Dear all,
Please distribute the position announcement below.
Thank you!
Best wishes,
Torsten
--
Dr Torsten Anders
Course Leader, Music Technology
University of Bedfordshire
Park Square, Room A315
Researcher/Demonstrator in Music Technology
University of Bedfordshire - Faculty of Creative
Sorry to resurrect this old thread, but I downloaded these IRs when
they were available and am wondering if they're definitely 100% free
and open for any use. I have students that would want to work with
them, but don't want to officially recommend that and pass the .zip on
unless I can be sure
Hi Frank,
unfortunately I missed it. Did you hear it? How was it?
Best,
Bjoern
Am Mon, 15 Aug 2011 18:11:34 +0200
schrieb Frank Barknecht f...@footils.org:
Tonight the German radio station Deutschlandfunk will have a little
piece about the pd~convention in Weimar (in German!).
It's part
They did not have permission to make those IRs, but Casey from Bricasti
informally said they were fine to use since they are not really close to the
actual unit. Static IRs don't capture the modulation and randomization in
high end reverb units (Lexicon PCM, Eventide, Bricasti) so you don't get
All good to know - thanks for the response!
On Wed, Aug 17, 2011 at 3:08 PM, chris clepper cgclep...@gmail.com wrote:
They did not have permission to make those IRs, but Casey from Bricasti
informally said they were fine to use since they are not really close to the
actual unit. Static IRs
Hi all!I would like to know whether there is any object or abstraction
available to perform numerical integration (at control or audio rate, whatever)
for Pd.Any examples around there?
Thanks in advance!Josep M
Runge-Kutta is for integrating functions that you know a formula for.
So, at least in terms of signals in Pd, there's nothing better than
the simple recursion formula (x is input, y is output):
y[n] = y[n-1] + x[n]
Now, you may also want to scale by the sample rate y=integral(0 to t, x*dt)
On Wed, Aug 17, 2011 at 4:48 PM, Charles Henry czhe...@gmail.com wrote:
Runge-Kutta is for integrating functions that you know a formula for.
Afterthought--suppose you do have a formula that has some nasty
integral that you can only compute numerically.
Put it into expr--then we could implement
Thanks for all the responses, I'm going to give it a try.
*On GNU/Linux, [hid] will work with PS/2 because the Linux input event
system is a single unified system for almost all techniques of HID devices,
including: PS/2, AT, USB HID, ADB, etc.*
What about OSX?
On Wed, Aug 17, 2011 at 2:09 AM,
On OSX, the native system supports USB and ADB, I don't know about PS/
2, I never tried.
.hc
On Aug 17, 2011, at 7:04 PM, Richie Cyngler wrote:
Thanks for all the responses, I'm going to give it a try.
On GNU/Linux, [hid] will work with PS/2 because the Linux input
event system is a
(attached)
-Jonathan
signal-chorus.tar.gz
Description: GNU Zip compressed data
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