def nkep():
input_size = int(raw_input("Enter the desired number of inputs for the networks\n"))
hidden_node_num = int(
raw_input("Enter the desired number of hidden nodes. Must be able to divide the input size.\n")
)
weight_range = int(
raw_input(
"What weight range would you like to use? Note: Enter only one number, the range will be made up of the positive and negative versions of that number.\n"
)
)
cutoff = int(raw_input("Enter a cutoff for the number of correct outputs needed to be synchronized:\n"))
x = TPM(input_size, hidden_node_num, weight_range)
y = TPM(input_size, hidden_node_num, weight_range)
while check_weights(x, y) < 0:
synchronize(x, y, cutoff)
print "Weights are now synced, printing them now\n"
print "First TPM's weights"
x.print_weights()
print "\n"
print "Second TPM's weights"
y.print_weights()
def print_weights_test(): x = TPM(5, 2, 10) x.weights = [1,2,1,2,1] x.print_weights() #Check this by seeing what it prints out print "print_weights_test passed? Look to check for sure."
