dgr | R Documentation |
Computes the requested degree measure for each node in the graph.
dgr(
graph,
cmode = "degree",
undirected = getOption("diffnet.undirected", FALSE),
self = getOption("diffnet.self", FALSE),
valued = getOption("diffnet.valued", FALSE)
)
## S3 method for class 'diffnet_degSeq'
plot(
x,
breaks = min(100L, nrow(x)/5),
freq = FALSE,
y = NULL,
log = "xy",
hist.args = list(),
slice = ncol(x),
xlab = "Degree",
ylab = "Freq",
...
)
graph |
Any class of accepted graph format (see |
cmode |
Character scalar. Either "indegree", "outdegree" or "degree". |
undirected |
Logical scalar. When |
self |
Logical scalar. When |
valued |
Logical scalar. When |
x |
An |
breaks |
Passed to |
freq |
Logical scalar. When |
y |
Ignored |
log |
Passed to |
hist.args |
Arguments passed to |
slice |
Integer scalar. In the case of dynamic graphs, number of time point to plot. |
xlab |
Character scalar. Passed to |
ylab |
Character scalar. Passed to |
... |
Further arguments passed to |
A numeric matrix of size n\times T
. In the case of plot
,
returns an object of class histogram
.
George G. Vega Yon
Other statistics:
bass
,
classify_adopters()
,
cumulative_adopt_count()
,
ego_variance()
,
exposure()
,
hazard_rate()
,
infection()
,
moran()
,
struct_equiv()
,
threshold()
,
vertex_covariate_dist()
Other visualizations:
diffusionMap()
,
drawColorKey()
,
grid_distribution()
,
hazard_rate()
,
plot_adopters()
,
plot_diffnet()
,
plot_diffnet2()
,
plot_infectsuscep()
,
plot_threshold()
,
rescale_vertex_igraph()
# Comparing degree measurements ---------------------------------------------
# Creating an undirected graph
graph <- rgraph_ba()
graph
data.frame(
In=dgr(graph, "indegree", undirected = FALSE),
Out=dgr(graph, "outdegree", undirected = FALSE),
Degree=dgr(graph, "degree", undirected = FALSE)
)
# Testing on Korean Family Planning (weighted graph) ------------------------
data(kfamilyDiffNet)
d_unvalued <- dgr(kfamilyDiffNet, valued=FALSE)
d_valued <- dgr(kfamilyDiffNet, valued=TRUE)
any(d_valued!=d_unvalued)
# Classic Scale-free plot ---------------------------------------------------
set.seed(1122)
g <- rgraph_ba(t=1e3-1)
hist(dgr(g))
# Since by default uses logscale, here we suppress the warnings
# on points been discarded for <=0.
suppressWarnings(plot(dgr(g)))
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