{}
import base64
def decrypt(encoded_text):
return base64.b64decode(encoded_text.encode()).decode()
def print_large_letter(letter):
encrypted_patterns = {
'G': 'ICAgJCQkJCQgICAKICQgICAgICAgICAKJCAgICAgICAgICAKJCAgICQkJCQgICAKJCAgICAgICQgICAKICQgICAgICQgICAKICAkJCQkJCAgICA=',
'M': 'JCAgICAgJCAKJCQgICAkJCAKJCAkICQgJCAKJCAgJCAgJCAKJCAgICAgJCAKJCAgICAgJCAKJCAgICAgJCA=',
'S': 'ICQkJCQkIAokICAgICAgCiQgICAgICAKICQkJCQgIAogICAgICQgCiAgICAgJCAKJCQkJCQg',
"'": 'JCAKJCAKICAKICAKICAKICAKICA='
}
decrypted_pattern = decrypt(encrypted_patterns.get(letter, '')).split('\n')
return decrypted_pattern if decrypted_pattern != [''] else [" " * 7] * 7
def print_large_text(encrypted_text):
# Decrypt the text
text = decrypt(encrypted_text).upper()
# Get the patterns for each letter
letter_patterns = [print_large_letter(letter) for letter in text]
# Print each row
for row in range(7):
for letter in letter_patterns:
print(letter[row], end=" ")
print() # New line after each row
# Encrypted message
encrypted_message = "R00gRydz"
# Print the message
print_large_text(encrypted_message)
print("\n")
print("Remember, its always you against you. Don't fall off.")
print("Have a productive day ahead G's")
print("\n")
print("$DADDY TO THE MOON$")