Bruno Zamborlin

Dear all, I'm looking for a solution to find out the pitch of a buffer~ (dividing it in "windows").

It would be something like fiddle~ or pitch~ but that works with a buffer~ instead of audio streaming.

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Dear all, I'm looking for a solution to find out the pitch of a buffer~ (dividing it in "windows").
It would be something like fiddle~ or pitch~ but that works with a buffer~ instead of audio streaming.

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- http://www.brunozamborlin.com -
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fiddle-of-a-buffer

Quote: Bruno Zamborlin wrote on Thu, 08 March 2007 16:01

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> Dear all, I'm looking for a solution to find out the pitch of a buffer~ (dividing it in "windows").

> It would be something like fiddle~ or pitch~ but that works with a buffer~ instead of audio streaming.

just play the buffer = use "realtime" for your "offline" process.

if you are impatient, play it at x4 speed ... 

Quote: Bruno Zamborlin wrote on Thu, 08 March 2007 16:01
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> Dear all, I'm looking for a solution to find out the pitch of a buffer~ (dividing it in "windows").
> It would be something like fiddle~ or pitch~ but that works with a buffer~ instead of audio streaming.
>
> Regards
>
> Bruno

if you are impatient, play it at x4 speed ... 


Quote: Roman Thilenius wrote on Fri, 09 March 2007 00:36

> just play the buffer = use "realtime" for your "offline" process.

> if you are impatient, play it at x4 speed ... 

Anyway, using this solution I've found some little troubles.

Quote: Roman Thilenius wrote on Fri, 09 March 2007 00:36
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> just play the buffer = use "realtime" for your "offline" process.
> thats how most programs work.
> if you are impatient, play it at x4 speed ... 
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Thank you Roman for your attention.
Anyway, using this solution I've found some little troubles.

> Anyway, using this solution I've found some little troubles.

This is to be expected, but should make no difference for your 

interpretation of it. loudness~ is a fft process and thus will give you 

values across fft frames. Where those start is arbitrary, could be 

The size of a fft frame is about 23 ms and would give you 1024 different 

But the overal shape should remain the same...

Bruno Zamborlin schrieb:
> Anyway, using this solution I've found some little troubles.

This is to be expected, but should make no difference for your 
interpretation of it. loudness~ is a fft process and thus will give you 
values across fft frames. Where those start is arbitrary, could be 
anywhere...
The size of a fft frame is about 23 ms and would give you 1024 different 
results...
But the overal shape should remain the same...

Stefan Tiedje------------x-------
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Fiddle~ of a buffer~ ?