#include <GA_NUBBasis.h>

Public Types
typedef T	value_type

Public Member Functions
	UT_VectorT ()
	Input the index range [nl..nh]. More...

	UT_VectorT (exint nl, exint nh)

	UT_VectorT (const UT_VectorT< T > &v)

	~UT_VectorT ()

void	init (exint nl, exint nh)
	Initialize nl, nh and allocate space. More...

void	subvector (const UT_VectorT< T > &v, exint nl, exint nh)
	Steal from another vector, resulting vector has origin at 1. More...

void	assign (const fpreal32 *data, exint nl, exint nh)

void	assign (const fpreal64 *data, exint nl, exint nh)

int	isInit () const

void	zero ()
	Initialize to zeros. More...

	THREADED_METHOD2 (UT_VectorT, nh-nl > 4999, zero, exint, nl, exint, nh)

void	zeroPartial (exint nl, exint nh, const UT_JobInfo &info)

void	constant (T c)
	Initialize to the given constant. More...

void	constant (exint nl, exint nh, T c)

void	getSubvector2 (UT_Vector2 &v, exint idx) const

void	setSubvector2 (exint idx, const UT_Vector2 &v)

void	getSubvector3 (UT_Vector3 &v, exint idx) const

void	setSubvector3 (exint idx, const UT_Vector3 &v)

void	getSubvector4 (UT_Vector4 &v, exint idx) const

void	setSubvector4 (exint idx, const UT_Vector4 &v)

exint	getNL () const
	Get the low index. More...

exint	getNH () const
	Get the high index. More...

exint	length () const
	Get dimension of this vector. More...

bool	shouldMultiThread () const

void	getPartialRange (exint &start, exint &end, const UT_JobInfo &info) const
	Determines the [start,end) interval that should be worked on. More...

void	getPartialBlockRange (exint &startblock, exint &endblock, const exint blocksize, const UT_JobInfo &info) const

void	changeNL (exint nl)
	Change the low index, and the high index will adjust itself. More...

void	setShallowNL (exint nl)

void	setShallowNH (exint nh)

T &	operator() (exint i)
	For retrieving data. More...

T	operator() (exint i) const

T	norm (int type=2) const

T	norm2 () const
	Square of L2-norm. More...

T	distance2 (const UT_VectorT< T > &v) const

void	negPartial (const UT_JobInfo &info)
	Negate. More...

	THREADED_METHOD1 (UT_VectorT, shouldMultiThread(), negPlus, const UT_VectorT< T > &, v) void negPlusPartial(const UT_VectorT< T > &v

	THREADED_METHOD2 (UT_VectorT, shouldMultiThread(), addScaledVec, T, s, const UT_VectorT< T > &, v) void addScaledVecPartial(T s
	Add scaled vector. More...

void	addScaledVecNorm2 (T s, const UT_VectorT< T > &v, fpreal64 *norm2)
	Add scaled vector and compute the squared L2 norm. More...

void	addScaledVecNorm2UpTo (T s, const UT_VectorT< T > &v, fpreal64 *norm2, exint normlimit)

	THREADED_METHOD2 (UT_VectorT< T >, shouldMultiThread(), scaleAddVec, T, s, const UT_VectorT< T > &, v) void scaleAddVecPartial(T s
	Scale itself then add vector. More...

	THREADED_METHOD2 (UT_VectorT< T >, shouldMultiThread(), multAndSet, const UT_VectorT< T > &, a, const UT_VectorT< T > &, b) void multAndSetPartial(const UT_VectorT< T > &a

void	multSetAndDotUpTo (const UT_VectorT< T > &a, const UT_VectorT< T > &b, fpreal64 *dot_aba, exint dotlimit)

	THREADED_METHOD2 (UT_VectorT< T >, shouldMultiThread(), divAndSet, const UT_VectorT< T > &, a, const UT_VectorT< T > &, b) void divAndSetPartial(const UT_VectorT< T > &a

	THREADED_METHOD1 (UT_VectorT< T >, shouldMultiThread(), safeInvertAndSet, const UT_VectorT< T > &, a) void safeInvertAndSetPartial(const UT_VectorT< T > &a

	THREADED_METHOD1 (UT_VectorT< T >, shouldMultiThread(), invertAndSet, const UT_VectorT< T > &, a) void invertAndSetPartial(const UT_VectorT< T > &a

T	dot (const UT_VectorT< T > &v) const

	THREADED_METHOD1 (UT_VectorT< T >, shouldMultiThread(), copyFrom, const UT_VectorT< T > &, v) void copyFromPartial(const UT_VectorT< T > &v
	Multithreaded copy. operator= uses this. More...

