Stéphane Letz wrote:
> Thread support has always been a source of problems on OSX but was
> improved release after release.
In the Darwin ML people are still discussing on this point even after
release of 10.5...
> Now that 10.5 Leopard is supposed to
> be Unix compliant, I guess it shoul
Sorry, it looks like I made a mistake. This #include is not necessary
and should not be there. Will you please remove this line from
linuxsampler/src/common/Mutex.h (it is around line 30):
#include "global_private.h"
and try building again?
Regards,
Toshi Nagata
PS. Hilare, I accidentall
Hello,
there is a problem while compiling the latest Gigedit
on rhel5.1 i386 arch, everything seems ok, except
plugins which failed on:
/usr/include/linuxsampler/plugins/../common/Mutex.h:33:28:
error: global_private.h: No such file or directory
in fact, /usr/include/linuxsampler/common contain
>The problem seemed to be caused by the implementation of pthread in
>OSX. It looks like OSX does not have PTHREAD_CANCEL_ASYNCHRONOUS
cancel
>type, although pthread_setcanceltype() does not result in an error.
As a
>workaround, I inserted calls to pthread_testcancel() here and
there, and
Christian Schoenebeck wrote:
> Not dangerous at all. And we also though about that as well in the past. But
> frequency domain != frequency domain. There are unlimited ways to store
> samples in the frequency domain. For example the DFT/FFT uses equal spaced
> (linear) bands, which is not the be
Am Samstag, 26. Januar 2008 17:09:11 schrieb Darren Landrum:
> This might be a stupid question, or it might lead to something interesting.
>
> Samples are normally stored in the time domain vs. amplitude, as a 2D
> graph. Would it be possible to store samples in the frequency domain
> instead, in s
This might be a stupid question, or it might lead to something interesting.
Samples are normally stored in the time domain vs. amplitude, as a 2D
graph. Would it be possible to store samples in the frequency domain
instead, in some fashion? I don't know much about the mechanics of FFT
and frequ
