Hi,
I found this thread very useful, and I have another question regarding the
scheduler internals.
It is my understanding from reading documentation that each block's *work*
or *general_work* function
will be called at the highest sample rate that the block will see, whether
that is on the input
Anyone has experience with the real world impact of using gcc -ffast-math
with SDR in general, and GNURadio/Volk in particular?
--Albin SM6WJM
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On Sun, Sep 1, 2019 at 3:15 AM Adrian Musceac wrote:
> I'd like to know what happens if the block's work function does not finish
> within the time allotted to it.
> Is part of the input/output buffer dropped, or does it interfere with the
> sample rate of the next blocks?
>
GNU Radio's flow gra
This is my first time using GNU radio.
The 3.8 release is what I wish to use as it supports PyQt5.
I am follow the instructions from the Wiki.
But it seems that I ended up with a 3.7 install after some issues
that I'll describe.
Specifically:
pip3 install --user pybombs
pybombs auto-config
pyb
> pybombs prefix init ~/gnuradio -R gnuradio-default
gnuradio-default.lwr recipe is 3.7. Edit the recipe in
.pybombs/recipes/gr-recipes
and replace gnuradio with (in order to call gnuradio38.lwr)
depends:
- gnuradio38
and in gnuradio38.lwr
gitbranch: master -> gitrev: v3.8.0.0
(since mas
Hi,
great you got it working. AFAIK, there is not *the* XBee module, but
very different modules are sold as XBee. Some of them support standard
compliant IEEE 802.15.4/ZigBee (O-QPSK in 2.4GHz). They will work with
the OOT.
Best,
Bastian
On 8/31/19 8:29 PM, Tellrell White wrote:
> Thanks Bastian