UT_VectorT &	operator= (const UT_VectorT< T > &v)

UT_VectorT &	operator+= (const UT_VectorT< T > &v)

UT_VectorT &	operator-= (const UT_VectorT< T > &v)

UT_VectorT &	operator*= (const UT_VectorT< T > &v)
	Componentwise multiplication & division. More...

UT_VectorT &	operator/= (const UT_VectorT< T > &v)

UT_VectorT &	operator*= (T scalar)
	Scalar multiplication and division. More...

UT_VectorT &	operator/= (T scalar)

bool	isEqual (const UT_VectorT< T > &v, int64 ulps)

std::ostream &	save (std::ostream &os) const
	Output. More...

T *	getData () const

bool	hasNan () const

UT_API void	testForNan () const

template<>
void	constant (exint nl, exint nh, fpreal32 c)

template<>
void	constant (exint nl, exint nh, int32 c)

template<>
void	constant (exint nl, exint nh, fpreal32 c)

template<>
void	constant (exint nl, exint nh, int32 c)

template<>
void	negPartial (const UT_JobInfo &info)

template<>
UT_VectorT< fpreal32 > &	operator+= (const UT_VectorT< fpreal32 > &v)

template<>
UT_VectorT< fpreal32 > &	operator-= (const UT_VectorT< fpreal32 > &v)

template<>
UT_VectorT< fpreal32 > &	operator*= (const UT_VectorT< fpreal32 > &v)

template<>
UT_VectorT< fpreal32 > &	operator/= (const UT_VectorT< fpreal32 > &v)

template<>
UT_VectorT< fpreal32 > &	operator*= (fpreal32 scalar)

template<>
UT_VectorT< fpreal32 > &	operator/= (fpreal32 scalar)

Public Attributes
const UT_JobInfo &	info

const UT_VectorT< T > &	v

const UT_VectorT< T > const UT_JobInfo &	info

const UT_VectorT< T > &	b

Protected Member Functions
	THREADED_METHOD2_CONST (UT_VectorT, shouldMultiThread(), normInternal, fpreal64 , result, int, type) void normInternalPartial(fpreal64 result

	THREADED_METHOD2_CONST (UT_VectorT, shouldMultiThread(), distance2Internal, fpreal64 , result, const UT_VectorT< T > &, v) void distance2InternalPartial(fpreal64 result

	THREADED_METHOD2_CONST (UT_VectorT, shouldMultiThread(), dotInternal, fpreal64 , result, const UT_VectorT< T > &, v) void dotInternalPartial(fpreal64 result
	A multithreaded dot method. More...

	THREADED_METHOD3 (UT_VectorT, shouldMultiThread(), addScaledVecNorm2Internal, T, s, const UT_VectorT< T > &, v, fpreal64 *, norm2) void addScaledVecNorm2InternalPartial(T s

	THREADED_METHOD4 (UT_VectorT, shouldMultiThread(), addScaledVecNorm2UpToInternal, T, s, const UT_VectorT< T > &, v, fpreal64 *, norm2, exint, normlimit) void addScaledVecNorm2UpToInternalPartial(T s

	THREADED_METHOD4 (UT_VectorT< T >, shouldMultiThread(), multSetAndDotUpToInternal, const UT_VectorT< T > &, a, const UT_VectorT< T > &, b, fpreal64 *, dot_aba, exint, dotlimit) void multSetAndDotUpToInternalPartial(const UT_VectorT< T > &a

	THREADED_METHOD3 (UT_VectorT, nh-nl > 4999, constantInternal, exint, nl, exint, nh, T, c)

void	constantInternalPartial (exint nl, exint nh, T c, const UT_JobInfo &info)

Protected Attributes
int	type

int const UT_JobInfo &info	const

const UT_VectorT< T > const UT_JobInfo &info	const

const UT_VectorT< T > fpreal64 *	norm2

const UT_VectorT< T > fpreal64 const UT_JobInfo &	info

const UT_VectorT< T > fpreal64 exint	normlimit

const UT_VectorT< T > fpreal64 exint const UT_JobInfo &	info

const UT_VectorT< T > fpreal64 *	dot_aba

const UT_VectorT< T > fpreal64 exint	dotlimit

Static Protected Attributes
static const exint	PARALLEL_BLOCK_SIZE = 1024

Friends
std::ostream &	operator<< (std::ostream &os, const UT_VectorT< T > &v)

Detailed Description

template<typename T>
class UT_VectorT< T >

Definition at line 29 of file GA_NUBBasis.h.

