Logic gate and 4 bit adder
Posted: Fri Jul 24, 2015 1:08 am
AND, OR, NOT
NAND, NOR
XOR
XNOR
IN, OUT PUTS 4 BIT ADDER
FULL ADDER
and last the map https://www.dropbox.com/s/8rkrnrj6o2oe8 ... t.zip?dl=0Page 1 of 1
Re: Logic gate and 4 bit adder
Posted: Fri Jul 24, 2015 2:19 am
binary is so messy.
This is a 32-bit register. constant combinator on the left is providing inputs - address on A (working on a tileable blueprint for addressable memory, almost there), value in iron, and a write signal on '0'. Output read from the "+" combinator on the right. For a lengthy explanation of the register itself, you can see my reddit post about the prototype.
I know people will carry on with binary logic, because people enjoy that kind of thing, but it is no longer the only viable option anymore.
This is a 32-bit register. constant combinator on the left is providing inputs - address on A (working on a tileable blueprint for addressable memory, almost there), value in iron, and a write signal on '0'. Output read from the "+" combinator on the right. For a lengthy explanation of the register itself, you can see my reddit post about the prototype.
I know people will carry on with binary logic, because people enjoy that kind of thing, but it is no longer the only viable option anymore.
Re: Logic gate and 4 bit adder
Posted: Tue Jul 28, 2015 7:43 pm
I do not see your img you linked.GopherAtl wrote:binary is so messy.
This is a 32-bit register. constant combinator on the left is providing inputs - address on A (working on a tileable blueprint for addressable memory, almost there), value in iron, and a write signal on '0'. Output read from the "+" combinator on the right. For a lengthy explanation of the register itself, you can see my reddit post about the prototype.
I know people will carry on with binary logic, because people enjoy that kind of thing, but it is no longer the only viable option anymore.
Re: Logic gate and 4 bit adder
Posted: Tue Jul 28, 2015 10:35 pm
Not sure why... direct link http://puu.sh/jaCXx/04e2e6106f.jpg
and there's been an ongoing discussion with mine and others' versions of the same, over in the Combinator Contraptions thread
and there's been an ongoing discussion with mine and others' versions of the same, over in the Combinator Contraptions thread