Roman Haefeli wrote:
btw: is [vcf~] the only known filter with a signal-frequency-inlet?
No, as I wrote there is also [filter~] and all the IEM abstractions that
use it.
More details on my own PD filter issues forthcoming ;-)
d.
--
derek holzer ::: http://www.umatic.nl
---Oblique Strategy
On Tue, 31 Oct 2006 23:33:23 +0100
Roman Haefeli <[EMAIL PROTECTED]> wrote:
> On Tue, 2006-10-31 at 18:55 +0100, derek holzer wrote:
>
> > That said, I've found that filters are not exactly PD's strong point.
> > They tend to "blow up" much more easily that in other DSP programs I've
> > used o
On Tue, 2006-10-31 at 18:55 +0100, derek holzer wrote:
> That said, I've found that filters are not exactly PD's strong point.
> They tend to "blow up" much more easily that in other DSP programs I've
> used or seen (Reaktor, SuperCollider, etc).
is that related to the 'system' pd, or is that j
Yes, convert your control signals to audio rate with [sig~] (maybe interpolate
them too using [line~]) and then use [vcf~] which has an audio rate Cf
I'm not sure about a-rate control od Q though.
On Tue, 31 Oct 2006 17:22:47 +
"Þurstan Skallagrimsson" <[EMAIL PROTECTED]> wrote:
> In a pro
In a project I am working on I am using a [bp~] to mimic a helmholtz
resonator. The difficult part is that this cilinder I am modeling is
constantly changing its volume, thereby changing its resonant frequency and
Q.
This works well at lower speeds but the trouble is that the cycles go up to
Þurstan Skallagrimsson wrote:
Is there another filter out there that I can control with audio signals
if I cannot change the control signal sample speed?
[block] can be used to control the blocksize, which affects the control
rate. For controlling filters at audio rate, check out [vcf~] or be