Member Typedef Documentation

template<typename T>

typedef T UT_VectorT< T >::value_type

Definition at line 35 of file UT_Vector.h.

Constructor & Destructor Documentation

template<typename T>

UT_VectorT< T >::UT_VectorT ( )

inline

Input the index range [nl..nh].

Definition at line 38 of file UT_Vector.h.

template<typename T >

UT_VectorT< T >::UT_VectorT	(	exint	nl,
		exint	nh
	)

Definition at line 29 of file UT_VectorImpl.h.

template<typename T>

UT_VectorT< T >::UT_VectorT ( const UT_VectorT< T > & v )

Definition at line 37 of file UT_VectorImpl.h.

template<typename T >

UT_VectorT< T >::~UT_VectorT ( )

Definition at line 46 of file UT_VectorImpl.h.

Member Function Documentation

template<typename T>

void UT_VectorT< T >::addScaledVecNorm2	(	T	s,
		const UT_VectorT< T > &	v,
		fpreal64 *	norm2
	)

Add scaled vector and compute the squared L2 norm.

Definition at line 496 of file UT_VectorImpl.h.

template<typename T>

void UT_VectorT< T >::addScaledVecNorm2UpTo	(	T	s,
		const UT_VectorT< T > &	v,
		fpreal64 *	norm2,
		exint	normlimit
	)

Add scaled vector and compute the squared L2 norm, but only using components up to (but excluding) index normlimit for the norm computation.

Definition at line 555 of file UT_VectorImpl.h.

template<typename T >

void UT_VectorT< T >::assign	(	const fpreal32 *	data,
		exint	nl,
		exint	nh
	)

Assign from a float array into the designated subvector, performing a deep copy.

Definition at line 84 of file UT_VectorImpl.h.

template<typename T >

void UT_VectorT< T >::assign	(	const fpreal64 *	data,
		exint	nl,
		exint	nh
	)

Definition at line 92 of file UT_VectorImpl.h.

template<typename T >

void UT_VectorT< T >::changeNL ( exint nl )

Change the low index, and the high index will adjust itself.

Definition at line 260 of file UT_VectorImpl.h.

template<typename T>

void UT_VectorT< T >::constant ( T c )

inline

Initialize to the given constant.

Definition at line 63 of file UT_Vector.h.

template<typename T>

void UT_VectorT< T >::constant	(	exint	nl,
		exint	nh,
		T	c
	)

Definition at line 196 of file UT_VectorImpl.h.

template<>

void UT_VectorT< fpreal32 >::constant	(	exint	nl,
		exint	nh,
		fpreal32	c
	)

Definition at line 177 of file UT_VectorImpl.h.

template<>

void UT_VectorT< int32 >::constant	(	exint	nl,
		exint	nh,
		int32	c
	)

Definition at line 186 of file UT_VectorImpl.h.

template<>

void UT_VectorT< fpreal32 >::constant	(	exint	nl,
		exint	nh,
		fpreal32	c
	)

inline

template<>

void UT_VectorT< int32 >::constant	(	exint	nl,
		exint	nh,
		int32	c
	)

inline

template<typename T>

void UT_VectorT< T >::constantInternalPartial	(	exint	nl,
		exint	nh,
		T	c,
		const UT_JobInfo &	info
	)

protected

Definition at line 161 of file UT_VectorImpl.h.

template<typename T>

T UT_VectorT< T >::distance2 ( const UT_VectorT< T > & v ) const

Definition at line 383 of file UT_VectorImpl.h.

template<typename T>

T UT_VectorT< T >::dot ( const UT_VectorT< T > & v ) const

Definition at line 899 of file UT_VectorImpl.h.

template<typename T>

T* UT_VectorT< T >::getData ( ) const

inline

Definition at line 240 of file UT_Vector.h.

template<typename T>

exint UT_VectorT< T >::getNH ( ) const

inline

Get the high index.

Definition at line 82 of file UT_Vector.h.

template<typename T>

exint UT_VectorT< T >::getNL ( ) const

inline

Get the low index.

