Pharaoh
25th Apr 2015
18th Sep 2015
This is the first time I've dabbled with computer circuitry, so I hope you enjoy. This is a summation or addition calculator, and can handle 16-bit numbers.
electronic
filt
aray
circuit
adder
logic
gates
Comments
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Oh and I forgot! I were able to transfer current via the inwr to the output without using filt. So maybe it's possible to do that here. check it out here: id:1776390
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I don't know. But maybe you could make this smaller by not using so much filt. I found out when working on my microchip that ARAY based INWR scanning dosen't need filt and because of that I shrunk my chip by more than 100 pixels (as a microchip, that's pretty much)
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@Pharaoh Heh... the beauty of this magnificent beast. The thing is that this is understandable for me is that it's analogue. If it was fully programmed (Which I will never know how to do XD) then this would be a clusterflock of blips and bloops that'd melt my brain. I'm glad that this got onto the FP. FAVOURITE!!!! YEEAAAAH!
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@TD23ASUS, yeah, lol, it was the same for me. I just looked at the Wikipedia page and I realized that I could just replicate it with gates. I just kinda scrapped this together xD
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I like this save because for me all that advanced electronics confuses me, but this (apart from the overflow, argh too many colours) actually taught me something: that it is possible to make a simple calculator with a little sweat, a lot of blood, some shambam and simple ARAY electronics. Since I've done something very similar this actually is like the next step for me. Thanks. :)
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@Schmolendevice, or we can even use CUDA/OpenCL for fast frameskipping (like 10 frames in 1)
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@Schmolendevice, subpixels? Like a second particle array on the screen? Then, we need to go deeper (to the source code :D ), and make a "SPECIAL ELECTRONICS MULTITHREAD PowderTOY" :DDD
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@Pharaoh Yeah, yesterday I got bored and quickly mashed together this private save for folks to feast their eyes on; id:1778279. This is good work because certainly prior to learning about FILT and sub-frame timing I couldn't have gotten my adders as fast and compact as yours. But indeed there is still some ripple carry latency in this design. Pretty much with the current tech coming around you'd be quite capable of doing 40 to 100 additions in the time it takes normal electronics to propagate.
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@Schmolendevice, thanks for clearing that up. @Sourec, lol, yeah some call it an adder, some call it a summer.
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You know, I thought you made a replication of something called "Summer" in 16 bit... I actually thought of the season Summer!