igraph-es-indexing2 | R Documentation |

The double bracket operator can be used on edge sequences, to print the meta-data (edge attributes) of the edges in the sequence.

## S3 method for class 'igraph.es' x[[...]]

`x` |
An edge sequence. |

`...` |
Additional arguments, passed to |

Technically, when used with edge sequences, the double bracket operator does exactly the same as the single bracket operator, but the resulting edge sequence is printed differently: all attributes of the edges in the sequence are printed as well.

See `[.igraph.es`

for more about indexing edge sequences.

Another edge sequence, with metadata printing turned on. See details below.

Other vertex and edge sequences:
`E()`

,
`V()`

,
`igraph-es-attributes`

,
`igraph-es-indexing`

,
`igraph-vs-attributes`

,
`igraph-vs-indexing2`

,
`igraph-vs-indexing`

,
`print.igraph.es()`

,
`print.igraph.vs()`

Other vertex and edge sequence operations:
`c.igraph.es()`

,
`c.igraph.vs()`

,
`difference.igraph.es()`

,
`difference.igraph.vs()`

,
`igraph-es-indexing`

,
`igraph-vs-indexing2`

,
`igraph-vs-indexing`

,
`intersection.igraph.es()`

,
`intersection.igraph.vs()`

,
`rev.igraph.es()`

,
`rev.igraph.vs()`

,
`union.igraph.es()`

,
`union.igraph.vs()`

,
`unique.igraph.es()`

,
`unique.igraph.vs()`

g <- make_(ring(10), with_vertex_(name = LETTERS[1:10]), with_edge_(weight = 1:10, color = "green")) E(g) E(g)[[]] E(g)[[.inc('A')]]

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