EnumerationDyn< ZT, FT > Class Template Reference

#include <enumerate.h>

Public Member Functions
	EnumerationDyn (MatGSOInterface< ZT, FT > &gso, Evaluator< FT > &evaluator, const vector< int > &max_indices=vector< int >())
void	enumerate (int first, int last, FT &fmaxdist, long fmaxdistexpo, const vector< FT > &target_coord=vector< FT >(), const vector< enumxt > &subtree=vector< enumxt >(), const vector< enumf > &pruning=vector< enumf >(), bool dual=false, bool subtree_reset=false)
uint64_t	get_nodes (const int level=-1) const
array< uint64_t, FPLLL_EXTENUM_MAX_EXTENUM_DIM >	get_nodes_array ()
Public Member Functions inherited from EnumerationBase
uint64_t	get_nodes (const int level=-1) const
virtual	~EnumerationBase ()
template<bool dualenum, bool findsubsols, bool enable_reset>
FPLLL_BEGIN_NAMESPACE void	enumerate_loop ()

Additional Inherited Members
Static Public Attributes inherited from EnumerationBase
static const int	maxdim = FPLLL_MAX_ENUM_DIM
Protected Member Functions inherited from EnumerationBase
template<int kk, int kk_start, bool dualenum, bool findsubsols, bool enable_reset>
void	enumerate_recursive (opts< kk, kk_start, dualenum, findsubsols, enable_reset >) ENUM_ALWAYS_INLINE
template<int kk_start, bool dualenum, bool findsubsols, bool enable_reset>
void	enumerate_recursive (opts<-1, kk_start, dualenum, findsubsols, enable_reset >)
template<int kk, bool dualenum, bool findsubsols, bool enable_reset>
void	enumerate_recursive_wrapper ()
template<bool dualenum, bool findsubsols, bool enable_reset>
void	enumerate_recursive_dispatch (int kk)
template<bool dualenum, bool findsubsols, bool enable_reset>
void	enumerate_loop ()
virtual void	reset (enumf, int)=0
virtual void	process_solution (enumf newmaxdist)=0
virtual void	process_subsolution (int offset, enumf newdist)=0
void	save_rounding ()
void	restore_rounding ()
bool	next_pos_up ()
Protected Attributes inherited from EnumerationBase
bool	dual
bool	is_svp
bool	resetflag
enumf	mut [maxdim][maxdim]
array< enumf, maxdim >	rdiag
array< enumf, maxdim >	partdistbounds
int	d
int	k_end
enumf	center_partsums [maxdim][maxdim]
array< enumf, maxdim >	center_partsum
array< int, maxdim >	center_partsum_begin
array< enumf, maxdim >	partdist
array< enumf, maxdim >	center
array< enumf, maxdim >	alpha
array< enumxt, maxdim >	x
array< enumxt, maxdim >	dx
array< enumxt, maxdim >	ddx
array< enumf, maxdim >	subsoldists
vector< int >	_max_indices
int	reset_depth
int	k
int	k_max
bool	finished
array< uint64_t, FPLLL_EXTENUM_MAX_EXTENUM_DIM >	nodes
int	rounding_backup

Constructor & Destructor Documentation

EnumerationDyn()

template<typename ZT , typename FT >

EnumerationDyn< ZT, FT >::EnumerationDyn ( MatGSOInterface< ZT, FT > &  gso, Evaluator< FT > &  evaluator, const vector< int > &  max_indices = vector<int>()  )

inline

Member Function Documentation

enumerate()

template<typename ZT , typename FT >

void EnumerationDyn< ZT, FT >::enumerate	(	int	first,
		int	last,
		FT &	fmaxdist,
		long	fmaxdistexpo,
		const vector< FT > &	target_coord = vector<FT>(),
		const vector< enumxt > &	subtree = vector<enumxt>(),
		const vector< enumf > &	pruning = vector<enumf>(),
		bool	dual = false,
		bool	subtree_reset = false
	)

get_nodes()

template<typename ZT , typename FT >

uint64_t EnumerationDyn< ZT, FT >::get_nodes ( const int  level = -1 ) const

inline

get_nodes_array()

template<typename ZT , typename FT >

array< uint64_t, FPLLL_EXTENUM_MAX_EXTENUM_DIM > EnumerationDyn< ZT, FT >::get_nodes_array ( )

inline

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

• fplll/enum/enumerate.h
• fplll/enum/enumerate.cpp