wrapper.h File Reference

#include "nr/matrix.h"

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Data Structures
class	Wrapper
	Wrapper. This class provides an externally callable API for LLL reducing some basis b. This class forcibly instantiates some template declarations (see FPLLL_DECLARE_LLL(T) for more information at the bottom of this class) and provides an interface for calling provable, heuristic and fast variants of both LLL and HLLL. More...

Macros
#define	FPLLL_DECLARE_LLL(T)
#define	FPLLL_DECLARE_HLLL(T)

Macro Definition Documentation

FPLLL_DECLARE_HLLL

#define FPLLL_DECLARE_HLLL

(

T

)

Value:

  int hlll_reduction(ZZ_mat<T> &b, double delta = LLL_DEF_DELTA, double eta = LLL_DEF_ETA,         \
                     double theta = HLLL_DEF_THETA, double c = HLLL_DEF_C,                         \
                     LLLMethod method = LM_WRAPPER, FloatType float_type = FT_DEFAULT,             \
                     int precision = 0, int flags = LLL_DEFAULT, bool nolll = false);              \
  int hlll_reduction(ZZ_mat<T> &b, ZZ_mat<T> &u, double delta = LLL_DEF_DELTA,                     \
                     double eta = LLL_DEF_ETA, double theta = HLLL_DEF_THETA,                      \
                     double c = HLLL_DEF_C, LLLMethod method = LM_WRAPPER,                         \
                     FloatType float_type = FT_DEFAULT, int precision = 0,                         \
                     int flags = LLL_DEFAULT, bool nolll = false);                                 \
  int hlll_reduction(ZZ_mat<T> &b, ZZ_mat<T> &u, ZZ_mat<T> &u_inv, double delta = LLL_DEF_DELTA,   \
                     double eta = LLL_DEF_ETA, double theta = HLLL_DEF_THETA,                      \
                     double c = HLLL_DEF_C, LLLMethod method = LM_WRAPPER,                         \
                     FloatType float_type = FT_DEFAULT, int precision = 0,                         \
                     int flags = LLL_DEFAULT, bool nolll = false);

We define HLLL for each input type instead of using a template, in order to force the compiler to instantiate the functions.

FPLLL_DECLARE_LLL

#define FPLLL_DECLARE_LLL

(

T

)

Value:

  int lll_reduction(ZZ_mat<T> &b, double delta = LLL_DEF_DELTA, double eta = LLL_DEF_ETA,          \
                    LLLMethod method = LM_WRAPPER, FloatType floatType = FT_DEFAULT,               \
                    int precision = 0, int flags = LLL_DEFAULT);                                   \
                                                                                                   \
  int lll_reduction(ZZ_mat<T> &b, ZZ_mat<T> &u, double delta = LLL_DEF_DELTA,                      \
                    double eta = LLL_DEF_ETA, LLLMethod method = LM_WRAPPER,                       \
                    FloatType floatType = FT_DEFAULT, int precision = 0, int flags = LLL_DEFAULT); \
                                                                                                   \
  int lll_reduction(ZZ_mat<T> &b, ZZ_mat<T> &u, ZZ_mat<T> &u_inv, double delta = LLL_DEF_DELTA,    \
                    double eta = LLL_DEF_ETA, LLLMethod method = LM_WRAPPER,                       \
                    FloatType floatType = FT_DEFAULT, int precision = 0, int flags = LLL_DEFAULT);