get_equivalent_code_in_standard_form () const
GolayCode< T >	get_identical_code_in_polynomial_form () const
virtual void	get_info (std::ostream &os) const override
Public Member Functions inherited from CECCO::LinearCode< T >
	LinearCode (size_t n, size_t k, const Matrix< T > &X)
	LinearCode (size_t k, Polynomial< T > gamma)
	LinearCode (const LinearCode &other)
	LinearCode (LinearCode &&other)
LinearCode &	operator= (const LinearCode &other)
LinearCode &	operator= (LinearCode &&other)
size_t	get_k () const noexcept
double	get_R () const noexcept
InfInt	get_size () const
const Matrix< T > &	get_G () const noexcept
const Matrix< T > &	get_HT () const noexcept
Matrix< T >	get_H () const
virtual size_t	get_dmin () const
size_t	get_tmax () const
virtual const Polynomial< InfInt > &	get_weight_enumerator () const
long double	P_word (double pe) const
long double	P_error (double pe) const
long double	P_failure (double pe) const
long double	Bhattacharyya_bound (long double gamma) const
const Polynomial< T > &	get_gamma () const
void	set_dmin (size_t d) const noexcept
void	set_weight_enumerator (const Polynomial< InfInt > &p) const noexcept
void	set_weight_enumerator (Polynomial< InfInt > &&p) const noexcept
void	set_gamma (const Polynomial< T > &g) const noexcept
void	set_gamma (Polynomial< T > &&g) const noexcept
const std::vector< Vector< T > > &	get_standard_array () const
const std::vector< bool > &	get_tainted () const
const std::unordered_map< size_t, Vector< T > > &	get_Meggitt_table () const
auto	cbegin () const noexcept
auto	cend () const noexcept
template<FieldType S>
bool	is_identical (const LinearCode< S > &other, Matrix< T > *L_ptr=nullptr) const
	Test whether two linear codes are identical.
template<FieldType S>
bool	is_equivalent (const LinearCode< S > &other, Matrix< T > *L_ptr=nullptr, Matrix< T > *P_ptr=nullptr) const
	Test whether two linear codes are equivalent.
bool	is_perfect () const
bool	is_MDS () const
bool	is_equidistant () const
bool	is_weakly_self_dual () const
bool	is_dual_containing () const
bool	is_self_dual () const
bool	is_polynomial () const
bool	is_cyclic () const
LinearCode< T >	get_dual () const
LinearCode< T >	get_equivalent_code_in_standard_form () const
LinearCode< T >	get_identical_code_in_polynomial_form () const
Matrix< T >	get_G_in_polynomial_form () const
Matrix< T >	get_G_in_trellis_oriented_form () const
Trellis< T >	get_trivial_trellis () const
const Trellis< T > &	get_minimal_trellis () const
Vector< T >	enc (const Vector< T > &u) const override
Vector< T >	encinv (const Vector< T > &c) const override
virtual Vector< T >	dec_BD (const Vector< T > &r) const override
virtual Vector< T >	dec_boosted_BD (const Vector< T > &r) const override
virtual Vector< T >	dec_ML (const Vector< T > &r) const override
virtual Vector< T >	dec_burst (const Vector< T > &r) const override
virtual Vector< T >	dec_Meggitt (const Vector< T > &r) const override
virtual Vector< T >	dec_Viterbi (const Vector< T > &r, const std::string &filename="") const override
virtual Vector< T >	dec_Viterbi_soft (const Vector< double > &llrs, const std::string &filename="") const override
virtual Vector< double >	dec_BCJR (const Vector< double > &llrs, const std::string &filename="") const override
virtual Vector< T >	dec_ML_soft (const Vector< double > &llrs, size_t cache_limit) const override
virtual Vector< T >	dec_BD_EE (const Vector< T > &r) const override
virtual Vector< T >	dec_Viterbi_EE (const Vector< T > &r, const std::string &filename="") const override
virtual Vector< T >	dec_ML_EE (const Vector< T > &r) const override
Vector< T >	dec_GMD (const Vector< T > &r, const std::vector< double > &reliability) const
Public Member Functions inherited from CECCO::Code< T >
	Code (size_t n)
	Code (const Code &other)
	Code (Code &&)=default
virtual	~Code ()=default
Code &	operator= (const Code &other)
Code &	operator= (Code &&)=default
size_t	get_n () const noexcept
virtual Vector< T >	dec_recursive (const Vector< T > &r) const
virtual Vector< T >	dec_WBA (const Vector< T > &r) const
virtual Vector< T >	dec_BMA (const Vector< T > &r) const
virtual Vector< T >	dec_recursive_EE (const Vector< T > &r) const
virtual Vector< T >	dec_WBA_EE (const Vector< T > &r) const
virtual Vector< T >	dec_BMA_EE (const Vector< T > &r) const

