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Complex-Number-Encryptor-Janderion

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Complex-Number-Encryptor-Janderion

Package that can encrypt messages using various math equations

    1.0.0

Maintainers
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Complex Number Encryptor

This package is capable of encoding messages into lists of numbers using algebra and complex numbers

Complex_Number_Encryptor.ComplexNumber

An example of how to use this is as follows:

from Complex_Number_Encryptor.ComplexNumber import Encoder
msg = "Hello World"
Encryption_factors = [(1+1j), (2+2j), (3+3j)]
Encoded_Message = Encoder(msg, Encryption_factors, d=1).enc()
print(Encoded_Message)

The Encoder object requires two things, the first being the string of the message, and the second being the tuple of three numbers which are the encryption factors. There is a third factor 'd', which is also an encryption factor, but is at default 1. A list of complex numbers would be printed and could be reversed in the Decoder object with the same encryption factors.

from Complex_Number_Encryptor.ComplexNumber import Decoder
Input_list = [the, list, recieved, from, the, encoder]
Encryption_factors = [(1+1j), (2+2j), (3+3j)]
Decoded_Message = Decoder(Input_list, Encryption_factors, d=1).dec()
print(Decoded_Message)

This would print out the original message.

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