I've actually done this already, and I just put my library up on
GitHub today. But I guess I'll make a new thread for it. :-)
.mmb
On Fri, Sep 2, 2011 at 4:49 PM, Mathieu Bouchard wrote:
> On Fri, 2 Sep 2011, Roman Haefeli wrote:
>
>> According to its helpfile, [vcf~ ] is the same as [bp~ ], but
On Fri, Sep 2, 2011 at 2:07 PM, Roman Haefeli wrote:
> According to its helpfile, [vcf~ ] is the same as [bp~ ], but with a
> voltage controlled aka signal rate inlet for frequency.
They're not the same. Stick them in H10.measurements, and you'll see
that the center frequency of [bp~] can go abov
- Original Message -
> From: Andy Farnell
> To: Menno van der Woude
> Cc: pd-list@iem.at
> Sent: Saturday, October 8, 2011 4:11 PM
> Subject: Re: [PD] how to change bp~ frequency at sample rate?
>
> On Sat, 8 Oct 2011 20:39:37 +0200
> Menno van der Woude wr
On Sat, 8 Oct 2011 20:39:37 +0200
Menno van der Woude wrote:
> So far, [vcf~] has done a great job, thanks! Being able to also change
> resonance at sample rate would be nice. At this point, building an
> object like that is a bit beyond my level of expertise.
IIRC the [moog~] object has audio
So far, [vcf~] has done a great job, thanks! Being able to also change
resonance at sample rate would be nice. At this point, building an
object like that is a bit beyond my level of expertise.
I am wondering, is there a distortion object around that can be
controlled at sample rate? Both [dist~]
Yes its useful to have signal control over resonance too
although less common to need it. An example is if you make
a string or drum skin model with parallel resonances and you
want to dampen it when it's sounding.
Its been done before using [rpole~] and [rzero~] objects,
but IIRC was unstable
On Fri, 2 Sep 2011, Roman Haefeli wrote:
According to its helpfile, [vcf~ ] is the same as [bp~ ], but with a
voltage controlled aka signal rate inlet for frequency.
Now let's say that I want to have all three inlets as signals.
Is there an abstraction for doing that ?
I just made part of on
Have a look at [vcf~], set the resonance with the first parameter and the
cutoff frequency with a signal to the 2nd inlet.
Cheers,
Joe
On 2 September 2011 18:57, Menno van der Woude wrote:
> Hi all,
>
> working on patches that will be controlled by video analysis (through
> OSC messages), I am
On Fri, 2011-09-02 at 19:57 +0200, Menno van der Woude wrote:
> Hi all,
>
> working on patches that will be controlled by video analysis (through
> OSC messages), I am wondering how to change the frequency (second
> inlet) for [bp~] in realtime.
> The problem is: connecting a [line] object or num
Hi all,
working on patches that will be controlled by video analysis (through
OSC messages), I am wondering how to change the frequency (second
inlet) for [bp~] in realtime.
The problem is: connecting a [line] object or number object to this
inlet will result in clicks and pops when the line is mo
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