elliptic_curve.cc File Reference

contains implementation of elliptic curves More...

#include "elliptic_curve.H"
#include "modulo.H"
#include <cmath>
#include "mpz_multi_invert.cc"
#include "PersistentData.H"
#include "Semaphore.H"

Include dependency graph for elliptic_curve.cc:

Go to the source code of this file.

Functions
void	get_fft_parameter (unsigned int &pg_returnvalue, unsigned int &pms_returnvalue, const double phase2, const mpz_t N)
	get parameters for phase 2 of Phi, Fibonacci, elliptic curves...
void	swap (PmpzPoint &A, PmpzPoint &B)
void	swap (PmpzPoint &A, PmpzPoint &B, PmpzPoint &C)
Variables
const int	COST_XZ_mul2 = 5
const int	COST_XZ_mul2plus1 = 6

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Detailed Description

contains implementation of elliptic curves

Definition in file elliptic_curve.cc.

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Function Documentation

void get_fft_parameter	(	unsigned int &	pg_returnvalue,
		unsigned int &	pms_returnvalue,
		const double	phase2,
		const mpz_t	N
	)

get parameters for phase 2 of Phi, Fibonacci, elliptic curves...

Definition at line 85 of file fft_param.cc.

Referenced by elliptic_curves::go(), and polphi_template().

void swap	(	PmpzPoint &	A,
		PmpzPoint &	B,
		PmpzPoint &	C
	)			[inline]

Definition at line 195 of file elliptic_curve.cc.

void swap	(	PmpzPoint &	A,
		PmpzPoint &	B
	)			[inline]

Definition at line 189 of file elliptic_curve.cc.

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Variable Documentation

const int COST_XZ_mul2 = 5

Definition at line 103 of file elliptic_curve.cc.

Referenced by elliptic_curves::cost_of_evaluating_lucas_chain().

const int COST_XZ_mul2plus1 = 6

Definition at line 124 of file elliptic_curve.cc.

Referenced by elliptic_curves::cost_of_evaluating_lucas_chain().

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