2010/9/23 Niels Mayer <nielsmayer@email-addr-hidden>:
> Following a wikipedia link on karplus-strong synthesis posted
> recently, I found this, which appears to be the online fount of all
> knowledge for physical modelling and sound synthesis:
> https://ccrma.stanford.edu/~jos/pasp/
> (with links to examples, code, etc).
>
>> PHYSICAL AUDIO SIGNAL PROCESSING
>> FOR VIRTUAL MUSICAL INSTRUMENTS AND AUDIO EFFECTS
>> JULIUS O. SMITH III
>> Center for Computer Research in Music and Acoustics (CCRMA)
>> Department of Music, Stanford University, Stanford, California 94305 USA
>
> I figure someone will find this interesting. Plus it's cheaper than
> buying the book:
I recently (last friday) got my MSc graduation with a thesis on
physics-based (a.k.a. physical) modeling for sound processing and was
just about to post a link on this mailing list.
http://naspro.atheme.org/public/mt_dangelo.pdf
It contains a (not very deep) theoretical introduction to
physics-based modeling, cites some free/open source projects such as
FAUST, JACK, LV2, Ingen, etc., describes a new FAUST-like
(conceptually but not syntactically) programming language for the task
called Permafrost, whose compiler I released under a BSD license - it
generates LV2 plugins, and in the end a concrete use case is examined
by developing a tube amplifier simulator (the whole source code is
included in an appendix).
The "Linux Audio community", and especially some people infesting this
list ;-), is also listed in the acknowledgements, so I take the
opportunity to thank you all for having helped me learning so many
things about audio processing in these years, either through normal
discussion or flames.
Best regards,
Stefano
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Received on Sun Sep 26 20:15:02 2010
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