Functional Definition of

Collaboration diagram for Functional Definition of:

Namespaces
	stapl::skeletons::skeletons_impl
	This class abstracts the semantics of a reduce to location skeleton by exposing only the necessary information in its representation.

Classes
struct	stapl::skeletons::skeletons_impl::allgather< T, Span, Tag >
	This class abstracts the semantics of an allgather skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::allgather< T, Span, tags::reverse_butterfly< B > >
	This class abstracts the semantics of an allgather skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::allreduce< Op, Span, Tag >
	This class abstracts the semantics of an allreduce skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::allreduce< Op, Span, tags::butterfly< false > >
	This class abstracts the semantics of a butterfly-based allreduce skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::allreduce< Op, Span, tags::reverse_butterfly< B > >
	This class abstracts the semantics of a reverse-butterfly-based allreduce skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::alltoall< T, Span, skeletons::tags::butterfly< false > >
	This class abstracts the semantics of an alltoall skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::alltoall< T, Span, tags::flat >
	This class abstracts the semantics of a flat alltoall skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::alltoall< T, Span, tags::hybrid >
	This class abstracts the semantics of a hybrid alltoall skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::alltoall< T, Span, tags::pairwise_exchange >
	This class abstracts the semantics of a hybrid alltoall skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::binary_tree< Op, Flows, Span, Tag, true >
	This class abstracts the semantics of a complete binary tree by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::binary_tree< Op, Flows, Span, Tag, false >
	This class abstracts the semantics of a non-complete binary tree by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::bitreversal< Span >
	This class abstracts the semantics of an bitreversal skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::broadcast< Op, Flows, Span, Tag, SetResult >
	This class abstracts the semantics of a broadcast skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::butterfly< Op, is_pos_aware, is_reversed, Filter, Flows, Span >
	This class abstracts the semantics of a butterfly skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::expand_from_pow_two< Op, Span, pos_aware, Filter, SetResult >
	This class abstracts the semantics of an expansion skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::fft< T, Span, Tag >
	This class abstracts the semantics of an FFT skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::fft< T, Span, tags::dif >
	This class abstracts the semantics of a Decimation In Frequency (DIF) FFT skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::fft< T, Span, tags::dit >
	This class abstracts the semantics of a Decimation In Time (DIT) FFT skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::gather< T, Span, Tag >
	This class abstracts the semantics of a gather skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::notify_map< Op, NotifCount, Span, Flows, Filter >
	This class abstracts the semantics of a notify_map skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::pointer_jumping< Op, Flows >
	This class abstracts the semantics of pointer jumping skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::reduce_to_pow_two< Op, Span >
	This class abstracts the semantics of a reduce to power-of-two skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::reverse_binary_tree< Op, Flows, Span, Tag, true, Filter, isPositionAware, SetResult >
	This class abstracts the semantics of a reverse binary tree by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::reverse_binary_tree< Op, Flows, Span, Tag, false, Filter, isPositionAware, SetResult >
	This class abstracts the semantics of a non-complete binary tree by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::inclusive_scan< Op, tags::hillis_steele >
	Hillis Steele scan skeleton is a pointer-jumping based inclusive scan algorithm which has half the height of the scan algorithm in Joseph Jaja's book, but it performs operations and hence is not work optimal. More...
struct	stapl::skeletons::skeletons_impl::inclusive_scan< Op, tags::binomial >
	Binomial scan is one of the common implementations of MPI_Scan. More...
struct	stapl::skeletons::skeletons_impl::inclusive_scan< Op, tags::jaja >
	This scan skeleton is based on the algorithm given in An Introduction to Parallel Algorithms by Joseph Jaja, page 48. This algorithm's time complexity is . It consists of a reduction tree followed by a modified broadcast skeleton. This scan skeleton is an inclusive scan. More...
struct	stapl::skeletons::skeletons_impl::exclusive_scan< Op, T, tags::blelloch >
	Blelloch scan is an exclusive scan algorithm which is similar to the inclusive scan mentioned in Joseph Jaja's book (. More...
struct	stapl::skeletons::skeletons_impl::scatter< T, Span, Tag >
	This class abstracts the semantics of a scatter skeleton by exposing only the necessary information in its representation. A scatter skeleton is simply a reverse binary tree with an operation which splits the input into two halves. More...
struct	stapl::skeletons::skeletons_impl::serial< Op, i >
	This class abstracts the semantics of an serial skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::sink_value< Skeleton, ValueType, SkeletonTraits >
	This class abstracts the semantics of a sink_value skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::tree< PD, Arity, Flows, Span >
	This class abstracts the semantics of a k-ary tree by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::reverse_tree< PD, Arity, Flows, Span >
	This class abstracts the semantics of a reverse k-ary tree by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::zip< Arity, Op, SkeletonTraits >
	This class abstracts the semantics of a filtered zip skeleton by exposing only the necessary information in its representation. More...
struct	stapl::skeletons::skeletons_impl::zip_reduce< arity, ZipOp, RedOp >
	This class abstracts the semantics of a zip_reduce skeleton by exposing only the necessary information in its representation. More...

Detailed Description

Skeletons Internal Implementations.