xor_combine< _Engine1, _S1, _Engine2, _S2 > Class Template Reference

Public Types
typedef xor_combine< _Engine1, _S1, _Engine2, _S2 >	_Myt
typedef _Engine1	base1_type
typedef _Engine2	base2_type
typedef _Engine1::result_type	_Eres1
typedef _Engine1::result_type	_Eres2

Public Member Functions
	while (_Mx!=0)

Public Attributes
	_Min = (_Ax ^ _Cx) << _SS
	_Mx
	_Ax = (_Eng1.min)() << (_S1 - _SS)
	_Bx = (_Eng1.max)() << (_S1 - _SS)
	_Cx = (_Eng2.min)() << (_S2 - _SS)
	_Dx = (_Eng2.max)() << (_S2 - _SS)
	_Max = (_Bx ^ _Dx) << _SS
_Engine1	_Eng1
_Engine2	_Eng2
result_type	_Min
result_type	_Max

Member Typedef Documentation

template<class _Engine1, int _S1, class _Engine2, int _S2>

typedef _Engine1::result_type xor_combine< _Engine1, _S1, _Engine2, _S2 >::_Eres1

template<class _Engine1, int _S1, class _Engine2, int _S2>

typedef _Engine1::result_type xor_combine< _Engine1, _S1, _Engine2, _S2 >::_Eres2

template<class _Engine1, int _S1, class _Engine2, int _S2>

typedef xor_combine<_Engine1, _S1, _Engine2, _S2> xor_combine< _Engine1, _S1, _Engine2, _S2 >::_Myt

template<class _Engine1, int _S1, class _Engine2, int _S2>

typedef _Engine1 xor_combine< _Engine1, _S1, _Engine2, _S2 >::base1_type

template<class _Engine1, int _S1, class _Engine2, int _S2>

typedef _Engine2 xor_combine< _Engine1, _S1, _Engine2, _S2 >::base2_type

Member Function Documentation

template<class _Engine1, int _S1, class _Engine2, int _S2>

xor_combine< _Engine1, _S1, _Engine2, _S2 >::while ( _Mx!  = 0 )

inline

            {   // loop through bits
            if (!(_Mx & _Bx & _Dx))
                ;
            else if (_Ax <= (_Temp = (_Bx - _Mx) | (_Mx - 1)))
                _Bx = _Temp;
            else if (_Cx <= (_Temp = (_Dx - _Mx) | (_Mx - 1)))
                _Dx = _Temp;
            _Mx >>= 1;
            }

Member Data Documentation

template<class _Engine1, int _S1, class _Engine2, int _S2>

xor_combine< _Engine1, _S1, _Engine2, _S2 >::_Ax = (_Eng1.min)() << (_S1 - _SS)

template<class _Engine1, int _S1, class _Engine2, int _S2>

xor_combine< _Engine1, _S1, _Engine2, _S2 >::_Bx = (_Eng1.max)() << (_S1 - _SS)

template<class _Engine1, int _S1, class _Engine2, int _S2>

xor_combine< _Engine1, _S1, _Engine2, _S2 >::_Cx = (_Eng2.min)() << (_S2 - _SS)

template<class _Engine1, int _S1, class _Engine2, int _S2>

xor_combine< _Engine1, _S1, _Engine2, _S2 >::_Dx = (_Eng2.max)() << (_S2 - _SS)

template<class _Engine1, int _S1, class _Engine2, int _S2>

_Engine1 xor_combine< _Engine1, _S1, _Engine2, _S2 >::_Eng1

template<class _Engine1, int _S1, class _Engine2, int _S2>

_Engine2 xor_combine< _Engine1, _S1, _Engine2, _S2 >::_Eng2

template<class _Engine1, int _S1, class _Engine2, int _S2>

xor_combine< _Engine1, _S1, _Engine2, _S2 >::_Max = (_Bx ^ _Dx) << _SS

template<class _Engine1, int _S1, class _Engine2, int _S2>

result_type xor_combine< _Engine1, _S1, _Engine2, _S2 >::_Max

template<class _Engine1, int _S1, class _Engine2, int _S2>

xor_combine< _Engine1, _S1, _Engine2, _S2 >::_Min = (_Ax ^ _Cx) << _SS

template<class _Engine1, int _S1, class _Engine2, int _S2>

result_type xor_combine< _Engine1, _S1, _Engine2, _S2 >::_Min

template<class _Engine1, int _S1, class _Engine2, int _S2>

xor_combine< _Engine1, _S1, _Engine2, _S2 >::_Mx

Initial value:

= (numeric_limits<result_type>::max)()
            - ((numeric_limits<result_type>::max)() >> 1)

---

The documentation for this class was generated from the following file:

• VS2013/inc/random