Added: 3 years ago
From: serjndestroy
Views: 17,673
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  • Now try a full adder!

    >:D

  • That is increadibly clever. And no, I am not going to write a troll'ing comment.. The XOR gate was very well thought out ;) Amazing how physics can be used for logic gates like this.

    Will,

  • now try an XNOR gate!

  • through the whole video I was wondering how you would pull off XOR.. well done

  • @Warndog9 Thanks, I'm rather shocked to still be getting comments on this :P

  • @serjndestroy WellI was looking for other peoples approach on something in phun and this was actually the first result. Although I cant remember what it was that I was looking for. Still playing with Phun?

  • @Warndog9 Heh, and my implementations are horrible, much better ones done with gears and the like. I'm not really playing around with Phun that much; only boot up the old version every now and then if I want to try something. Phun tech has surpassed me by faaar in the last 2 years..

  • i never understood what an XOR gate was but now I know, you can only use one input at a time which makes the output true but if you use more than one input the output is false

  • @maribakumon Glad the vid could be of help, even though it's not that high quality :)

  • So an XNOR is 00=1 10=0 01=0 11=0?

  • So an XOR gate is 10=1 01=1 11=0?

  • Most are pretty shabby and not too reliable, but I like the design of your XOR gate (1:55)!!

  • I made an OT gate in 5 seconds :O

  • wow, that's really cool

  • make an XNOR and i will be amazed

  • Someone made a XNOR check the Phun Forums.

  • connect a NOT in the XOR output, and there u go! (as far as i can remember)

  • WHat is a XNOR?

  • An "NOT Exclusive OR" =D

  • i dont get it.. can sum1 explain?//

  • It's boolean logic. At the most fundamental level, that's how your computer works.

  • make a NXOR and I will b proud.

  • ... An XNOR (that's its correct name - not a NXOR) would be easy to make - just put a NOT after an XOR.

  • Genious! Just genious!

    Maybe you can make a computer inside the phun, lol.

  • prolly could... type in Phun Digital Clock and Phun Combustion Engine  the clock is much more ingenious though... check em out u can do anything mechanical in phun

  • Yeah, I know!

    I made a calculator that multiplies numbers using binary!

    Check my video

  • Very good!

    All you needed to show was nand, the king if logic gates :P

  • very nice

  • i am sorry but i dont understand what this is...are they just basic machines?

  • They are physical representations of logic units that are found in computers. By combining these gates, you can build things that can count, subtract, store information, essentially build a computer (although you would need tens of thousands)..

  • if you do physics youl understand

  • Awesome! I am impressed - maybe if I steal your idea and copy the gates a billion times I could make a Phun calculator... but I wouldn't want to show you up :P

  • Please do. These gates don't work well in combination though, trust me, I've tried. Ball-based logic gates seem to be the way everyone goes, there are already a few binary adders out there..

  • I have a Mac so apart from a quick play on a friends PC I haven't really had a chance to try Phun out - but from what I can see here it looks like you could replace many of the springs with thin rigid bars which should eliminate some of the interference. There's a knex half-adder on YouTube somewhere which uses all rigid parts - although given that you've obviously put some thought into your Phun gates I guess you've already been down that avenue?

  • These gates are lightyears behind the ones I am currently working on; no more springs and connected inputs. I will most probably upload my work at some stage, but glitching from the high forces involved in my current designs have prevented me from making too much progress..

  • @wlb321 Phun is for mac too D:

  • someday I might understand this but not today

    nice job nonetheless

  • is this for distributing objects?

  • It could be used for that. Although linking it all up would require some of my later designs..

  • Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool! Cool!

  • Great job! I was wondering when someone would logic gates with fun. Great program, isn't it?

  • It is. If only I had enough time to put those finishing touches on my adders.. The new version and my anti-virus aren't getting along, either, which hasn't helped alot

  • Nice work.

  • Very cool and creative. Routing signals will be a huge pain, though.

    BTW, and XOR and an AND together are a half adder. Just hook them up with the same inputs and done.

  • That's what I did, and I hooked up 2 of those with an or to make a full adder, and it works.. Just not completely correctly.. I need to isolate the inputs from the mechanisms, so that I don't get feedback when I press one of the inputs (A,B,Cin), and that is a bit tricky..

  • wow... to make few ports you used an entire CPU

    however.... nice idea

  • Lets see a half adder now :)

  • Full adder :D

    Just have to record it in action..

  • Didn't come out too clear..

    Hopefully I will have a full adder going by next week, and then the real phun can start, haha.

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