def draw_a_graph(self):
helper.draw_graph(args.ip,args.endpoint,args.workbook)
return None
def draw_a_graph(self):
global BR
if BR == "NULL":
BR = raw_input("Enter BR Ip Address >>\t")
helper.draw_graph(BR,ENDPOINT)
i = 0
for partition in partitions:
for node in partition:
G_all.add_node(node, group = names[i])
i += 1
i = 0
for partition in partitions:
# Subgraph
FF = G_all.subgraph(partition)
#Name it and Draw it
FF.name = "FF_%s " % names[i]
hp.draw_graph(FF)
for node in partition:
FF.add_node(node)
################# Group Bonding measures ################
FF_bin = hp.to_binary(FF)
# Density
# Density is computed on binarized matrix
FF_bin_density = nx.density(FF)
# Transitivity
FF_bin_transitivity = nx.transitivity(FF)
# Reciprocity
FF_reciprocity = hp.reciprocity(FF)
# Weakly connected components
def draw_a_graph(self):
global BR
if BR == "NULL":
BR = raw_input("Enter BR Ip Address >>\t")
helper.draw_graph(BR, ENDPOINT)
