Herm.... well it seems that about only 1/6 of the time this works. The reason it "dosen't work" is because 5/6 of the time it makes a 0 for one of the variables. Could you please fix this so that only 1-26 are in the variables of the list? It seems the 0's are in the 20-26th place of the list most of the time -Thanks
Is there an easy way to create a list with dim 26 with: Rnd integers for each dim# Any Dim = int 1-26 Dim x =/= x Ex Dim 1 = X Dim X= 1 Dim 2 = Y Dim Y = 2
So far, as I have been working on this for the past few days and it has been going good. But first let me explain what an enigma machine does and how.
Spoiler For Spoiler:
Ok, so first there is the 1. keypress. As you can see in the picture, are the keys (lol). Then,the wires that take up the body of the box that are below the box which carry the current to the 2. plugboard. This can be seen in the front of the box as the wires that go from one peg hole to another. There are usually 10-13 wires but usually 10. There are actually 2 holes for each number, where the current comes from the keys, and fom the rotors. These are used to further scramble the code, and to make it almost unbreakable. Next, after the current goes through the plugboard it goes to the dials or 3. rotors. These are the main parts to the encryption process. Here is a good example of what the rotors do. Bassically they look like this and "rotate" the code (randomly set one letter to another). There are usually 3-4 of them. So, as you saw in the first picture, the current goes through the 4. reflector. This, combined with the rotors makes the code further scrambled. Not only that but it turns it back through the rotors. Ok, final strech here. the current then goes back to the plugboard. It finnaly goes through the 5. lampboard. This is a fancy way of displaying the outputed code with lights.
So now all that, which is good and all but really has nothing against. This is a method of decryption which looks at the frequency of each coded letter to show up and can tell what it is by determining how often it was used. That is why the most important part on any Enigma Machine is that the rotors well, rotate. This with encryption methods 2-4 make the Enigma Machine a VERY powerful tool of encryption.
So anyway, I am making this in Basic and will implement all the functions of a real enigma machine. 1. Keypresses 2. Plugboard 3. Rotor 1 4. Rotor 2 5. Rotor 3 6. Rotor 4 7. Reflector 8. Rotor 4 9. Rotor 3 10. Rotor 2 11. Rotor 1 12. Plugboard 13. Display (output)
I will make this able to handle 128 (8*16) characters of encryption and decryption.
*Cooooooooough "On some keyboards, if both shift keys are held down simultaneously only some letters can be typed. For example, on the Dell keyboard Model RT7D20 only 16 letters can be typed. This phenomenon is known as "masking" and is a fundamental limitation of the way the keyboard electronics are designed."
(129-(16(X-1)+Y) If length(str1)>Ans Output 1,1,sub(str1,(Ans+1),(length(str1)-Ans) Output X,Y, Str1
This code took a while yesterday but I was able to make it wrap to the top. Although, I would rather like it not wrap to the next line because I am working on block cyphers currently.
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