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#' @title summary.CoDiNA
#' @aliases summary.CoDiNA
#' @description summary of the CoDiNA network.
#' @param object Output from MakeDiffNet
#' @param \dots Additional plotting parameters.
#' @author Deisy Morselli Gysi <deisy at bioinf.uni-leipzig.de>
#' @return Returns a summary describing the network.
#' @method summary CoDiNA
#' @export
#' @examples
#' Nodes = LETTERS[1:10]
#' Net1 = data.frame(Node.1 = sample(Nodes) , Node.2 = sample(Nodes), wTO = runif(10,-1,1))
#' Net2 = data.frame(Node.1 = sample(Nodes) , Node.2 = sample(Nodes), wTO = runif(10,-1,1))
#' Net3 = data.frame(Node.1 = sample(Nodes) , Node.2 = sample(Nodes), wTO = runif(10,-1,1))
#' DiffNet = MakeDiffNet (Data = list(Net1,Net2,Net3), Code = c('Net1', 'Net2', 'Net3') )
#' summary(DiffNet)
# summary <- function(object){
# UseMethod('CoDiNA')
# }
summary.CoDiNA <- function(object,...) {
x = object
Nodes_n = length(unique(c(as.character(x$Node.1),
as.character(x$Node.2))))
cat('Nodes', Nodes_n, "\n")
cat('Links', nrow(x), "\n")
cat('\n')
PHI = as.data.frame(table(x$Phi))
names(PHI)[1] = 'Phi'
PHI_tilda = as.data.frame(table(x$Phi_tilde))
names(PHI_tilda)[1] = 'Phi_tilde'
Group = as.data.frame(table(x$Group))
names(Group)[1] = 'Group'
return(list(Phi = PHI, Phi_tilda = PHI_tilda, Group = Group))
}
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