Additional Inherited Members
Public Types inherited from CECCO::LinearCode< T >
using	FIELD = T
Protected Member Functions inherited from CECCO::LinearCode< T >
template<ComponentType S>
void	validate_length (const Vector< S > &r) const
Protected Member Functions inherited from CECCO::Code< T >
std::vector< size_t >	erasure_positions (const Vector< T > &r) const
Static Protected Member Functions inherited from CECCO::LinearCode< T >
static bool	erasures_present (const Vector< T > &r)
Protected Attributes inherited from CECCO::LinearCode< T >
size_t	k
Matrix< T >	G
Matrix< T >	HT
Matrix< T >	MI
std::vector< size_t >	infoset {}
details::OnceCache< size_t >	dmin
details::OnceCache< Polynomial< InfInt > >	weight_enumerator
details::OnceCache< std::vector< Vector< T > > >	codewords
details::OnceCache< std::vector< Vector< T > > >	standard_array
details::OnceCache< std::vector< bool > >	tainted
details::OnceCache< std::vector< bool > >	tainted_burst
details::OnceCache< std::unordered_map< size_t, Vector< T > > >	Meggitt_table
details::OnceCache< std::vector< std::optional< LinearCode< T > > > >	punctured_codes_BD
details::OnceCache< std::vector< std::optional< LinearCode< T > > > >	punctured_codes_ML
details::OnceCache< bool >	polynomial
details::OnceCache< Polynomial< T > >	gamma
details::OnceCache< Trellis< T > >	minimal_trellis
Protected Attributes inherited from CECCO::Code< T >
size_t	n

Detailed Description

template<FiniteFieldType T>
requires (std::is_same_v<T, Fp<2>> || std::is_same_v<T, Fp<3>>)
class CECCO::GolayCode< T >

Definition at line 2779 of file codes.hpp.

Constructor & Destructor Documentation

GolayCode() [1/4]

template<FiniteFieldType T>

CECCO::GolayCode< T >::GolayCode ( )

inline

Definition at line 2781 of file codes.hpp.

GolayCode() [2/4]

template<FiniteFieldType T>

CECCO::GolayCode< T >::GolayCode ( const LinearCode< T > & C )

inline

Definition at line 2792 of file codes.hpp.

GolayCode() [3/4]

template<FiniteFieldType T>

CECCO::GolayCode< T >::GolayCode ( const GolayCode< T > & )

default

GolayCode() [4/4]

template<FiniteFieldType T>

CECCO::GolayCode< T >::GolayCode ( GolayCode< T > && )

default

Member Function Documentation

get_equivalent_code_in_standard_form()

template<FiniteFieldType T>

GolayCode< T > CECCO::GolayCode< T >::get_equivalent_code_in_standard_form ( ) const

inline

Definition at line 2808 of file codes.hpp.

get_identical_code_in_polynomial_form()

template<FiniteFieldType T>

GolayCode< T > CECCO::GolayCode< T >::get_identical_code_in_polynomial_form ( ) const

inline

Definition at line 2811 of file codes.hpp.

get_info()

template<FiniteFieldType T>

virtual void CECCO::GolayCode< T >::get_info ( std::ostream & os ) const

inlineoverridevirtual

Reimplemented from CECCO::LinearCode< T >.

Definition at line 2815 of file codes.hpp.

operator=() [1/2]

template<FiniteFieldType T>

GolayCode & CECCO::GolayCode< T >::operator= ( const GolayCode< T > & )

default

operator=() [2/2]

template<FiniteFieldType T>

GolayCode & CECCO::GolayCode< T >::operator= ( GolayCode< T > && )

default

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

• codes.hpp