# Projects

## My reversed encryption algorithm with Python;

``````# function that makes the encryption
def encryptor():
print('enter the text that will be encrypted')
gonnabeencrypted = input()
# takes input and turns it to ASCII
asciitobeencrypted = [ord(c) for c in gonnabeencrypted]
#multiply the ASCII result with 3
encrypted =
[i * 3 for i in asciitobeencrypted]    encryptedmessage = )[chr(encrypted[i] for i in range(0, len(encrypted))]
print('encrypted message:')
print(''.join(encryptedmessage))
path()

# function that makes the decryption
def decryptor():
# Decrypt part
print('enter the encrypted message')
encryptedmessage = input()
# turns encrypted message to ascii
cryptedascii = [ord(c) for c in encryptedmessage]
asciisolver = [i // 3 for i in cryptedascii]
# take the ascii result and turns it to text
decryptedmessage = [chr(asciisolver[i]) for i in range(0, len(asciisolver))]
print(incrypted message:')
print(''.join(decryptedmessage))
path()

# function that asks encrypt or decrypt
def path():
x = int(input("for encryption press 1 --- for decryption press 2 then hit the enter"))
if x == 1:
encryptor()
if x == 2:
decryptor()
else: print('please press only 1 or 2')
path()

path()``````