Digital Number Advanced Logic

So it displays a number, 0-9, and you can set inputs to add, subtract, go to a certain #, reset, etc, and there would be an output for each individual number. You could make legitimate clocks with this! For example: Take two number switches, set one to 0, and the other to 1. Have a timer with goal time set to 0.1, and set the output to reset the timer, and add one to the number switch. On the number switch that is on 0, set the number 9 output to add one on the other number switch, so that every time it hits 9, the other one would go up by one, thus giving you a quick and easy counter that goes up by the second! I have a picture attached, because that all sounds very confusing.http://img21.mediafire.com/43b22521d...5f1fe8086g.jpg

But you can do that already on selector by chaining them, you simply take 2 selectors (or more if you want more digits) setthem to have 10 ports and each point represent the digit from 0 to 9. now plug 0 output of once selector to the cycle input of tens selector and cycle input of once selector will be your add in input. now when once selector will hit 0 it will add up to ten selector. You can add more selector in to it and connecting them from 0 input of the last one to cycle input of next one and so on and so on.You can of corse make digit holograms for display and plug each selector digit to specific hologram and you will make display. You can also and gate two or more outputs to trigger something on specific number.You can also use inputs to set the counter up or reset it

I used that in Codec Snake (you can see result on game over screen)

http://www.youtube.com/watch?v=QJN6GJdp6Ks

Greedy Level (custom timer)

http://www.youtube.com/watch?v=JaIus1s0I1A

The Real Capture the Flag (custom team scoreboard and timer)

*video soon*

and i know gevurah22 use it to make combo counterf or his survival level

http://www.youtube.com/watch?v=u1sQ_EbDgeg

Actually want your circuit shows creates a timer ;]

IFyou want more advance number processing you can always try to use binary number processing, keep in mind that LBP2 logic reassembles digital circuitry, same thing that makes calculators