There are examples in the examples directory that demonstrate how
everything can be put together.
https://github.com/bastibl/gr-rds/tree/maint-3.8/examples
I'm not sure if or where they are installed on the packaged version.
They show a complete FM receiver w/ RDS and a custom GUI.
https://www.y
I'm trying to find any documentation on the gr-rds modules -
specifically, what do they expect to be fed with? It doesn't look like
they accept IF, nor demodulated FM - it looks like they expect some
other block between them and the FM discriminator. I've not found any
docs on the WIKI, nor any
works like a charm with these, had missed the update in the lib/
configuration file.
Thanks a lot, JM
--
JM Friedt, FEMTO-ST Time & Frequency/SENSeOR, 26 rue de l'Epitaphe,
25000 Besancon, France
April 5, 2020 3:29 PM, "Sylvain Munaut" <246...@gmail.com> wrote:
> Hi JM,
>
> In CMakeList.txt:
>
Hi JM,
In CMakeList.txt:
find_package(Gnuradio "3.8" REQUIRED COMPONENTS fft)
In lib/CMakeList.txt :
target_link_libraries(your-oot-name gnuradio::gnuradio-fft)
Cheers,
Sylvain
gr-acars is working very well with GNU Radio 3.8, all good. Now I'd like
to add two improvements: being able to run multiple processing blocks in
parallel (on multiple channels, which libfftw seems hardly able to do due to
the non-threadable plan creation) and getting rid of the external FFTW
depe
beautiful, thanks: adding
#define CHUNK_SIZE 1024
set_output_multiple(CHUNK_SIZE);
to the constructor yields resonable results
N=1024: _N is zero
N=1024: _N is zero
N=1024: _N is zero
N=1024: _N is zero
Still not sure why my original option was not working, but this is
definitely a fine solutio
I would use set_output_multiple() instead. See my previous e-mail for an
example.
https://lists.gnu.org/archive/html/discuss-gnuradio/2019-08/msg00188.html
Ron
On 4/5/20 01:36, jean-michel.fri...@femto-st.fr wrote:
I am using the opportunity of porting gr-acars to GNU Radio 3.8 to
re-write th
I am using the opportunity of porting gr-acars to GNU Radio 3.8 to
re-write the processing algorithm. As part of this reorganization,
I want to analyze the baseline standard deviation and detect the AM
modulated message as a rise in standard deviation (ie custom squelch).
Since there is hardly any
