我已经准备好了自己设置制作一个谜机的挑战，这就是我到目前为止所做的事情，我已经去除了它并纠正了它。问题是代码很大，而且运行不正常。因为它出现了错误。 （我已经让它工作但没有正常工作。它应该知道运行正常但它没有） 如何缩短此代码？ （所以我仍然可以在这个过程中学习） 代码没有运行的问题是什么？
背景：Enigma机器与轮子一起工作，当第一个轮子完成一个完整的旋转时，它会在每次用于第一个轮子时转动，它会回到开始状态，第二个轮子转一圈。等等，对于5个车轮。 （注意这段代码在末尾没有固定的位置，也没有你可以在代码末尾更改的位置）
import collections
import sys
wh1=input('wheel 1')
wh2=input('wheel 2')
wh3=input('wheel 3')
wh4=input('wheel 4')
wh5=input('wheel 5')
print'then enter the first letter'
theinput=raw_input('enter letter')
# wheel 1
x=wh1
# wheel 2
y=[0] # the append list
yy=wh2 # the value of rotation
# wheel 3
z=[0]
zz=wh3
# wheel 4
w=[0]
ww=wh4
# wheel 5
s=[0]
ss=wh5
# the values that are rotated
# note to add wh4ch to 5 to allow there to one for each wheel
wh1ch = collections.deque(['b','e','d','c','a'])
wh2ch = collections.deque(['d','a','b','e','c'])
wh3ch = collections.deque(['e','a','b','d','c'])
wh4ch = collections.deque(['a','b','c','d','e'])
wh5ch = collections.deque(['e','d','c','b','a'])
# check1
if x>5:
y.append(1)
yy=y.count(1)
x=0
# check2
if y>5:
z.append(1)
zz=z.count(1)
y=0
# check3
if z>5:
w.append(1)
ww=w.count(1)
z=0
#check4
if w>5:
s.append(1)
ss=s.count(1)
w=0
#check5
if s>5:
s=0
# wheel 1
if theinput == 'a':
value=wh1ch[0]
wh1ch.rotate(x)
x= x+1
if theinput == 'b':
value=wh1ch[1]
wh1ch.rotate(x)
x= x+1
if theinput == 'c':
value=wh1ch[2]
wh1ch.rotate(x)
x= x+1
if theinput == 'd':
value=wh1ch[3]
wh1ch.rotate(x)
x= x+1
if theinput == 'e':
value=wh1ch[4]
wh1ch.rotate(x)
x= x+1
# check1
if x>5:
y.append(1)
yy=y.count(1)
x=0
# check2
if y>5:
z.append(1)
zz=z.count(1)
y=0
# check3
if z>5:
w.append(1)
ww=w.count(1)
z=0
#check4
if w>5:
s.append(1)
ss=s.count(1)
w=0
#check5
if s>5:
s=0
# wheel 2
if value == 'a':
value=wh2ch[0]
wh2ch.rotate(y[0])
x= x+1
if value == 'b':
value=wh2ch[1]
wh2ch.rotate(y[0])
x= x+1
if value == 'c':
value=wh2ch[2]
wh2ch.rotate(y[0])
x= x+1
if value == 'd':
value=wh2ch[3]
wh2ch.rotate(y[0])
x= x+1
if value == 'e':
value=wh2ch[4]
wh2ch.rotate(y[0])
x= x+1
# check1
if x>5:
y.append(1)
yy=y.count(1)
x=0
# check2
if y>5:
z.append(1)
zz=z.count(1)
y=0
# check3
if z>5:
w.append(1)
ww=w.count(1)
z=0
#check4
if w>5:
s.append(1)
ss=s.count(1)
w=0
#check5
if s>5:
s=0
# wheel 3
if value == 'a':
value=wh3ch[0]
wh3ch.rotate(z[0])
x= x+1
if value == 'b':
value=wh3ch[1]
wh3ch.rotate(z[0])
x= x+1
if value == 'c':
value=wh3ch[2]
wh3ch.rotate(z[0])
x= x+1
if value == 'd':
value=wh3ch[3]
wh3ch.rotate(z[0])
x= x+1
if value == 'e':
value=wh3ch[4]
wh3ch.rotate(z[0])
x= x+1
# check1
if x>5:
y.append(1)
yy=y.count(1)
x=0
# check2
if y>5:
z.append(1)
zz=z.count(1)
y=0
# check3
if z>5:
w.append(1)
ww=w.count(1)
z=0
#check4
if w>5:
s.append(1)
ss=s.count(1)
w=0
#check5
if s>5:
s=0
#wheel4
if value == 'a':
value=wh4ch[0]
wh4ch.rotate(w[0])
x= x+1
if value == 'b':
value=wh4ch[1]
wh4ch.rotate(w[0])
x= x+1
if value == 'c':
value=wh4ch[2]
wh4ch.rotate(w[0])
x= x+1
if value == 'd':
value=wh4ch[3]
wh4ch.rotate(w[0])
x= x+1
if value == 'e':
value=wh4ch[4]
wh4ch.rotate(w[0])
x= x+1
# check1
if x>5:
y.append(1)
yy=y.count(1)
x=0
# check2
if y>5:
z.append(1)
zz=z.count(1)
y=0
# check3
if z>5:
w.append(1)
ww=w.count(1)
z=0
#check4
if w>5:
s.append(1)
ss=s.count(1)
w=0
#check5
if s>5:
s=0
# wheel 5
if value == 'a':
value=wh5ch[0]
wh5ch.rotate(s[0])
x= x+1
if value == 'b':
value=wh5ch[1]
wh5ch.rotate(s[0])
x= x+1
if value == 'c':
value=wh5ch[2]
wh5ch.rotate(s[0])
x= x+1
if value == 'd':
value=wh5ch[3]
wh5ch.rotate(s[0])
x= x+1
if value == 'e':
value=wh5ch[4]
wh5ch.rotate(s[0])
x= x+1
# check1
if x>5:
y.append(1)
yy=y.count(1)
x=0
# check2
if y>5:
z.append(1)
zz=z.count(1)
y=0
# check3
if z>5:
w.append(1)
ww=w.count(1)
z=0
#check4
if w>5:
s.append(1)
ss=s.count(1)
w=0
#check5
if s>5:
s=0
#got to run a check function to equal out x in sections to make it neat do ( def check:
# check functions for each list and lable the with hash #
# do that for everything to make it neat
print
print
print value
print 'these are the order of rotation of the coords of the wheels'
print x
print yy
print zz
print ww
print ss