Plots the recruitment network using the Reingold Tilford algorithm.
Plots the recruitment network using the Reingold Tilford algorithm.
reingold.tilford.plot( x, vertex.color = NULL, vertex.color.scale = hue_pal(), vertex.size = 2, vertex.size.range = c(1, 5), edge.arrow.size = 0, vertex.label.cex = 0.2, vertex.frame.color = NA, vertex.label = get.id(x), show.legend = TRUE, plot = TRUE, ... )
x |
An rds.data.frame |
vertex.color |
The name of the categorical variable in x to color the points with. |
vertex.color.scale |
The scale to create the color palette. |
vertex.size |
The size of the vertex points. either a number or the name of a column of x. |
vertex.size.range |
If vertex.size represents a variable, vertex.size.range is a vector of length 2 representing the minimum and maximum cex for the points. |
edge.arrow.size |
The size of the arrow from recruiter to recruitee. |
vertex.label.cex |
The size expansion factor for the vertex.labels. |
vertex.frame.color |
the color of the outside of the vertex.points. |
vertex.label |
The name of a variable to use as vertex labels. NA implies no labels. |
show.legend |
If true and either vertex.color or vertex.size represent variables, legends will be displayed at the bottom of the plot. |
plot |
Logical, if TRUE then a plot is produced of recruitment tree. ratio statistic with the observed statistics plotted as a vertical dashed line. |
... |
Additional parameters passed to plot.igraph. |
A two-column vector of the positions of the nodes in the recruitment tree.
## Not run: data(fauxmadrona) data(faux) reingold.tilford.plot(faux) reingold.tilford.plot(fauxmadrona,vertex.color="disease") ## End(Not run)
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