Crypto Cube Encryption

print("""Crypto Cube Game
Developed by Yalzeee""")
# This is the Crypto-Cube encryption game developed by yalzeee
#First things first I print the intructions on how to use the encryption program
print("""Enter 
\'U\' or \'U1\' to move the top of the cube
\'R\' or \'R1\'to move the right of the cube
\'L\' or \'L1\'to move the left of the cube
\'D\' or \'D1\'to move the bottom of the cube
\'F\' or \'F1\'to move the front of the cube and
\'B\' or \'B1\'to move the back of the cube
""")
import random  
#I import the random class so i can make an automatic encryption method
#Define the message within each cube
#For this program i will be using two cubes because message i want to encrypt is "Sololearnyalzeee" which is 16 characters
cube_1 = {"000":"s",
 "010":"o",
  '110':"l", 
  '100':"o", 
  '001':"l",
  '011':"e",
  '111':"a", 
  '101':"r"}
cube_2 = {'000':"n",
 '010':"y",
 '110':"a",
 '100':"l",
 '001':"z",
 '011':"e", 
 '111':"e", 
 '101':"e"}
#Define a function to print my code in a orderly manner

def print_orderly(dict):
  return print(dict["000"] + dict["010"] +  dict["110"] + dict["100"] + dict["001"] + dict["011"] + dict["111"] + dict["101"])
#Test it out
print_orderly(cube_1)
#Define the rotation function
def rotation(command, cube):
  decryption_key = []
  x = command
  databank = [cube["000"], cube["010"], cube["110"], cube["100"], cube["001"], cube["011"], cube["111"], cube["101"]]  
  if x == str("F"):
    cube['000'] = databank[3]
    cube['010'] = databank[0]
    cube['110'] = databank[1]
    cube['100'] = databank[2]
    decryption_key += "U1"
  elif x == str("R"):
    cube['110'] = databank[3]
    cube['101'] = databank[6]
    cube['111'] = databank[2]
    cube['100'] = databank[7]
    decryption_key += "R1"
  elif x == str("U"):
    cube['011'] = databank[1]
    cube['010'] = databank[2]
    cube['110'] = databank[6]
    cube['111'] = databank[5]
    decryption_key += 'U1'
  elif x == str("L"):
    cube['000'] = databank[1]
    cube['010'] = databank[5]
    cube['011'] = databank[4]
    cube['001'] = databank[0]
    decryption_key += "L1"
  elif x == str("D"):
    cube['000'] = databank[4]
    cube['101'] = databank[3]
    cube['001'] = databank[7]
    cube['100'] = databank[0]
    decryption_key += "D1"
  elif x == str("B"):
    cube['101'] = databank[4]
    cube['011'] = databank[6]
    cube['111'] = databank[7]
    cube['001'] = databank[5]
    decryption_key += "B1"
  elif x == str("U1"):
    cube['011'] = databank[6]
    cube['010'] = databank[5]
    cube['110'] = databank[1]
    cube['111'] = databank[2]
    decryption_key += "U"
  elif x == str("F1"):
    cube['000'] = databank[1]
    cube['010'] = databank[2]
    cube['110'] = databank[3]
    cube['100'] = databank[0]
    decryption_key += "F"
  elif x == str("R1"):
    cube['110'] = databank[6]
    cube['101'] = databank[3]
    cube['111'] = databank[7]
    cube['100'] = databank[2]
    decryption_key += "R"
  elif x == str("L1"):
    cube['000'] = databank[4]
    cube['010'] = databank[0]
    cube['011'] = databank[1]
    cube['001'] = databank[5]
    decryption_key += "L"
  elif x == str("B1"):
    cube['101'] = databank[6]
    cube['011'] = databank[4]
    cube['111'] = databank[5]
    cube['001'] = databank[7]
    decryption_key += "B"
  elif x == str("D1"):
    cube['000'] = databank[3]
    cube['101'] = databank[4]
    cube['001'] = databank[0]
    cube['100'] = databank[7]
    decryption_key += "D"
  else:
    print("Error, Invalid Command")
  return decryption_key
#Use this function to automatedly encrypt the cube
def random_encrypt(cube):
  key = input("Enter the encryption key") ["U","R","L","D","F","B","U1","R1","L1","D1","F1","B1"]
  a = random.choice(key)
  b = random.choice(key)
  c = random.choice(key)
  d = random.choice(key)
  e = random.choice(key)      
  f = random.choice(key)
  g = random.choice(key)
  h = random.choice(key)
  
  rotation(a,cube)
  rotation(b,cube)
  rotation(c,cube)
  rotation(d,cube)
  rotation(e,cube)
  rotation(f,cube)
  rotation(g,cube)
  rotation(h,cube)
  encryption = [h,g,f,e,d,c,b,a]
  print(encryption)
  return encryption
  
