## S3 method for class 'igraph':
print(x, full=getIgraphOpt("print.full"),
graph.attributes=getIgraphOpt("print.graph.attributes"),
vertex.attributes=getIgraphOpt("print.vertex.attributes"),
edge.attributes=getIgraphOpt("print.edge.attributes"),
names=TRUE, ...)
## S3 method for class 'igraph':
summary(object, \dots)
## S3 method for class 'igraph':
str(object, \dots)name vertex attribute) or vertex ids.summary.igraph prints the number of vertices, edges and whether the
graph is directed. str.igraph prints the same information, and also lists
the edges, and optionally graph, vertex and/or edge attributes.
print.igraph behaves either as summary.igraph or
str.igraph depending on the full argument. See also the
getIgraphOpt.
The graph summary printed by summary.igraph (and
print.igraph and str.igraph) consists one or more
lines. The first line contains the basic properties of the graph, and
the rest contains its attributes. Here is an example, a small star
graph with weighed directed edges and named vertices: IGRAPH DNW- 10 9 -- In-star
+ attr: name (g/c), mode (g/c), center (g/n), name (v/c),
weight (e/n)
The first line always starts with IGRAPH, showing you that the
object is an igraph graph. Then a four letter long code string is
printed. The first letter distinguishes between directed
(DUNname vertex attribute set. The third letter is
Wweight edge attribute set. The fourth letter is
Btype vertex attribute set.
Then, after two dashes, the name of the graph is printed, if it has
one, i.e. if the name graph attribute is set.
From the second line, the attributes of the graph are listed,
separated by a comma. After the attribute names, the kind of the
attribute -- graph, vertex or edge -- is denoted, and the type of the
attribute as well, character, numeric, or other (xstr.igraph (and print.igraph) uses the
max.print option, see options for details.
g <- graph.ring(10)
g
summary(g)Run the code above in your browser using DataLab