Hello,
I apologize for the poor description.
Somehow, I assumed the opengl version of the wxWidgets was default and
everyone would know what I was referring to. Thus, both attachments in
my previous email correspond to the "faulty" scope wx guidget.
I found that the pybombs receipt for wxpython
I removed the qt app.exec_() line and that seemed to fix it
On Thu, Oct 22, 2015 at 2:16 PM, Richard Bell
wrote:
> Thanks.
>
> I'm running into a problem getting tb.stop() to trigger. I tried putting a
> head block in the flow graph thinking it triggers WORK_DONE which I thought
> would lead to
Thanks.
I'm running into a problem getting tb.stop() to trigger. I tried putting a
head block in the flow graph thinking it triggers WORK_DONE which I thought
would lead to tb.stop(), but it doesn't. The flowgraph window just sits
there frozen. How do I get a running flow graph to trigger tb.stop(
On Thu, Oct 22, 2015 at 3:58 PM, Richard Bell
wrote:
> Or is this the correct stategy:
>
> if __name__ == '__main__':
>
> tb1 = my_flowgraph( paramter_set_1 )
> tb.start()
> tb.wait()
> tb.stop()
>
> tb2 = my_flowgraph( paramter_set_2 )
> tb.start()
> tb.wait()
> t
Or is this the correct stategy:
if __name__ == '__main__':
tb1 = my_flowgraph( paramter_set_1 )
tb.start()
tb.wait()
tb.stop()
tb2 = my_flowgraph( paramter_set_2 )
tb.start()
tb.wait()
tb.stop()
tb3 = my_flowgraph( paramter_set_3 )
tb.start()
tb.wait(
Hi all,
I'd like a recommendation on how to setup an experiment. I have a full
loopback transceiver simulation that I want to test. It contains forward
error correction and the full synchronization chain along with AGCs and the
like.
For the experiment, I want to set the noise to a value and run
Also, which one's the new one? A lot of us have migrated to the QT
widgets, btw. The WX widgets are not really getting all that much attention.
Cheers,
Martin
On 21.10.2015 23:38, Sylvain Munaut wrote:
> Hi,
>
> Not really sure what you mean ...
>
> You're obviously not feeding the same signal
Dear friends and colleagues,
next year's FOSDEM (the free and open source developer's meeting in
Brussels, Europe) will, once again, feature a track on Software Defined
Radio.
Therefore, we invite developers and users from the free software radio
community to join us for this track and present yo
Hi Abhinav,
First off: since you want to have a sampling rate of 2kHz, it really
doesn't make sense to use the minimal N210 sampling rate 195312.5 Hz.
Use something that is a multiple of 2kHz, for example 200kHz or 1MHz.
Use a "low pass filter block" with the resulting decimation, the
sampling rat
