diff --git a/Caeser-Cipher/caeser-cipher.py b/Caeser-Cipher/caeser-cipher.py
index 222852d..52faac4 100644
--- a/Caeser-Cipher/caeser-cipher.py
+++ b/Caeser-Cipher/caeser-cipher.py
@@ -70,10 +70,6 @@ def decrypt():
     for c in ciphertext: # For every letter in the ciphertext
         while letterPos < 26: # While the letter's position in the alphabet is less than 26 (and thus valid), continue.
 
-            if not commonletter == 0:
-                if commonletter == letters[letterPos]: # If the most frequent letter matches the current letter, set the shift to that letter because that is the shift for the cipher. Forgot the double equals for comparison.
-                    shiftNum = letterPos - 4
-
             if ciphertext[letterCount] == letters[letterPos]: # Match the letter in the ciphertext to a letter in the alphabet and once they match, continue.
                 letter = int(letterPos) - int(shiftNum) # Take the position of the letter and the shift number and add them for the enciphered letter.
 
@@ -98,8 +94,25 @@ def freq():
     # Grab global variables.
     global ciphertext
     global commonletter
+    global letterPos
+    global shiftNum
+    print(shiftNum)
 
     commonletter = collections.Counter(ciphertext).most_common()[0][0] # Find most common letter and thus the shift https://stackoverflow.com/questions/47251934/how-to-count-the-most-frequent-letter-in-a-string
+
+    for c in ciphertext:
+        while letterPos < 26:
+
+            if not commonletter == 0:
+                if commonletter == letters[letterPos]: # If the most frequent letter matches the current letter, set the shift to that letter because that is the shift for the cipher. Forgot the double equals for comparison.
+
+                    shiftNum = letterPos - 4
+
+            if letterPos > 25: # If the letter position is greater than 25, cycle back through the alphabet.
+                letterPos = letterPos - 26
+
+            letterPos = letterPos + 1 # Iterate through letter positions in the alphabet. (neccessary to find one that matches.)
+
     decrypt() # Decrypt using the frequency found in here.