An Awesome, Ultra, Mega, Cool, wire bank.

**awfa3** · 03-22-2008

This is a tutorial to a pointless wired bank that is fun to play with. Did I mention it was pointless? What it does is you can store any amount of "Money" in an account PIN number. The PIN can be as long as the person wants. :lol:

//-------------Making A Bank----------------------------------------------------------------------

!---Part 1---The Components

1. Make a vertical platform to make the wiring on.
2. On the back side, make a constant value. I recommend a prime number, I used 13.
3. Make 2 add arithmetic gates.
4. Make 2 multiply arithmetic gates.
5. Make 2 divide arithmetic gates.
6. Make 2 exponential power arithmetic gates.
7. Make 2 Round arithmetic gates.
8. Make 1 Memory 64x64 Ram gate.
9. Make a numpad input with the option toggle, and put it to any key you want. This is the one that allows you to edit the data in accounts. (If it is on, you can edit, if it is off, you can’t change the “Money”)
10. Make an Advance Input that does not have toggle on, and starts at zero.
11. Make a numpad input without toggle. This one is to reset any “bank account” to zero.
12. On the front side, make the wired buttons 1, 2, 3, 4, 5, 6, 7, 8. Make sure all of the buttons have toggled checked. Give number one the value of one, number two on value of two, number three the on value of three, and all the other buttons respectively. (All the buttons have different on values)
13. On the front side, make a screen with one display value of “Money” of anything you like.

!---Part 2---The wiring
1. Take the first add arithmetic gate and wire them to all the even number buttons. (Wire A to 2, B to 4, and so on)
2. Take the second add arithmetic gate and wire them to all the odd number buttons.
3. Take the first multiply gate and wire A to the add arithmetic gate, and wire B to the constant value.
4. Take the second multiply gate and wire A to the other add arithmetic gate, and wire B to the constant value.
5. Take the first division gate and wire A to the first multiply gate. Also, wire B to the constant value.
6. Take the second division gate and wire A to the second multiply gate, and wire B to the constant value.
7. Take the first Exponential power gate and wire A to the division gate and B to the constant value.
8. IMPORTANT STEP IN SECURITY!!!!!! Take the second exponential power gate and wire A to the second division gate, but wire B to the other exponential power gate.
9. Take the first round gate and wire A to the first exponential gate.
10. Take the second round gate and wire A to the second exponential gate.
11. Take the 64x64 Ram gate and wire AddrReadX and AddrWriteX to the first round gate.
12. Take the 64x64 Ram gate and wire AddrReadY and AddrWriteY to the second round gate.
13. Take the 64x64 Ram gate and wire Clk to the Numpad Input with the toggle.
14. Take the 64x64 Ram gate and wire Data to the Advance Input.
15. Take the Advance Input and wire the Reset to the Numpad Input without the toggle.
16. Finally take the display screen and wire A to the 64x64 Ram gate.

Heres My Picture Diagram:

Notes: You might notice that when your entering the PIN number, you can only use each number once because of the toggle. Also, you don’t have to enter the PIN in the correct order. If anybody can get around this problem, please tell me. XD

I also posted this on FacePunch.