class Vector

set/get member value_t& get( Index const i, Index const j ) set a reference at , value_t get( Index const i, Index const j ) const get value at , value_t& operator() ( Index const i, Index const j ) set a reference at , index control enable value_t operator() ( Index const i, Index const j ) const get value at , index control enable

TinyMatrix<value_t,N,P> op meta::Expr<T_expr> > this_t& operator=( meta::Expr<T_expr> const& e ) TinyMatrix Expr<T_expr>, different value, same structure

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

T_storage storage_t

define typedef storage_t

TVector structure_t

define typedef structure_t

TVectorIterator iterator_t

define typedef iterator_t

vector_t

define typedef vector_t

this_t

define typedef this_t

Explanation

sl::Vector<T,A> is a vector of type T. The number of element is dynamically allocated. The allocator A is, by default, sl::MemBlock<T>. It shoud be noted that the inehrithance from the allocator is protected.

Example(s)

see \verb| sl++/test/debug/vector.cc|

constructor(s), destructor explicit Vector() defaultconstructor explicit Vector( unsigned int length) constructor with size known Vector( unsigned int length, value_t v) constructor with size and an initialize to value ~Vector() default destructor

unary operation wrap_t operator+() operator+ wrap_t operator-() operator-

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 vector_t& resize( Index const n ) resize a vector to rows vector_t& reshape( Index const n ) resize to rows value_t& get( Index const i ) set a reference at value_t get( Index const i ) 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() ( Range 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

slrestrict my_d