def main():
#Bulid the netowrk
print('Building the network')
net = inet.informationNetwork()
net.print_information() # not the mutual information haha
print('Start running the network')
net.run_network()
print('Saving data')
net.save_data()
print('Ploting figures')
def main():
#Bulid the netowrk
print ('Building the network')
net = inet.informationNetwork()
net.print_information()
print ('Start running the network')
net.run_network()
print ('Saving data')
net.save_data()
print ('Ploting figures')
#Plot the newtork
net.plot_network()
def main():
#Bulid the network
print('Building the network')
net = inet.informationNetwork()
net.print_information()
print('Start running the network')
net.run_network()
print('Saving data')
net.save_data()
print('Ploting figures')
#Plot the newtork
net.plot_network()
def main():
net = inet.informationNetwork()
net.print_information()
print('Start running the network')
net.run_network()
print('Saving data')
net.save_data()
print('Ploting figures')
net.plot_network()
def main():
#Bulid the netowrk
print ('Building the network')
net = inet.informationNetwork()
net.print_information()
print ('Start running the network')
net.run_network()
print ('Saving data')
net.save_data()
print ('Ploting figures')
#Plot the newtork
net.plot_network()
######################################################################
######################################################################
#Write maximum I(T;Y) in a text file
print ('Saving maximum I(T;Y)')
net.write_maxMI()
#Write I(X;T) and I(T;Y) in a .out text file
print ('Saving MI curve')
net.save_MI_plot_data()