Hi Stéphane,
thank you so much for your help. You pushed me into the right direction.
I did a read-up about the tiger lake optimizations and didn't want to
miss out on them. In an other article I found that gcc version 10 added
support for these optimizations, so I updated gcc and g++. Just ra
Hello, list. I hope that you're all great.
I just did a pull-request to a library module containing a set of
antialiased nonlinearities. See this:
https://github.com/grame-cncm/faustlibraries/pull/70.
Those include first-order and second-order aliasing suppression based on
Parker et al.:
https://
Hi everyone,
First post to the group here, just want to say firstly thanks to all the Faust
developers for all the interesting DSP developments and ongoing work, and also
to post about a new open source ESP32 development board for audio that some
people may be interested in. Details are below,
> Le 8 févr. 2021 à 19:37, pdowling a écrit :
>
> i just want to second that this is great documentation, thanks.
>
>
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It seems that for whatever reason, your gcc compiler version does not support
the native CPI architecture (tigerlake in your case).
The faust2supercollider script uses the CXXFLAGS variable here:
https://github.com/grame-cncm/faust/blob/master-dev/tools/faust2appls/faust2supercollider#L20
And t
