This reduce parametric dependency is one of the several possible parametric dependencies that can be used in reduction.
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| binomial_tree_pd (Op op) |
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template<typename... Args> |
| void | case_of (Args &&... args) const |
| | Dispatches the case_of request to the appropriate implementation based on the given tag.
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| template<typename Size , typename Coord , typename FlowIndex > |
| std::size_t | consumer_count (Size const &skeleton_size, Coord const &producer_coord, FlowIndex flow_index) const |
| | determines how many of the instances of this parametric dependency will be consuming from a producer with a given coordinate. This is a reverse query as compared to case_of. More...
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Op | get_op () const |
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template<typename Coord > |
| int | get_result_id (Coord const &, Coord const &) const |
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template<typename Coord , typename Span > |
| void | configure (Coord &&, Span &&) |
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| static constexpr std::size_t | in_port_size |
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static constexpr std::size_t | op_arity = 2 |
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template<typename Op, typename Tag>
class stapl::skeletons::skeletons_impl::binomial_tree_pd< Op, Tag >
This reduce parametric dependency is one of the several possible parametric dependencies that can be used in reduction.
This parametric dependency is used with tree in order to create reduction trees. Other possible choices for reduction dependence skeletons are right_binomial_tree_pd and left_binomial_tree_pd.
- Template Parameters
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| Op | the workfunction to be applied on each pair of elements |
| Tag | determines the type of the reduce parametric dependency |
- See also
- reduce
◆ consumer_count()
template<typename Op , typename Tag >
template<typename Size , typename Coord , typename FlowIndex >
determines how many of the instances of this parametric dependency will be consuming from a producer with a given coordinate. This is a reverse query as compared to case_of.
- Template Parameters
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| FlowIndex | the flow index to which this request is sent |
◆ in_port_size
template<typename Op , typename Tag >
Initial value:=
(std::is_same<Tag, tags::up_phase>::value ? 1 : 3)
The documentation for this class was generated from the following file: