Fiber::Expression< Operator > Struct Template Reference

#include <Expression.hpp>

Static Public Member Functions
template<class Data >
static void	unary (const Iterator< Data > &p)
template<class Data >
static void	unary (Operator &Op, const Iterator< Data > &p)
template<int C, class Data >
static void	unary (const Iterator< FixedArray< Data, C > > &p)
template<class Data , class Data2 >
static void	binary (const Iterator< Data > &p, const Iterator< Data2 > &q)
template<class Data , class Data1 , class Data2 >
static void	ternary (const Iterator< Data > &p, const Iterator< Data1 > &q, const Iterator< Data2 > &r)
template<int C, class Data , class Data1 , class Data2 >
static void	ternary (const Iterator< FixedArray< Data, C > > &p, const Iterator< FixedArray< Data1, C > > &q, const Iterator< FixedArray< Data2, C > > &r)

Detailed Description

template<class Operator>
struct Fiber::Expression< Operator >

Todo:

Complete Iterator implementation for passing-Operator version

Member Function Documentation

ternary()

template<class Operator >

template<class Data , class Data1 , class Data2 >

static void Fiber::Expression< Operator >::ternary ( const Iterator< Data > &  p, const Iterator< Data1 > &  q, const Iterator< Data2 > &  r  )

inlinestatic

Todo:

This function should really have the signature

static  void ternary(index_t N, const Iterator<Data>&p, const Iterator<const Data1>&q, const Iterator<const Data2>&r)

but that will require that const Iterator types are implemented. This Iterator<const T> specialization is deferred for now, thus no constant elemnts are supported at the moment.

References Fiber::HyperslabParameters::count().