Analog Hex or Decimal Multipliers

[Legofreak]

Over the past week or so I've been working on a hex carry system. It is pretty small. I tried to make a mostly flat system. Although it isn't as fast as I expected, it still works fairly well. It can take an input every 8 ticks. I added a hex memory cell to hold the base number and a fading clock to send a pulse as many times as the multiplier. Essentially it just adds the base number in the amount of the multiplier. Doing another function will add it to the current value. You can reset if you want to start over.

The speed of the function is relative to the multiplier. 8 ticks * multiplier + bussing.

[tnt417]

Cool!

[Legofreak]

i felt like modifying it. now i have a version that does decimal. the binary up top is BCD.
the one on top is decimal and the one below is hex. both are the same value.


Its actually very easy to change the base number just by adjusting the hoppers. It can be any base from 2 to 16 I think.

[qwerasd205]

Cool.

[EDevil]

Cool

[Iceglade]

Cool!

[Nuuppanaani]

Cool?

[WrytXander]

Cool.

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Hahaha jk, I am very bad at analog, so I am actually realy impressed!

[PACER_RECAP]

Over the past week or so I've been working on a hex carry system. It is pretty small. I tried to make a mostly flat system. Although it isn't as fast as I expected, it still works fairly well. It can take an input every 8 ticks. I added a hex memory cell to hold the base number and a fading clock to send a pulse as many times as the multiplier. Essentially it just adds the base number in the amount of the multiplier. Doing another function will add it to the current value. You can reset if you want to start over.

The speed of the function is relative to the multiplier. 8 ticks * multiplier + bussing.

With normal analog that's awesome, but I thought we can still improve it by using overpowered analog.
For a n decdigit x n decdigit, it's something like a 70n ticks(which means 70logN where N is the multiplier). It's a little slower but it's COMBINATIONAL logic.

[Chibill]

ACD? We could do that..