h a l f b a k e r yThis would work fine, except in terms of success.
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Is there an oscilloscope software that gives you a
realistic visualization of a singers vocal tract as they
sing? |
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Singing the four first notes of Beethoven's 5th symphony, ascii version |
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sp. | · | | · | | · | | _ | |
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I don't see that this would be too hard to do. Basically you do a frequency analysis to ennumerate what harmonics there are and how strong each one is; then you use the output of this to adjust an on-screen image of your throat. |
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There are many software applications for pitch detection and most remarkable pitch correction even for live performance. Some open source code uses the [pocmloc] suggested aproach for detection. |
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What I can't see, is how a singer could use a moving dot in the imprecise scale of a drawing of a vocal tract to improve their tuning. |
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Well I was imagining that the well-baked spectrum analysis side of things would outoput a series of numbers (basically pairs of {frequency, amplitude}). The clever bit is that there is an algorythym that draws on the screen a lifelike 3d representation of the inside of a human vocal tract. When you feed into the algowrithem a series of number-pairs, it redraws the picture distorted in certain directions. The clever bit is that the distortions are calculated to approximate the real-world shape of the singer's bodily parts. |
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// Is there an oscilloscope software that gives you a
realistic visualization of a singers vocal tract as they sing?
// |
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Yes. It's called 'Rock Band' for Xbox 360. |
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