RBGL.overview {RBGL} | R Documentation

## RBGL.overview

### Description

The RBGL package consists of a number of interfaces to the Boost C++ library for graph algorithms. This page follows, approximately, the chapter structure of the monograph on the Boost Graph Library by Siek et al., and gives hyperlinks to documentation on R functions currently available, along with the names of formal parameters to these functions.

### basicAlgs

Functions | parameters
`bandwidth` | `g`
`bfs` | `object,node,checkConn`
`dfs` | `object,node,checkConn`
`edgeConnectivity` | `g`
`gprofile` | `g`
`isomorphism` | `g1,g2`
`minCut` | `g`
`transitive.closure` | `g`
`tsort` | `x`

### ShortestPaths

Functions | parameters
`bellman.ford.sp` | `g,start`
`dag.sp` | `g,start`
`dijkstra.sp` | `g,start`
`extractPath` | `s,f,pens`
`johnson.all.pairs.sp` | `g`
`sp.between` | `g,start,finish`
`sp.between.old` | `g,start,finish`
`sp.between.scalar` | `g,start,finish`

### MinimumSpanningTree

Functions | parameters
`mstree.kruskal` | `x`

### ConnectedComponents

Functions | parameters
`connectedComp` | `g`
`highlyConnSG` | `g,sat,ldv`
`incremental.components` | `g`
`init.incremental.components` | `g`
`same.component` | `g,node1,node2`
`strongComp` | `g`

### MaximumFlow

Functions | parameters
`edmonds.karp.max.flow` | `g,source,sink`
`push.relabel.max.flow` | `g,source,sink`

### SparseMatrixOrdering

Functions | parameters
`cuthill.mckee.ordering` | `g`
`minDegreeOrdering` | `g,delta`
`sloan.ordering` | `g,w1,w2`

### LayoutAlgorithms

Functions | parameters
`circle.layout` | `g,radius`
`kamada.kawai.spring.layout` | `g,edge_or_side,es_length`

### GraphClustering

Functions | parameters
`betweenness.centrality.clustering` | `g,threshold,normalize`

### Betweenness

Functions | parameters
`brandes.betweenness.centrality` | `g`

### Wavefront

Functions | parameters
`aver.wavefront` | `g`
`ith.wavefront` | `g,start`
`maxWavefront` | `g`
`rms.wavefront` | `g`

### References

Boost Graph Library ( www.boost.org/libs/graph/doc/index.html )

The Boost Graph Library: User Guide and Reference Manual; by Jeremy G. Siek, Lie-Quan Lee, and Andrew Lumsdaine; (Addison-Wesley, Pearson Education Inc., 2002), xxiv+321pp. ISBN 0-201-72914-8

[Package RBGL version 1.58.2 Index]