README.md

CryptoCanvas.py: Encryption Playground

Experiment with encryption techniques, mathematical patterns, and the art of concealing data within plain sight! CryptoCanvas lets you play with:

• Standard Strength: Industry-trusted AES encryption keeps your secrets under lock and key.

• Fibonacci Fun: See how the famous number sequence can be used to scramble messages.

• Pi Power: Leverage digits of Pi as an unconventional ingredient in your secret recipes.

• Hidden Images: Practice the subtle art of steganography by embedding images within other images.

Getting Started

Prerequisites:

• Python 3.x
• Required Libraries: cryptography, matplotlib, numpy, mpmath, secrets

Installation (pip):

pip install cryptography matplotlib numpy mpmath secrets

Quick Usage Example

1. Generate Secrets:

    unique_image_key = generate_unique_image()
    pi_digits = str(mpmath.pi * 10**10000)[2:].remove('e') 

2. Test Encryption:

   data_to_encrypt = "Your top-secret message here!"
   
   # AES Encryption
   aes_key = secrets.token_bytes(16)
   aes_encrypted, aes_decrypted = aes_encrypt_decrypt(data_to_encrypt, aes_key)
   
   # PiEncrypt  
   pi_encrypted, pi_decrypted = piencrypt_encrypt_decrypt(data_to_encrypt, pi_digits)
   
   # ... explore Fibonacci encryption and image steganography!

Notes

• Remember, strong encryption should rely on proven tools. AES is a solid choice. The custom PiEncrypt and Fibonacci schemes are provided for experimental interest.
• Key protection is paramount!

Contribute, Learn, Discover

CryptoCanvas.py is designed for exploration and learning. Feel free to suggest improvements or delve into cryptographic best practices as you enhance your data protection knowledge!

Let me know if you want any sections changed or expanded. It's easy to adjust the tone to be more technical or even more playful.