Architecture independent algorithms

Functions
template<typename MA , typename MB , typename std::enable_if< HasMatrixIndexing< MA >::value &&HasMatrixIndexing< MB >::value, bool >::type = true>
void	transposeTo (MA &dst, const MB &src)
	Transpose a matrix.
template<typename M , typename V , typename std::enable_if< CompatibleStaticMatVecProduct< M, V >::value, bool >::type = true>
OutputVector< M, V >::type	dot (const M &m, const V &v)
	Matrix x Vector product.
template<typename MA , typename MB , typename std::enable_if< CompatibleStaticMatMatProduct< MA, MB >::value &&number_traits< typename traits< MA >::Scalar >::is_fixed, bool >::type = true>
OutputMatrix< MA, MB >::type	dot (const MA &ma, const MB &mb)
	Matrix x Matrix product.
template<typename MA , typename MB , typename RES , typename std::enable_if< CompatibleDynamicMatMatProduct< MA, MB >::value &&number_traits< typename traits< MA >::Scalar >::is_float, bool >::type = true>
void	dot (RES &&res, const MA &ma, const MB &mb)
	Matrix x Matrix product.
template<typename P >
Matrix< P, DYNAMIC, DYNAMIC, TMP_ALLOC >	mk_identity (const vector_length_t l)
	Create identity matrix.
template<typename P , int L>
Matrix< P, L, L, TMP_ALLOC >	mk_identity ()
	Create identity matrix.

Description

Algorithms written in an architecture independent way

Function Documentation

dot() [1/3]

OutputVector< M, V >::type dot ( const M &  m, const V &  v  )

inline

Matrix x Vector product.

Template Parameters

M	Any matrix type
V	Any vector type

Parameters

m	matrix.
v	vector.

Returns

The matrix x vector product

dot() [2/3]

OutputMatrix< MA, MB >::type dot ( const MA &  ma, const MB &  mb  )

inline

Matrix x Matrix product.

Template Parameters

MA	Any matrix type
MB	Any matrix type

Parameters

ma	Matrix.
mb	Matrix.

Returns

ma x mb matrix product

dot() [3/3]

void dot ( RES &&  res, const MA &  ma, const MB &  mb  )

inline

Matrix x Matrix product.

Template Parameters

MA	Any matrix type
MB	Any matrix type
RES	Any matrix type

Parameters

res	Output matrix. Result of ma x mb is written to this argument
ma	Matrix.
mb	Matrix.

Used in dynamic mode (dimension of matrix not know at build time) to avoid a memory allocation if the result matrix is already available (Enable to reuse the same matrix storage for the result in some algorithms)

mk_identity() [1/2]

Matrix< P, L, L, TMP_ALLOC > mk_identity

(

)

Create identity matrix.

Template Parameters

P	Datatype of matrix elements
L	Matrix dimension (L x L)

Returns

Identity matrix. It is a static matrix : size known at build time.

mk_identity() [2/2]

Matrix< P, DYNAMIC, DYNAMIC, TMP_ALLOC > mk_identity

(

const vector_length_t

l

)

Create identity matrix.

Template Parameters

P	Datatype of matrix elements

Parameters

l	Dimension of matrix (l x l)

Returns

Identity matrix. It is a dynamic matrix (size not know at build time)

transposeTo()

void transposeTo ( MA &  dst, const MB &  src  )

inline

Transpose a matrix.

Template Parameters

MA	Any matrix type
MB	Any matrix type

Parameters

dst	Destination matrix.
src	Source matrix.