TLinAlg Class Reference

List of all members.

Public Types
enum	TLinAlgGemmTranspose { GEMM_NO_T = 0, GEMM_A_T = 1, GEMM_B_T = 2, GEMM_C_T = 4 }
enum	TLinAlgInverseType { DECOMP_SVD }
Static Public Member Functions
static double	DotProduct (const TFltV &x, const TFltV &y)
static double	DotProduct (const TFltVV &X, int ColIdX, const TFltVV &Y, int ColIdY)
static double	DotProduct (const TFltVV &X, int ColId, const TFltV &Vec)
static double	DotProduct (const TIntFltKdV &x, const TIntFltKdV &y)
static double	DotProduct (const TFltV &x, const TIntFltKdV &y)
static double	DotProduct (const TFltVV &X, int ColId, const TIntFltKdV &y)
static void	LinComb (const double &p, const TFltV &x, const double &q, const TFltV &y, TFltV &z)
static void	ConvexComb (const double &p, const TFltV &x, const TFltV &y, TFltV &z)
static void	AddVec (const double &k, const TFltV &x, const TFltV &y, TFltV &z)
static void	AddVec (const double &k, const TIntFltKdV &x, const TFltV &y, TFltV &z)
static void	AddVec (const double &k, const TIntFltKdV &x, TFltV &y)
static void	AddVec (double k, const TFltVV &X, int ColIdX, TFltVV &Y, int ColIdY)
static void	AddVec (double k, const TFltVV &X, int ColId, TFltV &Result)
static void	AddVec (const TIntFltKdV &x, const TIntFltKdV &y, TIntFltKdV &z)
static double	SumVec (const TFltV &x)
static double	SumVec (double k, const TFltV &x, const TFltV &y)
static double	EuclDist2 (const TFltV &x, const TFltV &y)
static double	EuclDist (const TFltV &x, const TFltV &y)
static double	Norm2 (const TFltV &x)
static double	Norm (const TFltV &x)
static void	Normalize (TFltV &x)
static double	Norm2 (const TIntFltKdV &x)
static double	Norm (const TIntFltKdV &x)
static void	Normalize (TIntFltKdV &x)
static double	Norm2 (const TFltVV &X, int ColId)
static double	Norm (const TFltVV &X, int ColId)
static double	NormL1 (const TFltV &x)
static double	NormL1 (double k, const TFltV &x, const TFltV &y)
static double	NormL1 (const TIntFltKdV &x)
static void	NormalizeL1 (TFltV &x)
static void	NormalizeL1 (TIntFltKdV &x)
static double	NormLinf (const TFltV &x)
static double	NormLinf (const TIntFltKdV &x)
static void	NormalizeLinf (TFltV &x)
static void	NormalizeLinf (TIntFltKdV &x)
static void	MultiplyScalar (const double &k, const TFltV &x, TFltV &y)
static void	MultiplyScalar (const double &k, const TIntFltKdV &x, TIntFltKdV &y)
static void	Multiply (const TFltVV &A, const TFltV &x, TFltV &y)
static void	Multiply (const TFltVV &A, const TFltV &x, TFltVV &C, int ColId)
static void	Multiply (const TFltVV &A, const TFltVV &B, int ColId, TFltV &y)
static void	Multiply (const TFltVV &A, const TFltVV &B, int ColIdB, TFltVV &C, int ColIdC)
static void	MultiplyT (const TFltVV &A, const TFltV &x, TFltV &y)
static void	Multiply (const TFltVV &A, const TFltVV &B, TFltVV &C)
static void	Gemm (const double &Alpha, const TFltVV &A, const TFltVV &B, const double &Beta, const TFltVV &C, TFltVV &D, const int &TransposeFlags)
static void	Inverse (const TFltVV &A, TFltVV &B, const TLinAlgInverseType &DecompType)
static void	InverseSVD (const TFltVV &A, TFltVV &B)
static void	Transpose (const TFltVV &A, TFltVV &B)
static void	GS (TVec< TFltV > &Q)
static void	GS (TFltVV &Q)
static void	Rotate (const double &OldX, const double &OldY, const double &Angle, double &NewX, double &NewY)
static void	AssertOrtogonality (const TVec< TFltV > &Vecs, const double &Threshold)
static void	AssertOrtogonality (const TFltVV &Vecs, const double &Threshold)

---

Member Enumeration Documentation

enum TLinAlg::TLinAlgGemmTranspose

Enumerator:

GEMM_NO_T
GEMM_A_T
GEMM_B_T
GEMM_C_T

enum TLinAlg::TLinAlgInverseType

Enumerator:

DECOMP_SVD

---

Member Function Documentation

void TLinAlg::AddVec	(	const double &	k,
		const TFltV &	x,
		const TFltV &	y,
		TFltV &	z
	)		[static]

void TLinAlg::AddVec	(	const double &	k,
		const TIntFltKdV &	x,
		const TFltV &	y,
		TFltV &	z
	)		[static]

void TLinAlg::AddVec	(	const double &	k,
		const TIntFltKdV &	x,
		TFltV &	y
	)		[static]

void TLinAlg::AddVec	(	double	k,
		const TFltVV &	X,
		int	ColIdX,
		TFltVV &	Y,
		int	ColIdY
	)		[static]

void TLinAlg::AddVec	(	double	k,
		const TFltVV &	X,
		int	ColId,
		TFltV &	Result
	)		[static]

void TLinAlg::AddVec	(	const TIntFltKdV &	x,
		const TIntFltKdV &	y,
		TIntFltKdV &	z
	)		[static]

