diff --git a/Caesar_Cipher.py b/Caesar_Cipher.py
index 2e875d5..71d97ff 100644
--- a/Caesar_Cipher.py
+++ b/Caesar_Cipher.py
@@ -6,84 +6,6 @@
 shift = int(input("Type the shift number:\n"))
 
 
-#
-#
-# def encrypt(text, shift):
-#     count_text = len(text)
-#     move = ''
-#
-#     # Loop through len of text
-#     # for m in range(0, count_text):
-#     # Add the index value of the number 5 to move variable
-#     #     move += alphabet[shift]
-#     # Increment the shift and add it to the index value
-#     #     alphabet[shift] = alphabet[shift + 1]
-#     # Increment the shift value by one during the Loop
-#     #     shift += 1
-#     #
-#     # print(move)
-#     # for loop for check the first letter in text variable in the alphabet list
-#     for check in alphabet:
-#         # check for the index of the first character in the newText variable
-#         if check == newText[0][0]:
-#             # get the index that match the first character of the newText
-#             getIndex = alphabet.index(check)
-#
-#     print(getIndex)
-#     # Loop through the length of the text variable
-#     for count in range(0, count_text):
-#         # Increment the index value in the alphabet
-#         alphabet[getIndex] = alphabet[getIndex + 1]
-#         # Increment the index on each loop to move forward
-#         getIndex += 1
-#         # Add each character of the index to the move string variable
-#         move += alphabet[getIndex]
-#
-#     print(move)
-#
-#
-# encrypt(text=text, shift=shift)
-
-# for l in range()
-#         alphabet[text] = alphabet[text + 1]
-#         shift += 1
-#
-
-# BETTER COPY/Solution
-
-#
-# def encrypt(text, shift):
-#     newEn = ''
-#     for count in text:
-#         en = alphabet.index(count) + shift
-#         getLen = len(alphabet)
-#         if en >= getLen:
-#             total = en - getLen
-#             fw = alphabet[total]
-#             newEn += fw
-#
-#         else:
-#             newEn += alphabet[en]
-#
-#     print(f"The encode text is {newEn}")  # newEn)
-#
-#
-# def decrypt(text, shift):
-#     deNew = ''
-#     for check in text:
-#         getDecry = alphabet.index(check) - shift
-#         deNew += alphabet[getDecry]
-#
-#     print(f"The decoded text is {deNew}")
-#
-#
-# if direction == "encode":
-#     encrypt(text=text, shift=shift)
-# elif direction == "decode":
-#     decrypt(text=text, shift=shift)
-
-# Combining all the function and statement to one function call
-
 def caesar(text, shift, direction):
     codeChar = ''
     if direction == 'encode':
@@ -91,7 +13,6 @@ def caesar(text, shift, direction):
             ch = alphabet.index(me) + shift
             if ch > len(alphabet):
                 alpLeft = ch - len(alphabet)
-                # ch - len(alphabet)
                 codeChar += alphabet[alpLeft]
             else:
                 codeChar += alphabet[ch]