plot.wedding.cake {ElectroGraph} | R Documentation |
Given an electrograph object for a valued relational data set, create a series of plots that illustrate the graph at various threshold levels for tie existence.
plot.wedding.cake(x, connectivity.mode="sociomatrix", force.mode="fruchterman.reingold", ego.focus=NULL, filebase="electrograph", #type="png", lower.bound=NULL, upper.bound=NULL, main.title=TRUE, plot.width = 600, plot.height = 600, ...)
x |
An object of class ``electrograph''. |
connectivity.mode |
Should the projected distances be calculated using the shortest path, or the equivalent conductance of the electro-social approach? |
force.mode |
Which force-directed placement method should be used to find node coordinates? |
ego.focus |
A vector of nodes whose importance should be considered highest in the plot. |
filebase |
An identifier for the series of images produced in the approach. |
lower.bound, upper.bound |
The minimum and maximum values for an edge to be plotted. |
main.title |
If true, print the bound values in the title of the plot. |
plot.width, plot.height |
The height and width in pixels of the output PNG files. |
... |
Additional options to pass to ``plot''. |
Creates a series of plots in the PNG format corresponding to the choices of bounds in a directory named for ``filebase''.
Andrew C. Thomas <act@acthomas.ca>
#A sample Erdos-Renyi type graph for wedding caking. pts <- pair.sequence(10) edges <- exp(rnorm(dim(pts)[1],0,1)) socio <- electrograph(cbind(pts,edges)) plot.wedding.cake(socio)