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Networks

Co-offending graphs, centrality, cores, components, communities, brokerage and the Cheeger bounds.

Function What it computes Command line and bindings
coofg() Co-offending graph from an incident table
ntdeg() Degree and strength of each node
ntbtw() Betweenness of each node
ntcls() Closeness of each node
ntevc() Eigenvector centrality of each node
ntcore() k-core of each node
ntcmp() Connected components
ntlvn() Communities by the Louvain method
ntmod() Modularity of a partition
ntbrk() Brokerage roles
ntchg() Cheeger bounds on a network’s bottleneck

Each name links to its R help page, which gives the method, its source and a worked example. The other languages use the same names and the same arguments.