stapl::kla_detail::neighbor_operator_apply< reinvoke_behavior::upto_k, VertexOp, NeighborOp > Struct Template Reference

Functor to visit the target vertex with the user provided neighbor-operator. More...

Public Member Functions
template<typename... Args>
	neighbor_operator_apply (Args &&... args)
template<typename Vertex >
bool	propagation_condition (Vertex &&) const
	Condition to determine if a vertex operator should be invoked on the same vertex after the neighbor operator. In this case, we only consider the KLA superstep condition. More...
void	operator() (Graph *graph, Vertex &&target) const
NeighborOp const &	neighbor_op () const
VertexOp const &	vertex_op () const

Public Types
typedef neighbor_operator_apply_base< VertexOp, NeighborOp, neighbor_operator_apply< reinvoke_behavior::upto_k, VertexOp, NeighborOp > >	base_type
using	result_type = void

Detailed Description

template<typename VertexOp, typename NeighborOp>
struct stapl::kla_detail::neighbor_operator_apply< reinvoke_behavior::upto_k, VertexOp, NeighborOp >

Functor to visit the target vertex with the user provided neighbor-operator.

This is a facade for

See also

neighbor_operator_apply_base where the trigger for propagation is only if the level criterion is met (i.e., revisitation will be in the same KLA superstep).

Template Parameters

VertexOp	Type of the user provided vertex-operator.
NeighborOp	Type of the user provided neighbor-operator.

Member Function Documentation

propagation_condition()

template<typename VertexOp , typename NeighborOp >

template<typename Vertex >

bool stapl::kla_detail::neighbor_operator_apply< reinvoke_behavior::upto_k, VertexOp, NeighborOp >::propagation_condition

(

Vertex &&

)

const

Condition to determine if a vertex operator should be invoked on the same vertex after the neighbor operator. In this case, we only consider the KLA superstep condition.

Parameters

target

The vertex that was sucessfully visited

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

• neighbor_operator.hpp