rational-solver-sn.inl File Reference

Macros
#define	debug(x)
#define	debug2(x, y)
#define	debugneol(x)
#define	log_2(x)

Functions
int	zw_shift (NumericSolver &NS_S, size_t n, FVector &r, FVector &x)
template<class IMatrix>
int	rat_sol (IVector &numx, Int &denx, FVector &xs_int, FVector &xs_frac, IVector &b, IVector &lastb, FVector &r, FVector &lastr, FVector &x, integer &loopBound, IMatrix &IM)
void	upshift ()
void	downshift ()
void	update_xs (FVector &xs_int, FVector &xs_frac, FVector &x)
void	update_r (FVector &r, FVector &xs_int)
template<class IMatrix>
void	update_r_exact (IVector &r_exact, FVector &r, FVector &xs_int, IMatrix &IM)
IVector &	update_num (IVector &num, const FVector &d)
template<class Vec>
std::ostream &	writeVec (Vec &out, const char *tag="", integer bound=0, size_t numEntries=5, std::ostream &os=std::cerr)
template<class Vec>
void	writeVecFile (Vec &out, const char *file)
template<class Matrix>
void	dumpData (const Matrix &M, const IVector &b, IVector &numx, integer &denx, integer &denBound)

Macro Definition Documentation

debug

#define debug

(

x

)

debug2

#define debug2	(		x,
			y )

debugneol

#define debugneol

(

x

)

log_2

#define log_2

(

x

)

Value:

(log(x)/M_LN2)

Function Documentation

zw_shift()

int zw_shift	(	NumericSolver &	NS_S,
		size_t	n,
		FVector &	r,
		FVector &	x )

rat_sol()

template<class IMatrix>

int rat_sol	(	IVector &	numx,
		Int &	denx,
		FVector &	xs_int,
		FVector &	xs_frac,
		IVector &	b,
		IVector &	lastb,
		FVector &	r,
		FVector &	lastr,
		FVector &	x,
		integer &	loopBound,
		IMatrix &	IM )

upshift()

void upshift ( )

inline

downshift()

void downshift ( )

inline

update_xs()

void update_xs ( FVector & xs_int, FVector & xs_frac, FVector & x )

inline

update_r()

void update_r ( FVector & r, FVector & xs_int )

inline

update_r_exact()

template<class IMatrix>

void update_r_exact ( IVector & r_exact, FVector & r, FVector & xs_int, IMatrix & IM )

inline

update_num()

IVector & update_num ( IVector & num, const FVector & d )

inline

writeVec()

template<class Vec>

std::ostream & writeVec	(	Vec &	out,
		const char *	tag = "",
		integer	bound = 0,
		size_t	numEntries = 5,
		std::ostream &	os = std::cerr )

writeVecFile()

template<class Vec>

void writeVecFile	(	Vec &	out,
		const char *	file )

dumpData()

template<class Matrix>

void dumpData	(	const Matrix &	M,
		const IVector &	b,
		IVector &	numx,
		integer &	denx,
		integer &	denBound )