# The function is similar to the dendrogram in "scipy.cluster.hierarchy".
# The function output the order of leaves in the clustering tree.
# The function is not open to users.
get.LeavesOrder <- function(linkageMatrix){
return(get_leaves(linkageMatrix))
}
# Check the input G as dgCMatrix
# The function is not open to users.
checkGraph <- function(G){
if(class(G)[1] != "dgCMatrix"){
stop("Wrong graph data structure")
}
if(nrow(G) != ncol(G)){
stop("Wrong graph data structure")
}
if(min(G) < 0){
stop("Wrong graph data structure")
}
if(sum(is.na(G)) > 0){
stop("Wrong graph data structure")
}
if(sum(is.infinite(G)) > 0){
stop("Wrong graph data structure")
}
}
# Check the input integer parameter
# The function is not open to users.
checkInteger <- function(t.parameter, str = "k"){
if(t.parameter < 1 || round(t.parameter) != t.parameter){
order <- paste(str, " should be positive integer.",
sep = "")
stop(order)
}
}
# check the input data structure
# The function is not open to users.
checkDataStructure <- function(object,
object.name,
expected.class = "matrix"){
if(class(object)[1] != expected.class){
order <- paste("Wrong input data structure for ",
object.name, ".", sep = "")
stop(order)
}
}
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