http://plugin.org.uk/releases/0.3.0/
Includes the most often requested thing, compressors.
SC1 - mono in, mono out variable knee compressor
SC2 - mono in, mono out variable knee compressor w/ permenantly wired
sidechain.
SC3 - stereo in, stereo out etc. with selectable sidechain.
Many thanks to Mark K. for extensivly testing the algorithm.
There are also a couple of new, very low level plugins, quality
improvements on the gong and plate reverb, serious speed improvements on
the valve plugin, and noticable, but not stunning improvements to various
other things.
Oh, and I finally fixed the prefix stuff in the configure.in. Its still
broken for MacOS X, and I no long have access to a box, so if anyone
fancies fixing the autoconf I can point you in the right direction.
- Steve
Perhaps old news but I saw these interesting USB MIDI master keyboards
http://www.harmony-central.com/Newp/2002/PCR-30-PCR-50.html
I'm considering getting one so my questions are:
- What's the status of USB MIDI on Linux ? Are such kind of keyboards fully
supported ? (eg transmit all the params as midi events or use special USB
message)
- what kind of Note-on MIDI latency do these keyboards have ?
(standard midi keyboards 1.1msec)
thanks,
Benno
---
http://linuxsampler.sourceforge.net
Building a professional grade software sampler for Linux.
Please help us designing and developing it.
linux-audio-dev'ers,
I am working in an Operations Center where we want to record 16-20 separate
analog audio voice nets/channels along with a few ethernet-based
display-data(not video) streams and play them all back individually,
selectively or all together for training purposes.
The audio nets are better than phone-quality, but not hi-fidelity and 22Khz
sampling should be sufficient. There are many turnkey voice-loggers and
pc-based "studio" applications but I need the audio recordings
closely-coupled with my own recordings of display-net data. I won't be doing
a lot of audio processing and would consider a higher rate system with
signal processing on board if it just works multi-channels well under Linux.
I suppose a multi-channel digital audio I/O board would be just fine as long
as I can get 16-20 analog channels converted up front. I am proposing
developing this application under Linux but need suggestions on the most
viable multi-channel audio in/out boards for use under Linux.
Any suggestions ?
Thanks !
Dave.
> >It would be more efficient to just calculate the corect chebyshev in
> >realtime, the problem is that they have lienar CPU cost with the number of
> >harmonics, 20 harmonics for example will be pretty expensive.
>
> there's one problem i see: if we employ a chebyshev, it is going
> to create harmonics no matter what amplitude our incoming signal
> [...]
> it seems hard to come up with a wave shaper that favours higher
> harmonics,[...]
I have only been skimming this discussion, but these caught my eye,
and I'm wondering what you mean by "chebychev" here. If you're
driving a sum Chebychev polynomials with the original signal, none of
these statements is necessarily correct -- you can preload a table
with the polynomials, so the computational load can be unrelated to the
harmonic content; the content will depend on the input amplitude; high
harmonics are easy -- just emphasize the relevant polynomial --
probably I don't know what you're talking about.
My brother pointed this out to me... The Agnula project was supposed to
have a November release. But neither he nor I are able to connect to
their Web server, http://www.agnula.org/. It resolves to the IP address
62.94.60.107 for me but doesn't connect. Is this a technical problem or
is this project dead?
=====
-- kwconder at yahoo dot com
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