#You still have to figure out how you're going to make the user interface for the decryption process.
key = input("Enter your encryption key")
def decrypt(encryption, cube):
  if encryption[0] == "U":
    rotation("U1",cube)
  elif encryption[0] == "F":
    rotation("F1",cube)
  elif encryption[0] == "R":
    rotation("R1",cube)
  elif encryption[0] == "L":
    rotation("L1",cube)
  elif encryption[0] == "B":
    rotation("B1",cube)
  elif encryption[0] == "D":
    rotation("D1",cube)
  elif encryption[0] == "B1":
    rotation("B",cube)
  elif encryption[0] == "U1":
    rotation("U",cube)
  elif encryption[0] == "F1'":
    rotation("F",cube)
  elif encryption[0] == "D1'":
    rotation("D",cube)
  elif encryption[0] == "R1'":
    rotation("R",cube)
  elif encryption[0] == "L1'":
    rotation("L",cube) 
  else:
    print("One of your inputs is wrong bruh")
    if encryption[1] == "U":
      rotation("U1",cube)
    elif encryption[1] == "F":
      rotation("F1",cube)
    elif encryption[1] == "R":
      rotation("R1",cube)
    elif encryption[1] == "L":
      rotation("L1",cube)
    elif encryption[1] == "B":
      rotation("B1",cube)
    elif encryption[1] == "D":
      rotation("D1",cube)
    elif encryption[1] == "B1":
      rotation("B",cube)
    elif encryption[1] == "U1":
      rotation("U",cube)
    elif encryption[1] == "F1'":
      rotation("F",cube)
    elif encryption[1] == "D1'":
      rotation("D",cube)
    elif encryption[1] == "R1'":
      rotation("R",cube)
    elif encryption[1] == "L1'":
      rotation("L",cube) 
    else:
      print("One of your inputs is wrong bruh")
      if encryption[2] == "U":
        rotation("U1",cube)
      elif encryption[2] == "F":
        rotation("F1",cube)
      elif encryption[2] == "R":
        rotation("R1",cube)
      elif encryption[2] == "L":
        rotation("L1",cube)
      elif encryption[2] == "B":
        rotation("B1",cube)
      elif encryption[2] == "D":
        rotation("D1",cube)
      elif encryption[2] == "B1":
        rotation("B",cube)
      elif encryption[2] == "U1":
        rotation("U",cube)
      elif encryption[2] == "F1'":
        rotation("F",cube)
      elif encryption[2] == "D1'":
        rotation("D",cube)
      elif encryption[2] == "R1'":
        rotation("R",cube)
      elif encryption[2] == "L1'":
        rotation("L",cube) 
      else:
        print("One of your inputs is wrong bruh")
        if encryption[3] == "U":
          rotation("U1",cube)
        elif encryption[3] == "F":
          rotation("F1",cube)
        elif encryption[3] == "R":
          rotation("R1",cube)
        elif encryption[3] == "L":
          rotation("L1",cube)
        elif encryption[3] == "B":
          rotation("B1",cube)
        elif encryption[3] == "D":
          rotation("D1",cube)
        elif encryption[3] == "B1":
          rotation("B",cube)
        elif encryption[3] == "U1":
          rotation("U",cube)
        elif encryption[3] == "F1'":
          rotation("F",cube)
        elif encryption[3] == "D1'":
          rotation("D",cube)
        elif encryption[3] == "R1'":
          rotation("R",cube)
        elif encryption[3] == "L1'":
          rotation("L",cube) 
        else:
          print("One of your inputs is wrong bruh")
          if encryption[4] == "U":
            rotation("U1",cube)
          elif encryption[4] == "F":
            rotation("F1",cube)
          elif encryption[4] == "R":
            rotation("R1",cube)
          elif encryption[4] == "L":
            rotation("L1",cube)
          elif encryption[4] == "B":
            rotation("B1",cube)
          elif encryption[4] == "D":
            rotation("D1",cube)
          elif encryption[4] == "B1":
            rotation("B",cube)
          elif encryption[4] == "U1":
            rotation("U",cube)
          elif encryption[4] == "F1'":
            rotation("F",cube)
          elif encryption[4] == "D1'":
            rotation("D",cube)
          elif encryption[4] == "R1'":
            rotation("R",cube)
          elif encryption[4] == "L1'":
