<![CDATA[ChipMusic.org - experimental music from very short C programs]]> 2011-10-22T18:18:56Z PunBB https://chipmusic.org/forums/topic/5211/experimental-music-from-very-short-c-programs/ <![CDATA[Re: experimental music from very short C programs]]>

a gwEm appears

]]> https://chipmusic.org/4mat 2011-10-22T18:18:56Z https://chipmusic.org/forums/post/80490/#p80490 <![CDATA[Re: experimental music from very short C programs]]> I asked Fraxtil about it a while ago, and he happily explained it all to me.
Here and here.
these links are good if you're not very mathematically-inclined like I am.

I haven't got around to using it properly yet, but the examples are amazing.

It's like a magician - you know that what they're doing is possible. You only really admire it once you figure out how it's done.
If I heard this on the radio, I'd cover my ears and run for the hills.

Maths is a wonderfuuuuul thing

]]> https://chipmusic.org/Chainsaw+Police 2011-10-10T11:20:42Z https://chipmusic.org/forums/post/79802/#p79802 <![CDATA[Re: experimental music from very short C programs]]> Ah ok. The string contains the sequence when to play which "instrument" (one liners).

I think I agree that finding "pure" seeds and combining them is more attractive. Still, a good idea.

]]> https://chipmusic.org/%C2%B5B 2011-10-10T08:46:47Z https://chipmusic.org/forums/post/79799/#p79799 <![CDATA[Re: experimental music from very short C programs]]> µB: That one and any one that contains a string is "cheating". Instead of generating the sound algorithmically, the content is sequenced and stored as a string. While certainly still cool, I think it's no longer made in the same original spirit. You're no longer just letting the numbers speak.

]]> https://chipmusic.org/nitro2k01 2011-10-10T08:26:25Z https://chipmusic.org/forums/post/79798/#p79798 <![CDATA[Re: experimental music from very short C programs]]> Part 3

The Chaos Theory cover is a jaw dropper. Was this reverse engineered somehow?

]]> https://chipmusic.org/%C2%B5B 2011-10-10T06:54:54Z https://chipmusic.org/forums/post/79797/#p79797 <![CDATA[Re: experimental music from very short C programs]]> I'm not sure why it took me this long to find this thread but here's my (admittedly uneducated) contribution - Vic 20 "math music" from '04:

http://dispyz.radiograffiti.org/track/i … 1-vic-2004

I'm not sure if the method of creation of this exact piece was a line of C, but I do know he's been known to do that very thing over the years. Perhaps he's got some code to share.

]]> https://chipmusic.org/RG 2011-10-03T02:19:15Z https://chipmusic.org/forums/post/79456/#p79456 <![CDATA[Re: experimental music from very short C programs]]> gijs wrote:

cool project!

Thanks for that!
Did something with it.

]]> https://chipmusic.org/%C2%B5B 2011-10-02T22:16:16Z https://chipmusic.org/forums/post/79443/#p79443 <![CDATA[Re: experimental music from very short C programs]]> cool project!

]]> https://chipmusic.org/gijs 2011-10-02T18:28:00Z https://chipmusic.org/forums/post/79434/#p79434 <![CDATA[Re: experimental music from very short C programs]]> Seven Arduino examples with audio: http://little-scale.blogspot.com/2011/1 … imple.html

]]> https://chipmusic.org/little-scale 2011-10-01T21:48:45Z https://chipmusic.org/forums/post/79410/#p79410 <![CDATA[Re: experimental music from very short C programs]]> Oh wait, I'm an idiot. I skipped the boring part and only looked at the code.

]]> https://chipmusic.org/nitro2k01 2011-10-01T21:13:59Z https://chipmusic.org/forums/post/79408/#p79408 <![CDATA[Re: experimental music from very short C programs]]> The R2R DAC that we were using was only 4 bits in depth.

]]> https://chipmusic.org/little-scale 2011-10-01T21:12:16Z https://chipmusic.org/forums/post/79406/#p79406 <![CDATA[Re: experimental music from very short C programs]]> odinpants: Correct me if I'm wrong, but if you set DDRB to B00001111, doesn't that mean you're only outputting the 4 lower bits?

]]> https://chipmusic.org/nitro2k01 2011-10-01T21:11:32Z https://chipmusic.org/forums/post/79405/#p79405 <![CDATA[Re: experimental music from very short C programs]]> Having a 32 bit number means that the loop can go for much longer, allowing for a longer piece of music before it repeats and also allowing for a wider range of output based on the index.

]]> https://chipmusic.org/little-scale 2011-10-01T20:17:52Z https://chipmusic.org/forums/post/79402/#p79402 <![CDATA[Re: experimental music from very short C programs]]> unnecessary post, sorry

this is still super cool

]]> https://chipmusic.org/pixls 2011-10-01T17:24:49Z https://chipmusic.org/forums/post/79394/#p79394 <![CDATA[Re: experimental music from very short C programs]]> I'm pretty sure t is 32-bit.

]]> https://chipmusic.org/Shiru 2011-10-01T11:13:36Z https://chipmusic.org/forums/post/79382/#p79382