Release 1.1.4 is coming out with a lot of new changes!
First of all, LSP Plugins became completely open source and are licensed under terms of GNU LGPL v3 license!
Additionally, experimental support of ARMv7-A architecture added, basicly for Raspberry Pi 3B/3B+ devices.
The overall list of changes is listed below:
Changed licensing to GNU Lesser General Public License version 3 (GNU LGPL v3).
Moved code repository to GitHub while keeping release history.
Implemented linear impulse response profiler plugin.
Added basic Raspberry Pi 3B/3B+ (ARMv7A) support (experimental).
Implemented unit testing subsystem.
Implemented performance testing subsystem.
Implemented manual testing subsystem.
Fixed and optimized convolution algorithm for convolver module that produced invalid output.
Added LSPC file format implementation.
Added LSPC file format support to convolver plugins.
Huge refactoring: DSP code moved from core to separate subtree.
Partially implemented NEON SIMD instruction support for some DSP assembly functions for ARMv7A architecture.
Fixed bugs in some DSP oversampling routines.
Optimized complex multiplication functions.
Implemented additional complex number routines.
Implemented additional functions to DSP core.
Fixed compilation warnings and errors emitted by the GCC 8 compiler.
That's really great news, especially that the all are now open source! Thank you so much for this invaluable contribution! These are really great plugins.
So this profiling reverberation plugin, is it similar to how the Kemper amplifier profiles the sound of an amp? If that is the case, that has opened up a lot for guitar players if we can actually profile an amplifier that we love and then somehow loaded into and I are loader plugin
funkmuscle wrote:So this profiling reverberation plugin, is it similar to how the Kemper amplifier profiles the sound of an amp? If that is the case, that has opened up a lot for guitar players if we can actually profile an amplifier that we love and then somehow loaded into and I are loader plugin
Currently, only profiling of linear system is possible. CrocoDuck is working on implementation of non-linear convolver. So maybe in future we will get it.
funkmuscle wrote:So this profiling reverberation plugin, is it similar to how the Kemper amplifier profiles the sound of an amp? If that is the case, that has opened up a lot for guitar players if we can actually profile an amplifier that we love and then somehow loaded into and I are loader plugin
Not yet, but with this you can already do cabinets, or rooms, or EQs. Anything linear.
funkmuscle wrote:So this profiling reverberation plugin, is it similar to how the Kemper amplifier profiles the sound of an amp? If that is the case, that has opened up a lot for guitar players if we can actually profile an amplifier that we love and then somehow loaded into and I are loader plugin
Not yet, but with this you can already do cabinets, or rooms, or EQs. Anything linear.
So wait, if I am I understanding this correctly, you're saying that a profile of say and expensive VST EQ can be done?
funkmuscle wrote:So this profiling reverberation plugin, is it similar to how the Kemper amplifier profiles the sound of an amp? If that is the case, that has opened up a lot for guitar players if we can actually profile an amplifier that we love and then somehow loaded into and I are loader plugin
Not yet, but with this you can already do cabinets, or rooms, or EQs. Anything linear.
So wait, if I am I understanding this correctly, you're saying that a profile of say and expensive VST EQ can be done?
Yes. Let's say your friend has an amazing VST reverb, or an wonderful analog reverb. With this you can profile it.
nice plugins. very handy the profile plugin. Go on the road and where you have a nice reverb, let reverberation run, go home
and you can use the same . Fantastic!