Plot the adjacency matrix of the network

Function to plot the adjacency matrix of the network.

plotY(Y, Ndata = NULL, EZ = NULL, VZ = NULL, dimZ = c(1, 2),
  labels = NULL, colPl = 1, colEll = rgb(0.6, 0.6, 0.6, alpha = 0.1),
  LEVEL = 0.95, pchplot = 20, pchEll = 19, pchPl = 19,
  cexPl = 1.1, arrowhead = FALSE, curve = NULL, lwdLine = 0.3,
  xlim = NULL, ylim = NULL, verbose = FALSE, ...)

Arguments

Y	list, or matrix containing a (N x N) binary adjacency matrix for each network view.
Ndata	number of network views
EZ	posterior mean latent positions
VZ	posterior variance latent positions, if specified draw ellipse
dimZ	dimensions of Z to be plotted, default dimZ = c(1, 2)
labels	text to be added in the plot representing the labels of each node. Default labels = NULL, no labels are shown
colPl	col for the points representing the nodes. Default colPl = NULL
colEll	col for the ellipses. Default rgb(.6, .6 ,.6 , alpha=.1)
LEVEL	levels of confidence bounds shown when plotting the ellipses. Default LEVEL = .95
pchplot	Default pchplot = 20
pchEll	pch for the ellipses. Default pchEll = 19
pchPl	pch for the points representing the nodes. Default pchPl = 19
cexPl	cex for the points representing the nodes. Default cexPl = 1.1
arrowhead	logical, if the arrowed are to be plotted. Default arrowhead = FALSE
curve	curvature of edges. Default curve = 0
lwdLine	lwd of edges. Default lwdLine = .3
xlim	range for x
ylim	range for y
verbose	if verbose = TRUE save the nodal positions
...	Arguments to be passed to methods, such as graphical parameters (see par).

Examples

N <- 20
Y <- network(N, directed = FALSE)[,]
plotY(Y)
# Store the positions of nodes used to plot Y, in order to redraw the plot using 
# the same positions
z <- plotY(Y, verbose = TRUE)
plotY(Y, EZ = z)