Thanks for your advice Cinaed,
actually none of the three variables was set in .bashrc or .profile.
I am just wondering how GRC 3.7.9 worked without them.
I only set PYTHONPATH=/usr/local/lib/python2.7/dist-packages in .bashrc.
Regards,
Markus
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On Tue, Oct 25, 2016 at 2:21 PM, Fons Adriaensen
wrote:
> Between the two incoherent domains there is a buffer and a resampler. The
> resampler is adjusted so that the average number of samples 'in the
> pipeline' is constant. The problem is finding a reliable and noise-free
Hi Marcus,
> sorry, please believe me, no-one meant to upset you. I'm a bit surprised
> you're taking this so personally!
I'm pretty sure nobody wanted to upset me ! But apparently nobody is
interested to make the Jack interface work as intended, not even its
author...
> Anyway, how do you
On 10/25/2016 11:10 AM, MarkO wrote:
> Hi everyone,
>
> I try to make the story as short as possible:
>
> - installed GRC 3.7.10.1 from source via script on Ubuntu 14.04.
> - decided to update from Ubuntu 14.04 to 16.04.
> - couldn't start GRC anymore
> - reinstallation via script -> didn't
Hi Fons,
sorry, please believe me, no-one meant to upset you. I'm a bit surprised
you're taking this so personally!
This is Free Software - since none of us felt confident in their Jack
skills, I guess no-one answered, and we can't blame you for not
contributing your time, but, of course, we
On Tue, Oct 25, 2016 at 09:07:57PM +0200, Marcus Müller wrote:
> So, yeah, again, two-clock problem:
> If your red pitaya samples at, let's say, 4.8 MHz, and your sound card
> samples at 48kHz, then you need to decimate by a factor of hundred.
> Problem is that the sampling rate of the Sound card
Hi everyone,
I try to make the story as short as possible:
- installed GRC 3.7.10.1 from source via script on Ubuntu 14.04.
- decided to update from Ubuntu 14.04 to 16.04.
- couldn't start GRC anymore
- reinstallation via script -> didn't work
- completely removed everything of GRC I could
Hi Markus,
> The only blocking element is the [audio sink] in "blocking mode" (of
> course).
yep. It can only consume as fast as the sound hardware consumes audio
samples.
> If i start an audio flow graph without [throttle] and increase some additive
> noise or change the volume with a multiplier
> If i start an audio flow graph without [throttle] and increase some additive
> noise or change the volume with a multiplier in the stream the audible
> signal gets effected way too slow (action-to-effect-time approximately 10 s
> or more). If I use a [throttle] after the [wav file source] i can
Dear Marcus,
thanks for your response.
Marcus Müller-3 wrote
> That sounds like a unrelated thing; aU's typically happen when you have
> two clocks in your system, for example, one SDR device's sampling clock
> and a soundcard sampling clock, as those never align perfectly, and one
> can drift
Hi Martin,
Please see my original post under this subject title. It contained a few other
'gotchas' I found when building for MacOSX using Pybombs.
-brian
Sent from my iPhone
> On Oct 25, 2016, at 11:41 AM, Martin Braun wrote:
>
> Not quite related, but I would
Not quite related, but I would love to see PyBOMBS become a stable means
for installation on Mac OS X. For other distros, I've started adding
Docker containers for testing, but Mac OS obviously doesn't let us do that.
Any specific bug report from installing on Mac is thus appreciated --
and then
Hello every friend,
Could I spare you a few minutes? :) My Teammates and I have learned to develop
an application using B200mini on Android. We followed Mr. Tom Trondeau
instructions on http://gnuradio.org/redmine/projects/gnuradio/wiki/Android that
very helpful for our work.
Here are some
Sounds like this could help: https://github.com/gnuradio/gnuradio/pull/1064
Sebastian
On 10/24/2016 10:30 PM, Mike Thebo wrote:
> Hi all,
>
> is it somehow possible to preserve the relative block position to each
> other over several screen resolutions?
>
> I attached 2 pictures, which show the
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