void TLinAlg::AssertOrtogonality	(	const TVec< TFltV > &	Vecs,
		const double &	Threshold
	)		[static]

void TLinAlg::AssertOrtogonality	(	const TFltVV &	Vecs,
		const double &	Threshold
	)		[static]

void TLinAlg::ConvexComb	(	const double &	p,
		const TFltV &	x,
		const TFltV &	y,
		TFltV &	z
	)		[static]

double TLinAlg::DotProduct	(	const TFltV &	x,
		const TFltV &	y
	)		[static]

double TLinAlg::DotProduct	(	const TFltVV &	X,
		int	ColIdX,
		const TFltVV &	Y,
		int	ColIdY
	)		[static]

double TLinAlg::DotProduct	(	const TFltVV &	X,
		int	ColId,
		const TFltV &	Vec
	)		[static]

double TLinAlg::DotProduct	(	const TIntFltKdV &	x,
		const TIntFltKdV &	y
	)		[static]

double TLinAlg::DotProduct	(	const TFltV &	x,
		const TIntFltKdV &	y
	)		[static]

double TLinAlg::DotProduct	(	const TFltVV &	X,
		int	ColId,
		const TIntFltKdV &	y
	)		[static]

double TLinAlg::EuclDist	(	const TFltV &	x,
		const TFltV &	y
	)		[static]

double TLinAlg::EuclDist2	(	const TFltV &	x,
		const TFltV &	y
	)		[static]

void TLinAlg::Gemm	(	const double &	Alpha,
		const TFltVV &	A,
		const TFltVV &	B,
		const double &	Beta,
		const TFltVV &	C,
		TFltVV &	D,
		const int &	TransposeFlags
	)		[static]

void TLinAlg::GS

(

TVec< TFltV > &

Q

)

[static]

void TLinAlg::GS

(

TFltVV &

Q

)

[static]

void TLinAlg::Inverse	(	const TFltVV &	A,
		TFltVV &	B,
		const TLinAlgInverseType &	DecompType
	)		[static]

void TLinAlg::InverseSVD	(	const TFltVV &	A,
		TFltVV &	B
	)		[static]

void TLinAlg::LinComb	(	const double &	p,
		const TFltV &	x,
		const double &	q,
		const TFltV &	y,
		TFltV &	z
	)		[static]

void TLinAlg::Multiply	(	const TFltVV &	A,
		const TFltV &	x,
		TFltV &	y
	)		[static]

void TLinAlg::Multiply	(	const TFltVV &	A,
		const TFltV &	x,
		TFltVV &	C,
		int	ColId
	)		[static]

void TLinAlg::Multiply	(	const TFltVV &	A,
		const TFltVV &	B,
		int	ColId,
		TFltV &	y
	)		[static]

void TLinAlg::Multiply	(	const TFltVV &	A,
		const TFltVV &	B,
		int	ColIdB,
		TFltVV &	C,
		int	ColIdC
	)		[static]

void TLinAlg::Multiply	(	const TFltVV &	A,
		const TFltVV &	B,
		TFltVV &	C
	)		[static]

void TLinAlg::MultiplyScalar	(	const double &	k,
		const TFltV &	x,
		TFltV &	y
	)		[static]

void TLinAlg::MultiplyScalar	(	const double &	k,
		const TIntFltKdV &	x,
		TIntFltKdV &	y
	)		[static]

void TLinAlg::MultiplyT	(	const TFltVV &	A,
		const TFltV &	x,
		TFltV &	y
	)		[static]

double TLinAlg::Norm

(

const TFltV &

x

)

[static]

double TLinAlg::Norm

(

const TIntFltKdV &

x

)

[static]

double TLinAlg::Norm	(	const TFltVV &	X,
		int	ColId
	)		[static]

double TLinAlg::Norm2

(

const TFltV &

x

)

[static]

double TLinAlg::Norm2

(

const TIntFltKdV &

x

)

[static]

double TLinAlg::Norm2	(	const TFltVV &	X,
		int	ColId
	)		[static]

void TLinAlg::Normalize

(

TFltV &

x

)

[static]

void TLinAlg::Normalize

(

TIntFltKdV &

x

)

[static]

void TLinAlg::NormalizeL1

(

TFltV &

x

)

[static]

void TLinAlg::NormalizeL1

(

TIntFltKdV &

x

)

[static]

void TLinAlg::NormalizeLinf

(

TFltV &

x

)

[static]

void TLinAlg::NormalizeLinf

(

TIntFltKdV &

x

)

[static]

double TLinAlg::NormL1

(

const TFltV &

x

)

[static]

double TLinAlg::NormL1	(	double	k,
		const TFltV &	x,
		const TFltV &	y
	)		[static]

double TLinAlg::NormL1

(

const TIntFltKdV &

x

)

[static]

double TLinAlg::NormLinf

(

const TFltV &

x

)

[static]

double TLinAlg::NormLinf

(

const TIntFltKdV &

x

)

[static]

void TLinAlg::Rotate	(	const double &	OldX,
		const double &	OldY,
		const double &	Angle,
		double &	NewX,
		double &	NewY
	)		[static]

double TLinAlg::SumVec

(

const TFltV &

x

)

[static]

double TLinAlg::SumVec	(	double	k,
		const TFltV &	x,
		const TFltV &	y
	)		[static]

void TLinAlg::Transpose	(	const TFltVV &	A,
		TFltVV &	B
	)		[static]

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

• glib-core/linalg.h
• glib-core/linalg.cpp