extract_node_closeness(targets: list[number], *weights: list[number], {
    "param": value,
    ...
}) -> (closeness: number)

Calculates the closeness centrality for each node in the network. Closeness centrality is a measure of how many steps are required to access every other vertex from a given vertex. In other words, it finds the nodes best placed to influence the entire network most quickly.

extract_node_closeness(targets: list[number], *weights: list[number], {
    "param": value,
    ...
}) -> (closeness: number)
​
mode
string
default:"all"

Which node connections to count. Whether to

  • in: count only a node’s incoming links
  • out: count only a node’s outgoing links
  • all/both count both incoming and outgoing links.

Values must be one of the following:

  • all
  • out
  • in
  • both
​
normalized
boolean
default:"true"

Whether to calculate the normalized closeness.

​
cutoff
[number, null]

The maximum path length to consider when calculating the betweenness. If cutoff is zero or negative then there is no such limit.

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