Hi lists,
my little report on the lac-concerts and some other subjects of the lac
in Karlsruhe will be broadcasted tomorrow on SWR2 JetztMusik Magazin at 23h.
Michael
Hello,
I am looking for a cross-platform implementation of an atomic
integer.
Under Linux, a build an c++ class "atomic" around asm/atomic.h,
(which I can use as if it where an int), but I'd like to have a
solution that also works on Windows XP and Mac OS X.
Thanks for any suggestions,
Maarten
Hi all,
I've been working on a host library for LV2 plugins. It's at the point
where everything is working (LV2 plugins are working in Om right now),
so I'd like some feedback on the API from anyone who's interested before
it gets too entrenched. The primary design goal is to be as simple and
terse as possible for the host author, so if you would prefer something
was different let me know.
A simple (working) Jack host:
http://www.scs.carleton.ca/~drobilla/files/slv2_jack_host.c
Doxygen documentation:
http://www.scs.carleton.ca/~drobilla/files/libslv2_doc/
(Anything having to do with SLV2Property is still hairy, everything else
is fair game). And no, you can't have the code yet. Steve would hang
me. :)
Cheers,
-DR-
A couple of years ago I started writing a tracker-like GUI program to
control Csound, but then I mostly lost interest in Csound and forgot
about it. It's a bit like Buzz or Psycle or Octal in that it has a
built-in "modular synth" where you connect Csound instruments and a
traditional tracker-style pattern editor.
It probably doesn't work with recent Csound versions and probably
doesn't even build with recent compilers and libraries, and I'm not
going to hack any more on it. But if anyone is interested in taking
over, the source and other things can be found here:
http://keso-project.sourceforge.net/
I'd be happy to hand over the SF project if anyone is interested.
--
Lars Luthman - please encrypt any email sent to me if possible
PGP key: http://pgp.mit.edu:11371/pks/lookup?op=get&search=0x04C77E2E
Fingerprint: FCA7 C790 19B9 322D EB7A E1B3 4371 4650 04C7 7E2E
Hi I'm currently writing on a loop based midi sequencer.
My problem is that I want to get Hardware synced via midi clock.
I've read that the midi-clock signal is send 24 times in a quarter note.
My sequencer is network based.
So there is one time-server which sends a tcp packet with every 256 note.
But when I want it to send the midi-clock signal it would be send every 2+2/3 note. Which is not possible.
Do you see any solution?
--
A sine curve goes off to infinity, or at least the end of the blackboard.
-- Prof. Steiner
Does anyone have any examples that use HPET (or any other high
resolution event) timers? I've built HPET support into my kernel but
I cannot figure out how to compile the example given in the
documentation :
/usr/src/linux-2.6.12/Documentation/hpet.txt
I have searched the web and I cannot quite figure out how people use these.
I'd like to have micro-second precision and I'm wondering if there is
a better way then polling the time of day?
Thanks,
Alex Norman
Hi.
>Hi Paul,
>How does your software compare to SoundTouch in
regard >to "less extreme" time
>stretching?
This algorithm is made especially for extreme time
stretching, for "less extreme" I recomand you to try
other programs/algorithms :)
Paul
>many thanks,
>Predrag
>> Hi.
>> I released today the second version of the
>> extreme-time-stretching software.
>> It's here:
>> http://hypermammut.sourceforge.net/src/paulstretch/
>
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Hi.
I released today the second version of the
extreme-time-stretching software.
It's here:
http://hypermammut.sourceforge.net/src/paulstretch/
News:
- Added a graphical user interface (requires
wxWidgets). Now you can control the FFT size (buffer
size) too. Also, you can use this program as a very
interesting effect if you make FFT size large (even if
the stretch parameter is close to 1)
- Added Ogg Vorbis support for output (requires ogg
vorbis libraries)
- Added an "optimize" option to the FFT size to make
it power of 2 or 3 for speedups (afaik the fftw
library is optimised for these kinds of buffers). The
disavantage is that the stretch value is now quantised
(if you don't like this, you can disable the optimize
checkbox).
P.S. For now, there is no available resource checking
(I mean if your disk is full or the buffer size is too
large, the program will crash)
Paul
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Hi.
I rewrote the experimental time-stretching software
(discussed in linux-audio-user mailinglist in "How can
I time-stretch the sound like this" topic ) and I put
it
here:
http://hypermammut.sourceforge.net/src/paulstretch/
Please listen to audio examples here (with 20x
stretching):
http://hypermammut.sourceforge.net/src/paulstretch/example/
The algorithm is simple and it's described into the
readme.txt from the archive. There is room for
improovements to avoid over-smoothing (I wrote in
readme.txt how I think that is possible to do).
Please tell me your opinion about it.
Paul
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hi
attached patch includes MEMSET fixlet from yesterday.
it adds err subtracts pthread_* calls from
aubio_midi_direct_output().
those did block here.
and aren't anyhow needed in aubio_midi_direct_output(),
i think.
karsten
*) here
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