import numpy as np
import time

numberinput = 3
inputa = []
list_nof =[]
list_a_at_0 =[]

def compare_list (list_a,list_b):
    fault_count =0
    for i in range (0,len(list_a)):
        if(list_a[i]!=list_b[i]):
            fault_count = fault_count+1
    return fault_count
#multiplexer circuit
def mux2(inputa):
    list_out = []
    for i in inputa :
        A = int(i[1])
        B = int(i[2])
        X = int(i[0])
        C = A and (not(X))
        D = B and X
        Z = C or D
        print i
        print bool(Z)
        list_out.append(bool(Z))
    return list_out
#create stuck at 0 or 1
def stuck_at(input_list,stuck,position):
    for i in range (0,len(input_list)):
        input_list[i] = list(input_list[i])
        input_list[i][position]= stuck
        input_list[i] = "".join(input_list[i])
    return input_list

#create input for the circuit
for i in range (0,pow(2, numberinput)) :
    #print bin(i)[2:].zfill(numberinput)
    inputa.append(bin(i)[2:].zfill(numberinput))
#start_time = time.time()
list_nof = mux2(inputa)
list_a_at_0 = mux2(stuck_at(inputa,"0",0))
list_b_at_0 = mux2(stuck_at(inputa,"0",1))
list_x_at_0 = mux2(stuck_at(inputa,"0",2))
list_a_at_1 = mux2(stuck_at(inputa,"1",0))
list_b_at_1 = mux2(stuck_at(inputa,"1",1))
list_x_at_1 = mux2(stuck_at(inputa,"1",2))
#print("--- %s seconds ---" % (time.time() - start_time))
print compare_list(list_nof,list_a_at_0)
print compare_list(list_nof,list_b_at_0)
print compare_list(list_nof,list_x_at_0)
print compare_list(list_nof,list_a_at_1)
print compare_list(list_nof,list_b_at_1)
print compare_list(list_nof,list_x_at_1)


print list_nof
print list_a_at_0
print list_b_at_0
print list_x_at_0
print list_a_at_1
print list_b_at_1
print list_x_at_1