Definition at line 79 of file UT_Vector.h.

template<typename T >

void UT_VectorT< T >::getPartialBlockRange	(	exint &	startblock,
		exint &	endblock,
		const exint	blocksize,
		const UT_JobInfo &	info
	)		const

Determines the [startblock,endblock) interval that should be worked on, where block 0 starts at myNL and all blocks are blocksize long, except possibly the last.

Definition at line 139 of file UT_VectorImpl.h.

template<typename T >

void UT_VectorT< T >::getPartialRange	(	exint &	start,
		exint &	end,
		const UT_JobInfo &	info
	)		const

Determines the [start,end) interval that should be worked on.

Definition at line 129 of file UT_VectorImpl.h.

template<typename T >

void UT_VectorT< T >::getSubvector2	(	UT_Vector2 &	v,
		exint	idx
	)		const

These methods allow one to read out and write into subvectors of UT_Vector using our other vector classes. Keep in mind that the usual UT_Vector? methods are 0 based, while this class is usually 1 based.

Definition at line 206 of file UT_VectorImpl.h.

template<typename T >

void UT_VectorT< T >::getSubvector3	(	UT_Vector3 &	v,
		exint	idx
	)		const

Definition at line 222 of file UT_VectorImpl.h.

template<typename T >

void UT_VectorT< T >::getSubvector4	(	UT_Vector4 &	v,
		exint	idx
	)		const

Definition at line 240 of file UT_VectorImpl.h.

template<typename T >

bool UT_VectorT< T >::hasNan ( ) const

Definition at line 968 of file UT_VectorImpl.h.

template<typename T >

void UT_VectorT< T >::init	(	exint	nl,
		exint	nh
	)

Initialize nl, nh and allocate space.

Definition at line 100 of file UT_VectorImpl.h.

template<typename T>

bool UT_VectorT< T >::isEqual	(	const UT_VectorT< T > &	v,
		int64	ulps
	)

Equals upls is the number of representable fpreal64's to accept between each individual component. If you deal in fpreal32's and assign into this fpreal64 class, then you will want a ulps that is scaled by 2^32. eg. for 50upls at fpreal32 precision, you will need 50*2^32 or approximately 1e+11.

Definition at line 954 of file UT_VectorImpl.h.

template<typename T>

int UT_VectorT< T >::isInit ( ) const

inline

Definition at line 54 of file UT_Vector.h.

template<typename T>

exint UT_VectorT< T >::length ( void ) const

inline

Get dimension of this vector.

Definition at line 85 of file UT_Vector.h.

template<typename T>

void UT_VectorT< T >::multSetAndDotUpTo	(	const UT_VectorT< T > &	a,
		const UT_VectorT< T > &	b,
		fpreal64 *	dot_aba,
		exint	dotlimit
	)

Multiply two sources together, save to this. Requires that three vectors already have the same size. Computes dot(a*b, a) This strange seeming pair is useful for jacobian preconditioners.

Definition at line 667 of file UT_VectorImpl.h.

template<typename T >

void UT_VectorT< T >::negPartial ( const UT_JobInfo & info )

Negate.

Definition at line 429 of file UT_VectorImpl.h.

template<>

void UT_VectorT< fpreal32 >::negPartial ( const UT_JobInfo & info )

inline

Definition at line 986 of file UT_VectorImpl.h.

template<typename T >

T UT_VectorT< T >::norm ( int type = 2 ) const

Lp-norm type: 0 L-infinity norm (ie. max abs) 1 L1-norm (ie. sum of abs) 2 L2-norm (ie. Euclidean distance)

Definition at line 271 of file UT_VectorImpl.h.

template<typename T>

T UT_VectorT< T >::norm2 ( ) const

Square of L2-norm.

template<typename T>

T& UT_VectorT< T >::operator() ( exint i )

inline

For retrieving data.

Definition at line 115 of file UT_Vector.h.

template<typename T>

T UT_VectorT< T >::operator() ( exint i ) const

inline

Definition at line 120 of file UT_Vector.h.

template<typename T>

UT_VectorT< T > & UT_VectorT< T >::operator*= ( const UT_VectorT< T > & v )

Componentwise multiplication & division.

Definition at line 852 of file UT_VectorImpl.h.

template<typename T>

UT_VectorT< T > & UT_VectorT< T >::operator*= ( T scalar )

Scalar multiplication and division.

