JACK Rack 1.5.0 is out!
Downloads: https://sourceforge.net/projects/jack-rack/files/jack-rack/
Git repo: https://sourceforge.net/p/jack-rack/git/ci/master/tree/
Home page: https://jack-rack.sourceforge.net/
It's been 18 years since the last release, but for those of you who
still have a use for a lightweight LADSPA plugin host, here's a version
that'll build with modern compilers (although it still needs GTK+ 2) and
includes several other improvements contributed by users over the last
couple of decades.
If you're maintaining a package of this, note that the dependencies have
changed and the tarball is signed by my newer GPG key.
Changes in this release:
* Update the code so that it can be built with any language standard
from ANSI C to C23. (The previous release doesn't build with GCC 15,
which defaults to C23.)
* Fix memory leaks and other minor problems reported by GCC and Clang's
analysis tools.
* Update the build system to support current autotools.
* Don't try to link against the GNOME 2 libraries, and make the About
window available without them (patch from James Morris).
* Replace a call to a LASH internal function with a glib equivalent.
* Rework the rack saving/loading code to be more robust against damaged
files or missing plugins.
* Use zlib for compression in the rack saving/loading code, as libxml2
often isn't built with compression support these days. If you built
the previous release of JACK Rack against a recent libxml2, you won't
have been able to open old compressed rack files; you can now.
* Dependencies: make libxml2 and zlib mandatory,
use pkg-config to find lrdf like the other libraries, and link with
libm and libdl (based on patches from James Morris).
* Add support for jack-session (implemented by Torben Holm, plus a fix
by Peter Nelson).
* Move the repository from CVS to Git.
* Fix bugs in MIDI controls (patch from Peter Nelson).
* Add a Czech translation (patch from Pavel Fric).
* Update the Russian translation (patch from Alexandre Prokoudine).
* Check for an appropriate GTK+ version (reported by Steven
Chamberlain).
If you encounter any problems, or if you've got any further patches
sitting around that I didn't find when trawling for them, please get in
touch with me.
Thanks!
Adam
--
Adam Sampson <ats(a)offog.org> <http://offog.org/>
Hey hey,
I would like to share a new song: When You Smile
https://youtu.be/TdJ6H01q5XI
This is a love song, an electronic ballad, heavily influenced by the likes of Imogen Heap. This means interesting and self-made sound design. In this case this involves field recordings, mixed and processed samples, completely synthesized material, using soft- and hardware synthesizers. A Csound specific note follows at the end.
Used hardware:
Behringer Neutron
Make Noise 0-Coast
Used software:
Csound (synthesis, sample editing, FX)
LinuxSampler (Csound samples, further drums, piano, guitar and strings)
Yoshimi (Pads and various)
Midish MIDI sequencing and arrangement
Nama Recording, mixing and mastering
I tried to use Csound in multiple ways, so I loaded in several drum samples, both from free libraries and my own making and edited and mixed them to export as new samles. There is the first version of the Mbria like physical modelling instrument. I used it as a vocoder, to process live audio with other custom effects and to synthesize other drum sounds from first principles. Csound is also responsible for the harp-like sound.
Share and enjoy!
Best wishes,
Jeanette
--
* Website: http://juliencoder.de - for summer is a state of sound
* Youtube: https://www.youtube.com/channel/UCMS4rfGrTwz8W7jhC1Jnv7g
* Audiobombs: https://www.audiobombs.com/users/jeanette_c
* GitHub: https://github.com/jeanette-c
Do you even know what I like
Just what I'm living for,
What I adore <3
(Britney Spears)
Hello, everyone!
I wasn't happy with any of the existing virtual keyboards so I created my own.
It uses the low level linux keyboard events directly from the kernel along with the kernel's timestamps as timing, so it bypasses most of sources of musical mushiness (jitter). Try it for yourself- in my humble opinion it feels better to play on than most hardware MIDI keyboards- at least for music that doesn't need touch sensititivty, like organs. A virtual keyboard really useful for fleshing out chord progressions on the go when you don't have your hardware with you- and it's nice to be able to do that with something that (within its limitations) really feels like a musical instrument.
In it's first version it can be a bit technical to install and use but I'm working on that. I hope this is useful!
[https://github.com/capocasa/mash](https://github.com/capocasa/mash)
Carlo
New feature: Independent control of MIDI Omni setting for all parts.
New feature: Warnings when unsaved instruments could be overwritten.
Compatibilty fixes for FLTK V 1.4.x
Reorganisation of XML management for simplicity and MXML 4.x recognition.
Yoshimi source code is available from either:
https://sourceforge.net/projects/yoshimi
Or:
https://github.com/Yoshimi/yoshimi
Full build instructions are in 'INSTALL'.
Our list archive is at:
https://www.freelists.org/archive/yoshimi
To post, email to:
yoshimi(a)freelists.org
--
Will J Godfrey {apparently now an 'elderly'}
Ratatouille is a Neural Model loader and mixer for Linux/Windows.
New in this release:
* allow to build as clap plugin
* allow to build as vst2 plugin
Ratatouille allow to load up to two neural model files and mix there
output. Those models could be *.nam files <https://tonehunt.org/all> or
*.json or .aidax files <https://cloud.aida-x.cc/all>. So you could blend
from clean to crunch for example, or, go wild and mix different amp
models, or mix a amp with a pedal simulation.
Ratatouille using parallel processing to process the second neural model
and the second IR-File to reduce the dsp load.
Ratatouille allow to compensate phasing issues between the loaded Models.
The "Delay" control could add a small delay to add some color/reverb to
the sound.
To round up the sound it allow to load up to two Impulse Response files
and mix there output as well. You could try the wildest combinations,
or, be conservative and load just your single preferred IR-File.
Each neural model may have a different expected Sample Rate, Ratatouille
will resample the buffer to match that.
Impulse Response Files will be resampled on the fly to match the session
Sample Rate.
Release Page (binaries):
https://github.com/brummer10/Ratatouille.lv2/releases/tag/v0.9.11
Project Page (source code):
https://github.com/brummer10/Ratatouille.lv2
regards
hermann
