--- a
+++ b/man/network_display.Rd
@@ -0,0 +1,56 @@
+% Generated by roxygen2: do not edit by hand
+% Please edit documentation in R/network_display.R
+\name{network_display}
+\alias{network_display}
+\title{Interactive Network Visualization}
+\usage{
+network_display(
+  result = NULL,
+  nodesize = "Node_Degree",
+  nodecolor = "Activity_Score",
+  edgewidth = FALSE,
+  layout = "nice"
+)
+}
+\arguments{
+\item{result}{This is the result from calling either non_partial_corr() or partial_corr().}
+
+\item{nodesize}{This parameter determines what the size of each node will represent. The options 
+are 'Node_Degree', 'Activity_Score','P_Value' and 'Z_Score'. The title of the resulting 
+network will identify which parameter is selected to represent the node size. The default 
+is Node_Degree.}
+
+\item{nodecolor}{This parameter determines what color each node will be based on a yellow to 
+blue color gradient. The options are 'Node_Degree', 'Activity_Score', 'P_Value', and '
+Z_Score'. A color bar will be created based on which parameter is chosen. The default is
+Activity_Score.}
+
+\item{edgewidth}{This is a boolean value to indicate whether the edgewidth should be representative 
+of the weight connection (TRUE) or not (FALSE). The default is FALSE.}
+
+\item{layout}{Users can choose from a a handful of network visualization templates including:
+'nice', 'sphere', 'grid', 'star', and 'circle'. The default is nice.}
+}
+\value{
+An interactive depiction of the network resulting from INDEED functions 
+    non_partial_corr() or patial_corr().
+}
+\description{
+An interactive function to assist in the visualization of the result from INDEED 
+    functions non_partial_corr() or patial_corr(). The size and the color of each node can be 
+    adjusted by users to represent either the Node_Degree, Activity_Score, Z_Score, or P_Value.
+    The color of the edge is based on the binary value of either 1 corresponding to a positive 
+    correlation depicted as green or a negative correlation of -1 depicted as red. Users also 
+    have the option of having the width of each edge be proportional to its weight value. The 
+    layout of the network can also be customized by choosing from the options: 'nice', 'sphere', 
+    'grid', 'star', and 'circle'. Nodes can be moved and zoomed in on. Each node and edge will 
+    display extra information when clicked on. Secondary interactions will be highlighted as 
+    well when a node is clicked on.
+}
+\examples{
+result = non_partial_cor(data = Met_GU, class_label = Met_Group_GU, id = Met_name_GU, 
+                                   method = "pearson", p_val = pvalue_M_GU, permutation = 1000, 
+                                   permutation_thres = 0.05, fdr = FALSE)
+          network_display(result = result, nodesize = 'Node_Degree', nodecolor = 'Activity_Score', 
+                          edgewidth = FALSE, layout = 'nice')
+}