I’m happy to announce the new release of Andromeda based on the Audio Toolkit and JUCE. It is available on Windows (VST3) and macOS (min. 10.11, x86_64 and ARM64) in different formats.
Andromeda is a Patreon-only plugin, although the source is freely available. It is based around the Andromeda variation of the Noble ODR-1 pedal.
After the Windows update, I finally updated the MacOS versions of my preamplifiers. To register the Audio Unit v3, you just need to launch the app, which was the step I was missing.
Currently only the Windows version (VST3 32bits and 64bits) has been updated and is available on GitHub here for the bass preamp and here for the guitar preamp.
I’m please to announce an update to my preamplifiers. They have been ported to use JUCE instead of WD-OL which will help rebuilding them more easily.
Currently only the Windows version (VST3 32bits and 64bits) has been updated and is available on GitHub here for the bass preamp and here for the guitar preamp.
The MacOS version will be out soon (hopefully) while I sort out hardware issues!
I’m happy to announce the update of SD1 and a new release of TS9 based on the Audio Toolkit and JUCE. It is available on Windows (VST3) and macOS (min. 10.11, x86_64 and ARM64) in different formats.
SD1 is a full rewrite of one of my first plugins with the help of Audio ToolKit Modelling. It allowed me for a closer match with the original circuit without having to optimize the equations myself.
TS9 is a Patreon-only plugin, although the source is freely available. The same technology was used to emulate the drive and tone-control as what was used for SD1. The sound is similar yet different.
ATK is updated to 3.1.0 with heavy code refactoring. Old C++ standards are now dropped and it requires now a full C++17 compliant compiler.
The main difference for filter support is that explicit SIMD filters using libsimdpp have been dropped while tr2::simd becomes standard and supported by gcc, clang and Visual Studio.
Today, I’m presenting at the ADC my work on analog modelling for the past year.
I will make a more detailed post later this year, but I’d like to put some teasers here. SPICE net lists are an efficient way of representing electronics circuits and there are several very good free and paying simulators. Unfortunately, they are not easy to integrate in a VST plugin.
Audio ToolKit now has a sister project around this topic. The lite version is also licensed under the BSD and can generate a dynamic filter of a net list. The full project is now also capable of generating static filter, with a source file (and compiling it in memory) that can be manually tuned.
Future work on this project will include different solvers for the static filter, as well as a tuner that will be able to drop entries in the Jacobian (full entries or component contributions for a given pin) in the Newton Raphson solver.
ATK is updated to 3.0.0 with a major ABI break and code quality improvement (see here). Bugs in different areas were fixed.
Development for additional modules was also simplified (the modelling lite is such a project based on Audio Toolkit).
After my previous post on SPICE modelling in Python, I need to use a good support example to go up to on the fly compilation in C++. This schema will also require some changes to support more than simple nodal analysis, so this now becomes Modified Nodal Analysis with state equations.
I’m happy to announce the update of ATK Side-Chain Compressor based on the Audio Toolkit and JUCE. It is available on Windows (AVX compatible processors) and OS X (min. 10.9, SSE4.2) in different formats.
This update changes storage format and allows linked channels to be steered by a mix of power coming from each channel, each passing through its own attack-release filter. It enables more creative workflows with makeup gain specific to each channel. The rest of the plugin works as before, with an optional Middle/Side processing as well as side-chain working either on each channel separately or in middle/side.
This plugin requires the universal runtime on Windows, which is automatically deployed with Windows update (see tis discussion on the JUCE forum). If you don’t have it installed, please check Microsoft website.
More than a year ago, I started playing with the Bela board. At the time, I had issues compiling Audio ToolKit with clang. The issue was that the gcc shipped with the Debian image the BeagleBoard used was too old and didn’t fully support C++11. The one that ships now is GCC 6, which is even C++14 compliant. Meaning that everything is available to build Audio Toolkit with Python support.