Definition at line 874 of file UT_VectorImpl.h.

template<>

UT_VectorT< fpreal32 > & UT_VectorT< fpreal32 >::operator*= ( const UT_VectorT< fpreal32 > & v )

inline

Definition at line 1203 of file UT_VectorImpl.h.

template<>

UT_VectorT< fpreal32 > & UT_VectorT< fpreal32 >::operator*= ( fpreal32 scalar )

inline

Definition at line 1219 of file UT_VectorImpl.h.

template<typename T>

UT_VectorT< T > & UT_VectorT< T >::operator+= ( const UT_VectorT< T > & v )

Definition at line 830 of file UT_VectorImpl.h.

template<>

UT_VectorT< fpreal32 > & UT_VectorT< fpreal32 >::operator+= ( const UT_VectorT< fpreal32 > & v )

inline

Definition at line 1187 of file UT_VectorImpl.h.

template<typename T>

UT_VectorT< T > & UT_VectorT< T >::operator-= ( const UT_VectorT< T > & v )

Definition at line 841 of file UT_VectorImpl.h.

template<>

UT_VectorT< fpreal32 > & UT_VectorT< fpreal32 >::operator-= ( const UT_VectorT< fpreal32 > & v )

inline

Definition at line 1195 of file UT_VectorImpl.h.

template<typename T>

UT_VectorT< T > & UT_VectorT< T >::operator/= ( const UT_VectorT< T > & v )

Definition at line 863 of file UT_VectorImpl.h.

template<typename T>

UT_VectorT< T > & UT_VectorT< T >::operator/= ( T scalar )

Definition at line 886 of file UT_VectorImpl.h.

template<>

UT_VectorT< fpreal32 > & UT_VectorT< fpreal32 >::operator/= ( const UT_VectorT< fpreal32 > & v )

inline

Definition at line 1211 of file UT_VectorImpl.h.

template<>

UT_VectorT< fpreal32 > & UT_VectorT< fpreal32 >::operator/= ( fpreal32 scalar )

inline

Definition at line 1227 of file UT_VectorImpl.h.

template<typename T>

UT_VectorT< T > & UT_VectorT< T >::operator= ( const UT_VectorT< T > & v )

Operators NOTE: operator= requires the destination be a matching size and layout!

Definition at line 807 of file UT_VectorImpl.h.

template<typename T >

std::ostream & UT_VectorT< T >::save ( std::ostream & os ) const

Output.

Definition at line 942 of file UT_VectorImpl.h.

template<typename T>

void UT_VectorT< T >::setShallowNH ( exint nh )

inline

Definition at line 112 of file UT_Vector.h.

template<typename T>

void UT_VectorT< T >::setShallowNL ( exint nl )

inline

Change the indices in a very shallow manner, i.e. simply change the index without shifting the data. This is highly dangerous, yet very useful if used with care.

Definition at line 111 of file UT_Vector.h.

template<typename T >

void UT_VectorT< T >::setSubvector2	(	exint	idx,
		const UT_Vector2 &	v
	)

Definition at line 214 of file UT_VectorImpl.h.

template<typename T >

void UT_VectorT< T >::setSubvector3	(	exint	idx,
		const UT_Vector3 &	v
	)

Definition at line 231 of file UT_VectorImpl.h.

template<typename T >

void UT_VectorT< T >::setSubvector4	(	exint	idx,
		const UT_Vector4 &	v
	)

Definition at line 250 of file UT_VectorImpl.h.

template<typename T>

bool UT_VectorT< T >::shouldMultiThread ( ) const

inline

Determines if we have a large enough vector to make micro threading worthwhile. Experimentation shows with 4 procs on NT, 5000 is a cut off for good behaviour on the simplistic addScaledVec method.

Definition at line 91 of file UT_Vector.h.

template<typename T>

void UT_VectorT< T >::subvector	(	const UT_VectorT< T > &	v,
		exint	nl,
		exint	nh
	)

Steal from another vector, resulting vector has origin at 1.