            rotation("L",cube) 
          else:
            print("One of your inputs is wrong bruh")
            if encryption[5] == "U":
              rotation("U1",cube)
            elif encryption[5] == "F":
              rotation("F1",cube)
            elif encryption[5] == "R":
              rotation("R1",cube)
            elif encryption[5] == "L":
              rotation("L1",cube)
            elif encryption[5] == "B":
              rotation("B1",cube)
            elif encryption[5] == "D":
              rotation("D1",cube)
            elif encryption[5] == "B1":
              rotation("B",cube)
            elif encryption[5] == "U1":
              rotation("U",cube)
            elif encryption[5] == "F1'":
              rotation("F",cube)
            elif encryption[5] == "D1'":
              rotation("D",cube)
            elif encryption[5] == "R1'":
              rotation("R",cube)
            elif encryption[5] == "L1'":
              rotation("L",cube) 
            else:
              print("One of your inputs is wrong bruh")
              if encryption[6] == "U":
                rotation("U1",cube)
              elif encryption[6] == "F":
                rotation("F1",cube)
              elif encryption[6] == "R":
                rotation("R1",cube)
              elif encryption[6] == "L":
                rotation("L1",cube)
              elif encryption[6] == "B":
                rotation("B1",cube)
              elif encryption[6] == "D":
                rotation("D1",cube)
              elif encryption[6] == "B1":
                rotation("B",cube)
              elif encryption[6] == "U1":
                rotation("U",cube)
              elif encryption[6] == "F1'":
                rotation("F",cube)
              elif encryption[6] == "D1'":
                rotation("D",cube)
              elif encryption[6] == "R1'":
                rotation("R",cube)
              elif encryption[6] == "L1'":
                rotation("L",cube) 
              else:
                print("One of your inputs is wrong bruh")
                if encryption[7] == "U":
                  rotation("U1",cube)
                elif encryption[7] == "F":
                  rotation("F1",cube)
                elif encryption[7] == "R":
                  rotation("R1",cube)
                elif encryption[7] == "L":
                  rotation("L1",cube)
                elif encryption[7] == "B":
                  rotation("B1",cube)
                elif encryption[7] == "D":
                  rotation("D1",cube)
                elif encryption[7] == "B1":
                  rotation("B",cube)
                elif encryption[7] == "U1":
                  rotation("U",cube)
                elif encryption[7] == "F1'":
                  rotation("F",cube)
                elif encryption[7] == "D1'":
                  rotation("D",cube)
                elif encryption[7] == "R1'":
                  rotation("R",cube)
                elif encryption[7] == "L1'":
                  rotation("L",cube) 
                else:
                  print("One of your inputs is wrong bruh")

#Next thing we need to do is to make a more standard user interface a way to change the message within the cube.
# Define a function message
def message():
  input = str(input("What message do you want to encrypt"))
  if len(input) > 16
    print("Your message is: %s"% len(input) + "characters")
    if len(input)%8 == 0:
      x = str(len(input)/8)
      print("Your message will be encrypted within: %s"% x + "cubes")
    else:
      x = str((len(input)/8) + 1) 
      print("Your message will be encrypted within: %s"% x + "cubes")
   
  cube1 = {"000":,
  "010":,
  '110':, 
  '100':, 
  '001':,
  '011':,
  '111':, 
  '101':}
  
  letters = input.split(",")
  
  cube1['000'] = letters[0]
  cube1['010'] = letters[1]
  cube1['110'] = letters[2]
  cube1['100'] = letters[3]
  cube1['001'] = letters[4]
  cube1['011'] = letters[5]
  cube1['111'] = letters[6]
  cube1['101'] = letters[7]
  return cube1