This is the long overdone release for guitarix2 version 0.45.0
Guitarix is a modular, virtual amplifier for Linux.
With Guitarix you can choose different preamp and amp models
and /or could load *.nam files with the Neural Amp Modeler module,
to simulate a specific hardware unit.
Combine them with various effects and speaker cabinet emulations
and/or load your own Impulse Response files
to come up with your very own tones.

This release fix various bugs since the last release from May 2, 2022
It also introduce support for the outstanding [Neural Amp
Moduler](https://github.com/sdatkinson/NeuralAmpModelerCore)
project page: https://github.com/brummer10/guitarix
release page: https://github.com/brummer10/guitarix/releases/tag/V0.45.0
If anyone is interested, this month it's a free-for-all, but limited to 90
seconds max. There's about a week left, so enough time. There aren't any
prizes, just the fun of trying to get top spot.
So far I'm the only one using Linux. I could do with some company :/
--
Will J Godfrey {apparently now an 'elderly'}
https://willgodfrey.bandcamp.com/http://yoshimi.github.io
Say you have a poem and I have a tune.
Exchange them and we can both have a poem, a tune, and a song.
Soundmit announces that it will host the International Faust Conference (IFC) 2024 in Turin, Italy, on November 21-22, 2024. The IFC is a biennial event that brings together the global community of developers and users of the FAUST audio programming language. The conference offers a unique opportunity to:
Learn more about the FAUST language and its various applications Meet other professionals in the audio and music industry Attend talks, workshops, and panels on a variety of topics related to FAUST Contribute to the future development of the language The IFC 2024 will be held two days before the 14th edition of Soundmit, the international fair on synthesizers, electronic musical instruments, digital music and sound art, which will take place in Turin on November 23-24, 2024. The two events will be united for the first time, creating a unique opportunity for participants to fully immerse themselves in the world of digital audio.
Companies that wish to support the conference can do so with a small sponsorship that offers a great return in terms of visibility. It is also possible to participate in the Soundmit as an exhibitor to present your products and services to an international audience of professionals.
Dates: IFC24 - 21/22 Nov 2024 - Turin
SOUNDMIT (14th edition) - 23/24 Nov 2024 - Turin
https://www.soundmit.com/enhttps://ifc24.soundmit.com/en
Fons, Dennis, davic and Lorenzo,
Thanks very much for your responses to my question.
I never thought of GNU Octave and gunplot for this task, mostly because
of the extra steps it would require to listen to the resultant audio
file. But, there are definite posibilities there.
I've never heard of PureDAta or CSound, but will explore these
programs. I also wasn't aware of Sonic Visualizer or Glava, but will
explore these, too.
Thanks, again, for your advice and guidance. I really appreciate your
work to assist me.
-Kevin
On Tue, 2024-02-20 at 12:00 +0100,
>
> Message: 1
> Date: Mon, 19 Feb 2024 14:41:49 +0100
> From: Fons Adriaensen <fons(a)linuxaudio.org>
> Subject: [LAU] Re: Teaching tool to visualize waveforms?
> To: linux-audio-user(a)lists.linuxaudio.org
> Message-ID: <ZdNanb9LkIQ2IduF(a)mail.linuxaudio.org>
> Content-Type: text/plain; charset=us-ascii
>
> On Mon, Feb 19, 2024 at 09:21:37AM +0100, Lorenzo Sutton wrote:
>
> > On 18/02/2024 21:11, Kevin Zembower wrote:
> >
> > > However, we never saw a visual representation of the combined
> > > waveforms. As a former teacher, I thought it would enhance the
> > > lessons
> > > to also visualize the waveform.
> >
> > I would really recommend (as Dennis already suggested) to use Pure
> > Data (aka
> > Pd) [1] in the teaching / learning pipeline. While it has a little
> > learning
> > curve - basic examples like this are quite easy to create and
> > students could
> > also install it and try out stuff and try 'hacking' the examples.
>
> Good advice.
