topo::topo::SpanningTreeStrategy_topoUnaware< Iterator, SpanningTreeVertex > Class Template Reference

Partial specialization when input is a container of SpanningTreeVertices. More...

#include <treeStrategy_topoUnaware.h>

Inheritance diagram for topo::topo::SpanningTreeStrategy_topoUnaware< Iterator, SpanningTreeVertex >:

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Collaboration diagram for topo::topo::SpanningTreeStrategy_topoUnaware< Iterator, SpanningTreeVertex >:

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Public Member Functions
virtual SpanningTreeVertex *	buildNextGen (const Iterator firstVtx, const Iterator beyondLastVtx, const int maxBranches=2)
	Concrete builders should implement this (preferably only for the appropriate specializations).

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Detailed Description

template<typename Iterator>
class topo::topo::SpanningTreeStrategy_topoUnaware< Iterator, SpanningTreeVertex >

Partial specialization when input is a container of SpanningTreeVertices.

Simply stores the results in the parent vertex (in the container) too

Definition at line 40 of file treeStrategy_topoUnaware.h.

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Member Function Documentation

template<typename Iterator>

virtual SpanningTreeVertex* topo::topo::SpanningTreeStrategy_topoUnaware< Iterator, SpanningTreeVertex >::buildNextGen	(	const Iterator	firstVtx,
		const Iterator	beyondLastVtx,
		const int	maxBranches = 2
	)			[inline, virtual]

Concrete builders should implement this (preferably only for the appropriate specializations).

Implements topo::SpanningTreeStrategy< Iterator >.

Definition at line 43 of file treeStrategy_topoUnaware.h.

References topo::impl::buildNextGen_topoUnaware(), topo::SpanningTreeVertex::childIndex, and parent().

Here is the call graph for this function:

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

• util/treeStrategy_topoUnaware.h