network_rjs {RJSplot} | R Documentation |
Produce interactive network graph
Description
network_rjs
creates an interactive network graph.
Usage
network_rjs(links, nodes = NULL,
weight = NULL, linkLabel = NULL, linkColor = NULL,
group = NULL, size = NULL, color = NULL, label = NULL,
nodeColorScale = c("RdBk","RdBkGr"), cex = 1,
plot = TRUE, jupyter = FALSE, dir = tempdir())
Arguments
links |
an edge list table stored in a data frame with at least two columns (source node id and target node id). |
nodes |
a node list stored in a data frame object with rownames as node id. |
weight |
a vector giving the column of |
linkLabel |
a vector giving the column of |
linkColor |
a vector giving the column of |
group |
a vector giving the column of |
size |
a vector giving the column of |
color |
a vector giving the column of |
label |
a vector giving the column of |
nodeColorScale |
a "character" string representing the color scale applied to nodes by default. |
cex |
number indicating the amount by which plotting text and symbols should be scaled relative to the default. |
plot |
open resulting graph in your browser. |
jupyter |
embed the graph as an iframe into a Jupyter Notebook. |
dir |
a "character" string representing the directory where the graph will be saved. |
Value
The function creates a folder in your computer with an HTML document named index.html which contains the graph. This file can be directly opened with your browser.
Author(s)
David Barrios and Carlos Prieto. Bioinformatics Service of Nucleus, University of Salamanca. See https://bioinfo.usal.es/
See Also
The ‘RJSplot’ Website: https://rjsplot.usal.es
dendrogram_rjs
, densityplot_rjs
, genomemap_rjs
, heatmap_rjs
, manhattan_rjs
, network_rjs
, scatterplot_rjs
, symheatmap_rjs
, wordcloud_rjs
, boxplot_rjs
, bubbles_rjs
, hiveplot_rjs
, piechart_rjs
, barplot_rjs
, tables_rjs
, surface3d_rjs
, scatter3d_rjs
.
Examples
## Create an interactive network graph in a temporal directory of your local machine
## Live examples on https://rjsplot.usal.es
if(interactive()){
# Prepare data
x <- 1-cor(t(mtcars))
source <- rep(rownames(x),nrow(x))
target <- rep(rownames(x),rep(ncol(x),nrow(x)))
links <- data.frame(source=source,target=target,value=as.vector(x))
# Generate the network graph
network_rjs(links[links[,3]>0.1,], mtcars, group = "cyl", size = "hp", color = "mpg")
}