Standard C++ Library Reference ISO/IEC (VERSION3)

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gslice::gslice

gslice();

gslice(size_t off,

const valarray<size_t> lenarr,

const valarray<size_t> incarr);

The default constructor stores zero for the starting index, and zero-length vectors for the length and stride

vectors. The second constructor stores off for the starting index, lenarr for the length vector, and

incarr for the stride vector.

gslice::size

const valarray<size_t> size() const;

The member function returns the stored length vector.

gslice::start

size_t start() const;

The member function returns the stored starting index.

gslice::stride

const valarray<size_t> stride() const;

The member function returns the stored stride vector.

gslice_array

template<class Ty>

class gslice_array {

public:

typedef Ty value_type;

void operator=(const valarray<Ty> right) const;

void operator=(const Ty& right) const;

void operator*=(const valarray<Ty> right) const;

void operator/=(const valarray<Ty> right) const;

void operator%=(const valarray<Ty> right) const;

void operator+=(const valarray<Ty> right) const;

void operator-=(const valarray<Ty> right) const;

void operator^=(const valarray<Ty> right) const;

void operator&=(const valarray<Ty> right) const;

void operator|=(const valarray<Ty> right) const;

void operator<<=(const valarray<Ty> right) const;

void operator>>=(const valarray<Ty> right) const;

private:

void gslice_array(); // not defined

void gslice_array(

const gslice_array&); // not defined