### Creating a GUI to display the node and the annimations
new_GUI = gui.GUI()
new_GUI.open_GUI()
### Setting the world into the GUI
new_GUI.set_World(new_world)
new_GUI.set_Nodes(node_list)
for n in node_list :
n.sense_In_Range_Nodes()
for pu in PU_list:
pu.set_PU_Color()
util.best_coloring(node_list, PU_list)
#v = node_list[0].complete_graph_coloring2(PU_list)
count = util.count_channel_reused_PU(node_list, SU_list, PU_list)
reste = util.count_coloring_proportion(node_list)
print("count", count)
print("reste", reste)
#print ("rec", v)
new_GUI.color_refresh(node_list)
print("-----------------------------------")
nodes_list[0].complete_graph_coloring1()
total = len(util.get_all_edges(nodes_list))
v = util.count_coloring_proportion(nodes_list)
elif algo == 1:
nodes_list[0].complete_graph_coloring2()
total = len(util.get_all_edges(nodes_list))
v = util.count_coloring_proportion(nodes_list)
elif algo == 2:
nodes_list[0].complete_graph_coloring3()
total = len(util.get_all_edges(nodes_list))
v = util.count_coloring_proportion(nodes_list)
else:
util.best_coloring(nodes_list)
total = len(util.get_all_edges(nodes_list))
v = util.count_coloring_proportion(nodes_list)
all_visit.append(((total - v) / total) * 100)
print(total)
average = sum(all_visit) / number_Simulations
f.write(f'{algo} {x} {average}\n')
x_value[algo].append(x)
y_value[algo].append(average)
print(y_value)
f.close()
for i in range(num_Algo):