Paul Winkler wrote:
The fact is, if you have a
normal musical signal, it will have much higher frequency components so
zero-crosses occur much more frequently than this limit. I investigated
this problem a bit before i settled on that 40 Hz... a mixed signal
(a few instruments together), or higher
On Wed, Feb 18, 2004 at 08:48:02AM +0100, Tom Szilagyi wrote:
> Paul Winkler wrote:
> >ok - what happens if the input is a 30 hz sine wave?
> >assume it's coming from a particularly evil keyboard player ;-)
> >
>
> That's a particularly evil situation. :)
i know :-)
> The fact is, if you have a
Paul Winkler wrote:
ok - what happens if the input is a 30 hz sine wave?
assume it's coming from a particularly evil keyboard player ;-)
That's a particularly evil situation. :) The fact is, if you have a
normal musical signal, it will have much higher frequency components so
zero-crosses occur muc
On Wed, Feb 18, 2004 at 12:29:41AM +0100, Tom Szilagyi wrote:
> Yes you can. No, you can't actually, but you can eliminate the problem
> so you don't have to solve it. There is a ringbuffer, with a length
> chosen so it is capable of containing a whole half-cycle even at low
> frequencies (40 Hz is
Paul Winkler wrote:
> Hi folks, and Tom if you're listening,
>
> The description of the TAP Scaling Limiter is
> very interesting - http://tap-plugins.sourceforge.net/#limiter
> I'm just curious, having done no real DSP coding -
> it must do some internal buffering, right?
Right, i have to admit it
On Tue, Feb 17, 2004 at 10:47:59AM -0500, Paul Winkler wrote:
> Hi folks, and Tom if you're listening,
>
> The description of the TAP Scaling Limiter is
> very interesting - http://tap-plugins.sourceforge.net/#limiter
> I'm just curious, having done no real DSP coding -
> it must do some internal
Hi folks, and Tom if you're listening,
The description of the TAP Scaling Limiter is
very interesting - http://tap-plugins.sourceforge.net/#limiter
I'm just curious, having done no real DSP coding -
it must do some internal buffering, right?
So how does it deal with half-cycles that fall on the
