Use this if you are using igraph from R
igraph-vs-indexing2 {igraph} | R Documentation |
The double bracket operator can be used on vertex sequences, to print the meta-data (vertex attributes) of the vertices in the sequence.
## S3 method for class 'igraph.vs'
x[[...]]
x |
A vertex sequence. |
... |
Additional arguments, passed to |
Technically, when used with vertex sequences, the double bracket operator does exactly the same as the single bracket operator, but the resulting vertex sequence is printed differently: all attributes of the vertices in the sequence are printed as well.
See [.igraph.vs
for more about indexing vertex sequences.
The double bracket operator returns another vertex sequence, with meta-data (attribute) printing turned on. See details below.
Other vertex and edge sequences:
E()
,
V()
,
igraph-es-attributes
,
igraph-es-indexing2
,
igraph-es-indexing
,
igraph-vs-attributes
,
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-indexing2
,
igraph-es-indexing
,
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) %>%
set_vertex_attr("color", value = "red") %>%
set_vertex_attr("name", value = LETTERS[1:10])
V(g)
V(g)[[]]
V(g)[1:5]
V(g)[[1:5]]