def encoder(text): # Create an empty string to store the result result = "" # Loop through every character in the input text for char in text: # Check if the character is a letter if char.isalpha(): # We are creating a "Shift Cipher" # ord(char) gets the ASCII number. # We subtract 97 to make 'a' equal to 0, 'b' equal to 1, etc. # We add 1 to shift it. # We use % 26 to wrap around from 'z' back to 'a'. # We add 97 back to get the real ASCII number. new_char = chr((ord(char) - 97 + 1) % 26 + 97) result += new_char else: # If it's a space or punctuation, leave it exactly as it is result += char return result Y.exe Article About It.
# Testing the code (This part is usually in the starter code) print(encoder("hello world")) # Output: ifmmp xpsme If you want to be fancy, you can turn the entire sentence into a string of numbers. This is easier to write but harder to read. Dadcrush 23 11 28 Sage Rabbit Sexy Tomboy Xxx 4 Verified Apr 2026
def encoder(text): result = "" for char in text: # Convert character to ASCII number and add 5 new_num = ord(char) + 5 # Convert back to character new_char = chr(new_num) # Add to result result += new_char return result
def encoder(text): result = "" for char in text: # If the letter is a vowel, swap it for the next vowel if char == 'a': result += 'e' elif char == 'e': result += 'i' elif char == 'i': result += 'o' elif char == 'o': result += 'u' elif char == 'u': result += 'a' else: # Keep all other letters/numbers/spaces the same result += char return result