class TinyVector: public TVector, protected TinyMemBlock<T_value, N>

TinyVector<T,N> is a tiny vector of type T with N elements.

Inheritance:

Public

T_value value_t

define typedef value_t

storage_t

define typedef storage_t

TVector structure_t

define typedef structure_

vector_t

define typedef vector_t

this_t

define typedef vector_t

Explanation

Example

constructor(s), destructor

set/get member

Looped Vector operation

Range operation

transposition

alias operators needed for compatibility with matlab

contractions operators: sum, min, max

mathematical operators returning a scalar

Private Fields

value_t* my_d

a pointer to the data (almost)

Inherited from TVector:

Public

Constructor(s), Destructors(s)

operations on profil

Access to element

TVectorIterator iterator_t

public members

Protected

protected constructors

protected members

Private Fields

size_t my_data_length

Bool my_profil_is_set

Bool my_matrix_is_factored

VectorUInt my_diag

VectorUInt my_haut

Index my_n

Private Methods

Index map( Index const& i, Index const& j ) const

Index map_fast( Index const& i, Index const& j ) const

Inherited from TinyMemBlock:

Public

public member

protected members, get/set

protected members, assign/copy

protected members, assign/copy via metaprogramming

Private Fields

value_t my_b[N]

T_value value_t

define typedef value_t

storage_t

define typedef storage_t

TVector structure_t

define typedef structure_

vector_t

define typedef vector_t

this_t

define typedef vector_t

Explanation

TinyVector<T,N> is a tiny vector of type T with N elements. It should be noted that there is no default value for T and N. This TinyVector<T,N> can't be resized.

Example

see \verb| sl++/test/tinyvec_test.cc|

constructor(s), destructor

explicit TinyVector()

default constructor

explicit TinyVector( value_t v)

constructor: initialize to value

vector_t& resize( Index const n )

resize a vector to rows, will raise an exception if n!=N

vector_t& reshape( Index const n )

resize to rows, will raise an exception if n!=N

~TinyVector()

default destructor

set/get member

const* const_base() const

const base, must be exported as it is a protected member of storage_t

const* const_data() const

const data

value_t& get( Index const i )

set a reference at

value_t& getI()

set a reference at

value_t get( Index const i ) const

get value at

value_t getI() const

get value at

value_t& operator() ( Index const i )

set a reference at index control enable

value_t operator() ( Index const i ) const

get value at , index control enable

value_t& operator[] ( Index const i )

set a reference at index control enable

value_t operator[] ( Index const i ) const

get value at , index control enable

Looped Vector operation

operator() ( LoopIndex const& l )

transform a Vector(LoopIndex) into a View1<Vector,LoopIndex> PA: please don't use the meta::Expr<build_t>(build_t(*this,...)) syntax. We need a non meta::Expr<> form in the lhs expressions

Range operation

operator() ( TinyRange<RB, RE, RS> const& r )

transform a Vector(Range) into a AddRef<Vector,Range> PA: please don't use the meta::Expr<build_t>(build_t(*this,...)) syntax. We need a non meta::Expr<> form in the lhs expressions

transposition

transpose()

Transpose member function PA: please don't use the meta::Expr<build_t>(build_t(*this,...)) syntax. We need a non meta::Expr<> form in the lhs expressions

alias operators needed for compatibility with matlab

Index n() const

alias for rows()

Index p() const

alias for cols()

contractions operators: sum, min, max

value_t sum()

compute the sum of all elements

mathematical operators returning a scalar

value_t min()

find the minimum

value_t max()

find the maximum

value_t norm2()

compute norm

value_t norm1()

compute norm

value_t* my_d

a pointer to the data (almost)

This class has no child classes.

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