SequenceAccumulateFunctors

Pre-defined functors as argument to the AccumulateSequence template. More...

AccumulateFoldExpressions
Accumulate Sequences with fold expressions.
template<class Seq >
using	Dune::ACFem::LogicalAnd = BoolConstant< logicalAnd(Seq{})>
template<class Seq >
using	Dune::ACFem::LogicalOr = BoolConstant< logicalOr(Seq{})>
template<class Seq >
using	Dune::ACFem::BitwiseAnd = Constant< typename Seq::value_type, bitwiseAnd(Seq{})>
template<class Seq >
using	Dune::ACFem::BitwiseOr = Constant< typename Seq::value_type, bitwiseOr(Seq{})>
template<class Seq >
using	Dune::ACFem::Sum = Constant< typename Seq::value_type, sum(Seq{})>
template<class Seq >
using	Dune::ACFem::Prod = Constant< typename Seq::value_type, prod(Seq{})>
template<class Seq >
using	Dune::ACFem::Min = Constant< typename Seq::value_type, min(Seq{})>
template<class Seq >
using	Dune::ACFem::Max = Constant< typename Seq::value_type, max(Seq{})>
template<class T , T... Ts>
constexpr bool	Dune::ACFem::logicalAnd (Sequence< T, Ts... >)
template<class T , T... Ts>
constexpr bool	Dune::ACFem::logicalOr (Sequence< T, Ts... >)
template<class T , T... Ts>
constexpr T	Dune::ACFem::bitwiseAnd (Sequence< T, Ts... >)
template<class T , T... Ts>
constexpr T	Dune::ACFem::bitwiseOr (Sequence< T, Ts... >)
template<class T , T... Ts>
constexpr T	Dune::ACFem::sum (Sequence< T, Ts... >)
template<class T , T... Ts>
constexpr T	Dune::ACFem::prod (Sequence< T, Ts... >)
template<class T , T... Ts>
constexpr T	Dune::ACFem::max (Sequence< T, Ts... >)
template<class T , T... Ts>
constexpr T	Dune::ACFem::min (Sequence< T, Ts... >)

Detailed Description

Pre-defined functors as argument to the AccumulateSequence template.