>
> If you just want to show mathematically defined waveforms then
> gnuplot can be useful. For example
>
> gnuplot> set grid
> gnuplot> plot [0:12.6] sin(x) + sin(2*x)/2 + sin(3*x)/3 + sin(4*x)/4
> + sin(5*x)/5
>
> will show a nice approximation to a sawtooth.
>
> One thing I usually point out to students is that the shape
> of a waveform doesn't tell you much about how it will sound.
> For example, try
>
> gnuplot> plot [0:12.6] sin(x) + cos(2*x)/2 + cos(3*x)/3 + sin(4*x)/4
> + sin(5*x)/5
>
> which sounds just the same as the previous one but looks quite
> different.
>
>
> Ciao,
>
> --
> FA
>
>
> ------------------------------
Hello all,
Do any pipewire users here know of a way to adjust the buffer for pipewire for jack applications? Ideally, I'm looking for something that is a gui app or client command that can be adjusted on the fly, or before loading an application. I want to try to reduce latency for a performance and pipewire has been working great otherwise.
My system is the latest universalblue fedora sericea and I am using a pro-audio interface.
Brandon Hale
dear list members,
I work in a school for some months now and a former colleague used to have a quite well equipped studio here.
When I arrived he himself and most of the stuff he had here was gone. What's left is a MOTU 828 mkII USB.
I would like to re-establish the possibilities of recording, podcasting etc at the school. but not on windows, but, of course, linux.
now my question, does anybody of you know of a (secret) way of making that MOTU interface working in linux? I would love to use it w/o wiindows.
any hint is much appreciated!
cheers,
christoph
The Echo effect can now have separate left and right channel delay times.
Optimisations giving smaller code size and better efficiency.
Small corrections and updates in the HTML User Guide.
Various bugfixes.
Full details are in /doc/Yoshimi_2.3.2_features.txt
Yoshimi source code is available from either:
https://sourceforge.net/projects/yoshimi
Or:
https://github.com/Yoshimi/yoshimi
--
Will J Godfrey {apparently now an 'elderly'}
https://willgodfrey.bandcamp.com/http://yoshimi.github.io
Say you have a poem and I have a tune.
Exchange them and we can both have a poem, a tune, and a song.
Hello, all,
I'm talking an Introduction to Audio Processing course at our local
community college. In our third class, the instructor presented
visually waveforms, using Apple ProTools, and we listened as they
combined.
The examples showed equal frequency waves with a phase delay, showing
cancellation and amplification. We also listened to the beats of waves
at frequencies like 440 and 445 or 450Hz. Finally we listened to pure
sine wave, then the wave with 2nd, 3rd, 4th, 5th, etc. harmonics.
However, we never saw a visual representation of the combined
waveforms. As a former teacher, I thought it would enhance the lessons
to also visualize the waveform.
I think this could be done in Audacity, by mixing the waveforms to a
final track, and viewing it. However, I think this would be somewhat
clumsy. I also think that I could do this in GNU Radio, with mixing
nodes and oscilloscope displays.
Can anyone suggest a tool that would allow visualization of waveforms
based on combined sine waves? My ideal setup would allow sliders to
change the parameters, say, the phase delay, or frequency difference,
in real time, and continuously display the combined waveform.
Any thoughts or guidance is appreciated. Thanks for your advice.
-Kevin
Hi
Today I've pushed support for the Neural Amp Modeler Core module to github.
https://github.com/sdatkinson/NeuralAmpModelerCore
<https://github.com/sdatkinson/NeuralAmpModelerCore>
That means it is now possible to load nam profiles directly in guitarix.
I've tried to implement it as seamless as possible, so I'm now
interested in users feedback before I release and push it to the vst
version.
The module could be find now under the "Distortion" tab.
I like to know if building from source works out of the box or if a
extra call to
|git submodule update --init --recursive|
is needed.
I like to know if model loading works seamless.
I like to know if the resampling works seamless
I like to know if someone is able to crash it.
I like to know if the input/output controls cover the needed ranges.
So, if you are brave and have some time to test it out, go and checkout
the new sources and give it a try.
https://github.com/brummer10/guitarix
<https://github.com/brummer10/guitarix>