Does this software exist?
Posted: Sat Jun 30, 2012 3:56 am
Is there a program that can take a sound or a whole song and break it up into every individual frequency it contains and show the envelopes of them all as sine waves?
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Seeing as you can make any fucking sound ever possible (seriously) with additive synthesis, a program that is basically reverse additive synthesis is not that far-fetched. Also, simple versions of it already exist, like having sytrus, alchemy, or other synths turn a sample into the sine wave harmonics that make it up. But they don't even do it completely accurate because it would take alot more sine waves than they have the cpu available for.Fauster wrote:What the fuck? No fucking way could something like this exist.
Well, not exactly what you described I guess (mostly the specific sine waves?), but you might want to look into the interesting R-Mix: http://www.rolandus.com/products/produc ... uctId=1176Artie Fufkin wrote:Is there a program that can take a sound or a whole song and break it up into every individual frequency it contains and show the envelopes of them all as sine waves?
It would require an infinite amount of sine waves. There's no way that software exists anywhere.Coolschmid wrote:Seeing as you can make any fucking sound ever possible (seriously) with additive synthesis, a program that is basically reverse additive synthesis is not that far-fetched. Also, simple versions of it already exist, like having sytrus, alchemy, or other synths turn a sample into the sine wave harmonics that make it up. But they don't even do it completely accurate because it would take alot more sine waves than they have the cpu available for.
May I ask how? I might be missing something.jrisreal wrote:@Fauster Why not? I could see this being made fairly easily.
no just roughly between 20 and 40,000 hrtz.Fauster wrote:
It would require an infinite amount of sine waves. There's no way that software exists anywhere.
isnt that what a spectrum view is in a wave editorArtie Fufkin wrote:Is there a program that can take a sound or a whole song and break it up into every individual frequency it contains and show the envelopes of them all as sine waves?
No. An infinite amount. There are frequencies between 30 hz and 31hz, for example. Hertz is just the measurement of frequency, standing for one cycle per second. Waves exist at say... 40.51 hz. For example, middle c is 261.625565 Hertz.efence wrote:no just roughly between 20 and 40,000 hrtz.Fauster wrote:
It would require an infinite amount of sine waves. There's no way that software exists anywhere.
Ok maybe not infinite, but way too immense for a program like this. I'd imagine an insane amount of frequencies would be used in some amount over the course of a song.jrisreal wrote:It would only need to include the frequencies that are used. Just because 30.58536942743 Hz is possible doesn't mean it's used in the tune.
Theres a freeware I found like that and thought that minus sine waves is pretty close to what he is saying.wormcode wrote:Well, not exactly what you described I guess (mostly the specific sine waves?), but you might want to look into the interesting R-Mix: http://www.rolandus.com/products/produc ... uctId=1176Artie Fufkin wrote:Is there a program that can take a sound or a whole song and break it up into every individual frequency it contains and show the envelopes of them all as sine waves?
Not necessarily. There are an infinite amount of numbers between 1 and 2. 1.1, 1.11, 1.111, etc...Artie Fufkin wrote:I was thinking about this last night and Fauster's point about infinite waves. While in a finite amount of time, there would be a finite amount of frequencies
http://www.klingbeil.com/spear/ I think this is as close as you're going to get atm, free as well.Artie Fufkin wrote:Is there a program that can take a sound or a whole song and break it up into every individual frequency it contains and show the envelopes of them all as sine waves?
Fauster wrote:Not necessarily. There are an infinite amount of numbers between 1 and 2. 1.1, 1.11, 1.111, etc...Artie Fufkin wrote:I was thinking about this last night and Fauster's point about infinite waves. While in a finite amount of time, there would be a finite amount of frequencies
The same can can be said about frequencies. Theoretically, if all the frequencies are present at the same time, then there could be an infinite amount of frequencies present in a very short period of time, and still only be between 40 and 50 hz.