Definition at line 54 of file UT_VectorImpl.h.

template<typename T>

UT_API void UT_VectorT< T >::testForNan ( ) const

template<typename T>

UT_VectorT< T >::THREADED_METHOD1	(	UT_VectorT< T >	,
		shouldMultiThread()	,
		negPlus	,
		const UT_VectorT< T > &	,
		v
	)		const

template<typename T>

UT_VectorT< T >::THREADED_METHOD1	(	UT_VectorT< T >	,
		shouldMultiThread()	,
		safeInvertAndSet	,
		const UT_VectorT< T > &	,
		a
	)		const

Inverts the source and saves to this. Requires that the vectors match.

template<typename T>

UT_VectorT< T >::THREADED_METHOD1	(	UT_VectorT< T >	,
		shouldMultiThread()	,
		invertAndSet	,
		const UT_VectorT< T > &	,
		a
	)		const

template<typename T>

UT_VectorT< T >::THREADED_METHOD1	(	UT_VectorT< T >	,
		shouldMultiThread()	,
		copyFrom	,
		const UT_VectorT< T > &	,
		v
	)		const

Multithreaded copy. operator= uses this.

template<typename T>

UT_VectorT< T >::THREADED_METHOD2	(	UT_VectorT< T >	,
		nh-	nl,
		4999	,
		zero	,
		exint	,
		nl	,
		exint	,
		nh
	)

template<typename T>

UT_VectorT< T >::THREADED_METHOD2	(	UT_VectorT< T >	,
		shouldMultiThread()	,
		addScaledVec	,
		T	,
		s	,
		const UT_VectorT< T > &	,
		v
	)

Add scaled vector.

template<typename T>

UT_VectorT< T >::THREADED_METHOD2	(	UT_VectorT< T >	,
		shouldMultiThread()	,
		scaleAddVec	,
		T	,
		s	,
		const UT_VectorT< T > &	,
		v
	)

Scale itself then add vector.

template<typename T>

UT_VectorT< T >::THREADED_METHOD2	(	UT_VectorT< T >	,
		shouldMultiThread()	,
		multAndSet	,
		const UT_VectorT< T > &	,
		a	,
		const UT_VectorT< T > &	,
		b
	)		const

Multiply two sources together, save to this. Requires that three vectors already have the same size.

template<typename T>

UT_VectorT< T >::THREADED_METHOD2	(	UT_VectorT< T >	,
		shouldMultiThread()	,
		divAndSet	,
		const UT_VectorT< T > &	,
		a	,
		const UT_VectorT< T > &	,
		b
	)		const

Divides two sources together, save to this. Requires that three vectors already have the same size.

template<typename T>

UT_VectorT< T >::THREADED_METHOD2_CONST	(	UT_VectorT< T >	,
		shouldMultiThread()	,
		normInternal	,
		fpreal64 *	,
		result	,
		int	,
		type
	)

protected

A multithreaded norm function that returns the non-normalized norm (Ie, squared in the L2 case.) and is mulithreaded.

template<typename T>

UT_VectorT< T >::THREADED_METHOD2_CONST	(	UT_VectorT< T >	,
		shouldMultiThread()	,
		distance2Internal	,
		fpreal64 *	,
		result	,
		const UT_VectorT< T > &	,
		v
	)

protected

template<typename T>

UT_VectorT< T >::THREADED_METHOD2_CONST	(	UT_VectorT< T >	,
		shouldMultiThread()	,
		dotInternal	,
		fpreal64 *	,
		result	,
		const UT_VectorT< T > &	,
		v
	)

protected

A multithreaded dot method.

template<typename T>

UT_VectorT< T >::THREADED_METHOD3	(	UT_VectorT< T >	,
		shouldMultiThread()	,
		addScaledVecNorm2Internal	,
		T	,
		s	,
		const UT_VectorT< T > &	,
		v	,
		fpreal64 *	,
		norm2
	)

protected

template<typename T>

UT_VectorT< T >::THREADED_METHOD3	(	UT_VectorT< T >	,
		nh-	nl,
		4999	,
		constantInternal	,
		exint	,
		nl	,
		exint	,
		nh	,
		T	,
		c
	)

protected

template<typename T>

UT_VectorT< T >::THREADED_METHOD4	(	UT_VectorT< T >	,
		shouldMultiThread()	,
		addScaledVecNorm2UpToInternal	,
		T	,
		s	,
		const UT_VectorT< T > &	,
		v	,
		fpreal64 *	,
		norm2	,
		exint	,
		normlimit
	)

protected

template<typename T>

UT_VectorT< T >::THREADED_METHOD4	(	UT_VectorT< T >	,
		shouldMultiThread()	,
		multSetAndDotUpToInternal	,
		const UT_VectorT< T > &	,
		a	,
		const UT_VectorT< T > &	,
		b	,
		fpreal64 *	,
		dot_aba	,
		exint	,
		dotlimit
	)		const