I tested it, and unfortunately it is very sensitive to harmonics, causing it to
output s too high frequency.
On 1 mei 2017, at 13:35, Oliver Larkin wrote:
> There is a tutorial explaining how to make a zero crossing based frequency
> counter/pitch tracker in the Faust_tutorial2.pdf file in t
Op 02-05-17 om 01:19 schreef Steve the Fiddle:
>
>>> I tested it, and unfortunately it is very sensitive to harmonics,
>>> causing it to output s too high frequency.
>> Bart - Thanks that help me - before I start with the code. This is
>> absolute not what i am looking for. I need a "frequencie
On 1 May 2017 at 23:18, Crojav wrote:
>
>
> Op 01-05-17 om 19:41 schreef Bart Brouns:
>> I tested it, and unfortunately it is very sensitive to harmonics,
>> causing it to output s too high frequency.
>
> Bart - Thanks that help me - before I start with the code. This is
> absolute not what i am l
Op 01-05-17 om 19:41 schreef Bart Brouns:
> I tested it, and unfortunately it is very sensitive to harmonics,
> causing it to output s too high frequency.
Bart - Thanks that help me - before I start with the code. This is
absolute not what i am looking for. I need a "frequencie meter" c.q
tr
Hello again,
In an off-list reply (I guess because it contained the complete manual as pdf),
Stéphane pointed me towards waveform (p. 38 in version 0.9.80 of the FAUST
Quick Reference).
(the Reference on http://faust.grame.fr/Documentation/ points to version 0.9.65)
He further pointed out tha
There is a tutorial explaining how to make a zero crossing based frequency
counter/pitch tracker in the Faust_tutorial2.pdf file in the docs folder
of the Faust distribution
On Mon, 1 May 2017 at 12:23, Crojav wrote:
> Hi All
>
> I am total new with Faust. My question, is it posible to make a
>
Hi All
I am total new with Faust. My question, is it posible to make a
"Frequencie meter" with Faust?
Regards Crojave
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Dear Stephane,
thanks for your answer.
I tried to search for the "waveform" concept in my copy of the
faust-quick-reference.pdf. I could not find anything, neither on p.32 nor
anywhere within the document itself. Also, I could not find anything at
http://faust.grame.fr/libraries.html.
Although
It seems that this primes external function returns prime number as index I
right ?
https://github.com/supercollider/sc3-plugins/blob/master/source/DEINDUGens/faust_src/jprev.h
Then I guess you could try using the « waveform » concept (p32 in
faust-quick-reference.pdf documentation) ?
Stép
Dear all,
I am trying to fix/update the implementation of JPVerb to follow the current
development style of faust:
https://github.com/supercollider/sc3-plugins/blob/master/source/DEINDUGens/faust_src/JPverbRaw.dsp
one caveat I stumbled across is that it utilises an external function defined
in
Hello again,
I am interested in creating a complex oscillator based on the Lotka-Volterra
model.
https://en.wikipedia.org/wiki/Lotka%E2%80%93Volterra_equations
Here is an imperative implementation based on 4th order runge-kutta for sound
purposes:
https://github.com/supercollider/sc
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